Erimonpa - Catálogo ESP Novomet PDF [PDF]

Citation preview

Product Catalog



2018



> Content



Contents content............................................................................................................................ 2 General Information........................................................................................................ 6 Novomet approach to QHSE.............................................................................................. 7 Quality control............................................................................................................... 9 Company overview. .......................................................................................................17 Service solutions...........................................................................................................19 Powder metallurgy technology.........................................................................................21 ESP selection guide..................................................................................................... 25 ESP design data sheet................................................................................................... 36 Bypass questionnaire.................................................................................................... 40 VSD questionnaire........................................................................................................ 44 ESPCP questionnaire.................................................................................................... 47 Scale preventer application to the well questionnaire............................................................ 49 Smart solutions............................................................................................................. 50 Novomet unique Power Save™ technology ...................................................................51 Permanent magnet motors design features........................................................................ 53 ESPCP.......................................................................................................................... 54 Slim-line ESP. .............................................................................................................. 55 Abrasion resistant gas separator............................................................................... 58 Multiphase pump......................................................................................................... 59 Gas Preventing Intake. ................................................................................................ 60 Open stage...................................................................................................................61 Solids management solutions..................................................................................... 62 Slotted screen pump intake (SFI). .................................................................................... 62 Downhole slotted filter (SFD).......................................................................................... 62 Downhole gravitation filter (GFD)..................................................................................... 63 Downhole slotted gravitation filter (SGFD).......................................................................... 63 Sand catcher............................................................................................................... 64 Scale management solutions...................................................................................... 65 Scale preventer. .......................................................................................................... 66 Downhole monitoring systems......................................................................................... 67 Downhole sensor systems designs................................................................................... 70 Surface panels. ........................................................................................................... 73 Bypass (Y-tool) system ................................................................................................ 75 Dual ESP for multi-zone production............................................................................ 76 Coal bed methane (CBM) production systems............................................................... 77 Optimization services..................................................................................................... 79 Novomet Sel-Pro......................................................................................................... 80 ESP Calculator............................................................................................................ 87 Smart oil well............................................................................................................. 89 downhole equipment...................................................................................................... 90 Conventional PUMPS.....................................................................................................91 Conventional Pumps Glossary..........................................................................................91 Conventional Pumps Summary. ....................................................................................... 93 ND/338 series............................................................................................................. 98 NDV150.................................................................................................................................................. 98 NDO150................................................................................................................................................ 102 NDV230................................................................................................................................................ 106 ND530...................................................................................................................................................110 ND600...................................................................................................................................................114 NDV1500................................................................................................................................................118 NF/362 series............................................................................................................ 122 NFV110M1............................................................................................................................................. 122 NFV150................................................................................................................................................. 126 NFO150................................................................................................................................................ 130



2018 Page 2



> Content



NFV190M2............................................................................................................................................ 134 NFV230................................................................................................................................................. 138 NFV260................................................................................................................................................. 142 NFV340................................................................................................................................................. 146 NFV380................................................................................................................................................. 150 NFV450................................................................................................................................................. 154 NFV600M1............................................................................................................................................ 158 NFV760................................................................................................................................................. 162 NFV940................................................................................................................................................. 166 NFV3800............................................................................................................................................... 170 NH/406 series............................................................................................................ 174 NHV200.................................................................................................................................................174 NHV250................................................................................................................................................ 178 NHV380................................................................................................................................................ 182 NHV450................................................................................................................................................ 186 NHV600................................................................................................................................................ 190 NHV760................................................................................................................................................ 195 NHV940................................................................................................................................................ 199 NHV1200............................................................................................................................................... 203 NH1900M1............................................................................................................................................ 207 NH3000.................................................................................................................................................211 NHV3800...............................................................................................................................................215 NHV5300.............................................................................................................................................. 220 NJ/449 series.............................................................................................................224 NJV6000............................................................................................................................................... 224 NJV7600............................................................................................................................................... 228 NJ9400................................................................................................................................................. 232 NL/484 series.............................................................................................................236 NLV1000............................................................................................................................................... 236 NLV1900............................................................................................................................................... 240 NR/677 series............................................................................................................244 NRV3800.............................................................................................................................................. 244 NRV7600.............................................................................................................................................. 248 NRV12000............................................................................................................................................. 252 NRV15000............................................................................................................................................. 256 NRV19000............................................................................................................................................. 260 NRV22500............................................................................................................................................. 264 NR30000............................................................................................................................................... 268 NT/740 series.............................................................................................................272 NT38000............................................................................................................................................... 272 Power Save™ PUMP.....................................................................................................276 Power Save™ pump Glossary.........................................................................................276 Power Save™ pump summary.........................................................................................278 Power Save™ pumps NA, 272 series................................................................................279 NAV(130-250)H..................................................................................................................................... 279 NAV(190-380)H..................................................................................................................................... 283 NAV(440-630)H..................................................................................................................................... 287 NA(630-1300)H semi-compression design............................................................................................... 291 NA(630-1300)H compression design....................................................................................................... 295 Power Save™ pumps NB, 319 series.................................................................................299 NBV(160-250)H..................................................................................................................................... 299 NBV(250-500)H..................................................................................................................................... 303 NB(630-1000)H - semi-compression design............................................................................................ 307 NB(630-1000)H - compression design..................................................................................................... 311 NB(1100-1800)H.....................................................................................................................................315 NB(1500-2500)H compression design......................................................................................................319 NB(2000-3100)H................................................................................................................................... 323 2018 Page 3



> Content



Power Save™ pumps NF, 362 series................................................................................327 NFV(130-250)H..................................................................................................................................... 327 NFV(310-630)H...................................................................................................................................... 331 NF(900-1300)H..................................................................................................................................... 335 NF(1300-2000)H.................................................................................................................................... 339 NF(2000-3100)H.................................................................................................................................... 343 NF(2500-4400)H................................................................................................................................... 347 Power Save™ Pumps NH, 406 series................................................................................ 351 NHV(790-1000)H................................................................................................................................... 351 NH(1200-2100)H compression design..................................................................................................... 355 NH(1500-2500)H compression design..................................................................................................... 359 NH(2500-3100)H................................................................................................................................... 363 NH(2500-3800)H................................................................................................................................... 367 NH(4400-5000)H....................................................................................................................................371 Power Save™ Pumps NP, 535 series................................................................................375 NP(1900-2500)H................................................................................................................................... 375 NP(3100-4400)H.................................................................................................................................... 379 NP(4400-5700)H................................................................................................................................... 383 NP(4700-6300)H................................................................................................................................... 387 NP(7900-10100)H.................................................................................................................................. 391 NP(11300-15100)H................................................................................................................................. 395 Power Save™ Pumps NR, 677 series................................................................................399 NR(10000-11300)H................................................................................................................................ 399 NR(12600-15700)H................................................................................................................................ 403 NR(15700-19000)H................................................................................................................................ 407 Rotary Displacement Pump............................................................................................ 411 N362RDCP63.........................................................................................................................................413 Intake devices ............................................................................................................ 416 Intake....................................................................................................................... 416 Gas separator............................................................................................................ 418 Advanced Gas Handler..................................................................................................420 Multiphase Pump. .......................................................................................................422 Multiphase pump summary............................................................................................425 N272MPP940........................................................................................................................................ 426 N319MPP1500....................................................................................................................................... 429 N362MPP1500...................................................................................................................................... 432 N406MPP940........................................................................................................................................ 435 N406MPP2400...................................................................................................................................... 438 N406MPP3800...................................................................................................................................... 441 N535MPP12000.................................................................................................................................... 444 Protector..................................................................................................................447 Asynchronous motor.................................................................................................454 Asynchronous motor summary. ......................................................................................455 378 series............................................................................................................................................. 456 406 series............................................................................................................................................. 458 460 series............................................................................................................................................. 461 512 series.............................................................................................................................................. 465 562 series............................................................................................................................................. 469 744 series............................................................................................................................................. 473 Permanent Magnet Motor..........................................................................................476 Permanent Magnet Motor summary.................................................................................477 319 series.............................................................................................................................................. 482 406 series............................................................................................................................................. 485 460 series............................................................................................................................................. 490 512 series.............................................................................................................................................. 499 744 series............................................................................................................................................. 505 Downhole Monitoring System ....................................................................................508 2018 Page 4



> Content



Downhole Sensor........................................................................................................508 PUMP DISCHARGE SENSOR WITH FLOW METER................................................................. 510 Surface Panel............................................................................................................. 511 Choke Unit................................................................................................................. 511 Cable Products ......................................................................................................... 513 Motor Lead Extension................................................................................................ 513 Surface Cable............................................................................................................ 516 Carrying Cable........................................................................................................... 519 Surface Equipment........................................................................................................520 Variable Speed Drive................................................................................................... 521 Skid-Mounted Variable Speed Drive.............................................................................526 Miscellaneous Equipment..............................................................................................529 Check Valve................................................................................................................530 Drain Valve.................................................................................................................532 Bolt-on-head.............................................................................................................534 SUB.............................................................................................................................538 Downhole Slotted Filter............................................................................................540 Downhole Gravitation Filter......................................................................................542 Downhole Downhole Disk Filter.................................................................................544 Downhole Cascade Filter. ..........................................................................................546 Downhole Slotted Gravitation Filter..........................................................................548 Slotted Screen Pump Intake.......................................................................................550 Upper Sand Trap.........................................................................................................553 Sand Catcher..............................................................................................................555 Scale Preventer.........................................................................................................557 Shroud.......................................................................................................................559 Pump/Motor Clamp.....................................................................................................565 Cable Band.................................................................................................................567 MLE Guard..................................................................................................................569 Centralizer................................................................................................................ 571 Flexible coupling ......................................................................................................573 Spline Coupling..........................................................................................................575 Pump section - Pump section......................................................................................... 576 Pump section - Multiphase Pump....................................................................................579 Pump section (MPP) - Intake device................................................................................. 581 Intake device - Protector...............................................................................................583 Protector - Motor........................................................................................................583 Tools and consumables.................................................................................................584 Installation tools......................................................................................................585 Engineering Tables........................................................................................................ 591 Conventional Pump Engineering Data..........................................................................592 Power Save™ Pump Engineering Data...........................................................................596 Units of Mesurement..................................................................................................608 List of Abbrevaitions..................................................................................................609 Temperature Conversion Table................................................................................... 611 Conversion Factors................................................................................................... 612 Shaft Diameter........................................................................................................... 613 Maximum break horse power (BHP) of shafts with involute splines............................. 613 ESP SYSTEM OVERALL DIMENSIONS................................................................................... 613 Viscosity correlation................................................................................................ 614 API casing chart......................................................................................................... 615 Tubing........................................................................................................................ 617



2018 Page 5



General Information



> General information



NOVOMET APPROACH TO QUALITY, HEALTH, SAFETY AND ENVIRONMENT Quality, Health, Safety and Environment have always been a top priority for Novomet. We sincerely believe that the right way to conduct business is to continuously follow the here below QHSE principles: • We supply products and render services with the utmost quality. • We pay significant attention to the protection of health and safety, security of our employees, customers and any third parties. • We promote the environmentally-safe manner of operations. • The above commitments have become the foundations of Novomet QHSE Policy and Guide. Such Policy is a guiding document for all Novomet employees in all work locations.



2018 Page 7



> General information



NOVOMET GROUP OF COMPANIES Quality, Health, Safety and Environmental Policy Continual improvement of our performance is driven by our Quality, Health, Safety and Environment Management systems aligned with the requirements of ISO 9001:2008, the Quality Management System Standard ISO 14001:2004, the Environmental Management System Standard OHSAS 18001:2007, the Health and Safety Management System Standard and in strict compliance with legal and any other QHSE-related obligations. Quality, Health, Safety and Environment Management Systems are based on the following principles: • Continuous improvement of the existing business processes through adoption of best industry practice and both professional and personal progress of our personnel. • Development and manufacturing of customer-tailored products based on the market needs. • Priority to be one of the leading manufacturers of complete ESP systems. • Ensuring financial and economic stability of the Company, permanent development of our technical solutions and facilities, and improvement of organizational structure and R&D base. • Prevention of accidents and minimization of our environmental footprint. • Strict compliance with health, safety and environment standards by our employees and contractors. • Assessment of our environmental impact and risk management, including identification, control and evaluation of risks and hazards to determine appropriate means of prevention and mitigation. Novomet executive management strongly believes that compliance with above QHSE principles will contribute to the prosperity of our employees, customers, contractors and the whole community.



General Director M.O. Perelman



2018 Page 8



> General information



Quality Control NOVOMET performs all its activities with high quality standards, always striving to maintain customer oriented service culture. For this purpose we comply strictly to international standards such us: ISO 9001, API spec Q1 and API spec Q2. The durability and service life of NOVOMET ESP system relies on the quality of each system compound. Quality of the manufactured production is provided owing to: • high level of technology and production culture; • constant improvement of production design; • reliability of used components; • improvement of the personnel professional skill; • material responsibility and incentive of executors on all stages of technological chain; • constancy and improvement of quality control. • Development of technology to increase ESP system reliability harsh production environments with high intervention costs • Conduction of system integration testing prior to field installation • All ESP components are tightly tested before installation, as per our quality system, every part and component has it’s own technological passport and serial number, so they are traceable for efficiency. Pump and Protector acceptance testing procedures meet or exceed requirements of API recommended practices RP 11S2 and RP 11S7, respectively.



2018 Page 9



> General information > Standart terms and conditions for sale



STANDARD TERMS AND CONDITIONS FOR SALE OF GOODS These Terms and Conditions apply to all Quotations, Purchase Orders and Contracts provided or entered into by any subsidiary or related company within the Novomet Group. These Terms and Conditions are of indicative nature, changes can apply based on mutual negotiations between the Buyer and the Company.



1. DEFINITIONS AND INTERPRETATION 1.1 The definitions and rules of interpretation apply in these conditions. Buyer means any person, firm, company, partnership, competent authority or other business entity who agrees to purchase Goods from the Company under the Contract. Company means any subsidiary or related company within the Novomet Group. Contract means any contract between the Company and the Buyer for the sale and purchase of the Goods, incorporating these conditions. Goods mean any goods agreed in the Contract to be supplied to the Buyer by the Company (including any part or parts of them). Insolvency Event means the lodging of a petition or the passing of a resolution for the appointment of a liquidator, the appointment of a receiver or administrator or a similar manager or the entering into of a general agreement with creditors, bankruptcy or any similar event in any jurisdiction. Purchase Order means a written confirmation of purchase of Goods under the terms and conditions of respective Quotation issued by the Company. Price means the charge made by the Company for the provision of sale of the Goods as further defined in the Contract. Quotation means the Company’s Quotation for the provision of sale of the Goods, which term includes any document issued by the Company indicating the terms on which the Goods sold. Terms and Conditions means the Terms and Conditions set out in this document and any other terms and conditions agreed pursuant to clause 2.3. Writing means any form of written communication including transmission by facsimile. It shall not include electronic mail. 1.2 A reference to a law is a reference to it as it is in force for the time being taking account of any amendment, extension, application or re-enactment and includes any subordinate legislation for the time being in force made under it. 1.3 Words in the singular include the plural and in the plural include the singular. 1.4 A reference to one gender includes a reference to the other gender. 1.5 Condition headings do not affect the interpretation of these conditions.



2. APPLICATION OF TERMS 2.1 All business conducted by the Company with the Buyer, including any contracts, Quotations or precontractual negotiations, shall be subject to these Terms and Conditions to the exclusion of any and all other terms and conditions unless otherwise agreed in Writing. 2.2 No terms or conditions endorsed on, delivered with or contained in the Buyer’s Purchase Order, confirmation of Purchase Order, specification or other document shall form part of the Contract simply as a result of such document being referred to in the Contract. 2.3 No variation or addition to these Terms and Conditions shall be binding unless agreed in Writing by the Company. Any and all statements, representations, advice or recommendations made or given by the Company during negotiations prior to the conclusion of a Contract are not binding unless incorporated into the Contract in Writing signed by both parties. 2.4 Each Purchase Order or acceptance of a Quotation for Goods by the Buyer from the Company shall be deemed to be an offer by the Buyer to buy Goods subject to these conditions. 2.5 No Purchase Order placed by the Buyer shall be deemed to be accepted by the Company until acknowledgement of Purchase Order is issued by the Company in Writing or (if earlier) the Company delivers the Goods to the Buyer.



2018 Page 10



> General information > Standart terms and conditions for sale



2.6 The Buyer shall ensure that the terms of its Purchase Order and any applicable specification are complete and accurate. 2.7 Any Quotation is given on the basis that no Contract shall come into existence until the Company confirms in Writing Purchase Order to the Buyer. 2.8 The Company will sell Goods and the Buyer will pay the specified Price, in accordance with the Company’s acceptance in 2.7 above



3. DESCRIPTION 3.1 The quantity and description of the Goods shall be as set out in the Company’s Quotation or acknowledgement of Purchase Order. 3.2 All samples, drawings, descriptive matter, specifications and advertising issued by the Company and any descriptions or illustrations contained in the Company’s catalogues or brochures are issued or published for the sole purpose of giving an approximate idea of the Goods described in them. They shall not form part of the Contract and this is not a sale by sample.



4. DELIVERY 4.1 Unless otherwise agreed in Writing by the Company, deliveries shall be made either (i) at the time specified on the Buyer’s Purchase Order unless the Company specifies a different time, (ii) during the Company’s customary working hours, or (iii) at such time as may be requested by the Buyer and agreed to in Writing by the Company; provided, however, that the Buyer has provided the Company with reasonable advance notice of the day and time such delivery is requested, together with all necessary information. The Buyer shall be responsible for delivering to the Company all necessary shipping instructions, and until such instructions are received, the Company shall retain the Goods in storage. 4.2 The Buyer shall take delivery of the Goods within 10 days of the Company giving it notice that the Goods are ready for delivery. 4.3 Any dates specified by the Company for delivery of the Goods are intended to be an estimate and time for delivery shall not be made of the essence by notice. If no dates are so specified, delivery shall be within a reasonable time. 4.4 Subject to the other provisions of these conditions the Company shall not be liable for any direct, indirect or consequential loss (all three of which terms include, without limitation, pure economic loss, loss of profits, loss of business, depletion of goodwill and similar loss), costs, damages, charges or expenses caused directly or indirectly by any delay in the delivery of the Goods (even if caused by the Company’s negligence), nor shall any delay entitle the Buyer to terminate or rescind the Contract unless such delay exceeds 180 days. 4.5 If for any reason the Buyer fails to accept delivery of any of the Goods when they are ready for delivery, or the Company is unable to deliver the Goods on time because the Buyer has not provided appropriate instructions, documents, licences or authorisations: a) risk in the Goods shall pass to the Buyer (including for loss or damage caused by the Company’s negligence); b) the Goods shall be deemed to have been delivered; and c) the Company may store the Goods until delivery, whereupon the Buyer shall be liable for all related costs and expenses (including, without limitation, storage and insurance). 4.6 The Buyer shall provide at the point of delivery and at its expense adequate and appropriate equipment and manual labour for loading or unloading the Goods. 4.7 The Company may deliver the Goods by separate instalments. Each separate instalment shall be invoiced and paid for in accordance with the provisions of the Contract. 4.8 Each instalment shall be a separate Contract and no cancellation or termination of any one Contract relating to an instalment shall entitle the Buyer to repudiate or cancel any other Contract or instalment. 4.9 The Company, upon the Buyer’s request and with the Company’s written agreement, shall arrange for export shipment of the Goods on behalf of the Buyer. The Buyer shall pay the Company for all fees and expenses including, but not limited to, those covering preparation of consular documents, freight storage and shipping insurance coverage (including war risk). If required, the Company shall also apply for an



2018 Page 11



> General information > Standart terms and conditions for sale



export license. Without prejudice to any other condition or term of the Contract, the Company shall have no liability to the Buyer whatsoever in the event of late delivery or damage to the Goods during shipment. 4.10. Unless otherwise is stated in Purchase Order within 20 (twenty) calendar days from the moment of Goods delivery to the Buyer the latter shall return the Company the following documents by express mail: - Copy of waybill (bill of lading) with a Buyer’s or Consignee’s record of Goods receipt; - Original of bill of quantities signed by the Buyer; - Original of act of Goods acceptance signed by the Buyer.



5. NON-DELIVERY 5.1 The quantity of any consignment of Goods as recorded by the Company upon despatch from the Company’s place of business shall be conclusive evidence of the quantity received by the Buyer on delivery unless the Buyer can provide conclusive evidence proving the contrary. 5.2 The Company shall not be liable for any non-delivery of Goods (even if caused by the Company’s negligence) unless the Buyer gives written notice to the Company of the non-delivery within 15 days of the date when the Goods would in the ordinary course of events have been received. 5.3 Any liability of the Company for non-delivery of the Goods shall be limited to replacing the Goods within a reasonable time or issuing a credit note at the pro rata Contract rate against any invoice raised for such Goods.



6. RISK OF LOSS AND TITLE Terms of delivery of Goods under Incoterms 2000 shall be specified by the Company and the Buyer in Writing in each case individually. Risk for loss or damage of Goods shall pass to the Buyer pursuant to the applicable terms of delivery under Incoterms 2000. The title to Goods shall pass to the Buyer upon receipt of payment in cleared funds by the Seller of amounts due in respect of the Contract.



7. PRICE 7.1 Unless otherwise agreed by the Company in Writing, the price for the Goods shall be the Price set out in the Quotation or Appendix to the Contract agreed by the Parties in Writing. Any Quotation is valid for period of 30 days only from its date, provided that the Company has not previously withdrawn it. The Company has the right to change Price in the case of change of prices for components by third parties 7.2 The Price for the Goods shall be exclusive any travel, accommodation, subsistence or other outof-pocket expenses of the Company’s employees, servants or agents (which where applicable the Buyer shall pay to the Company at cost) and shall exclude of all costs or charges in relation to packaging, loading, unloading, carriage and insurance or forwarding fees, taxes, or duties of any kind or other similar charges applicable to the Goods (including the costs referred to in condition 4.9), all of which amounts the Buyer shall pay in addition when it is due to pay for the Goods. 7.3 The Company reserves the right to amend any typographical, clerical or other error or omission on any documentation containing pricing information issued by or on behalf of the Company, and the Company shall have no liability to the Buyer for any such errors or omissions.



8. INVOICING AND PAYMENT 8.1 Unless otherwise expressly stated in Purchase Order acknowledged by the Company in Writing the payment of the Goods Price shall be carried out by the Buyer in the following Purchase Order: 75 % (seventy five percent) of the Price shall be paid by the Buyer in advance (hereinafter referred to as “Advance") within 15 (fifteen) calendar days from the acknowledgement of Purchase Order by the  Company. The residual payment of 25 % (twenty five percent) of the Price shall be carried out by the Buyer within 30 (thirty) calendar days from the moment of issuance of invoice for the delivered or deemed to be delivered Goods. 8.2 Time for payment shall be of the essence. 8.3 If the Buyer cancels the Purchase Order 30 (thirty) days prior the date of shipment or later the Company will withhold 5 % (five percent) of Price from the Advance paid by the Buyer.



2018 Page 12



> General information > Standart terms and conditions for sale



8.4 If the Buyer cancels the Purchase Order 45 (forty five) days prior the date of shipment or later (up to 30 (thirty) days prior the date of shipment) the Advance shall be returned to the Buyer at the same time all bank charges and expenses shall be borne by the Buyer. 8.5. In case the Buyer initiates any changes in Purchase Order, already agreed in Writing by the Company and the Buyer, 45 (forty five) days prior the date of shipment or later it shall pay a fine to the Company in amount of 10 % (ten percent) of price of component parts to be changed, but in any case not less than $ 100 (one hundred) United States Dollars. 8.6 All payments payable to the Company under the Purchase Order shall become due immediately on its termination despite any other provision. 8.7 The Buyer shall make all payments due under the Purchase Order in full without any deduction whether by way of set-off, counterclaim, discount, abatement or otherwise unless the Buyer has a valid court Purchase Order requiring an amount equal to such deduction to be paid by the Company to the Buyer. 8.8 If the Buyer fails to pay the Company any sum due pursuant to the Purchase Order, the Buyer shall be liable to pay interest to the Company on such sum from the due date for payment at the annual rate of 5% (five percent) accruing on a daily basis until payment is made, whether before or after any judgment.



9. QUALITY AND WARRANTY 9.1 The Company warrants that (subject to the other provisions of these conditions) upon delivery, the Goods shall be free from defects in material or workmanship. The Company’s obligation under this warranty shall be limited to replacing or repairing the parts or, at the Company’s option, the Goods which prove defective in material or workmanship within twelve (12) months from the date of first installation or eighteen (18) months from the date of shipment from the Company, whichever date occurs first, provided that the Buyer gives the Company prompt Written notice of any defect or failure and satisfactory proof thereof. 9.2 The Company shall not be liable for a breach of the warranty in condition 9.1 unless the Company is given a reasonable opportunity after receiving the notice of examining such Goods and the Buyer (if asked to do so by the Company) returns such Goods to the Company’s place of business (at the Buyers cost) for the examination to take place there. 9.3 The Company shall not be liable for a breach of the warranty in condition 9.1 if: a) the Buyer makes any further use of such Goods after giving such notice; or b) the defect arises because the Buyer failed to follow the Company’s oral or written instructions as to the storage, installation, commissioning, use or maintenance of the Goods or (if there are none) good trade practice; or c) the Buyer alters or repairs such Goods without the written consent of the Company. 9.4 Subject to the provisions of this condition 9, the Company shall deliver replaced or repaired defective goods or part of such goods at the Company’s expense, to the delivery point provided for in the original Purchase Order and shall have no further liability for a breach of the warranty in condition 9.1 in respect of such Goods. Any Goods replaced shall belong to the Company and any repaired or replacement Goods shall be guaranteed on these terms for the unexpired portion of the twelve (12) or eighteen (18) month period referred to in condition 9.1. 9.5 The warranty period shall not be extended for repaired or replaced parts or products or reperformed services. Such parts or products or services shall remain under warranty only for the unexpired portion of the warranty period. Company’s sole liability shall be at its option to repair or replace parts or products or reperform services under this condition. Company may in its sole discretion credit buyer’s account for a portion of such parts or products and/or services determined by seller to be defective.



10. LIMITATION OF LIABILITY 10.1 Subject to condition 4, condition 5 and condition 9, the following provisions set out the entire financial liability of the Company (including any liability for the acts or omissions of its employees, agents and subcontractors) to the Buyer in respect of: a) any breach of these conditions; b) any use made or resale by the Buyer of any of the Goods, or of any product incorporating any of The Goods; and c) any representation, statement or tortious act or omission including negligence arising under or in connection with the Contract. 2018 Page 13



> General information > Standart terms and conditions for sale



10.2 All warranties, conditions and other terms implied by statute or general law are, to the fullest extent permitted by law, excluded from the Contract. 10.3 Nothing in these conditions excludes or limits the liability of the Company: a) for death or personal injury caused by the Company’s negligence; or b) for any matter which it would be illegal for the Company to exclude or attempt to exclude its liability; or c) for fraud or fraudulent misrepresentation. 10.4 Subject to condition 10.2 and condition 10.3: a) the Company’s total liability in contract, tort (including negligence or breach of statutory duty), misrepresentation, restitution or otherwise, arising in connection with the performance or contemplated performance of the Contract shall be limited to the Contract price; and b) the Company shall not be liable to the Buyer for any pure economic loss, loss of profit, loss of business, depletion of goodwill or otherwise, in each case whether direct, indirect or consequential, or any claims for consequential compensation whatsoever (howsoever caused) which arise out of or in connection with the Contract.



11. ASSIGNMENT 11.1 The Company may assign the Contract or any part of it to any person, firm or company. 11.2 The Buyer shall not be entitled to assign the Contract or any part of it without the prior written consent of the Company.



12. CHANGE OF DESIGN The Company expressly reserves the right to change or modify the design and construction of any of its Goods without obligation to furnish or install such changes or modifications on Goods previously or subsequently sold.



13. PATENTS The Company warrants that the use or sale of the Goods hereunder will not infringe patents of others by reason of the use or sale of such Goods per se, and hereby agrees to hold the Buyer harmless against judgment for damages for infringement of any such patent, provided that the Buyer shall promptly notify the Company in Writing upon receipt of any claim for infringement, or upon the filing of any such suit for infringement, whichever first occurs, and shall afford the Company full opportunity, at the Company’s option and expense, to answer such claim or threat of suit, assume the control of the defence of such suit, and settle or compromise same in any way the Company sees fit. The Company does not warrant that such Goods: (a) will not infringe any such patent when not of the Company’s manufacture, or specially made, in whole or in part, to the Buyer’s design specifications; or (b) if used or sold in combination with other materials or apparatus or used in the practice of processes, will not, as a result of such combination or use, infringe any such patent, and the Company shall not be liable and does not indemnify Buyer for damages or losses of any nature whatsoever resulting from actual or alleged patent infringement arising pursuant to (a) and (b) above. This clause states the entire responsibility of the Company concerning patent infringement.



14. FORCE MAJEURE The Company reserves the right to defer the date of delivery or to cancel the Contract or reduce the volume of the Goods ordered by the Buyer (without liability to the Buyer) if it is prevented from or delayed in the carrying on of its business due to circumstances beyond the reasonable control of the Company including, without limitation, acts of God, governmental actions, war or national emergency, acts of terrorism, protests, riot, civil commotion, fire, explosion, flood, epidemic, lock-outs, strikes or other labour disputes (whether or not relating to either party’s workforce), or restraints or delays affecting carriers or inability or delay in obtaining supplies of adequate or suitable materials, provided that, if the event in question continues for a continuous period in excess of 90 days, the Buyer shall be entitled to give notice in writing to the Company to terminate the Contract. 2018 Page 14



> General information > Standart terms and conditions for sale



15. CONFIDENTIAL INFORMATION 15.1 The Buyer shall keep in strict confidence all technical or commercial know-how, specifications, inventions, processes or initiatives which have been disclosed to the Buyer by the Company, its employees, agents or sub-contractors and any other confidential information concerning the Company’s business or its products which the Buyer may obtain. The Buyer shall restrict disclosure of such confidential material to such of its employees, agents or sub-contractors as need to know the same for the purpose of discharging the Buyer’s obligations to the Company, and shall ensure that such employees, agents or sub-contractors are subject to obligations of confidentiality corresponding to those which bind the Buyer. 15.2 All materials, equipment and tools, drawings, specifications and data supplied by the Company to the Buyer shall, at all times, be and remain the exclusive property of the Company, but shall be held by the Buyer in safe custody at its own risk and maintained and kept in good condition by the Buyer until returned to the Company, and shall not be disposed of or used other than in accordance with the Company’s written instructions or authorization. 15.3 This Clause 15 shall survive termination of the Contract, however arising.



16. TERMINATION 16.1 The Company shall be entitled to terminate the Contract forthwith by notice in Writing to the Buyer if: (a) the Customer commits an irremediable breach of the Contract, persistently repeats a remediable breach or commits any remediable breach and fails to remedy it within seven (7) days of receipt of notice in Writing of the breach requiring remedy of the same; or (b) the Buyer makes any voluntary arrangement with its creditors or (being an individual or firm) becomes bankrupt or (being a company) becomes subject to an administration order or goes into liquidation (otherwise than for the purposes of solvent amalgamation or reconstruction); or (c) an encumbrancer takes possession, or a receiver is appointed, of any of the property or assets of the Buyer; or (d) the Buyer ceases or threatens to cease to carry on business; or (e) if any applicable UN or the Russian Federation sanctions are imposed on the country where the Goods are to be supplied or have been supplied. 16.2 In the event of termination by the Company pursuant to clause 16.1 above then, without prejudice to any other right or remedy available to the Company, the Company shall be entitled to cancel the Contract or suspend any further deliveries due under it without any liability to the Buyer and, if the Goods delivered but not paid for, the Price shall become immediately due and payable notwithstanding any previous agreement or arrangement to the contrary and the Company shall be entitled to charge interest at the per annum rate of 5% from the time of such cancellation or suspension until the Company receives payment. 16.3 The Buyer shall be entitled to terminate the Contract by giving thirty (30) days notice in Writing of termination to the Company. In the event of termination by the Buyer pursuant to this clause, the Company shall invoice the Buyer and the Buyer shall immediately pay to the Company the full Price together with any additional costs and/or charges payable by the Buyer.



17. GOVERNING LAW AND JURISDICTION 17.1 Any dispute, controversy or claim arising out of or in connection with this Standard Terms and Conditions for Sale of Goods, or the breach, termination or invalidity thereof, shall be finally settled by arbitration in accordance with the Arbitration Rules of the Arbitration Institute of the Stockholm Chamber of Commerce. 17.2 The arbitral tribunal shall be composed of a sole arbitrator. 17.3 The language to be used in the arbitral proceedings shall be English. 17.4 The Contract shall be governed by and construed in accordance with the laws of England.



2018 Page 15



> General information > Standart terms and conditions for sale



18. GENERAL 18.1 Each right or remedy of the Company under the Contract is without prejudice to any other right or remedy of the Company whether under the Contract or not. 18.2 If any provision of the Contract is found by any court, tribunal or administrative body of competent jurisdiction to be wholly or partly illegal, invalid, void, voidable, unenforceable or unreasonable it shall to the extent of such illegality, invalidity, voidness, voidability, unenforceability or unreasonableness be deemed severable and the remaining provisions of the Contract and the remainder of such provision shall continue in full force and effect. 18.3 Failure or delay by the Company in enforcing or partially enforcing any provision of the Contract shall not be construed as a waiver of any of its rights under the Contract. 18.4 Any waiver by the Company of any breach of, or any default under, any provision of the Contract by the Buyer shall not be deemed a waiver of any subsequent breach or default and shall in no way affect the other terms of the Contract.



19. COMMUNICATIONS 19.1 Any notice required to be given by either party under the Contract shall be delivered or sent by pre-paid first class recorded delivery letter or facsimile addressed to the registered office of the party to be served or to such other place as may be designated by the party for the purpose of service and shall be deemed to have been served in the case of a notice delivered by hand, when delivered, in the case of a letter, forty-eight (48) hours after the time of posting, in the case of facsimile when despatched.



2018 Page 16



> General information > Company overview



COMPANY OVERVIEW Novomet manufacturing facilities are located in Perm, which is two hours flight from Moscow. The Company was established in 1991 as stages manufacturer based on new technology for the oil and gas industry: powder metallurgy, giving a significant number of benefits described further in the catalog. This new technology has shown through the years a good performance under stretching conditions and has delivered a good return in the form of increased run life for our Clients. Since then the Company has been continuously developing and our Customers have recognized the first class products and have awarded us with their business leading Novomet to one of the largest ESP manufacturers in Russia. Our strategy is based on proprietary technologies for a wide range of applications focusing on harsh well conditions including high gas to oil ratio, high temperatures, abrasive and corrosive fluids, heavy oil, wells with minimum drift (3.90"), highly deviated wells. Novomet product line includes main units such as pump, motor (asynchronous and permanent magnet), protector, VSD, sensor and as well a great number of Custom-made auxiliaries for specific wells. These are: screens, gas separators, downhole multiphase pumps, advanced gas handlers, scale preventers, sand catchers and many others. Moreover, Novomet produces water injection and treatment systems. Novomet has a established a wide network of service centers, including assembly workshops all around the world, providing under service control today for more than 8000 wells. As Novomet philosophy is to provide unparalleled solutions to the most challenging conditions, the Company has always paid major attention to R&D side. Almost a decade ago Novomet acquired control



2018 Page 17



> General information > Company overview



package of the KONNAS Design Center (Moscow), which was responsible for all ESP pump design in the former Soviet Union and it started its history in 1950. As such there is a wealth of knowledge which is located in-house within Novomet. The R&D department has developed new gas handling pump stages, rotary gas separator designs, sand and proppant filters, downhole unit for dosing scale inhibitor and many other ESP technologies, all of which have been developed to the stage of series production and service within short time periods. The use of laser prototyping machines allows new developments to be tested for production within rapid time frames. In short, Novomet’s R&D capability is unsurpassed in the industry – and the results are in service today bringing immediate and significant performance increases to our Clients. Our R&D facilities give us fantastic opportunities to conduct various number of tests: internally and for the attention of our Clients: abrasive and corrosive tests, tests on gassy fluids, high viscos fluids, low flow rate and high flow rate stages. Novomet can simulate any environment to ensure that our products will be welcomed by our Clients as they perform beyond their expectations. Using our test wells, we can perform tests of our new R&D products being witnessed by our Customers. Currently, Novomet employs nearly 5000 people worldwide. We have a network of service bases in different parts of the world and our next major priority is to be in the top 5 list of world best service providers, as we sincerely believe that we can provide our solutions to the most severe applications bringing our Clients best performance in class. The Company’s name is associated with best engineering, production output of excellent quality and outstanding services. Our motto is: Novomet is not just another ESP provider, it is so much more....



2018 Page 18



> General information > Novomet service devisions



NOVOMET service solutions Our Service team provides virtually every type of service related to the ESP industry delivering measurable performance improvements to our clients. Currently we have almost 8,000 wells under our direct daily supervision. To meet local needs and provide customized solutions, Novomet has several service facilities in Russia and worldwide. All these centers are fully equipped and professionally staffed. All centers follow the same quality, technical, safety standards as the main factory Positioned to meet the full range of customer needs related to ESP, Novomet draws on a superior record of market-driven innovation and technology leadership. The Company strives to deliver all services aiming to improve productivity from wells in a safe and efficient manner.



Repair base in Egypt



2018 Page 19



> General information > Novomet service devisions



NOVOMET SUITE OF PERFORMED SERVICES Novomet suite of performed services encompasses the following range: • Engineering and 24-hours consulting (sizing and selection of most customer tailored equipment, selection of the most optimal design and operation mode-with the help of Sel-Pro, consultancy on Artificial System for any application to increase production rate, troubleshooting) • Installation, start-up and commissioning • Monitoring and troubleshooting • Complete Dismantle, Inspection, Failure Analysis (DIFA) analysis • Repairs, full range of testing including equipment of other manufacturers • Replacement and exchange programs • Reactivation of abandoned wells • Equipment testing and evaluation to ensure maximum performance from our customer’s wells • Production optimization • Incentive-based contracts • Rental contracts • Reliability analysis and run life forecast with the help of Stat-Pro • Provision of ESP systems for Production Logging Tests (PLT) jobs • Field Development Additionally, Novomet provides: Intensive, competency-based training courses that help our clients maximize the production, run life and efficiency of their Artificial Lift operations. The classes vary from ABCs of submersible pump artificial lift to the latest technologies in performance optimization.



Repair base in Noyabrsk, Russia



2018 Page 20



> General information > Powder metallurgy technology



POWDER METALLURGY TECHNOLOGY 25 years ago Novomet history began with the use of powder metallurgy techniques to fabricate oil field production equipment. Conventional powder technology comprises operations of powder mixing, molding and sintering (agglomeration). Centrifugal pump stage design feature is a presence of flow paths. Therefore it was impossible to produce such details using conventional technology. In the early of 90-s specialists of Novomet Company have developed technology to join powder details. This technology enabled to produce details with very complicated form what allowed to be pioneer in centrifugal pump stages production. Powder details connection technology has been patented. In general, metal powder stage production procedure of Novomet Company is following:



1. Raw material: iron powder, graphite powder, lube powder, copper powder…



2. Mix preparation In diagonal mixer – 15 min or in biconical mixer- 4 hours



3. Pressing of detail, as a part of stage and infiltration Equipment: mechanical and hydraulical press, pressing load 4…7 ton/cm2.



2018 Page 21



> General information > Powder metallurgy technology



4.1. Ceramic slurry 4. Assembling Details are joined to get nonsintered blank of impeller (diffuser)



5.1. H2+N2



5. Sintering Stage blank heat treatment At temperature 1140…1160°С



5.2. infiltration (from 3rd operation)



6. Machining



2018 Page 22



> General information > Powder metallurgy technology



In this connection, impeller or diffuser includes some details. When producing separate components there is possibility to use different materials. Thus to increase hub abrasion resistance the hub can be tungsten, solid lubrication or nickel alloyed. Joining technology enables to have metallurgical joints after heat treatment. In other words, material structure within joint does not differ from base material structure. Thus joint bounding strength is at the same level with base material strength. Compared to stage casting technology the powder technology applied by Novomet provides the following advantages: • More precise product manufacturing, and then precise balancing; compared to the similar product produced on the base of cast stages that advantages enable to decrease vibration and increase reliability of the pump; • Ensures detail surfaces hydrodynamic smoothness what results in pump performance improvement; • Gives opportunity to manufacture combined products, which include abrasion resistant and structural components; • Gives opportunity to manufacture stages with little flow paths (less than 3 mm), on the contrary cast technology does not give such opportunity.



Corrosion and mechanical stage properties At present Novomet Co is capable to manufacture two corrosion resistant types of pump stages: а) Standard performance – Materials of stage: iron, carbon, copper to improve strength and corrosion resistance. Additionally, materials of radial friction pair contain Ni and Mo for hardness and abrasion resistance, and solid lubricant for antifriction characteristics. b) Wear resistant performance – Materials of stage: base on stainless steel powder and copper for wear resistance improvement. Additionally, materials of radial friction pair contain considerable quantity of Mo carbides for abrasion resistance. Materials samplings can be extended according to specified operating conditions. E.g. for operating conditions characterized by its high TSS and relatively low aggressiveness Novomet is able to improve stage material strength for wear reduction. Mechanical properties, wear rate in abrasion fluid and corrosion rate in agitated hydrochloric electrolyte, are shown on Pictures 1-3. 400 350



Tensile strength, MPa



300 250 200 150 100 50 0



Ni- resist



Wear resistant performance



Picture 1. Mechanical properties of powder material.



2018 Page 23



> General information > Powder metallurgy technology



16



Ni- resist 14



Wear resistant performance



Wear rate, mg/h



12 10 8 6 4 2 0



Picture 2. Wear rate of friction pair materials in abrasive ambient, used during manufacturing. 500



Corrosion rate, g*m2/h



490



70 60 50 40 30 20 10 0



Ni- resist



Powder material for abrasion ambient



Grey iron



Picture 3. Corrosion rate of materials in agitated hydrochloric electrolyte used during ESP stages manufacturing.



Typical Powder Designs At present Novomet manufactures stages of A …. P series with cylindrical vanes and inclination of diffuser and impeller upper shrouds up to 7°. Impeller design is closed type. Company is able to manufacture stages of single or double downthrust washer design with longer impeller hub for shaft protection. Stage design: floater, compression or semi-compression.



Novomet Powder Perspectives 1. Selection of stage materials and its parts according to specified operating conditions. 2. Manufacturing of ESP stages that can be casted with difficulty: • flow path dimension – less than 3 mm; • Slim Vanes and other casting limits. 3. Wear resistant bearings based on tungsten carbide and flexible wear resistant coating.



2018 Page 24



> General information > ESP Selection Guide



ESP SELECTION GUIDE The intention of this guide is to aid ESP system design process



Novomet ESP system components Novomet ESP system comprises the following components: Downhole System Components: • Power cable • Bolt-on head • Pump: Conventional or Power Save™ • Intake devices: intake, gas separator, multiphase pump, advanced gas handler • Protector: Modular or Tandem • Motor: Induction or Permanent Magnet motor (PMM) • Motor Shroud • Motor Lead Extension (MLE) • Downhole sensor system • Auxiliaries for specific well conditions: gas, solids, high temperature, scaling, etc. • Miscellaneous equipment: valves, subs. The Novomet surface equipment consists of: • Variable Speed Drive (VSD) • Output sine-wave filter • Input power filter • Step‑down transformer • Step‑up transformer • Junction box • Surface Sensor Panel (Built‑in or remote type) • Surface cable for Top Side equipment tie-in



2018 Page 25



> General information > ESP Selection Guide



DOWNHOLE SYSTEM COMPONENTS Power cable The power cable, which supplies electricity to the ESP motor, is available in various configurations, both flat and round, to match the cable to specific well environments. The cable is banded or clamped to the production tubing and the ESP components to support the weight of the cable and to ensure protection during RIH/POOH procedures. Cable clamp protectors are used in deviated wells or in wells with tight equipment clearances. BOLT-ON HEAD The bolt-on head is the connection between the pump and the production tubing. It is bolted to the pump and is threadably connected to the tubing. In 677 and 740 series bolt-on head is an integral part of the pump. Pump Submersible pumps used in ESP installations are multistage centrifugal pumps. Centrifugal pump converts mechanical energy from a motor to energy of a moving fluid; some of the energy goes into kinetic energy of fluid motion, and some into potential energy represented by a fluid pressure or by lifting the fluid against gravity to a higher level. The fluid enters the pump impeller along or near to the rotating axis and is accelerated by the impeller, flowing radially outward into a diffuser. Pumps are available in a wide range of sizes and configurations: from 272 up to 740 series with flow rate from 60 to 40 000 bpd. Novomet portfolio of pumps incorporates two designs: conventional and Power Save™ pump, which enables significant power consumption savings. Intake devices Intake device is designed to allow reservoir fluid to enter the pump. For extreme gassy applications Novomet has an extensive product line of gas handling devices including: gas separator, multi‑phase pump and advanced gas handler. They can be used individually or in combination, thus increasing overall system reliability in severe gas environments. Filter Novomet has an extensive range of field-proven, cost-effective solutions for sand and solids management. They operate reliably in severe abrasive-laden fluids. These systems are available in various designs: Slotted screen pump intake Downhole slotted screen filter Downhole slotted gravitation filter Downhole gravitation filter Sand catcher Protector Protector has five main functions: It protects the motor internals from the well fluid It provides pressure equalization between the motor and the wellbore It carries the thrust load of the pump It compensates thermal expansion of motor oil during ESP system operation It transfers torque moment from Motor to Intake devices and Pump Novomet protectors are available in two designs: modular and tandem for challenging extreme temperature conditions (up to 400 oF). Motor An electric motor is an electric machine that converts electrical energy into mechanical energy of rotated shaft. Novomet offers conventional Asynchronous (induction) motors and Permanent Magnet motors. Novomet motors have varnished and epoxy encapsulated winding, depending on application conditions. They are filled with synthetic oil to dissipate the heat generated to the motor housing. Motors are available in a wide range of series and configurations: from 319 up to 744 series in power from 12 up to 1600 hp.



2018 Page 26



> General information > ESP Selection Guide



Downhole Sensor System Novomet monitoring systems enable advanced monitoring and control of the ESP performance. Novomet offers standard sensor system and enhanced version with a broad range of accurate and reliable downhole measurements of the following parameters: Pump intake pressure and temperature pump discharge pressure Axial and radial pump vibration Fluid flow at pump discharge Motor winding temperature (at motor head) Axial and radial motor vibration



SURFACE EQUIPMENT VARIABLE SPEED DRIVE (VSD) Novomet Variable Speed Drive is compatible with both Induction and Permanent Magnet motors. Application of VSD vs. FSD (fixed speed drive) can provide operators the flexibility to easily adjust production outputs of the ESP system as well conditions change. Alarms and limits are programmed in the VSD allowing it to automatically make step changes to optimize production operations. VSD Novomet with Advanced Harmonic Filter meets requirements of IEEE519 standard and provides THiD less than 5% if VSD power factor exceeds 60% In case of using PMM, apply only Novomet VSD as it is of universal design compatible with Induction and Permanent Magnet motor. OUTPUT Sine-wave FILTER It is located between the VSD and step‑up transformer. This device reduces voltage total harmonic distortion to the ESP less than 5%. This results in less stress on the winding of the ESP motor which leads to longer run times. Application of Output sine-wave filter has a positive impact on the whole electrical equipment. VSDs with capacity lower than 300 kVA have built‑in sine-wave filters. INPUT POWER FILTER The input power filter is installed between Novomet VSD input and source of 3‑phase voltage (380/480  V) supply. It effectively decreases the level of higher harmonics in power circuit and compensates reactive power. CHOKE UNIT It creates Y-connection point for Downhole sensor communication in case HV side of Step-up transformer has Delta-connection. Step‑down AND STEP‑UP TRANSFORMERS Step‑down three‑phase oil-immersed transformer is intended to convert high voltage input of the local power grid into the low voltage required for VSD. Step‑up three‑phase oil-immersed transformer with natural oil cooling. This high-voltage transformer is designed to convert low voltage input into the high voltage required by submersible electrical motor for ESP operation. JUNCTION BOX The junction box is required for all ESP installations. If gas from the wellbore migrates up the power cable to the surface, the junction box will allow this gas to escape to the atmosphere, away from confined spaces.



2018 Page 27



> General information > ESP Selection Guide



BASIC EQUIPMENT SELECTION Selecting the correct Novomet ESP system for each application is important to delivering the most efficient and reliable operation. Novomet Sel‑Pro ESP design software provides an accurate and comprehensive evaluation of the ESP system. As with any software application, the accuracy of the results depends on the input data quality. Accurate data is the key to successful implementation of each individual system. Selection process starts from completing the Design Data Sheet available at the end of this section. It can be used to collect the design information required by a Novomet application engineer. Selection on Novomet Sel-Pro In an effort to enhance the reliability and consequently the run lives of the ESP systems, Novomet embarked on an exercise to develop an in house sizing software programme Sel‑Pro that is unique to the characteristics of Novomet products but also has the flexibility to incorporate other ESP manufacturers pump polynomials for comparison and sensitivity analysis. Novomet Sel‑Pro follows the here below algorithm when performing selection:



2018 Page 28



> General information > ESP Selection Guide



Novomet Sel‑Pro sizing report includes the following information as a minimum: 1. Pump type and series number of stages required to achieve the optimum TDH value operating frequency flow rate power consumption 2. Gas separator Software calculates content of free gas at pump intake and recommends if Gas separator is required. 3. Motor type and series required power capacity 4. MLE & Power cable type length temperature rating Pump Selection Selection of the pump is based on the estimated pumping rate, TDH, well conditions, and casing size limitations. The most optimal choice of ESP series with regard to the system reliability and efficiency is the largest series (diameter) that the casing will permit. Pump performance curves define optimum operating limits for various motor and pump sizes. The desired capacity should be within the optimum limits of the pump performance curves and nearest best efficiency point of the pump selected. The process of pump selection requires the following additional steps: Selection of housing number When selecting a housing number or its combinations it is necessary to pick up the one which has the number of stages equal to those mentioned in the sizing report or nearest to this number within pump sections available in Novomet ESP catalog. When selecting housing number it is recommended to follow standardization method: better to choose such combinations of housing number: for the same number of stages as HSG #9 + HSG #9 + HSG #9 rather than HSG #7 + HSG #9 + HSG #11. Selection of design configuration Novomet offers floater (FLT), semi‑compression (SCMP) and compression (CMP) designs. For availability in each type of pump, please check appropriate engineering tables in Catalog. In case the well data is not accurate, it is recommended to opt for compression design as it allows to operate at a wider operating range. Selection of modification Please, select appropriate modification based on your well conditions. Novomet has 4 types of corrosion resistant and 2 types of abrasive resistant versions. For accurate selection, please refer to Glossary in Pump section. Conventional or Power Save™ In case you would like to receive reduced power consumption – absolute best selection is Power Save™ pump with combination of PMM. Detailed description is available further in the appropriate section. In order to obtain the maximum effect with regard to power savings, it is recommended to size and operate the ESP system at BEP. The case studies show that this will help to save up to 40% of energy consumption for the overall system. Pump accessories Each pump type contains information about required pump accessories such as bolt‑on heads, subs, couplings and etc. Shaft strength selection For each pump five variants of shaft yield strength are available: Low Strength S8 (785 MPa), Medium Strength S11 (1080 MPa), Standard Strength S13 (1275 MPa), High Strength S14 (1370 MPa) and Ultra High Strength S16 (1570 MPa). Also shafts from Monel alloy Low Strength M8 (785 MPa), Inconel alloys Low Strength I8 (785 MPa), Medium Strength I11 (1080 MPa), Standard Strength I13 (1275 MPa) and High Strength I14 (1370 MPa) are available. In case the power consumed by the pump exceeds the power transmitted by standard strength, please select high strength or ultra high strength shaft 2018 Page 29



> General information > ESP Selection Guide



Novomet has the following choice of shaft materials: alloyed stainless steel, Inconel or K‑Monel, M8 - Monel alloy (785 MPa), I8 - Inconel alloy (785 Mpa), I11 - Inconel alloy (1080 MPa), I13 - Inconel alloy (1275 MPa), I14 - Inconel alloy (1370 MPa), please specify your needs. The most preferable and costeffective shaft material is alloyed stainless steel. In case the well is significantly contaminated with solids and/or scale it is recommended to select ultra high strength shaft S16. This type of a shaft will help your ESP system to survive in case of frequent stop‑start operations. Intake Devices Selection In case well has high content of gas and solids, it is preferable to select multi-phase pump instead of gas separator Selection of device Novomet offers the following intake devices: • intake (bolt‑on or integral type) • gas separator • advanced gas handler • multiphase pump • slotted screen pump intake When determining the intake device, please refer to: • Sel‑Pro sizing report • Novomet recommendations depending on gas or solids content in your wells, which are presented in Intake Devices section in this catalog. Selection of series It shall be equal to pump series. Selection of shaft Intake device shaft shall be equal to pump shaft diameter. In case required shaft diameter is not available, please select shaft with closest diameter and add an extra coupling specifying pump shaft diameter as top of coupling and intake shaft diameter as a bottom coupling. Novomet has the following choice of shaft materials: stainless steel, Inconel or K‑Monel, please specify your exact requirements in Request for Quotation/Purchase Order. Selection of shaft strength. The same logic as was mentioned in Pump selection part above shall apply. Selection of modification. Please, select appropriate modification based on your well conditions. Novomet has 3 types of corrosion resistant versions for Intake devices. For accurate selection, please refer to Glossary in Intake devices section. Motor Selection When selecting the ESP system using Novomet Sel‑Pro, the sizing report will contain the following information about motor: • Motor type and series • Motor power However, the parameters can be calculated manually.



NMotor=(n × Nmax stg × ρ × k2) ×



1.1



where: NMotor – power required for Motor, hp; n – total number of pump stages, pcs; Nmax stg – maximum power per stage in operation range, hp (Please, see this parameter in Engineering Tables –> Conventional/ Power Save™ Pump Engineering Data –> column ‘Power per stage, hp’);



ρ – fluid density, g/cm3 (fresh water has density of 1 g/cm3) k=



fx



fn



–frequency factor or ratio between operation and nominal frequency.



2018 Page 30



> General information > ESP Selection Guide



It is recommended to multiply by safety factor 1.1 (as indicated in the above equation) as an extra 10% of power reserve to avoid shaft sticking during start‑up and commissioning. To select motor series, please refer to the table in Engineering Tables section. The table defines appropriate series of the pump, motor depending on the casing OD and weight. Induction motor or Permanent Magnet motor If preference is Power Save™ equipment or you would like to rotate the system at higher speeds, than Permanent Magnet motor is your choice. Detailed information about Permanent Magnet motors is contained in the appropriate catalog section. In case well zenith angle at motor setting depth exceeds 75o, it is required to select motor design for horizontal wells. For each Power Save™ pump there is a speed limitation recommended based on tests. Please refer to table Power Save™ Pump Summary". When choosing PMM, Novomet VSD is required. Range of all motors is available in Motor section and Engineering Tables section. Selection of modification Please, select appropriate modification based on your well conditions. Novomet has 4 types of corrosion resistant and 2 types of heat resistant versions. For accurate selection, please refer to Glossary in Motor section. Please ensure that motor modification fits pump modification with regard to content of aggressive components in the well. SHROUD NECESSITY If motor cooling velocity is not enough or motor is placed below the perforation zone (e.g. CBM projects), it is required to use motor shroud. Please select the appropriate type using specifications presented in Shroud section. PROTECTOR SELECTION Selection of Protector type and series As protector serves as motor protection device, then considering such parameters as: motor series and motor power and temperature rating, it is possible to easily select an appropriate protector. For available combinations please refer to the table presented in the protector section of this catalog. For Hydraulic scheme selection please refer to Protector Specification table ‑> Maximum rotor power column. If motor power is larger than specified please select the biggest one. Modular or Tandem Novomet offers two types of protectors: modular and tandem. Applications, benefits and features of either type are shown in the corresponding sections. Selection of modification Please, select appropriate modification based on your well conditions. Novomet has 4 types of corrosion resistant and 2 types of heat resistant versions. For accurate selection, please refer to Glossary in Protector Section. Please ensure that protector modification fits modifications of already selected units. In case of horizontal or heavily deviated installations you must exclude labyrinth chamber, to choose only bags combinations. Protector Bags Elastomer protector bags are available in different materials. As the durability of the bag material depends on the temperature and the environment to which it is subjected, Novomet uses as standard bag materials: Aflas or Fluorelastomer, as they are the most robust ones. One common fluorelastomer is Viton by DuPont, it is recommended to be used in cold climates, for mild to hot climates Aflas is the solution. The following chart demonstrates all parameters of these materials: Material



Aflas



Fluorelastomer



Maximum ambient temperature



380 °F



193 °C



300 °F



150 °C



Maximum operating temperature



482 °F



250 °C



400 °F



204 °C



Chemical



Aflas



Fluorelastomer



Water/oil



Excellent



Good



Carbon Dioxide (CO2)



Good



Fair



Hydrogen Sulfide (H2S)



Excellent



Fair



Amines



Excellent



Good or Fair



Steam (geothermal applications & SAGD)



Excellent



Fair 2018 Page 31



> General information > ESP Selection Guide



Ratings: Excellent - Long term resistance (very low swell, maintains very high physical properties). Good ‑ Long term resistance (moderate swell, maintains very high physical properties). Fair ‑ Depends upon exposure time and temperature (good short term resistance). Poor - No resistance even in the short term. THRUST BEARING LOAD CALCULATIONS FOR FLOATER (FLT) AND SEMI‑COMPRESSION (SCMP) PUMPS In these pump designs downthrust comes from the pump differential pressure operating on the cross‑sectional area of the pump shaft. To calculate maximum FLT and SCMP pump downthrust use the following procedure: 1. Look in the engineering data section of the product catalog and locate the pump shaft area ‘A’ in square inches. 2. Look up the pump performance curve in the product catalog and locate the shut‑in pump head ‘H’ in ft/stage at your maximum operating frequency. 3. Calculate the maximum pump downthrust using:



F(Ibf) = H × 0.433 × Fluid sg × A × STG, where: “STG” is the number of FLT or SCMP pump stages, “Fluid sg” is the pumped fluid specific gravity. THRUST BEARING LOAD CALCULATIONS FOR COMPRESSION (CMP) PUMPS CMP pump downthrust comes from both the discharge pressure operating across the pump shaft area plus the sum of the pressure differential across each pump stage acting across the stage skirt areas minus the fluid momentum imparted on the stage by the moving fluid. The pump downthrust is a function of the fluid rate and increases as the flow rate decreases. Novomet publishes maximum downthrust per stage of CMP pump in lb/stage. This value already includes the pump shaft downthrust. To calculate maximum compression pump downthrust use the following sequence: 1. Look in the engineering data section of the product catalog. It contains the maximum compression pump downthrust in Ib/stage for both 60 and 50 Hz operation. (This is at shut‑in condition). 2.The pump downthrust at different operating frequencies ‘n’ can be estimated from:



F(n) = F(60) × (n/60)2 3.Calculate the maximum pump downthrust using:



F(Ibf) = lb/stage × STG, where: STG ‑ the number of compression pump stages. Thrust Bearing Selection Compare the calculated maximum pump downthrust to the thrust bearing limit. Note this is a function of temperature and motor oil used for high load bearings. Choose a thrust bearing that has a higher thrust limit than the downthrust generated by the pump. Please note, that Novomet applies high load bearings in most of protector series (except 272, 319, 338 series). CABLE AND MLE SELECTION For accurate cable and MLE selection (AWG, length (for MLE), temperature rating) please refer to Sel‑Pro sizing report. To determine precise length of the main power cable, the following formula shall be used: Length of the main power cable =Pump setting depth + 160 ft (reserve) – MLE length The length of MLE shown in Sel‑Pro sizing report may include additional length of high temperature cable as recommended by the software.



2018 Page 32



> General information > ESP Selection Guide



Selection of type MLE type is always flat. Main power cable can be either flat or round. The choice depends on the following criteria: customer preference enough clearance between casing drift ID and ESP system. (Please see Engineering table: ESP System Overall Dimensions) Selection of modification There are the following options for cable and MLE armor: galvanized steel, stainless steel or Monel. The choice depends on the well conditions and customer requirements. For application cases of each armor type please refer to sections Cable and MLE. Selection of tools and spare parts. CABLE BANDS SELECTION To select cable band length, please refer to the table in Cable Production section. Selection is based on tubing diameter. For each tubing 2 cable bands are required. Selection of modification For corrosive applications, please select Corrosion resistant cable bands. Variants are presented in Glossary section in Cable Products. CCCP SELECTION Cross Coupling Cable Protector (CCCP) is intended to hold power cable and capillary tube on tubing and protects them from crushing between tubing joint and casing during RIH/POOH operations. To select an appropriate cable protection, please consider: cable bands are used in any case in quantity 2 pcs per tubing. CCCP is used only in deviated wells or upon Customer request, it’s used 1 pc per 1 tubing, also as a reserve additional CCCP’s should be taken in quantity 5-10% more (round up to 10). SELECTION OF CHECK AND DRAIN VALVE Selection of drain valve type Drain valve enables fluid drainage from the tubing during the ESP pull out. To select an accurate drain valve design it is required to address the following parameters: tubing OD and thread type. Please refer to engineering tables in Drain Valve section (Miscellaneous). Selection of check valve type Check valve is designed to keep fluid in the tubing, prevent reverse rotation in case of ESP stops, easier ESP re‑start and to protect pump flow paths from the solids settling from the tubing. To select an appropriate check valve, please consider: tubing OD, thread type and pump flow rate, this information is shown in Check Valve section (Miscellaneous). Note: Check valve has maximum operating capacity, it shall be equal or exceed pump flow rate. In case Novomet valves do not fit your tubing type, it is possible to complete the system with extra subs. Please indicate in your request your tubing type. Selection of modification Please, select appropriate modification based on your well conditions. Novomet has 3 types of corrosion resistant versions. For accurate selection, please refer to Glossary in Miscellaneous section. SELECTION OF Upper Sand Trap Upper Sand Trap is intended for trapping suspended solids from the fluid in tubing and prevention of solids deposition to the impellers and diffusers after ESP system shut-down. When ESP stopping suspended solids are deposit between upper sand trap pipe and tubing. To select an appropriate check valve, please consider: Upper Sand Trap is always used with check valve NCVBX and never used with check valve NCVB. SMART SOLUTIONS Being the industry leader in proprietary technologies for severe downhole conditions including high gas and oil ratio, high temperatures, abrasive and corrosive fluids, heavy oil, Novomet provides unique smart solutions for each of the case. Information including application ranges, benefits, features, principles of operation and specifications is available in Smart Solutions section. SELECTION OF DOWNHOLE SENSOR SYSTEM There are several types of DS Systems: standard line and enhanced version. Measured parameters, accuracy and resolution characteristics are mentioned in Downhole Monitoring section. 2018 Page 33



> General information > ESP Selection Guide



With regard to surface panels Novomet has two types: built‑in NSP-B and remote type NSP-R. All Novomet VSDs are supplied with built‑in type of surface panels. In case of application of VSDs of other manufacturers it is required to use remote type of surface panel and a choke unit. Details are shown further in the catalog in Downhole Monitoring section.



SELECTION OF SURFACE EQUIPMENT Selection of VSD and Step‑Up Transformer. It is based on motor voltage, amperage, ESP operation frequency. Please, follow the here below steps to select required VSD and Step‑Up transformer. Parameters



Steps of calculation



Motor Voltage Rating, V



Nominal Motor voltage value from catalogue



Frequency factor (3500 rpm)



Frequency factor = operation frequency/nominal frequency (60Hz)



Motor Operating Voltage, V



Motor Operating Voltage = Frequency factor x Nominal Motor voltage



Voltage Losses in Cable Line, V



Voltage Losses in Cable Line, V ‑ specified in Sel‑Pro report



S/U Tap voltage, V



S/U Tap voltage = Voltage Losses in Cable Line + Motor Operating Voltage



VSD input voltage, V



Input voltage on the field



Transformation ratio



Transformation ratio = S/U Tap secondary voltage / primary voltage



Motor Current rating, А



Nominal motor Current value from catalog



Parameters VSD Consumption Current rating, А Current safety factor Current value for VSD selection, А Transformer power rating, KVA



Steps of calculation VSD Consumption Current rating = Motor Current rating x Transformation ratio Safety factor ‑ 40 % Current value for VSD selection = VSD Consumption Current rating x Current safety factor (1.4) Transformer power rating=√3 x S/U Tap secondary voltage x Motor Current rating x 0.001 x Power safety factor (1.3)



Choose VSD with Current rating next up to required Current value for VSD selection. Selected Step‑Up Transformer shall comply with the following parameters: 1. Transformer kVA shall be equal or exceed calculated Transformer power rating. 2. Selected transformer shall have a tap equal to or next up compared to calculated Step‑Up Tap voltage and it needs to have reserve for increasing/decreasing of voltage. Selection of modification To select required pulse configuration (for VSD), enclosure type (e.g. NEMA 3R), oil‑filled or dry version (for Step‑Up transformer), please refer to the appropriate sections of this catalog. SELECTION OF Step‑down TRANSFORMER In case you need to Step‑down input voltage from the power supply line to fit input voltage on the VSD, Step‑down transformer shall be selected. For detailed information, please refer to Transformers section. SELECTION OF OUTPUT Sine-wave FILTER VSDs have built‑in sine-wave filters. Its capacity and characteristics shall repeat the same of the VSD. Specifications are presented in this catalog in Surface Equipment section. SELECTION OF INPUT FILTER Harmonic input filter is intended to reduce the total harmonic distortion of current at the input of the VSD. It has only 480V modification and is used always with this power supply. SELECTION OF SURFACE CABLE Cross section of surface cable depends on VSD parameters. Please select the required type of cable in the Cable Products section. When determining length of surface cable it is necessary to consider distance between: Junction box, Step‑Up Transformer, Output sine-wave filter (if applicable), VSD and Step‑down Transformer (if applicable). 2018 Page 34



> General information > ESP Selection Guide



SELECTION OF JUNCTION BOX Nominal voltage of junction box shall exceed nominal voltage of step‑up transformer. Please select the required junction box using the information demonstrated in the appropriate section,  e.g. if Nominal voltage of step‑up transformer is 2900 V, then choose JB of 3 kV design, , if 3100 V then 6  kV design. SELECTION OF TOOLS AND SPARE PARTS Each delivery set contains required number of spares for installation (O‑rings, washers, couplings,etc.). However, if you would like to receive an extra set, please specify this requirement in your Request for Quotation/Purchase Order. If splicing tools, consumables, installation tools are required, please specify. Recommended minimum list is presented in this catalog in appropriate section. To select an appropriate pump/motor clamp, please refer to the corresponding section. When selecting installation tools, please be aware that set for compression pump differs from the set for floater and semi‑compression pumps.



2018 Page 35



> General information > ESP Selection Guide



Editable format is available on http://www.novomet.ru/eng/products/



NOVOMET ESP Design Data Sheet Dear Valued Customer, The present Data Sheet intends to ensure the success operation of each ESP well. Accurate data is the key to successful implementation of each individual system. Please kindly complete the following tables to the highest accuracy possible. *Fields in red are recommended to be filled for the most accurate design.



Contact information Table #1



Company*: Country: Contact person: Phone/Fax: E-mail: Field*: Cluster: Well name*: Reservoir*: Date of completion: Present production and equipment operation data Present lift method ______________ Table #2



#



Parameters



1



Start up date



2



Pump



3



Gas separator



4



Motor



5



Power cable



6



Motor-Lead Extention



7



Tubing OD, Category (EUE, NUE, BTC, IJ), Thread



8



Pump setting depth



9*



Producing fluid level



10



Total fluid production



11



Oil production



12



Water production



Value and unit of measurement



2018 Page 36



> General information > ESP Selection Guide



#



Parameters



Value and unit of measurement



13*



Reservoir pressure at upper perforations



14*



Static fluid level



15*



Manifold pressure



16*



Water cut



17*



Actual PI



18



Annulus pressure



19



Wellhead pressure



20



Voltage and frequency of power supply system



21



VSD



22



VSD operating frequency



23



Step down transformer



24



Step up transformer



25



Shutdown date



26



Pullout Reservoir data



Table #3



#



Value and unit of measurement



Parameters



1*



Bubble-point pressure



2*



Reservoir GOR



3



Crude physical properties



3.1



Degree of bubble curve



3.2



Correlation



3.3



FVF – Formation Volume Factor



3.4*



Reservoir temperature



3.5



Fluid gradient



3.6



Thermal gradient



3.7*



Dead oil API gravity



3.8



Reservoir oil gravity



3.9



Oil dynamic viscosity at room temperature



3.10



Oil dynamic viscosity at 104 оF



3.11



Oil viscosity at reservoir temperature



4



Physical properties of reservoir water



4.1



Specific gravity (rel. to fresh water)



4.2



Dynamic viscosity



#



Temperature of measurement



Parameters



5



Value and unit of measurement Associated gas properties



5.1



Gas density (rel. to air)



5.2



Gas dynamic viscosity



5.3



pH value of reservoir water



5.4



Nitrogen content in associated gas



2018 Page 37



> General information > ESP Selection Guide



6 6.1



Well bore fluid properties Maximum TSS – total suspended solids



6.1.1



Particles size > 750 micrometer



6.1.2



Particles size of 500-750 micrometer



6.1.3



Particles size of 350-500 micrometer



6.1.4



Particles size of 250-350 micrometer



6.1.5



Particles size of 200-250 micrometer



6.1.6



Particles size of 100-200 micrometer



6.1.7



Particles size < 100 micrometer



6.2



H2S



6.3



CO2



6.4



Asphaltenes



6.5



Paraffin Well design data and deviation survey



1*. Perforation interval, ft _______ 2. Annulus vented: Yes/No 3. Please provide well completion diagram 4. Casing size and weight, inch/ppf: _______________ or attach Deviation survey Table #4



Deviation survey* Depth interval, Zenith angle, ft degrees



Casing wall thickness/ weight, (inch/ppf)



Please note: Deviation survey is required from the wellhead to the bottom hole



2018 Page 38



> General information > ESP Selection Guide



Desired Operating Conditions Table #5



#



Parameters



1



Desired total daily fluid production



2



Oil production



3



Water production



4



Desired pump setting depth



5



Pump intake pressure



6



Wellhead pressure



Value and unit of measurement



Additional information and remarks:



Thank you very much for completing the Data Sheet. Please find the closest location to you in the list of Novomet subsidiaries at the end of the catalog



2018 Page 39



> General information > ESP Selection Guide



Editable format is available on http://www.novomet.ru/eng/products/



NOVOMET BYPASS QUESTIONNAIRE Dear Valued Customer, We highly appreciate your interest in our company. The present Questionnaire intends to ensure the success operation of each ESP well. Using the below data we would be able to size ESP system for multi-reservoir operation in one well with application of logging tools inside tubing and well monitoring in the area from upper reservoir – bottomhole. Accurate data is the key to successful implementation of each individual system. Please kindly complete the following tables to the highest accuracy possible.



Contact information Table #1



Company: Country: Contact person: Phone/Fax: E-mail: Field: Cluster: Well name: Reservoir (from top to bottom)* - 1st reservoir - 2nd reservoir - 3rd reservoir Planned delivery date: Date of completion: *please reflect data about the actual number of reservoirs Inherited ESP data Table #2



#



Parameters



Unit



1



Put into operation



Date



2



ESP



Type



3



Submersible motor



Type



4



Submersible cable



Model / cross section



5



Model / cross section



7



Motor-lead extention Tubing OD, Category (EUE, NUE, BTC, IJ), Thread Setting depth



8



Dynamic level



9



Flow rate at surface



BPD



10



Flow rate from the 1st (top) reservoir



BPD



6*



Value



Inch / Threads per inch ft ft



2018 Page 40



> General information > ESP Selection Guide



#



Parameters



Unit



11



Flow rate from the 2 reservoir



BPD



12



Flow rate from the 3rd reservoir



BPD



13



Line pressure



psi



14



Annulus pressure



psi



nd



15



Wellhead pressure



16



Shutdown



Value



psi Date



17



Pullouts



18



Gas separator



Yes/No/Reason Type



19



Voltage and frequency of power supply system



V, Hz



20



VSD Frequency



Hz



Please note: If earlier it was another way of production not by ESP, please specify. Well parameters Table #3



# 1



Production parameters Date of measurement



2



Actual productivity index of the 1st (top) reservoir



Unit Bbl / day / psi



3



Actual productivity index of the 2



reservoir



Bbl / day / psi



4



Actual productivity index of the 3rd reservoir



Bbl / day / psi



5



Static level



nd



Value



ft



6



1 (top) reservoir watercut



%



7



2nd reservoir watercut



%



8



3rd reservoir watercut



%



11



Reservoir pressure at upper perforations of 1st reservoir



psi



12



Reservoir pressure at upper perforations of 2nd reservoir



psi



13



Reservoir pressure at upper perforations of 3rd reservoir



psi



16



Anticipated flow rate from the 1 reservoir



bbl/day



17



Anticipated flow rate from the 2nd reservoir



bbl/day



18



Anticipated flow rate from the 3rd reservoir



bbl/day



21



Kill fluid density



st



st



kg/m3



2018 Page 41



> General information > ESP Selection Guide



Well design data and deviation survey 1. Perforation interval of the 1st reservoir, ft _______ 2. Perforation interval of the 2nd reservoir, ft_______ 3. Perforation interval of the 3rd reservoir, ft_______ 4. Bottom hole, ft 5. Annulus: close / connected with pressure line (please choose the required one) Table #4



Perforation interval, ft



Zenith angle, degrees



Azimuth angle, degrees



Casing OD, inch*



Casing wall thickness/weight, (inch/ppf)



Please note: Deviation survey is required from the wellhead to the bottom hole Reservoir data Table #5



#



Parameters



Unit



1



Bubble-point pressure



psig



2



Reservoir GOR



SCF/bbl



3 3.1



3.3 3.4



Geothermal gradient



3.5



Separated crude density



kg/m3



3.6



Reservoir crude density Crude dynamic viscosity at first temperature Crude dynamic viscosity at second temperature Crude viscosity at reservoir temperature



kg/m3



3.7 3.8* 3.9*



3rd res.



4.



F



о о



С/m



mPa*s mPa*s mPa*s Physical properties of reservoir water



4.1



Density



g/ml



4.2



Dynamic viscosity



mPа*s



5.1



Gas density



kg/m3



5.2



Gas dynamic viscosity pH value (of reservoir water)



mPa*s



5.



5.3



2nd res.



Crude physical properties Degree of bubbling curve Crude volume factor at bubbling pressure Reservoir temperature



3.2



1st res.



Associated gas properties



2018 Page 42



> General information > ESP Selection Guide



#



Parameters



Unit



6.



1st res.



2nd res.



3rd res.



Well bore fluid properties



6.4



Maximum TSS – total suspended solids Micro hardness of solids by Mohs H2S maximum concentration Asphaltenes content



6.5



Paraffin content



%



6.6



Tar content



%



6.1 6.2 6.3



g/l



g/l %



7.



Associated gas content



7.3



Hydrocarbon components content Non-hydrocarbon components content (without nitrogen) Nitrogen content



7.4



Methane content



7.1 7.2



% % % %



Please note: *3.8 according to availability Additional comments:



Thank you very much for completing the Data Sheet. Please find the closest location to you in the list of Novomet subsidiaries at the end of the catalog



2018 Page 43



> General information > ESP Selection Guide



Editable format is available on http://www.novomet.ru/eng/products/



NOVOMET VSD QUESTIONNAIRE



Dear Valued Customer, We highly appreciate your interest in our company. We would be glad to present to your attention our products and services. Could you please fill in the below questionnaire for us to be able to customize our presentation to meet your unique needs and expectations.



Contact information Table #1



Country: Company: Contact person (name, e-mail, tel.): Date of completion: Supply power Table #2



#



Data



1



Voltage, V (with deviations, %)



2



Frequency, Hz



3



Type of supply power neutral: deadly earthed neutral / isolated



4



Max level of harmonic distortions for current and voltage, %



Value and unit of measurement



Step-down transformer parameters (if available) / number of pulses – 6, 12, 18, 24 Additional comments 5



Operation parameters Table #3



#



Data



1



Enclosure type (NEMA / IP)



2



Ambient temperature, F



3



Humidity, %



4



Dust content, g/l



5



Dust type (aggressive, conductive, neutral)



6



Vibrations, mm/sec2



7



Other ambient parameters (sea air, sand dust etc.)



Value and unit of measurement



Additional comments



2018 Page 44



> General information > ESP Selection Guide



Technical parameters Table #4



#



Data



1



Motor type, mark



2



Nominal motor current, A



3



Nominal motor voltage, V



4



Rated motor power, hp



5



Rated motor rotating speed, rpm



6



Cos



Value and unit of measurement



φ



7 Efficiency factor, % Additional comments



Control parameters Table #5



#



Data



Value and unit of measurement



1



Local control (build-in control panel) Control by external SCADA system (Scada system 2 parameters ) Additional comments



Additional requirements Table #6



#



Data



1



Digital inputs requirements



2



Digital outputs requirements



3



Analog inputs requirements



4



Analog outputs requirements



5



Remote access requirements (GSM-modem)



6



Control system language (rus, eng)



7



Spare parts kit requirements Sensor system’s Surface panel requirements (type, data communications protocol, supply voltage etc.) Electricity meter



8 9



Yes/No Value and unit of measurement



10 Output filter requirements (no, dU/dt, sine) Additional comments



2018 Page 45



> General information > ESP Selection Guide



Additional data, requirements, comments:



Thank you very much for completing the Data Sheet. Please find the closest location to you in the list of Novomet subsidiaries at the end of the catalog



2018 Page 46



> General information > ESP Selection Guide



Editable format is available on http://www.novomet.ru/eng/products/



NOVOMET ESPCP QUESTIONAIRE



Company Address Contact Phone Telefax e-mail



WELL DATA Field Formation Well # Well Type Telefax e-mail Size



Inside Diam.



Weight



[inches]



[mm]



[lbs/ft]



Thread [API]



from [m]



Depth from surface



to [m]



Well depth Casing Liner Perforation Perforation Perforation Perforation Tubing



PRODUCTION DATA Current lift method



PCP



Curr. pump setting depth



[m]



Flowline pressure



[m3/day/ kg/cm2] [kg/cm2]



Casing pressure



[kPa]



Current production rate



[m3/day] Productivity index



Static fluid level



[m]



Dynamic fluid level



[m]



Bottom h. static pressure



[psi]



Bott. hole flowing pressure



[psi]



Treating chemicals Treatment procedures Sucker rod size



2018 Page 47



> General information > ESP Selection Guide



FLUID DATA Oil Density



Gas specific gravity Water specific gravity Bubble point pressure GOR Fluid temp. at surface Bottomhole fluid temp.



Contents



[kg/dm3]



H2S



[mg/litro]



[APIG]



CO2



[mg/litro]



Aromatics



[%]



[kg/dm3]



Iron sulfide



[%]



[kg/dm3]



Paraffin



[%]



[kg/cm2] abs



Asphalt



[%]



[m /m ]



Water



[%]



[°C]



Sand



[%]



[°C]



Chloride



[ppm]



3



3



Oil viscosity



[cP]



at



[°C]



Oil viscosity



[cP]



at



[°C]



Oil viscosity



[cP]



at



[°C]



Oil viscosity



[cP]



at



[°C]



Oil viscosity



[cP]



at



[°C]



PRODUCTION & EQUIPMENT REQUIREMENT Planned production



[m3/day]



Plan. pump landing depth



[m]



Planned fluid level



[m]



Electric power



[Volts]



Electric power



[Hz]



Wellhead flange dim. Comments



Consulta a Novomet



2018 Page 48



> General information > ESP Selection Guide



Editable format is available on http://www.novomet.ru/eng/products/



NOVOMET Scale Preventer application to the well QUESTIONAIRE



Flow rate, m3/day Minimum casing ID, mm Watercut, % Expected runlife of ESP system with Scale Preventer, days Bottomhole temperature and Pump intake temperature, °C Type and chemical composition of scales. Customer Oilfield Contact person Name Position Company Telephone Е-mail



2018 Page 49



Smart Solutions



> Smart Solutions > "Power Save™" technology



NOVOMET UNIQUE Power Save™ TECHNOLOGY Novomet has a strong focus on new and innovative technologies that provide our Customers with the best value and best in class ESP solutions. One of our most recent priority developments is Power Save™ technology which enables our Customers to save up to 25% of the total ESP system power cosumption (compared with conventional ESP systems). Background With a conventional ESP design application, typically the overall system efficiency is approximately 39% with losses totaling +/-61%. The losses can be broken down into the following segments: As detailed in the chart above, the major losses are with the pump and motor (29% and 13% respectively). These figures are relatively consistent in the industry as the conventional ESP system consists of a 3 phase, 2 pole, oil filled induction motor driving a multistage centrifugal pump (using radial or mixed flow type stages). Novomet has approached this design challenge with the following goals in mind: 1. Improve overall system power efficiency by +/-25% 2. Long term reliability is the same (when compared to conventional ESP systems) 3. The Power Save™ system must include a Variable Speed Controller (VSC) option that is compatible with asynchronous and permanent magnet motor 4. The Power Save™ system should be available in standard ESP type configurations to suit ‘typical’ well applications/requirements (e.g. 300/400/500 series equipment in 51/2” to 95/8” casing) 5. Easy installation methodology (same process as conventional ESP equipment) 6. Can be installed using existing well completion equipment, ESP power cable, MLE, penetrators, etc) 7. On a ‘like for like’ basis, the PMM motor is smaller/lighter than the conventional asynchronous motor  design. Power Save™ technology incorporates two important design factors that differentiate the system from conventional equipment. These are: • Permanent Magnet Motor (PMM) • High efficiency Pump stage design using different geometry 30



29%



Overall useful capacity is 39%



25



Share, %



20



15



13% 10



10%



5



4%



3%



0 Pump



Motor



Cable



Tubing



VSD



2% S/U Transformer



2018 Page 51



> Smart Solutions > "Power Save™" technology



80



BEP, %



60



40



20



0 0



1260



2515



3775



5030



6289



bpd



– Competitors’ efficiency level



– Novomet efficiency (Power Save™ ) level



Power Save™ Features & Benefits Power Save™ is designed to bring a number of benefits to the Customer, including: • Lower power consumption- lower cost of production/ lower OPEX • Lower dimensions of Power Save™ systems – lower time of installation procedures • Lower workover/rig cost- increased production uptime • Competitive pricing with conventional ESP systems • Total “cost of ownership”(including: purchase price + OPEX + repair costs) of Power Save™ ESP systems is less than of conventional ESP systems How are these benefits achieved: Power Save™ pumps are designed to rotate at higher RPM than the conventional system resulting in higher pump efficiency Power  Save™ incorporates a number of enhanced fit-for-purpose parts and components, e.g. • Advanced stage geometry and upgraded materials for shaft, stages and bearings • Integration of high efficiency (94%) Novomet Permanent Magnet Motors (standard asynchronous motor efficiency is +/-84%)



Permanent Magnet Motor



2018 Page 52



> Smart Solutions > "Power Save™" technology



Permanent Magnet Motors Design Features PMM is a synchronous motor, thus rotor slip is zero (in a traditional asynchronous induction motor, the rotor slip is approximately 6%) The rotor is equipped with permanent magnets with two ports where north and south interlace with one another. Rotor magnets are made from rare-earth alloys. To optimize efficiency and minimize stator losses, the stator laminations are made from Novomet proprietary material. The Stator is filled with a special high temperature epoxy (rating @ 395 oF) which significantly increases the insulation resistance (by a factor of 10 times).



Application of high efficiency ESP:



• Reduces materials and power consumption, reduced repair costs. • Requires design improvements to maintain design reliability.



PMM Stator Sections



37 ft 65 ft



PMM+Modular protector



157 ft



27 ft



95 ft



Stage: Q=3140 bpd @2910 rpm η=57%



Stage: Q=3140 bpd @4550 rpm η=69%



n=4550 rpm Ncon=241 hp



62 ft



AM+Modular protector



n=2910 rpm Ncon=317 hp



Go to permanent magnet motor engineering data



2018 Page 53



> Smart Solutions > "Power Save™" technology



ESPCP ESPCP system is completed with progressive cavity pump and low-speed permanent magnet motor with downhole sensor for measuring of motor oil temperature, fluid temperature and pressure at pump intake. The system has no gearbox installed in between the motor and the pump, instead we apply a thrust chamber. The rotation speed range of such motor is from 100 up to 500 RPM. Application of such combination allows to increase system runlife. The system requires less operational costs as it has no rods. The solution is an application of PCP driven by low speed permanent magnet motor, such combination can be installed in horizontal and vertical conditions. Another important aspect is application of sensor which allows to protect motor from overheating and control pump operation depending on fluid pressure at intake. Novomet VSD has vector operating mode which provides high starting torque and allows to perform re-start in case of system shutdown which is difficult to do without vector operating mode. Main operating complications of PCP with surface drive: 1. Rods: deviated casing leads to fast wear of rods, high power consumption and system; failure in general (workover services, replacement of rods, well downtime); 2. Application of a gear box leads to the wear of belts, gland seals, high cost of system components repair; 3. Continuous control and maintenance of surface drive (service personnel expenses); 4. Excessive noise level; 5. High risk of leakage; 6. Rotating elements located on the surface is a source of high hazard. Main advantages of system with submersible permanent magnet motor: 1. No rods which are the subject to fast wear. This allows to operate in highly deviated wells; 2. No gearbox and gland seals which means the system does not need continuous maintenance; 3. Submersible permanent magnet motor has high efficiency 92-94% which reduces power consumption compared to standard asynchronous motor; 4. Downhole sensor allows to perform monitoring of the system operating conditions and thus protect motor from overheating through various algorithms. Purpose of the trial was to replace PCP systems completed with surface drive (rods got worn after 3-4 months of operation) with PCP system completed with submersible low-speed permanent magnet motor. The main objective is to increase mean time between failure and show more effective well performance due to increase of production rate and decrease of operational costs.



2018 Page 54



> Smart Solutions > Slim-line ESP



SLIM-LINE ESP Novomet has once again pioneered ESP industry with slim line of ESP systems: of 272 and 319 series. Novomet leads the industry with innovative technology designed to maximize production 1 from wells: 4” and 4 /2” Slim line of ESP systems incorporates such features as: • Slim ESP: OD 2.72” and OD 3.19” • PMM: OD 3.19”. Novomet is the only company in the world Applications: having at its product portfolio such a motor. • Operation in wells with technical • Specially designed Offset module to transfer torque between limitations due to: two out-of-line shafts and to get smaller OD of ESP System • Small drift diameter and fit into 4” casing. • After workover • Displacement of casing • Protector and Motor for horizontal operation. • Exploration wells • Horizontal wells • Side tracks



• Application with Y-tool for casings less than 53/4”. • Multi-zone production Benefits:



• Increased production from wells with small ID less than 3.9” • Increased production due to multi-zone operation • Production from wells when a slim ESP is a single solution: sidetrack wells • All are of Power  Save™ design having the best efficiency possible for such small diameters



Features:



• Available in two series: 272 and 319 (max OD including cable: 3.23” and 3.74”) • Asynchronous Motor cannot be used due to low Efficiency and long length, Permanent Magnet of 319 series is used instead • Special type of connection between motor and protector • For gassy applications multiphase pumps of 272 series are available • Downhole sensor system is of  319 series



2018 Page 55



> Smart Solutions > Slim-line ESP



Specifications Summary



A (272) series ESP in 4” (∅102 mm) casing



B (319) series ESP in 4 1/2” (∅114 mm) casing



Check Valve



Check Valve



MLE



MLE



ESP



ESP



Intake



Intake



Protector



Protector



Offset module Motor



Motor



Downhole Sensor System Downhole Sensor System



Series



A, 272



Series



B, 319



Pump OD, in (mm)



2.72 (69)



Pump OD, in (mm)



3.19 (81)



Motor OD, in (mm)



3.19 (81)



Motor OD, in (mm)



3.19 (81)



Max OD of ESP system, in (mm)



3.23 (82)



Max OD of ESP system, in (mm)



3.74 (95)



Recommended casing OD, in (mm)



4 (102)



Recommended casing OD, in (mm)



4 1/2 (114)



Available in the following range of flow rates: • NAV(190-380)H, NAV(440-630)H, • NAV(630-1300)H • NAV(130-250)H - in development



Available in the following range of flow rates: • NBV(250-500)H, NB(630-1000)H, • NB(1100-1800)H



Detailed specifications are mentioned in Power Save™ Pumps Section of this Catalog.



2018 Page 56



> Smart Solutions > Slim-line ESP



Slim ESPs with Y-tool for casings 5 3/4”



Pressure test sleeve Tubing nipple Y-block



Cable climp Cable



319 series pump Bypass tubing



Equalizing valve Bypass clamp



319 series intake



319 series protector



319 series motor



2 3/8” tubing nipple Saddle assembly Cap Re-entry guide



2018 Page 57



> Smart Solutions > Gas Handling system



ABRASION RESISTANT GAS SEPARATOR New construction of abrasion resistant gas separator has been specially designed for application in severe abrasive down-hole conditions. Traditional centrifugal gas separators experience housing perforations due to abrasive laden fluids. In conventional design the weakest area is between axial flow inducer where vanes are equally spaced and multiple vortex generators. This is the area where sand particles accumulate under the action of vortices, thus leading to housing cutting. Novomet new abrasion resistant design features the patented construction of helical inducer providing for superior reliability over previous designs and eliminating problem of housing cutting completely. Changed geometry of the inducer reduces vortices to the minimum and there are no areas of sand particles accumulation. The gas handling device has been extensively researched and tested at various gas and abrasive test benches to ensure that our Customers receive the best solution for gassy and sandy challenging conditions. Moreover, the new design allows more effective gas separation efficiency at higher fluid flow rates. Specifications (for detailed specifications please refer Intake devices sections: Gas separator, category AR2): N362GS1500



N406GS2600



N406GS3800



Outside diameter, in



3.62



4.06



4.06



Length, ft



2.9



2.5



2.9



Weight, lb



60



66



73



Power consumption in 1.0sg fluid @60Hz, hp



2.3



4.0



5.8



Housing material Stainless steel Shaft material Shaft size, in



0.79



0.79



0.87



Shaft rating, hp @60Hz



410



410



540



1500



2600



3800



Total liquid and gas operating range, bpd @60Hz



Stainless Steel or K-Monel shafts are available



Applications:



• Severe gassy wells • Extremely abrasive wells with gas • High flow wells Benefits:



• Extends ESP run life by eliminating problem of housing cutting by abrasive flow • Has high separation efficiency at high production rates • Enables effective operation of the pump by eliminating gas interference problem • Is a unique patented technology designed to  ensure successful operation of the pump from wells with high free gas and solids content. Features:



• New patented design of helical inducer • No areas of solids accumulation • Effective gas separation efficiency at higher fluid flow  rates



Go to gas separator engineering data



2018 Page 58



> Smart Solutions > Gas Handling system



MULTIPHASE PUMP Novomet multiphase pump is the most efficient gas handling device allowing continuous operation of ESP systems in extreme applications with GVF up to 50%. Axial flow, multiphase stage design primes the main pump and pushes the gas-liquid flow stream into the stages. Gas volume is compressed. This product is an important solution for extremely gassy wells as it reduces the possibility for underload shut downs due to gas interference in the pump. To select Multiphase pump, please refer to the table in Multiphase pump section. Applications:



• Oil-producing wells with high gas volume • Oil producing wells with nonvented packers • Extremely gassy wells where conventional gas-handling devices are difficult to apply • Offshore installations Benefits:



• Extended pump run life • Due to gas-lift effect greater lift per stage and efficiency are ensured • Improved installation run life with stabilized motor current • Multiphase pump has abrasionresistant construction enhancing system reliability • Laboratory tests and actual field applications proved MPP to be an excellent solution for highly gassy wells. Features:



• Highly efficient gas handling stage of axial flow, multiphase design • Pushes gas-liquid flow into the stages of ESP • Enables successful operation of the main pump in extreme gas conditions with GVF (gas volume fractions) up to 50%



Go to multiphase pump engineering data



2018 Page 59



> Smart Solutions > Gas Handling system



Gas Preventing Intake Gas preventing intake design consists of easily revolving unbalanced cylinder with an inlet port for fluid entering. Weights are mounted on the cylinder to ensure rotation of the cylinder by the gravity force. During operation of gas preventing intake cylinder automatically sets its weights down, that ensures fluid flow from the casing bottom, at the same time gas mostly flows above the inlet port of gas preventing intake. To select Gas Preventing Intake, please refer to the table in Intake section. Applications:



Casing



• Horizontal oil-producing wells with high GOR Benefits:



Cylinder Center of mass



• Extended pump run life • Increased motor run life due to stabilized current diagram Features:



Load



• Gas Preventing Intake enables successful operation of the pump in extreme gas conditions



Go to Gas Preventing Intake engineering data



2018 Page 60



> Smart Solutions > Gas Handling system



Applications:



• wells with high GVF; • wells with high content of solids; • wells with scale deposition.



Design features:



• Stages with open impeller are less vulnerable to clogging by solids. • Open impeller stage without upper disc has smaller surface area and is less prone to scaling due to peculiarities of hydrodynamic processes. • When gas-liquid mixture comes through a stage with open impeller there are no dead zones for gas plugs to form. • Stages with open impeller weigh less than ones of conventional ESP (impellers with vortex crown) resulting in less vibration. • All parts and components of an ESP with open impeller stages (except the stages) are interchangeable with standard centrifugal-vortex ESP.



OPEN PUMP stage NFO150 Novomet company has developed ESP 362 series of open impeller stage. The ESP is designed for use in gassy wells, with scaling probability and sand production (F - 362 series, O - open stage, 150 bpd@60Hz) Testing: All field tests of ESP systems with open impeller stages in oil producing companies ”Gazpromneft”, ”Rosneft”, ”Noyabrskneftegaz”, ”TNK BP”, ”Uganskneftegaz” and ”Orenburgneft” were declared successful.



Stage NFO150 characteristics in water with density 8.35 ppg (1000 kg/m3) at 2910 rpm



2018 Page 61



> Smart Solutions > Solids Management Solutions Applications:



SOLIDS MANAGEMENT SOLUTIONS Novomet has an extensive portfolio of field-proven, cost-effective solutions for sand and solids management. They operate reliably in severe abrasive-laden fluids. Each of the product is designed to ensure extended run time of ESP system and its protection against solids, sand and scale particles. These systems are available in various designs to address specific needs of each application: • Downhole slotted gravitation filter (SGFD) • Downhole gravitation filter (GFD) • Downhole slotted filter (SFD) • Slotted screen pump intake (SFI)



• Wells with high content of solids and sand up to 1750 ptb (5000 mg/l) Benefits:



• Extend ESP longevity in severe sandy applications • Field-proven and cost-effective solutions • These filters reliably control a wide range of particle sizes • Easy and fast installation • Features: • Each filter is a part of ESP string • Available in various designs customized for each application • Filtering capacities designed to fit medium to fine-grained reservoirs: 70-500 mcm • Robust design and construction



Go to Filters engineering data



Slotted screen pump intake (SFi) Slotted screen pump intake primes the pump and protects ESP from proppant and solids. It has the same wire-wrapped screen as downhole slotted filter, the only difference is location in the ESP string. SFi has proven to be a reliable and successful solution for application as intake in wells with severe solids content. Detailed specifications can be seen Miscellaneous Equipment/Filter.



Downhole slotted filter (SFD) SFD is designed to ensure ESP protection in abrasive environments with medium-grained solids. The system includes the following components: • Wire-wrapped screen • Sealing unit • Protective valve • Centralizer SFD can be mounted at motor base or shroud with application of the sealing unit or on packer in perforation zone. Solids are retained between wire winds of prismatic profile. As slots can open following fluid flow direction, thereby back flush allows low contamination by solids and long durability of the filter. The intention of the protective valve is to enable continuous flow Support bar of the fluid once the filter is plugged, not leading to motor overheating. Filtering capacity depends on the slot size which is selected based on solids size analysis. Filter length is chosen to fit pump operating capacity.



Slot



Wire wrapped screen 2018 Page 62



> Smart Solutions > Solids Management Solutions



Downhole gravitation filter (GFD)



Motor



GFD is designed to ensure ESP protection from a wide range of particle sizes, including proppant. Filter is placed at motor base and is comprised of the following units: • gravitation separator • storage container for solids • slotted (wire-wrapped) screen • bypass valve Sand handling process involves 3 main stages: 1. centrifugal separation 2. separation under the actions of gravitation and inertia forces 3. finally, solids are retained by the slotted screen. GFD can be differentiated from the downhole slotted gravitation filter by shortened length of screen and smaller size as the majority of solids are successfully handled during first two stages and the third stage is of minor influence on the whole process. The idea of protective valve is to prevent motor overheating once slotted screen is clogged. Downhole gravitation filter is tailored to well specific conditions. Motor



Sealing unit



Downhole slotted gravitation filter (SGFD)



SGFD is designed for abrasive fluid treatment from solids to ensure smooth operation of ESP system. It is placed at motor base. The system is a combination between two highly reliable sand-treatGravitation separator ment solutions: slotted screen and gravitation filter, thus filtration comprisStorage es of the here below 2 stages: container for solids 1. At initial stage slotted (wire-wrapped) filter operates. As soon as it is Tail pipe plugged with solids, the other part- gravitation separator comes to force 2. Solids treatment in gravitation separator is done under the action of gravitation forces. Solids are stored in the container below the system, once it is full they are discharged through the tail pipe into the bottom-hole zone. Such device is a highly reliable solids management tool, its operability does not depend on the number of solids or saturated scales in the fluid. SGFD is accurately sized to fit pump operating capacity.The system is a combination between two highly reliable sand-treatment solutions: slotted screen and gravitation filter, thus filtration comprises of the here below 2 stages: Slotted filter



Series (OD)



Solids content ptb mg/l m3/day Slotted screen pump intake (SFi) 75-440 up to up to 100, 200 1050 3000 80-460



Operating capacity



in



mm



bpd



362 (3.62”) 406 (4.06”)



92 103



470-2780 500-2890



319 (3.19”) 433 (4.33”) 677 (6.77”)



81 110 172



362 (3.62”) 449 (4.49”)



92 114



Filtration rating, mcm



Length ft



m



9.8-39.4



3.0-12.0



up to 3000



up to 21



up to 6.4



up to 3000



30



9



52.5



16



Downhole Slotted Filter (SFD) 250-25000 40-4000



100, 150, 200, 300



up to 1050



Downhole gravitation filter (GFD)



449 (4.49”)



114



500-4400



80-700



70-100



up to 1050



Downhole slotted gravitation filter (SGFD) up to up to up to up to 100-500 1750 5000 315-3140 50-500



*Not including length of the container 2018 Page 63



> Smart Solutions > Solids Management Solutions



Sand catcher Sand catcher N460SC1000 is designed for separation of solids from produced reservoir fluid. It is connected to the motor base with double-sided shaft through protector Resolved challenges Protection of ESP from solids plugging during long operation period including peak solids release; Accumulation of solids in container or discharge of solids to the zone lower than perforations. Range of products Design 0 - Sand Catcher of standard design Design 1 - Sand Catcher with container Design 2 - Sand Catcher with tail pipe Design 3 - Sand Catcher with container and tail pipe Main technical characteristics:



Fine reservoir fluid



Fine reservoir fluid



Hydraulic seal



Hydraulic seal



Reservoir fluid with solids



Reservoir fluid with solids



length is 3.8 ft (1.15m) – 44 ft (13.5 m) depending on configuration; housing diameter is 4.60 inches (117 mm); rated frequency of shaft rotation is 2910 rpm; maximal frequency of shaft rotation is 3600 rpm; operating temperature is 340 oF (170 oC); acceptable concentration of solids at pump intake is up to 3 g/l; operating range is 60-1000 bpd (10–160 m3/day).



Solids



Testing results: Sand after sand catcher



Amount of particles, %



Amount of particles, %



Sand before sand catcher



Average size of particles, mm



100 120 140 160 Average size of particles, mсm



180



200



Sand catcher N460SC1000 is highly reliable and hydro-abrasive resistant because it does not have dead zones for solids accumulation in flow channel.



2018 Page 64



> Smart Solutions > Scale Management Solutions



SCALE MANAGEMENT SOLUTIONS Scale deposition is a frequent cause of ESP failures. Novomet has approached this problem with its own solutions:



NOVOMET SCALE PREVENTER IS AN INTEGRAL SOLUTION INVOLVING SEVERAL ASPECTS



2. Design



3. Manufacturing & Installation



1. Analysis



4. Monitoring & Control



Step 1 – Analysis • Analysis of well conditions: flow rate, fluid properties, water cut, temperature, average run time and target run time. Step 2 – Design • Novomet applies special software to select downhole unit based on Step 1 – Analysis. Step 3 – Manufacturing and Installation • Novomet ensures 100% incoming and outcoming quality control of all system components. • Installation of the unit is an easy process, nevertheless installation instruction shall be followed. Step 4 – Monitoring and Control • Regular fluid sampling and testing. • Analysis of samples to verity that inhibitor concentration is not less then minimum as written in product certificates. Specifications Parameter



Solid type



Encapsulated type



Series



350 (OD 3.5”)



450 (OD 4.5”)



Fluid temperature, oF



160 - 250



up to 338



Flow rate, bpd Water cut, %



1250 up to 90



up to 99



2018 Page 65



> Smart Solutions > Scale Management Solutions



SCALE PREVENTER



Benefits:



Novomet has developed a downhole unit for dosing scale inhibitor compositions as a solution for treating formation fluids to prevent non-organic scale depositions on ESP impellers and diffusers. Novomet offers two types of units are available for solid and liquid scale inhibitors. For solid inhibitor, tubes are filled with solid scale inhibitor and a metering port is installed at the bottom of the tube. During ESP operation formation fluid flows into the downhole unit through perforations, the solid scale inhibitor is dissolved and gets mixed with the formation fluid. The dissolved inhibitor molecules are absorbed on crystal-forming nuclei thus preventing their growth and deposition on ESP impellers, diffusers and equipment surface. For liquid inhibitor, the unit includes a tube filled up with encapsulated liquid scale inhibitor and metering port in the upper part of the tube. The number of sections is sized according to the well flow rate. Encapsulated liquid scale inhibitor is a complex of capsules made of polymeric semipermeable membrane, size 50 - 100 mcm, where inhibitor is inside the capsules. The formation fluid flows through the metering port into the unit, enters the capsules, dissolves the inhibitor and flows out. Then the dissolved inhibitor leaves the unit through the metering port and goes to the pump intake. In the tubing inhibitor molecules are absorbed on crystal-forming nuclei thus preventing their growth and deposition on ESP impellers, diffusers and equipment surface. • One of the most efficient ways of keeping producing wells healthy from scale deposition. • Is a cost-effective solution in comparison with other scale prevention techniques. • Easy to install, does not require additional tools or manpower. • Is a complex solution including sizing software designed to ensure complete match of equipment to application conditions.



Reservoir fluid saturated by inhibitor Secondary dosing unit



Primary dosing unit (in,out)



Inhibitor



Container



Reservoir fluid



Go to scale preventer engineering data



2018 Page 66



> Smart Solutions > Downhole monitoring system



Applications:



• ESP wells operation real-time monitoring • Wells with harsh start-up conditions • Unsteady production performance • High temperature and difficult operating environments • Pressure gradient and reservoir pressure tests • Water wells data measurement • ESP operation and well performance optimization Benefits:



• Digital connection between downhole and surface sensors ensures high data accuracy and high interference protection • Saving operability with power cable length 13000 ft and more • Enhanced diagnostic features for production increase and down time decrease, reduces early ESP failure • User-friendly software Features:



• ESP key parameters accurate, continuous monitoring • Data transfer via RS232 and RS485 ports • Connectivity to remote data collection and SCADA systems using Modbus protocol • Standard and corrosion-resistant design for high H2S applications • Factory calibrated • Communications and power supply via the ESP cable • Continues to operate when ESP is shut down and power off



DOWNHOLE MONITORING SYSTEMS Reservoir Managementand ESP Performance Control Novomet Downhole Sensor System (DSS) and ESP Surveillance Services ensure you get the absolute best well performance and ESP reliability using the intelligent monitoring and well analysis technologies. DSS fit-for-purpose design for ESP environments acquires detailed and accurate critical data about the operation of your well, reservoir, Fluid and pump-motor system, transmitting it in real time to the surface with a digital signal via the motor power cable for display, control and logging purposes. Production optimization Novomet DSS is of utmost importance for assessing well and artificial lift system performance. Accurate measurements surrounding an ESP enables you to be sure that system operates with optimum performance within specified operating range, enabling maximum production. Maximized ESP Run life and production optimization are proven by field applications and reliable ESP operation in a number of locations including high temperature and severe operating environments. Configuration Advanced transducer technology provides reliable and accurate information for pressure draw-down monitoring and analysis. Measured parameters can be hand-picked to collect the data that is valuable for Customer ESP operation analysis – from a simple 6-parameters system (intake pressure, intake temperature, motor winding temperature, axial/radial motor vibration, insulation resistance) to a full 15-parameters system. Sensor accuracy can be selected to suit your well performance. • Trip and alarm settings for all monitored parameters are field-programmable to match individual reservoir, well operating conditions and fit for operator requirements - it decreases false trips. • Integrated system • Novomet measuring systems are fully compatible with all major ESP suppliers. • Novomet DSS continues to operate when ESP is shut down. It has long service life allowing repeated deployment. • Simple data collection by transferring via SD card or USB  slot. • Novomet Monitoring Systems are SCADA ready and enable connectivity to remote data collection systems. • Modbus remote terminal-protocol port, RS232 and RS485 ports allow continuous data output. • Novomet DSS systems can be combined with other components to achieve an integrated monitoring and control of EPS  wells.



Go to DMS engineering data



2018 Page 67



> Smart Solutions > Downhole monitoring system



ESP monitoring Novomet Downhole monitoring system provides the following options: • Intake pressure • Discharge pressure • Intake temperature • Discharge temperature • Motor winding temperature • Axial Motor vibration • Radial Motor vibration • Insulation resistance • Axial Pump vibration • Radial Pump vibration • Discharge fluid flow • Current leakage • Annulus pressure • Wellhead pressure • Watercut at pump discharge.



2018 Page 68



> Smart Solutions > Downhole monitoring system



MEASURED PARAMETERS



Version



Parameters



Values ± % (accuracy FS)



Standard



Enhanced



Intake pressure, psi



+



+



0 ÷ 5800 ± 0.5%



Intake temperature, °F



+



+



0 ÷ 300 ±1%



Motor winding temperature, °F



+



+



0 ÷ 430 ±1.5%



+



+



0 ÷ 30 ±5%



+



+



0 ÷ 9999 ±10%



Discharge pressure, psi



+



0 ÷ 5800 ± 0.5%



Discharge temperature, °F



+



0 ÷ 300 ±1%



Pump vibration, mm/sec2



+



0 ÷ 30 ±5%



Fluid flow, bpd



+



130 ÷ 500 ± 1% 250 ÷ 1000 ±1% 380 ÷ 1900 ±1%



Annulus pressure, psi



+



0 ÷ 870 ±2%



Wellhead pressure, psi



+



0 ÷ 870 ±2%



Watercut at pump discharge, %



+



0 ÷ 100 ±5%



Motor vibration, mm/sec



2



Insulation resistance, kOhm



Annulus and wellhead pressure



Discharge pressure and temperature Pump vibration Fluid flow at pump discharge



Intake pressure and temperature Winding temperature and motor vibration



2018 Page 69



> Smart Solutions > Downhole monitoring system



DOWNHOLE SENSOR SYSTEMS DESIGNS System NDSS1 Novomet Downhole Sensor System NDSS1 consists of 2 components: downhole sensor NDS1 and surface panel NSP-B or NSP-R. Downhole sensor NDS1 is mounted below the motor base. Downhole sensor head includes one connector for communication cable and two connectors for Motor winding temperature sensor. Downhole sensor head includes intake fluid flow sensor hole. Surface panel can be of 2 types: NSP-B which is integrated into Variable Speed Drive or separate module NSP-R.



Downhole sensor OD 3.78 in



Downhole sensor OD 3.78 in



Built-in Surface Panel



Measured parameters Parameter



Value



Resolution



Accuracy FS



Intake pressure, psi



0…5800



0.1



0.5%



Intake temperature, °F



32…300



0.1



1%



32…430



0.1



1.5%



0…30



0.1



5%



0…30



0.1



5%



0…1000 1001…9999



1



5% 10%



Motor oil temperature, °F Axial Motor vibration, mm/sec



2



Radial Motor vibration, mm/sec Insulation resistance, kOhm



2



2018 Page 70



> Smart Solutions > Downhole monitoring system



System NDSS2 Novomet Downhole Sensor System NDSS2 consists of 3 components: downhole sensor NDS2, discharge pressure sub and surface panel. Discharge pressure sub is installed at pump discharge. Pressure sub transfers pressure via leak proof tube to the downhole sensor NDS2 below motor. Downhole sensor NDS2 has an extra nipple for this tube.



Discharge pressure sub



Leak proof tube



Measured parameters Parameter Intake pressure, psi



Value



Resolution



Accuracy FS



0…5800



0.1



1%



Discharge pressure, psi



0…5800



0.1



1%



Intake temperature, °F



32…300



0.1



1%



Motor oil temperature, °F



32…430



0.1



1.5%



0…30



0.1



5%



0…30 0…1000 1001…9999



0.1



5% 5% 10%



Axial Motor vibration, mm/sec2 Radial Motor vibration, mm/sec Insulation resistance, kOhm



2



1



2018 Page 71



> Smart Solutions > Downhole monitoring system



System NDSS3 Novomet Downhole Sensor System NDSS3 consists of 3 components: downhole sensor NDS3, Novomet Pump Discharge Sensor with Flow meter (NPDSF) and surface panel. NPDSF is mounted above pump discharge. It is connected to downhole sensor NDS3 below motor and power supplied (voltage rate 12 V) via special communication cable (along ESP system) inside metal tube. Flow meter principle of operation: fluid flows helically after passing through a swirler. This swirler includes specially designed ball which rotates in fluid flow and frequency of ball rotation is directly proportional to flow passed through the swirler. Flow meter includes electronic controller, which acquires, converts, processes and transmits signals from the ball to Downhole Sensor NDS3 via communication cable. Afterwards surface panel receives data from Downhole sensor.



Discharge head sensor with flow meter



Measured parameters Parameter Intake pressure, psi



Value



Resolution



Accuracy FS



0…5800



0.1



1%



Discharge pressure, psi



0…5800



0.1



1%



Intake temperature, °F



32…300



0.1



1%



Motor winding temperature, °F



32…430



0.1



1.5%



Discharge temperature, psi



32…300



0.1



1%



0…30



0.1



5%



Radial Motor vibration, mm/sec2



0…30



0.1



5%



Axial Pump vibration, mm/sec



0…30



0.1



5%



Radial Pump vibration, mm/sec2



0…30



0.1



5%



125…1260 0…1000 1001…9999 0...100



0.1



10% 5% 10% 5%



Axial Motor vibration, mm/sec



2



2



Fluid flow rate at pump discharge, bpd Insulation resistance, kOhm Watercut at pump discharge, %



1 1



OPERATION PRINCIPLE OF WATERCUT METER This device is measuring the water content in reservoir fluid, where the volume of water in the total volume of reservoir fluid most heavily influences the dielectric permittivity of the fluid because the dielectric permittivity of water (80-81) is much greater than that of crude oil (2-3) at room temperature. When the amount of water changes in the fluid, a probe will measure a change in capacitance due to the change in dielectric permittivity that can be directly correlated with a change in water content.



2018 Page 72



> Smart Solutions > Downhole monitoring system



SURFACE PANELS Novomet Sensor panel is available in 2 variants: 1) NSP-B – VSD built-in type 2) NSP-R – remote type. Surface panel is used for data acquisition from downhole sensor, measuring insulation resistance between ground and system "‘Zero’ SU transformer - Power cable – ‘Zero’ Motor" and data transfer to external device via digital port ModBus RTU or by analog output. NSP-B features: • Surface panel processes and transfers data from surface and downhole sensors to VSD controller. • In case any deviation of parameters outside preset limits is determined the system provides programmed ESP starts and stops to ensure its reliable operation and protection. • Surface panel NSP-B has 2 ports: RS-485 and RS-232 for connection with external device. • Two current analog inputs (4÷20 mА) and four voltage analog outputs (0÷10V) are available. • NSP-B side panel has light-emitting diodes for power-up and operation indication. Surface panel is compatible with switchboards of any manufacturers and downhole sensor system – with any motor type: asynchronous and permanent magnet. Surface panel NSP-B is 220V voltage supplied. Surface panel NSP-B consists of filter and controller board RK-09.



Surface panel NSP-B



External view NSP-B



Internal view NSP-B



2018 Page 73



> Smart Solutions > Downhole monitoring system



NSP-R features: • Surface panel NSP-R is used for remote installation. • NSP-R operates as a standalone Controller to perform control or alarm shutdown functions based on set points against downhole data. • Degree of environmental activity protection is NEMA 3R. • Surface panel NSP-R consists of controller, Filter, external connection terminal block, heater. • Controller has LCD for online data displaying and keyboard for menu navigation and settings. Surface panel NSP-R is 220 V power supplied.



Surface panel NSP-R



External view NSP-R



Internal view NSP-R



2018 Page 74



> Smart Solutions > Y-tool



BYPASS (Y-TOOL) SYSTEM Novomet Bypass (Y-tool) system is a tool to enable access and logging below an ESP without pulling and workover. It is as well an excellent solution in case it is required to configure more than one ESP in a well to increase production. Bypass (Y-tool) enables to solve the here below problems: • It saves CAPEX as only one logging tool is needed to make measurements • Y-tool allows to make replacement of any measurement device placed below the ESP in case of its failure



Applications:



• Coiled tubing production logging • Wireline production logging • Multiple ESP deployment • Zone isolation (bridge plug setting) • Perforating • Production logging tests (PLT) • Well stimulation through bypass or coiled tubing • Dual ESP systems for multi-zone production • Dual ESP systems for offshore applications (one ESP as back-up) • Production well logging of horizontal well sections (geophysical tools RIH on coiled tubing), opening and closing of sliding sleeves between the packers of various zones



Benefits:



• Accurate production logging in ESP wells • Reduced downtime • Access below an ESP system without workover • Enables bottom-hole sampling



To select Y-tool system, please refer to the Novomet Bypass (Y-tool) System section.



Features:



• Available for casings: 5 3/4”, 6 5/8”, 7”, 9 5/8” • For dual ESP configurations bypass systems are available for 5 casings: 53 /4”, 6 /8”. • Manual and automatic switching • Logging and blanking plugs • Isolation sleeves • Various designs for multi-reservoir production



2018 Page 75



> Smart Solutions > Multi-reservoir production



DUAL ESP SYSTEMS FOR MULTI-ZONE PRODUCTION Benefits:



• Increased oil production • Increased equipment durability and run time • Concentric or parallel double tubing for separate flow control without ESP system shutdown



Features:



• Selective control of each ESP system operation • Measurements of flow rate of produced fluid from each zone • Available for casings sizes from 5 3 /4” up to 9 5/8”



Dual ESP system configuration for multi-zone production with casing 5 3/4”



Bypass line



ESP for fluid production from upper formation



Dual ESP system configuration including leakproof pod system for multi-zone production with casing 5 3/4”



Bypass line



ESP for fluid production from upper formation



Packer assembly



ESP for fluid production from lower formation



ESP inside pod-system for fluid production from lower formation



Packer assembly



- fluid from lower formation - fluid from upper formation



2018 Page 76



> Smart Solutions > CBM Applications



COAL BED METHANE (CBM) PRODUCTION SYSTEMS Applications:



• Coal bed Methane production • Mine Dewatering Benefits:



• Extended system run time in challenging CBM conditions, such as: produced fluid contains coal fines/solids • Novomet CBM system is a costeffective solution ensuring acceptable return on investment Features:



• Special designs for low/high flow rate scenarios as per Customer request • High-Temperature applications • Abrasion-resistant design: Compression/Semi-compression pump configuration • Enhanced motor cooling due to shroud application



Novomet coal bed methane (CBM) recovery ESP systems ensure efficient operation advantages for production of industrial water in CBM wells. Novomet ESP systems for CBM projects are designed as per Customer demand. To reduce drilling and overall completion costs slim ESP systems are available for Casings OD: 4, 4½ and 5” A wide range of flow rates for various casing sizes enable operators to select an ESP size to maximize water draw down and gas production. Novomet CBM systems can operate in extremely high temperatures up to 400°F (204°C). Novomet ESP systems provide both natural gas production as well as reduction of risks for environment for CBM fields. Technology of production Methane from coal seams is recovered through drainage systems constructed by drilling a series of vertical or horizontal wells directly into the seam. Water must first be drawn by ESP from the coal seam in order to reduce pressure and release the methane from its adsorbed state on the surface of the coal and the surrounding rock strata. Once dewatering by ESP has taken place and the pressure has been reduced, the released methane can escape more easily to the surface via the wells. AVAILABLE CONFIGURATION: Shrouded ESP system below perforation zone Features: 1) ESP setting below perforation zone 2) Application of motor shroud for motor cooling 3) Simple system with minimum extra devices 4) Motor size depends on casing OD 5) Application of downhole slotted screen filters to eliminate high solids influence on ESP operation For detailed specifications on equipment for CBM applications, please contact Novomet representative to get your copy of a separate Product Catalog devoted to CBM solutions.



2018 Page 77



> Smart Solutions > CBM Applications



AVAILABLE CONFIGURATION: Shrouded ESP system below perforation zone Features: 1) ESP setting below perforation zone 2) Application of motor shroud for motor cooling 3) Simple system with minimum extra devices 4) Motor size depends on casing OD 5) Application of downhole slotted screen filters to eliminate high solids influence on ESP operation For detailed specifications on equipment for CBM applications, please contact Novomet representative to get your copy of a separate Product Catalog devoted to CBM solutions.



Cable



Pump Perforation zone



Intake Protector



Shroud



Motor



Sensor



Gas production Water production for gas release



2018 Page 78



Optimization services



> Optimization services



ESP SIZING AND SELECTION TOOL “SEL-PRO” In an effort to enhance the reliability and the consequently the run lives of the ESP systems, Novomet embarked on an exercise to develop an in house sizing software program Sel-Pro that is unique to the characteristics of Novomet products but also has the flexibility to incorporate other ESP manufacturers pump polynomials for comparison and sensitivity analysis.



Features of Novomet Sel-Pro Software for ESP sizing It is deemed worthwhile to stress on some of the salient features that make Sel-Pro such a unique selection program that would genuinely enhance the reliability in conjunction with it’s sister program Stat Pro. The latest generation ESP sizing program Sel-Pro was developed in 2002 by the Russian ESP design bureau “OKB BN KONNAS" at the request of and in collaboration with “Novomet-Perm". The software is an entirely new approach to ESP sizing, allowing optimal pump system design for any well. The program automatically selects a suggested pump from a series of pumps from any given manufacturer with the same outer diameter but different productivity rates.



2018 Page 80



> Optimization services



Sizing can be performed by mainly three criteria: • Sizing by specifying the flow rate. • By specifying the pump intake conditions. • By specifying pump setting depth.



2018 Page 81



> Optimization services



The additional features that Sel-Pro performs are 1. The program has the ability to analyze the bending moment of the entire string including the tubing. If the stress developed exceeds the design parameters then this is flagged out. The advantage of having an in house package is that all the relevant detailed design data of the units and the materials used is available. Current programmes in the market take into account only the string itself while it has been determined by STAT PRO that the tubing does have an effect on the overall stress.



2. Due to the inaccuracy of the data normally available, particularly the PI which has a significant effect on the sizing, Sel-Pro has a facility where test data or historical data of 2018 Page 82



> Optimization services



2. Due to the inaccuracy of the data normally available, particularly the PI which has a significant effect on the sizing, Sel-Pro has a facility where test data or historical data of of the well can be input and the PI can be deduced with reasonable accuracy.



This calculation is obtained by using a new formula that has been empirically derived by using a large number of statistical data. It was discovered that the traditional Vogel does not really truly represent the change in flow rate with reduction in downhole pressure. It was found that the change was much more dramatic when the pressure levels drop lower than the saturation pressure. 3.In addition to calculating PI / IPR, this software has the ability to chart the correlation between minimum setting depth and flowrate, pressure at the pump intake and dynamic fluid level.



2018 Page 83



> Optimization services



The correlation between required head pressure and motor load for different types of equipment, i.e. high-performance pumps allowing high gas concentration at the intake, with and without gas separator, standard and high performance ESP’s, and systems with and without gas separators installed.



The criteria used to determine the minimum setting depth for the specified flow rate are the pressure at the pump intake, gas concentration and the flow structure under the motor. The latter is important to understand, in order to prevent gas locking. A little understood phenomenon is the case where gas locking occurs under the motor, additional low-frequency vibrations are generated which may lead to equipment strings parting and dropping down the well bore. 4. Another important feature of Sel-Pro is a numerical and graphical representation of the combined oil / water / gas phases in the production string, as well as showing the calculated temperature of the power cable conductors. Thus, unlike other software, Sel‑Pro gives the capability to "look into" the well and analyze the results of the calculations made for any given ESP design. This makes the software a highly effective ESP well modeling or even research and design tool. For example, drawing below represents the diagrams of pressure and mixture density for two identical calculations with and without a gas separator installed. From reviewing the graph it is obvious that in first case, the pump discharge pressure is significantly lower (blue line), but also the mixture density in the tubing is lower (green line) and there is gas locking at the tubing outlet. When using a gas separator, foam appears in the annulus.



2018 Page 84



> Optimization services



5. When calculating heat rise within the ESP system, the Sel‑Pro program calculates not only heat rise within the ESP elements, but also recommends the required length of temperature-resistant motor lead extension.



2018 Page 85



> Optimization services



6. Real 3D profile of the well can be shown, including intervals of severe dogleg and combination of different casing/liner sizes.



3D view of deviated well



7. The program features user-friendly guide intending to guide the user throughout the whole sizing process and ease his work. Moreover, it incorporates selection of languages and units of measurement.



2018 Page 86



> Optimization services



ESP Calculator All oilfield specialists require ESP product catalog to be constantly up-to-date. However, very often printed version becomes out of date by the moment of printed version release. Novomet has developed an interactive ESP catalog: “ESP calculator”. It allows to monitor changes of characteristics both of an ESP system and a pump stage. Also you need to put in the minimum number of parameters. It allows to monitor changes of characteristics both of an ESP system and a pump stage. Also you need to put in the minimum number of parameters. Features: • Russian and English user interface; • Units can be of SI or USC measurement system; • Data base with all pump stages (2.72”- 7.40”) characteristics by Novomet is available. • Internet update is available. • Change of number of stages or pump head; • Change of frequency (Hz) or RPM of shaft rotation; • Change of density of pumped fluid; • Selection of type and yield strength of a shaft; • Selection of frequency range with a requested frequency or rpm interval; • Scaling of pump characteristics; • A hint arising by a mouse click reflects main parameters of pump characteristics in the point indicated by an user; • Printing, saving pdf or any other wide spread graphics format of requested characteristic • of selected pump is available; • Detailed user’s manual.



Pump Characteristics



ESP Calculator window contains two main tabs: 1 - Pump Characteristics



2018 Page 87



> Optimization services



Multi Hz Curves



ESP Calculator window contains two main tabs: 2 - Multi Hz Curves



Qualification of specialists for working with software is minimal; it does not require special training. If complications occur during the work you can use the detailed user’s manual. Also any question or suggestion on development of this product could be addressed to company’s specialist both via phone and e-mail. Having this tool for working with ESP characteristics oil field specialists are able to simplify their job significantly and understand operation of pumping equipment not involving other specialists. Therefore number of mistakes related with selection of old equipment is being reduced. Here visualization of any stage characteristics by Novomet from 2.72” to 7.40” OD is available. Being supported by Internet update of data bases the software contains only the latest information about Novomet equipment.



2018 Page 88



> Optimization services



Applications:



• Remote fields • Fields with numerous scattered wells Benefits:



• Reduced number of wellsite visits • Reduced well interventions • Extended system run time • Optimized operation Features:



• Wellsite access through the internet • Remote pump start/stop, rpm control • Remote control and investigation of pump problems • Versions: GSM/GPRS/satellite • Coded data transmission to ensure secure access, prevention of intrusive elements such as viruses and hacking • Incorporation of additional remote terminals • Callouts and alarms in case of emergencies • Remote update of controller software



Smart oil well In Artificial Lift run time and reliability of equipment are of paramount importance. The primary reason for monitoring and optimizing equipment operation is to achieve longer run life, continuous production, reduce workover rig time. Surveillance and control systems provide an opportunity for such activities as: remote starts/stops of ESP operation remote speed control remote investigation of pump problems. In addition, the system enables coded data transmission, notifications on emergencies and some extra important features. The system is a cost-effective solution as it avoids the necessity for a constant engineer presence on the wellsite. Oilfield vendors always seek to differentiate for competitive advantage and to add value to their equipment and services to the end-users. Remote monitoring system is a tool embodying careful operation of the equipment thus ensuring its longevity and reliability. On the other side, oil operators look for safety, reliability and turnkey solutions to complex problem sets and efficient field service support. Remote monitoring system bridges the needs of both oilfield contractors and production operators.



2018 Page 89



downhole equipment



Conventional Pumps Summary



> Conventional pumps > Glossary



GLOSSARY CONVENTIONAL PUMP N



X



X



XXXX



XXX



XXX



XXX



FJX



XXX



XXXSTG Manufacturer (Novomet) Series, (see Table 1) Pump design: empty - centrifugal, non-vortex V - centrifugal, vortex I - inverted Capacity, bpd @60Hz Pump assembly design: FLT - floater SCMP - semi-compression CMP - compression Abrasion resistance, (see Table 2) Corrosion resistance, (see Table 3) Flange connection design: empty - standard flange-to-housing FJI - Flush Joint Inserted FJT - Flush Joint Threaded Shaft material and yield strength: S8 - Stainless steel (785 MPa) S11 - Stainless steel (1080 MPa) S13 - Stainless steel (1275 MPa) S14 - Stainless steel (1370 MPa) S16 - Stainless steel (1570 MPa) M8 - Monel alloy (785 MPa) I8 - Inconel alloy (785 MPa) I11 - Inconel alloy (1080 MPa) I13 - Inconel alloy (1275 MPa) I14 - Inconel alloy (1370 MPa) Number of stages in a pump



e.g., NHV3800 CMP AR2 CR1 S13 27STG



Table 1 - Series



Novomet series



Series



HSG OD, in



HSG OD, mm



Head & base length, ft (m)



D



338



3.38



86



1.2 (0.365)



F



362



3.62



92



1.2 (0.365)



H



406



4.06



103



1.2 (0.365)



J



449



4.49



114



1.2 (0.365)



L



484



4.84



123



1.2 (0.365)



R



677



6.77



172



1.3 (0.405) Intake built-in



T



740



7.40



188



1.3 (0.405) Intake built-in



Table 2 - Abrasion resistance



Abbr.



Full name



Description



AR1



Abrasion Resistant 1



For fluid containing solids up to 175 ptb (500 mg/l). Note: Applicable for all Floater pumps and all pumps of NR and NT series



AR2



Abrasion Resistant 2



For fluid containing solids up to 350 ptb (1000 mg/l). Note: Applicable only for Compression and Semi-compression pumps, except for pumps of NR and NT series



2018 Page 91



Conventional Pumps Summary



> Conventional pumps > Glossary



Table 3 - Corrosion resistance



Abbr. Full name



Max chemical content, g/l



Fluid



H2S



CO2



pH



Description



Cl



Stainless Steel for powder metallurgy stages. Ni-resist 0.01 1.45 200 4.0..8.5 or Stainless Steel for cast stages (please refer to Table 1 Corrosion Moderately CR1 Resistant Pump Summary in Pump Glossary section). 1 aggressive fluid 1.25 0.01 Housing, head and base are from Carbon Steel Corrosion Stainless Steel for powder metallurgy stages. Ni-resist or Highly CR2C Resistant aggressive 1.25 1.45 200 3.0..9.0 Stainless Steel for cast stages. Housing, head and base fluid 2C are coated with thermal spray coatings Corrosion Stainless Steel for powder metallurgy stages. Ni-resist or Highly CR2S Resistant aggressive 1.25 1.45 200 3.0..9.0 Stainless Steel for cast stages. Stainless Steel head and fluid 2S base. Housing is coated with thermal spray coatings Stainless Steel for powder metallurgy stages. Ni-resist or Corrosion Highly CRM Resistant Steel for cast stages. Housing, head and base M aggressive fluid 1.25 1.45 200 3.0..9.0 Stainless are coated with Monel alloy thermal spray coating Stainless Steel for powder metallurgy stages. Ni-resist or Corrosion Highly Stainless Steel for cast stages. Stainless Steel head and CRMS Resistant aggressive 1.25 1.45 200 3.0..9.0 fluid base. Housing is coated with Monel alloy thermal spray MS coating Stainless Steel for powder metallurgy stages. Ni-resist Corrosion Highly CR3 Resistant 1.25 1.45 200 3.0..9.0 or Stainless Steel for cast stages. Stainless Steel 3 aggressive fluid housing, head and base Ultra Extremely to Sulfide Stress Cracking are used Corrosion aggressive >1.25 1.45 200 3.0..9.0 Materials resistant fluid for housing, head and base. Resistant



UCR



Table 4 - Housing data



HSG#



Length ft



m



1



3.3



1.0



2



4.9



1.5



3



6.6



2.0



4



8.2



2.5



5



9.8



3.0



6



11.5



3.5



7



13.1



4.0



8



14.8



4.5



9



16.4



5.0



10



18.0



5.5



11



19.7



6.0



12



21.3



6.5



13



23.0



7.0



14



24.6



7.5



15



26.2



8.0



To get CT pump installation length add head and base length from Table 1.



2018 Page 92



Conventional Pumps Summary



> Conventional pumps > Glossary



CONVENTIONAL PUMP SUMMARY (338 - 740 SERIES)



D(338)



F(362)



H(406)



J(449)



L(484)



R(677)



T(740)



NDV150



NFV110M1



NHV200



NJV6000



NLV1000



NRV3800



NT38000



NDO190



NFV150



NHV250



NJV7600



NLV1900



NRV7600



NDV230



NFO150



NHV380



NJ9400



ND530



NFV190M2



NHV450



NRV15000



ND600



NFV230



NHV600



NRV19000



NDV1500



NFV260



NHV760



NRV22500



NFV340



NHV940



NR30000



NFV380



NHV1200



NFV450



NH1900M1



NFV600M1



NH3000



NFV760



NHV3800



NFV940



NHV5300



NR12000



NFV3800



Powder metallurgy stages



Cast stages



Pancake stages



Mixed flow stages



2018 Page 93



Conventional Pumps Summary



> Conventional pumps > Glossary



Floater design (abrasion-resistant AR1 with optimal number of intermediate bearings – please see Fig.1) Abrasion-resistant design includes optimal number of intermediate radial bearings. Such construction allows to significantly improve abrasion-resistance of the pump due to increase of shaft hardness and radial load is redistributed from stages onto radial bearings. Number of bearings is calculated based on mathematic modeling and determined by length of section, weight of impeller, shaft hardness, balance of impellers and clearance in stages. Semi-compression design (please see Fig. 2). In case of semi-compression pump design all stages are assembled as a few separate packs with radial bearings between packs.



Floater design with optimal number of intermediate radial bearings



Semi-compression design



Abrasion-resistant design (AR2)



500 mg/l (175 ptb)



1000 mg/l (350 ptb)



(Figure 1)



Intake Protector



Protector



Intake



PUMP



PUMP



Stage packs



Radial bearings



Radial bearings



Abrasion-resistant design (AR1)



(Figure 2)



2018 Page 94



Conventional Pumps Summary



> Conventional pumps > Glossary



During the initial phase of semi-compression pump running cycle, its impellers are functioning in the same way as conventional floating impellers. Each impeller is being supported by appropriate diffuser. During the ''wear-in'' phase thrust washers get worn, and a pack of the impellers located between one pair of intermediate bearings rest upon each other with their hubs (please see Fig.3). The axial force generated by the pack of impellers is being transmitted to axial bearing. Semi-compression pump designs are selected for application in the wells: 1) To operate with extended various flow rate; 2) With solids ratio of less than or equal to 1000 mg/l (350 ptb) 3) With high GOR. 4) After Hydraulic fracturing.



Semi-compression design After assembly



During the operation



hw ∆h



(Figure 3)



2018 Page 95



Conventional Pumps Summary



> Conventional pumps > Glossary



Compression design (please see Fig.4): In case of compression pump design all impellers originally act as a single pack in one pump tandem and stay in one position. Impellers are firmly fixed on the shaft by sleeves and do not bear on diffusers, while the axial force is being transmitted onto pump shaft and further onto axial thrust bearing in the protector section (please see Fig. 5). This pump has no axial thrust bearings at all, washers act only as seals. Wear-resistance of this type of construction is improved because of elimination of axial wear with extension of operating range of flow rates. Compression pump designs are selected for application in the wells: 1) To operate with extended various flow rate; 2) With solids ratio of less than or equal to 350 ptb (1000 mg/l); 3) With high GOR; 4) After Hydraulic fracturing with proppant production.



Compression design



Abrasion-resistant design (AR2)



Axial thrust bearing



Protector



Intake



PUMP



Radial bearings



1000 mg/l (350 ptb)



(Figure 4)



Axial thrust to be transmitted to axial thrust bearing in protector



(Figure 5)



2018 Page 96



Conventional Pumps Summary



> Conventional pumps > Glossary



Pancake stage (centrifugal design of impeller) – standard design when liquid lift is generated under the action of centrifugal forces (please see Fig.6). Maximum gas content at Pump intake is up to 25%. Pancake stage is powder-based stage. Mixed Flow stage (centrifugal design of impeller) Mixed Flow stages borrow characteristics from both radial flow and axial flow stages. As liquid flows through the impeller of a mixed flow pump, the impeller blades push the liquid out from the pump shaft and to the pump suction at an angle greater than 90o. The impeller of a typical mixed flow pump and the flow through a mixed flow pump are



(Figure 6)



shown in Figure 7. Such design enables to increase lift per stage. These are castbased stages. Vortex stage (centrifugal vortex design) enhanced design of stage impeller due to Vortex crown application (please see Fig.8 and Fig.9). The following benefits have been gained because of: 1) Higher dynamic head and BEP due to increased centrifugal force  alue



(Figure 7)



2) Increased maximum gas content at Pump intake due to gas handling by Vortex crown (up to 35%) Both Pancake and Mixed Flow stages can be either centrifugal or centrifugal-vortex.



(Figure 8)



(Figure 9)



2018 Page 97



Conventional Pumps Summary



> Conventional pumps > ND > ND150



NDV150 Pump Performance Curve NDV150 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



20



338 series / OD 86 mm



60



40



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDV150, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



113-227 bpd



18-36 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 98



Conventional Pumps Summary



> Conventional pumps > ND > ND150



NDV150 Pump Performance Curve NDV150 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



Head



Eff.



Power



10



20



30



100



40



200



50 300



60



70 400



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDV150, 50 Hz Maximal ESP System OD incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



94-189 bpd



15-30 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 99



Conventional Pumps Summary



> Conventional pumps > ND > ND150



NDV150 Multi Hz Curve (Tornado) Multi Hz Curve NDV150



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 100



Conventional Pumps Summary



> Conventional pumps > ND > ND150



NDV150 Pump Design Data @ 60 Hz 338 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



205



93



6



11.5



3.5



232



105



STG



Head ft



m



97



2200



670



115



2608



795



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



35



7.6



5.7



8.9



6.6



S14 shaft** 3002010194



35



9.0



6.7



10.5



7.8



3002010195 3002010196



7



13.1



4.0



262



119



132



2994



912



35



10.3



7.7



12.1



9.0



8



14.8



4.5



291



132



150



3402



1037



35



11.7



8.8



13.7



10.2



3002010197



9



16.4



5.0



320



145



165



3742



1140



35



12.9



9.6



15.1



11.3



3002010198



10



18.0



5.5



335



152



182



4127



1258



35



14.2



10.6



16.6



12.4



3002010199



11



19.7



6.0



377



171



200



4536



1382



35



15.7



11.7



18.3



13.7



3002010200



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-338SERIES CR0



0.7



0.21



9.7



4.4



2013070037



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.340.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030015



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



24.3



11.0



3020010007



CR2, CR3 and UCR configurations are available for pump components



Stage design - Pancake stage with Vortex crown



2018 Page 101



Conventional Pumps Summary



> Conventional pumps > ND > NDO190



NDo190 Pump Performance Curve NDO190 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDO190, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



113-264 bpd



18-42 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



100 hp



74 kW



Ultra High Strength (S16)



113 hp



84 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 102



Conventional Pumps Summary



> Conventional pumps > ND > NDO190



NDO190 Pump Performance Curve NDO190 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDO190, 50 Hz Maximal ESP System OD incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



94-220 bpd



15-35 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



72 hp



54 kW



High Strength (S14)



83 hp



62 kW



Ultra High Strength (S16)



94 hp



70 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 103



Conventional Pumps Summary



> Conventional pumps > ND > NDO190



NDO190 Multi Hz Curve (Tornado) Multi Hz Curve NDO190



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 104



Conventional Pumps Summary



> Conventional pumps > ND > NDO190



NDO190 Pump Design Data @ 60 Hz 338 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



STG



ft



m



lb



kg



2



4.9



1.5



75



34



75



Head ft



m



1166



355



Eff., %



BHP, nominal



41



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



4.0



3.0



4.3



3.2



3202450029 3202450030



3



11.5



2.0



95



43



103



1601



488



41



5.5



4.1



6.0



4.4



4



8.2



2.5



117



53



131



2036



621



41



7.0



5.2



7.6



5.7



3202450031



5



9.8



3.0



150



68



159



2472



753



41



8.5



6.3



9.2



6.9



3202450032



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-338SERIES CR0



0.7



0.21



9.7



4.4



2013070037



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.340.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030015



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



24.3



11.0



3020010007



CR2, CR3 and UCR configurations are available for pump components



Stage design - Pancake stage Open stage 2018 Page 105



Conventional Pumps Summary



> Conventional pumps > ND > NDV230



NDV230 Pump Performance Curve NDV230 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



50



25



0



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDV230, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



151-302 bpd



24-48 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 106



Conventional Pumps Summary



> Conventional pumps > ND > NDV230



NDV230 Pump Performance Curve NDV230 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDV230, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



126-252 bpd



20-40 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 107



Conventional Pumps Summary



> Conventional pumps > ND > NDV230



NDV230 Multi Hz Curve (Tornado) Multi Hz Curve NDV230



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 108



Conventional Pumps Summary



> Conventional pumps > ND > NDV230



NDV230 Pump Design Data @ 60 Hz 338 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



205



93



STG 97



Head ft



m



2094



638



Eff., %



BHP, nominal



39



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



8.9



6.7



10.3



7.7



3002410234



6



11.5



3.5



232



105



115



2483



757



39



10.6



7.9



12.2



9.1



3002410235



7



13.1



4.0



262



119



132



2850



869



39



12.1



9.1



14.0



10.5



3002410236



8



14.8



4.5



291



132



150



3239



987



39



13.8



10.3



15.9



11.9



3002410237



9



16.4



5.0



320



145



165



3562



1086



39



15.2



11.3



17.5



13.1



3002410238



10



18.0



5.5



335



152



182



3929



1198



39



16.7



12.5



19.3



14.4



3002410239



11



19.7



6.0



377



171



200



4318



1316



39



18.4



13.7



21.3



15.9



3002410240



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-338SERIES CR0



0.7



0.21



9.7



4.4



2013070037



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.340.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030015



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



24.3



11.0



3020010007



CR2, CR3 and UCR configurations are available for pump components



Stage design - Pancake stage with Vortex crown



2018 Page 109



Conventional Pumps Summary



> Conventional pumps > ND > ND530



ND530 Pump Performance Curve ND530 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA ND530, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



428-754 bpd



68-120 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 110



Conventional Pumps Summary



> Conventional pumps > ND > ND530



ND530 Pump Performance Curve ND530 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nd530, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



346-630 bpd



55-100 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 111



Conventional Pumps Summary



> Conventional pumps > ND > ND530



ND530 Multi Hz Curve (Tornado) Multi Hz Curve ND530



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 112



Conventional Pumps Summary



> Conventional pumps > ND > ND530



ND530Pump Design Data @ 60 Hz 338 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



205



93



6



11.5



3.5



232



105



STG



Head ft



m



97



1732



528



115



2054



626



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



54



12.4



9.2



15.1



11.2



S14 shaft** TBA



54



14.7



10.9



17.9



13.3



TBA



7



13.1



4.0



262



119



132



2357



719



54



16.8



12.6



20.5



15.3



TBA



8



14.8



4.5



291



132



150



2679



816



54



19.1



14.3



23.3



17.4



TBA



9



16.4



5.0



320



145



165



2947



898



54



21.1



15.7



25.6



19.1



TBA



10



18.0



5.5



335



152



182



3250



991



54



23.2



17.3



28.3



21.1



TBA



11



19.7



6.0



377



171



200



3572



1089



54



25.5



19.0



31.1



23.2



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-338SERIES CR0



0.7



0.21



9.7



4.4



2013070037



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.340.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030015



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



24.3



11.0



3020010007



CR2, CR3 and UCR configurations are available for pump components



Stage design - Pancake stage



2018 Page 113



Conventional Pumps Summary



> Conventional pumps > ND > ND600



ND600 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



ND600 60 Hz / 3490 rpm



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA ND600, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



415-755 bpd



66-120 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 114



Conventional Pumps Summary



> Conventional pumps > ND > ND600



ND600 Pump Performance Curve ND600 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA ND600, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



346-629 bpd



55-100 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 115



Conventional Pumps Summary



> Conventional pumps > ND > ND600



ND600 Multi Hz Curve (Tornado) Multi Hz Curve ND600



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 116



Conventional Pumps Summary



> Conventional pumps > ND > ND600



ND600 Pump Design Data @ 60 Hz 338 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



STG



Head 1660



506



BHP, max



Part Number



lb



kg



9.8



3.0



205



93



6



11.5



3.5



234



106



114



1971



601



62



14.0



10.4



14.3



10.6



TBA



7



13.1



4.0



262



119



131



2265



690



62



16.1



12.0



16.4



12.2



3002030235



96



m



BHP, nominal



m



5



ft



Eff., %



ft



62



hp



kW



hp



kW



S14 shaft**



11.8



8.8



12.0



9.0



3002030234



8



14.8



4.5



291



132



148



2559



780



62



18.2



13.6



18.5



13.8



3002030236



9



16.4



5.0



320



145



163



2818



859



62



20.0



14.9



20.4



15.2



3002030237



10



18.0



5.5



335



152



181



3130



954



62



22.2



16.6



22.6



16.9



TBA



11



19.7



6.0



377



171



198



3424



1044



62



24.3



18.1



24.8



18.5



3002030238



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3



194



88



7



13.1



4



251



STG



Head ft



m



82



1417.78



432



114



111



1919.19



585



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



62



13.1



9.8



13.9



10.4



S14 shaft** TBA



62



17.8



13.3



18.9



14.1



TBA



8



14.8



4.5



280



127



128



2213.12



675



62



20.5



15.3



21.8



16.2



TBA



9



16.4



5



309



140



141



2437.89



743



62



22.6



16.8



24.0



17.9



TBA



11



19.7



6



366



166



170



2939.3



896



62



27.2



20.3



28.9



21.6



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-338SERIES CR0



0.7



0.21



9.7



4.4



2013070037



SPLINE COUPLING 0.67"-0.67" PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.340.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030015



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



24.3



11.0



3020010007



CR2, CR3 and UCR configurations are available for pump components



Stage design - Pancake stage



2018 Page 117



Conventional Pumps Summary



> Conventional pumps > ND > NDV1500



NDV1500 Pump Performance Curve NDV1500 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDV1500, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 5kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



1132-1887 bpd



180-300 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 118



Conventional Pumps Summary



> Conventional pumps > ND > NDV1500



NDV1500 Pump Performance Curve NDV1500 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NDV1500, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.13 in



105 mm



Housing Diameter



3.38 in



86 mm



Recommended Operating Range



943-1572 bpd



150-250 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 119



Conventional Pumps Summary



> Conventional pumps > ND > NDV1500



NDV1500 Multi Hz Curve (Tornado) Multi Hz Curve NDV1500



Curve is calculated for one stage on water of 1.00 sg



338 series / OD 86 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 120



Conventional Pumps Summary



> Conventional pumps > ND > NDV1500



NDV1500 Pump Design Data @ 60 Hz 338 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



205



93



STG 58



Head ft



m



986



301



Eff., % 58



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



22.6



16.9



22.5



16.8



3002430132



6



11.5



3.5



234



106



69



1174



358



58



26.9



20.1



26.8



20.0



TBA



7



13.1



4.0



262



119



79



1344



410



58



30.8



23.0



30.7



22.9



3002430133



8



14.8



4.5



291



132



89



1514



461



58



34.7



25.9



34.6



25.8



3002430131



9



16.4



5.0



320



145



100



1701



518



58



38.9



29.1



38.9



29.0



3002430044



10



18.0



5.5



335



152



110



1871



570



58



42.8



32.0



42.7



31.9



TBA



11



19.7



6.0



377



171



121



2058



627



58



47.1



35.2



47.0



35.1



3002430134



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length hp



Weight kW



hp



kW



Part Number



BOH 2-7/8"-8RD EUE-338SERIES CR0



0.7



0.21



9.7



4.4



2013070037



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.340.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030015



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



24.3



11.0



3020010007



CR2, CR3 and UCR configurations are available for pump components



Stage design - Pancake stage with Vortex crown



2018 Page 121



Conventional Pumps Summary



> Conventional pumps > NF > NFV110M1



NFV110M1 Pump Performance Curve NFV110M1 60 Hz /3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head



m



10.67



ft



Qmin



35



Qmax



Q nom



Recommended operating range



9.14



30



7.62



25



6.10



20



4.57



15



Head



Eff, % 50



Power 25



3.05



10



hp



kW



0.10



0.07



0.05



0.04



Eff Power



0



1.52



5



0.00



0



0



25



0



50 5



75 10



100



125



15



20



150



175 25



200 30



225 35



250



275



0.00 0.00 bpd



40



m3 /day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV110M1, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



76-151 bpd



12-24 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 122



Conventional Pumps Summary



> Conventional pumps > NF > NFV110M1



NFV110M1 Pump Performance Curve NFV110M1 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head



ft 23



m 7



Eff, 50



6



16



5



13



4



9.8



3



6.6



2



Qmax



Recommended operating range



Head 20



Q nom



Qmin



%



25



Power kW



Eff 3.3



0



0.08



0.03



0.04



1



Power



0



hp



0.06



0



0



5



0



30



Capacity



10



15



60



90



20 120



25 150



30



35



180



210



0.00 0.00 m3/day bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV110M1, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



63-126 bpd



10-20 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



6000 psi



414 bar



Housing Burst Pressure Limit



2018 Page 123



Conventional Pumps Summary



> Conventional pumps > NF > NFV110M1



NFV110M1 Multi Hz Curve (Tornado) Multi Hz Curve NFV110M1



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 124



Conventional Pumps Summary



> Conventional pumps > NF > NFV110M1



NFV110M1 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



Head



STG



ft



m



lb



kg



9.8



3.0



262



119



105



ft



m



2709



826



Eff., % 31



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



7.4



5.5



8.5



6.4



3002041025



6



11.5



3.5



295



134



122



3147



959



31



8.6



6.4



9.9



7.4



TBA



7



13.1



4.0



335



152



141



3637



1109



31



9.9



7.4



11.4



8.5



3002041024



8



14.8



4.5



373



169



160



4127



1258



31



11.3



8.4



13.0



9.7



3002041026



9



16.4



5.0



408



185



180



4643



1415



31



12.7



9.5



14.6



10.9



3002041023



10



18.0



5.5



445



202



196



5056



1541



31



13.8



10.3



15.9



11.9



TBA



11



19.7



6.0



481



218



215



5546



1690



31



15.1



11.3



17.4



13.0



3002041022



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



Head



STG



ft



m



100



2580



786



Eff., % 31



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



7.0



5.3



7.6



5.7



3002041068



6



11.5



3.5



295



134



115



2966



904



31



8.1



6.0



8.8



6.6



TBA



7



13.1



4.0



335



152



134



3457



1054



31



9.4



7.0



10.2



7.6



3002041069



8



14.8



4.5



373



169



150



3869



1179



31



10.6



7.9



11.5



8.6



3002041067



9



16.4



5.0



408



185



169



4359



1329



31



11.9



8.9



12.9



9.6



3002041070



10



18.0



5.5



445



202



185



4772



1455



31



13.0



9.7



14.1



10.5



TBA



11



19.7



6.0



481



218



204



5262



1604



31



14.4



10.7



15.6



11.6



3002041071



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



SPLINE COUPLING 0.55"-0.55" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2013070049 2024010319



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 125



Conventional Pumps Summary



> Conventional pumps > NF > NFV150



NFV150 Pump Performance Curve NFV150 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV150, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



113-188 bpd



18-30 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 126



Conventional Pumps Summary



> Conventional pumps > NF > NFV150



NFV150 Pump Performance Curve NFV150 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV150, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



94-157 bpd



15-25 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 127



Conventional Pumps Summary



> Conventional pumps > NF > NFV150



NFV150 Multi Hz Curve (Tornado) Multi Hz Curve NFV150



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 128



Conventional Pumps Summary



> Conventional pumps > NF > NFV150



NFV150 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



262



119



6



11.5



3.5



295



7



13.1



4.0



335



Head



STG



ft



m



105



2322



708



134



122



2697



152



141



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



33



7.8



5.8



8.5



6.4



3002481021



822



33



9.0



6.7



9.9



7.4



TBA



3118



950



33



10.4



7.8



11.4



8.5



3002481020



8



14.8



4.5



373



169



160



3538



1078



33



11.9



8.8



13.0



9.7



3002481022



9



16.4



5.0



408



185



180



3980



1213



33



13.3



10.0



14.6



10.9



3002481019



10



18.0



5.5



445



202



196



4334



1321



33



14.5



10.8



15.9



11.9



TBA



11



19.7



6.0



481



218



215



4754



1449



33



15.9



11.9



17.4



13.0



3002481018



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



Head



STG 100



ft



m



2211



674



Eff., % 33



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



7.4



5.5



8.1



6.0



3002481064



6



11.5



3.5



295



134



115



2543



775



33



8.5



6.4



9.3



7.0



TBA



7



13.1



4.0



335



152



134



2963



903



33



9.9



7.4



10.9



8.1



3002481065



8



14.8



4.5



373



169



150



3317



1011



33



11.1



8.3



12.2



9.1



3002481063



9



16.4



5.0



408



185



169



3737



1139



33



12.5



9.3



13.7



10.2



3002481066



10



18.0



5.5



445



202



185



4090



1247



33



13.7



10.2



15.0



11.2



TBA



11



19.7



6.0



481



218



204



4510



1375



33



15.1



11.3



16.5



12.3



3002481067



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



SPLINE COUPLING 0.55"-0.55" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2013070049 2024010319



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 129



Conventional Pumps Summary



> Conventional pumps > NF > NFO150



NFO150 Pump Performance Curve NFO150 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFO150, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



75-189 bpd



12-30 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



100 hp



74 kW



Ultra High Strength (S16)



113 hp



84 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 130



Conventional Pumps Summary



> Conventional pumps > NF > NFO150



NFO150 Pump Performance Curve NFO150 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFO150, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



63-157 bpd



10-25 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



72 hp



54 kW



High Strength (S14)



83 hp



62 kW



Ultra High Strength (S16)



94 hp



70 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 131



Conventional Pumps Summary



> Conventional pumps > NF > NFO150



NFO150 Multi Hz Curve (Tornado) Multi Hz Curve NFO150



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 132



Conventional Pumps Summary



> Conventional pumps > NF > NFO150



NFO150 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



262



119



7



13.1



4.0



335



152



Head



STG



ft



m



141



2351



717



192



3202



976



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



35



7.5



5.6



7.7



5.8



S14 shaft** TBA



35



10.2



7.6



10.5



7.9



TBA



8



14.8



4.5



373



169



215



3586



1093



35



11.4



8.5



11.8



8.8



TBA



9



16.4



5.0



408



185



239



3986



1215



35



12.7



9.5



13.1



9.8



TBA



11



19.7



6.0



481



218



290



4836



1474



35



15.4



11.5



15.9



11.9



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



Part Number



ft



m



lb



kg



0.68901



0.21



10.143



4.6



2013070049



-



-



-



-



2024010577



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



BOH 2-7/8"-8RD EUE-362SERIES CR0 SPLINE COUPLING 0.50"-0.50" PRT (for FLT. SCMP pumps)



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage Open stage 2018 Page 133



Conventional Pumps Summary



> Conventional pumps > NF > NFV190M2



NFV190M2 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NFV190M2 60 Hz / 3490 rpm



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV190M2, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



136-264 bpd



22-42 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 134



Conventional Pumps Summary



> Conventional pumps > NF > NFV190M2



NFV190M2 Pump Performance Curve NFV190M2 50 Hz / 2910 rpm



17



5



11



4



6



2



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV190M2, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



113-220 bpd



18-35 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 135



Conventional Pumps Summary



> Conventional pumps > NF > NFV190M2



NFV190M2 Multi Hz Curve (Tornado) Multi Hz Curve NFV190M2



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 136



Conventional Pumps Summary



> Conventional pumps > NF > NFV190M2



NFV190M2 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG



Head ft



m



79



1851



564



BHP, nominal



Eff., % 38



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



6.8



5.1



7.6



5.7



3002052614



6



11.5



3.5



295



134



95



2226



679



38



8.2



6.1



9.2



6.8



3002052636



7



13.1



4.0



335



152



111



2601



793



38



9.6



7.2



10.7



8.0



3002052615



8



14.8



4.5



373



169



124



2906



886



38



10.7



8.0



11.9



8.9



3002052613



9



16.4



5.0



408



185



140



3281



1000



38



12.1



9.0



13.5



10.1



3002052616



10



18.0



5.5



445



202



152



3562



1086



38



13.2



9.8



14.6



10.9



3002052646



11



19.7



6.0



481



218



168



3937



1200



38



14.5



10.9



16.2



12.1



3002052617



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 137



Conventional Pumps Summary



> Conventional pumps > NF > NFV230



NFV230 Pump Performance Curve NFV230 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA Nfv230, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



151-340 bpd



24-54 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 138



Conventional Pumps Summary



> Conventional pumps > NF > NFV230



NFV230 Pump Performance Curve NFV230 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA Nfv230, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



126-283 bpd



20-45 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 139



Conventional Pumps Summary



> Conventional pumps > NF > NFV230



NFV230 Multi Hz Curve (Tornado) Multi Hz Curve NFV230



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 140



Conventional Pumps Summary



> Conventional pumps > NF > NFV230



NFV230 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG 91



Head ft



m



2055



626



Eff., %



BHP, nominal



44



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



7.8



5.8



9.1



6.8



3002061383



6



11.5



3.5



306



139



107



2416



737



44



9.2



6.8



10.7



8.0



3002061384



7



13.1



4.0



335



152



124



2800



854



44



10.6



7.9



12.3



9.2



3002061385 3002061386



8



14.8



4.5



373



169



140



3162



964



44



12.0



9.0



13.9



10.4



9



16.4



5.0



408



185



157



3545



1081



44



13.5



10.0



15.6



11.7



3002061387



10



18.0



5.5



450



204



173



3907



1191



44



14.8



11.1



17.2



12.9



3002061388



11



19.7



6.0



481



218



190



4291



1308



44



16.3



12.1



18.9



14.1



3002061389



Semi-compression: AR2 CR1* HSG # 9.8



Length***



Weight



ft



m



lb



kg



3.0



287



130



79



STG 1784



Head ft



m



544



44



Eff., %



BHP, nominal



6.8



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



5.1



7.9



5.9



3002061390



3002061390



11.5



3.5



331



150



95



2145



654



44



8.1



6.1



9.5



7.1



3002061391



3002061391



13.1



4.0



375



170



111



2507



764



44



9.5



7.1



11.1



8.2



3002061392



3002061392



14.8



4.5



397



180



124



2800



854



44



10.6



7.9



12.3



9.2



3002061393



3002061393



16.4



5.0



419



190



140



3162



964



44



12.0



9.0



13.9



10.4



3002061394



3002061394



18.0



5.5



485



220



152



3433



1046



44



13.0



9.7



15.1



11.3



3002061395



3002061395



19.7



6.0



551



250



168



3794



1156



44



14.4



10.7



16.7



12.5



3002061396



3002061396



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 141



Conventional Pumps Summary



> Conventional pumps > NF > NFV260



NFV260 Pump Performance Curve NFV260 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV260, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



166-377 bpd



26-60 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 142



Conventional Pumps Summary



> Conventional pumps > NF > NFV260



NFV260 Pump Performance Curve NFV260 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV260, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



138-314 bpd



22-50 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 143



Conventional Pumps Summary



> Conventional pumps > NF > NFV260



NFV260 Multi Hz Curve (Tornado) Multi Hz Curve NFV260



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 144



Conventional Pumps Summary



> Conventional pumps > NF > NFV260



NFV260 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG



Head ft



m



91



1986



605



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



45



8.7



6.5



9.9



7.4



3002680999



6



11.5



3.5



295



134



107



2335



712



45



10.2



7.6



11.7



8.7



3002680978



7



13.1



4.0



335



152



124



2707



825



45



11.8



8.8



13.5



10.1



3002680998



8



14.8



4.5



373



169



140



3056



931



45



13.3



9.9



15.3



11.4



3002681000



9



16.4



5.0



408



185



157



3427



1044



45



14.9



11.2



17.1



12.8



3002680997



10



18.0



5.5



445



202



173



3776



1151



45



16.5



12.3



18.9



14.1



3002680969



11



19.7



6.0



481



218



190



4147



1264



45



18.1



13.5



20.7



15.5



3002680996



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG 79



Head ft



m



1724



526



Eff., %



BHP, nominal



45



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



7.5



5.6



8.6



6.4



3002680315 3002680316



6



11.5



3.5



295



134



95



2074



632



45



9.0



6.7



10.4



7.7



7



13.1



4.0



335



152



111



2423



738



45



10.6



7.9



12.1



9.0



3002680317



8



14.8



4.5



373



169



124



2707



825



45



11.8



8.8



13.5



10.1



3002680318



9



16.4



5.0



408



185



140



3056



931



45



13.3



9.9



15.3



11.4



3002680319



10



18.0



5.5



445



202



152



3318



1011



45



14.5



10.8



16.6



12.4



3002680320



11



19.7



6.0



481



218



168



3667



1118



45



16.0



11.9



18.3



13.7



3002680321



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 145



Conventional Pumps Summary



> Conventional pumps > NF > NFV340



NFV340 Pump Performance Curve NFV340 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV340, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



241-453 bpd



38-72 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 146



Conventional Pumps Summary



> Conventional pumps > NF > NFV340



NFV340 Pump Performance Curve NFV340 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV340, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



201-377 bpd



32-60 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 147



Conventional Pumps Summary



> Conventional pumps > NF > NFV340



NFV340 Multi Hz Curve (Tornado) Multi Hz Curve NFV340



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 148



Conventional Pumps Summary



> Conventional pumps > NF > NFV340



NFV340 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG



Head ft



m



96



2322



708



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



47



12.4



9.3



13.8



10.3



3202260597



6



11.5



3.5



295



134



113



2733



833



47



14.7



10.9



16.2



12.1



3202260619



7



13.1



4.0



335



152



131



3169



966



47



17.0



12.7



18.8



14.1



3202260598



8



14.8



4.5



373



169



148



3580



1091



47



19.2



14.3



21.3



15.9



3202260596



9



16.4



5.0



408



185



163



3943



1202



47



21.1



15.8



23.4



17.5



3202260599



10



18.0



5.5



445



202



180



4354



1327



47



23.3



17.4



25.9



19.3



3202260629



11



19.7



6.0



481



218



198



4789



1460



47



25.7



19.2



28.5



21.2



3202260600



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG



Head ft



m



83



2212



674



Eff., % 47



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



11.0



8.2



12.1



9.0



3202260253



6



11.5



3.5



295



134



100



2665



812



47



13.2



9.8



14.6



10.9



3202260275



7



13.1



4.0



335



152



113



3011



918



47



14.9



11.1



16.5



12.3



3202260254



8



14.8



4.5



373



169



130



3464



1056



47



17.2



12.8



19.0



14.2



3202260252



9



16.4



5.0



408



185



144



3837



1170



47



19.0



14.2



21.0



15.7



3202260255



10



18.0



5.5



445



202



160



4263



1299



47



21.1



15.8



23.3



17.4



3202260285



11



19.7



6.0



481



218



174



4636



1413



47



23.0



17.1



25.4



18.9



3202260256



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight



m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 149



Conventional Pumps Summary



> Conventional pumps > NF > NFV380



NFV380 Pump Performance Curve NFV380 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV380, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



264-491 bpd



42-78 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 150



Conventional Pumps Summary



> Conventional pumps > NF > NFV380



NFV380 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NFV380 50 Hz / 2910 rpm



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV380, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



220-409 bpd



35-65 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 151



Conventional Pumps Summary



> Conventional pumps > NF > NFV380



NFV380 Multi Hz Curve (Tornado) Multi Hz Curve NFV380



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 152



Conventional Pumps Summary



> Conventional pumps > NF > NFV380



NFV380 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG



Head ft



m



96



2327



709



Eff., % 48



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



13.4



10.0



14.6



10.9



3202260253



6



11.5



3.5



295



134



113



2739



835



48



15.7



11.7



17.2



12.9



3002600849



7



13.1



4.0



335



152



131



3175



968



48



18.2



13.6



20.0



14.9



3002600850



8



14.8



4.5



373



169



148



3587



1093



48



20.6



15.4



22.6



16.9



3002600851



9



16.4



5.0



408



185



163



3951



1204



48



22.7



16.9



24.9



18.6



3002600229



10



18.0



5.5



445



202



180



4363



1330



48



25.0



18.7



27.5



20.5



3002600852



11



19.7



6.0



481



218



198



4799



1463



48



27.6



20.6



30.2



22.5



3002600853



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



262



119



6



11.5



3.5



295



7



13.1



4.0



335



STG



Head ft



m



96



2327



709



134



113



2739



152



131



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



48



13.4



10.0



14.6



10.9



3002601491



835



48



15.7



11.7



17.2



12.9



3002601513



3175



968



48



18.2



13.6



20.0



14.9



3002601492



8



14.8



4.5



373



169



148



3587



1093



48



20.6



15.4



22.6



16.9



3002601490



9



16.4



5.0



408



185



163



3951



1204



48



22.7



16.9



24.9



18.6



3002601493



10



18.0



5.5



445



202



180



4363



1330



48



25.0



18.7



27.5



20.5



3002601523



11



19.7



6.0



481



218



198



4799



1463



48



27.6



20.6



30.2



22.5



3002601494



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 153



Conventional Pumps Summary



> Conventional pumps > NF > NFV450



NFV450 Pump Performance Curve NFV450 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV450, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



302-566 bpd



48-90 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 154



Conventional Pumps Summary



> Conventional pumps > NF > NFV450



NFV450 Pump Performance Curve NFV450 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV450, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



252-472 bpd



40-72 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 155



Conventional Pumps Summary



> Conventional pumps > NF > NFV450



NFV450 Multi Hz Curve (Tornado) Multi Hz Curve NFV450



0



100



Curve is calculated for one stage on water of 1.00 sg



200



300



400



500



362 series / OD 92 mm



600



700



800



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 156



Conventional Pumps Summary



> Conventional pumps > NF > NFV450



NFV450 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9,8



3,0



262



119



STG



Head ft



m



88



2154



656



Eff., % 58



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



12,3



9,2



13,3



9,9



3002081680



6



11,5



3,5



295



134



104



2545



776



58



14,5



10,8



15,7



11,7



3002081681



7



13,1



4,0



335



152



120



2937



895



58



16,7



12,5



18,1



13,5



3002081682



8



14,8



4,5



373



169



136



3328



1014



58



19,0



14,1



20,5



15,3



3002081683



9



16,4



5,0



408



185



152



3720



1134



58



21,2



15,8



22,9



17,1



3002081684



10



18,0



5,5



445



202



168



4111



1253



58



23,4



17,5



25,3



18,9



3002081685



11



19,7



6,0



481



218



182



4454



1358



58



25,4



18,9



27,4



20,5



3002081686



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9,8



3,0



262



119



6



11,5



3,5



295



134



STG



Head ft



m



80



1958



597



92



2251



686



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



58



11,2



8,3



12,1



9,0



S14 shaft** 3002081687



58



12,8



9,6



13,9



10,3



3002081688



7



13,1



4,0



335



152



108



2643



806



58



15,1



11,2



16,3



12,1



3002081689



8



14,8



4,5



373



169



120



2937



895



58



16,7



12,5



18,1



13,5



3002081690



9



16,4



5,0



408



185



136



3328



1014



58



19,0



14,1



20,5



15,3



3002081691



10



18,0



5,5



445



202



148



3622



1104



58



20,6



15,4



22,3



16,6



3002081692



11



19,7



6,0



481



218



164



4013



1223



58



22,9



17,1



24,7



18,4



3002081693



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 157



Conventional Pumps Summary



> Conventional pumps > NF > NFV600M1



NFV600M1 Pump Performance Curve NFV600M1 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV600M1, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



453-792 bpd



72-126 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 158



Conventional Pumps Summary



> Conventional pumps > NF > NFV600M1



NFV600M1 Pump Performance Curve NFV600M1 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV600M1, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



377-660 bpd



60-105 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 159



Conventional Pumps Summary



> Conventional pumps > NF > NFV600M1



NFV600M1 Multi Hz Curve (Tornado) Multi Hz Curve NFV600M1



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 160



Conventional Pumps Summary



> Conventional pumps > NF > NFV600M1



NFV600M1 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG 93



Head ft



m



2518



767



Eff., % 57



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



19.6



14.6



21.6



16.2



3002762269



6



11.5



3.5



295



134



110



2978



908



57



23.2



17.3



25.6



19.1



3002762291



7



13.1



4.0



335



152



127



3438



1048



57



26.8



20.0



29.6



22.1



3002762270 3002762268



8



14.8



4.5



373



169



144



3898



1188



57



30.4



22.7



33.5



25.0



9



16.4



5.0



408



185



159



4304



1312



57



33.5



25.0



37.0



27.6



3002762271



10



18.0



5.5



445



202



176



4764



1452



57



37.1



27.7



41.0



30.6



3002762301



11



19.7



6.0



481



218



193



5225



1592



57



40.7



30.4



44.9



33.5



3002762272



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG 79



Head ft



m



2139



652



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



57



16.7



12.4



18.4



13.7



3002762843



6



11.5



3.5



295



134



95



2572



784



57



20.0



15.0



22.1



16.5



3002762865



7



13.1



4.0



335



152



108



2924



891



57



22.8



17.0



25.1



18.8



3002762844



8



14.8



4.5



373



169



124



3357



1023



57



26.2



19.5



28.9



21.5



3002762842



9



16.4



5.0



408



185



140



3790



1155



57



29.5



22.0



32.6



24.3



3002762845



10



18.0



5.5



445



202



152



4115



1254



57



32.1



23.9



35.4



26.4



3002762875



11



19.7



6.0



481



218



168



4548



1386



57



35.4



26.4



39.1



29.2



3002762846



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 161



Conventional Pumps Summary



> Conventional pumps > NF > NFV760



NFV760 Pump Performance Curve NFV760 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV760, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



604-906 bpd



96-144 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 162



Conventional Pumps Summary



> Conventional pumps > NF > NFV760



NFV760 Pump Performance Curve NFV760 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV760, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



503-755 bpd



80-120 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 163



Conventional Pumps Summary



> Conventional pumps > NF > NFV760



NFV760 Multi Hz Curve (Tornado) Multi Hz Curve NFV760



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 164



Conventional Pumps Summary



> Conventional pumps > NF > NFV760



NFV760 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG 91



Head ft



m



2472



753



Eff., % 58



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



23.6



17.6



24.9



18.6



3002880067



6



11.5



3.5



295



134



107



2907



886



58



27.7



20.7



29.3



21.9



3002880086



7



13.1



4.0



335



152



124



3369



1027



58



32.2



24.0



33.9



25.3



3002880068



8



14.8



4.5



373



169



140



3803



1159



58



36.3



27.1



38.3



28.6



3002880066



9



16.4



5.0



408



185



154



4183



1275



58



39.9



29.8



42.1



31.5



3002880036



10



18.0



5.5



445



202



170



4618



1408



58



44.1



32.9



46.5



34.7



3002880095



11



19.7



6.0



481



218



187



5080



1548



58



48.5



36.2



51.2



38.2



3002880069



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG 79



Head ft



m



2146



654



Eff., % 58



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



20.5



15.3



21.6



16.1



3002880201



6



11.5



3.5



295



134



95



2581



787



58



24.6



18.4



26.0



19.4



3002880202



7



13.1



4.0



335



152



108



2934



894



58



28.0



20.9



29.6



22.1



3002880203



8



14.8



4.5



373



169



124



3369



1027



58



32.2



24.0



33.9



25.3



3002880204



9



16.4



5.0



408



185



140



3803



1159



58



36.3



27.1



38.3



28.6



3002880205



10



18.0



5.5



445



202



152



4129



1259



58



39.4



29.4



41.6



31.0



3002880206



11



19.7



6.0



481



218



168



4564



1391



58



43.6



32.5



46.0



34.3



3002880207



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 165



Conventional Pumps Summary



> Conventional pumps > NF > NFV940



NFV940 Pump Performance Curve NFV940 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV940, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



604-1207 bpd



92-192 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 166



Conventional Pumps Summary



> Conventional pumps > NF > NFV940



NFV940 Pump Performance Curve NFV940 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV940, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



503-1006 bpd



80-160 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 167



Conventional Pumps Summary



> Conventional pumps > NF > NFV940



NFV940 Multi Hz Curve (Tornado) Multi Hz Curve NFV940



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 168



Conventional Pumps Summary



> Conventional pumps > NF > NFV940



NFV940 Pump Design Data @ 60 Hz 362 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



262



119



6



11.5



3.5



295



7



13.1



4.0



335



STG



Head ft



m



81



2200



671



134



96



2608



152



110



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



55



27.8



20.8



30.2



22.6



3002101906



795



55



33.0



24.6



35.8



26.7



3002101907



2988



911



55



37.8



28.2



41.1



30.6



3002101908



8



14.8



4.5



373



169



125



3396



1035



55



43.0



32.1



46.7



34.8



3002101909



9



16.4



5.0



408



185



140



3803



1159



55



48.1



35.9



52.3



39.0



3002101910



10



18.0



5.5



445



202



155



4211



1283



55



53.3



39.7



57.9



43.2



3002101911



11



19.7



6.0



481



218



167



4537



1383



55



57.4



42.8



62.3



46.5



3002101912



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



STG



ft



m



lb



kg



9.8



3.0



262



119



71



Head ft



m



1929



588



Eff., % 55



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



24.4



18.2



26.5



19.8



3002100992



6



11.5



3.5



295



134



85



2309



704



55



29.2



21.8



31.7



23.7



3002101011



7



13.1



4.0



335



152



97



2635



803



55



33.3



24.9



36.2



27.0



3002100993



8



14.8



4.5



373



169



111



3015



919



55



38.1



28.5



41.4



30.9



3002100991



9



16.4



5.0



408



185



125



3396



1035



55



43.0



32.1



46.7



34.8



3002100879



10



18.0



5.5



445



202



137



3722



1134



55



47.1



35.1



51.1



38.2



3002101020



11



19.7



6.0



481



218



151



4102



1250



55



51.9



38.7



56.4



42.1



3002100994



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010242



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 169



Conventional Pumps Summary



> Conventional pumps > NF > NFV3800



NFV3800 Pump Performance Curve NFV3800 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV3800, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



2641-4528 bpd



420-720 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 170



Conventional Pumps Summary



> Conventional pumps > NF > NFV3800



NFV3800 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NFV3800 50 Hz / 2910 rpm



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV3800, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



2201-3773 bpd



350-600 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 171



Conventional Pumps Summary



> Conventional pumps > NF > NFV3800



NFV3800 Multi Hz Curve (Tornado) Multi Hz Curve NFV3800



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 172



Conventional Pumps Summary



> Conventional pumps > NF > NFV3800



NFV3800 Pump Design Data @ 60 Hz 362 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



262



119



6



11.5



3.5



295



STG



Head ft



m



37



610



186



134



44



725



221



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



66



25.9



19.3



26.2



19.5



S14 shaft** 3002360117



66



30.8



23.0



31.1



23.2



3002360118



7



13.1



4.0



335



152



50



824



251



66



35.0



26.1



35.4



26.4



3002360119



8



14.8



4.5



373



169



57



940



286



66



39.9



29.8



40.3



30.1



3002360120



9



16.4



5.0



408



185



64



1055



322



66



44.8



33.4



45.3



33.8



3002360121



10



18.0



5.5



445



202



70



1154



352



66



49.0



36.6



49.5



37.0



3002360122



11



19.7



6.0



481



218



77



1270



387



66



53.9



40.2



54.5



40.6



3002360123



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



262



119



STG 37



Head ft



m



610



186



Eff., % 66



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



25.9



19.3



26.2



19.5



3002360260 3002360282



6



11.5



3.5



295



134



44



725



221



66



30.8



23.0



31.1



23.2



7



13.1



4.0



335



152



50



824



251



66



35.0



26.1



35.4



26.4



3002360261



8



14.8



4.5



373



169



57



940



286



66



39.9



29.8



40.3



30.1



3002360259



9



16.4



5.0



408



185



64



1055



322



66



44.8



33.4



45.3



33.8



3002360262



10



18.0



5.5



445



202



70



1154



352



66



49.0



36.6



49.5



37.0



3002360292



11



19.7



6.0



481



218



77



1270



387



66



53.9



40.2



54.5



40.6



3002360263



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0 FJI



0.66



0.2



6.99



3.17



2013070103



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



2013070049



SPLINE COUPLING 0.79"-0.79" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010119



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 173



Conventional Pumps Summary



> Conventional pumps > NH > NHV200



NHV200 Pump Performance Curve NHV200 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV200, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



136-264 bpd



22-42 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 174



Conventional Pumps Summary



> Conventional pumps > NH > NHV200



NHV200 Pump Performance Curve NHV200 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV200, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



113-220 bpd



18-35 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 175



Conventional Pumps Summary



> Conventional pumps > NH > NHV200



NHV200 Multi Hz Curve (Tornado) Multi Hz Curve NHV200



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 176



Conventional Pumps Summary



> Conventional pumps > NH > NHV200



NHV200 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



298



135



STG



Head ft



m



99



3508



1069



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



33



14.7



10.9



15.6



11.6



3002570238



6



11.5



3.5



344



156



114



4039



1231



33



16.9



12.6



17.9



13.4



3002570260



7



13.1



4.0



386



175



132



4677



1426



33



19.6



14.6



20.8



15.5



3002570239



8



14.8



4.5



430



195



150



5315



1620



33



22.2



16.6



23.6



17.6



3002570237



9



16.4



5.0



470



213



168



5953



1814



33



24.9



18.6



26.5



19.7



3002570240



10



18.0



5.5



518



235



183



6484



1976



33



27.1



20.2



28.8



21.5



3002570270



11



19.7



6.0



562



255



201



7122



2171



33



29.8



22.2



31.6



23.6



3002570241



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



298



135



STG



Head ft



m



86



3047



929



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



33



12.7



9.5



13.5



10.1



3002570272 3002570273



6



11.5



3.5



344



156



103



3650



1112



33



15.3



11.4



16.2



12.1



7



13.1



4.0



386



175



119



4217



1285



33



17.6



13.2



18.7



14.0



3002570274



8



14.8



4.5



430



195



134



4748



1447



33



19.9



14.8



21.1



15.7



3002570275



9



16.4



5.0



470



213



148



5244



1598



33



21.9



16.4



23.3



17.4



3002570276



10



18.0



5.5



518



235



162



5740



1750



33



24.0



17.9



25.5



19.0



3002570277



11



19.7



6.0



562



255



179



6343



1933



33



26.5



19.8



28.2



21.0



3002570278



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.80



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.69



5.3



2013070059



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



2024010242



0.31



0.09



0.5



0.2



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 177



Conventional Pumps Summary



> Conventional pumps > NH > NHV250



NHV250 Pump Performance Curve NHV250 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV250, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



151-340 bpd



24-54 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 178



Conventional Pumps Summary



> Conventional pumps > NH > NHV250



NHV250 Pump Performance Curve NHV250 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV250, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



126-283 bpd



20-45 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 179



Conventional Pumps Summary



> Conventional pumps > NH > NHV250



NHV250 Multi Hz Curve (Tornado) Multi Hz Curve NHV250



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 180



Conventional Pumps Summary



> Conventional pumps > NH > NHV250



NHV250 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



298



135



STG 99



Head ft



m



3064



934



Eff., % 38



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



15.1



11.2



16.7



12.5



3002770183 3002770205



6



11.5



3.5



331



150



114



3528



1075



38



17.3



12.9



19.2



14.4



7



13.1



4.0



386



175



132



4085



1245



38



20.1



15.0



22.3



16.6



3002770184



8



14.8



4.5



430



195



150



4642



1415



38



22.8



17.0



25.3



18.9



3002770182 3002770185



9



16.4



5.0



470



213



168



5199



1585



38



25.6



19.1



28.4



21.2



10



18.0



5.5



518



235



183



5663



1726



38



27.8



20.8



30.9



23.1



3002770215



11



19.7



6.0



562



255



201



6220



1896



38



30.6



22.8



33.9



25.3



3002770186



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



STG



ft



m



lb



kg



9.8



3.0



298



135



86



Head ft



m



2661



811



Eff., % 38



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



13.1



9.8



14.5



10.8



3002770797



6



11.5



3.5



331



150



103



3187



971



38



15.7



11.7



17.4



13.0



3002770819



7



13.1



4.0



386



175



119



3682



1122



38



18.1



13.5



20.1



15.0



3002770798



8



14.8



4.5



430



195



134



4147



1264



38



20.4



15.2



22.6



16.9



3002770796



9



16.4



5.0



470



213



148



4580



1396



38



22.5



16.8



25.0



18.6



3002770799



10



18.0



5.5



518



235



162



5013



1528



38



24.6



18.4



27.3



20.4



3002770829



11



19.7



6.0



562



255



179



5539



1688



38



27.2



20.3



30.2



22.5



3002770800



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.69



5.3



2013070059



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



2024010242



0.31



0.09



0.5



0.2



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 181



Conventional Pumps Summary



> Conventional pumps > NH > NHV380



NHV380 Pump Performance Curve NHV380 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV380, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



226-528 bpd



36-84 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 182



Conventional Pumps Summary



> Conventional pumps > NH > NHV380



NHV380 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NHV380 50 Hz / 2910 rpm



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV380, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



189-440 bpd



30-70 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 183



Conventional Pumps Summary



> Conventional pumps > NH > NHV380



NHV380 Multi Hz Curve (Tornado) Multi Hz Curve NHV380



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 184



Conventional Pumps Summary



> Conventional pumps > NH > NHV380



NHV380 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



104



2948



899



122



3458



1054



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



46



17.9



13.4



20.3



15.1



S14 shaft** 3002120713



46



21.0



15.7



23.8



17.7



3002120714



7



13.1



4.0



386



175



141



3997



1218



46



24.3



18.1



27.5



20.5



3002120715



8



14.8



4.5



430



195



157



4450



1356



46



27.0



20.2



30.6



22.8



3002120716



9



16.4



5.0



470



213



176



4989



1521



46



30.3



22.6



34.3



25.6



3002120717



10



18.0



5.5



518



235



194



5499



1676



46



33.4



24.9



37.8



28.2



3002120718



11



19.7



6.0



562



255



213



6038



1840



46



36.6



27.3



41.5



31.0



3002120719



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



STG



Head ft



m



89



2523



769



156



104



2948



899



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



46



15.3



11.4



17.3



12.9



S14 shaft** 3002120681



46



17.9



13.4



20.3



15.1



3002120702



7



13.1



4.0



386



175



122



3458



1054



46



21.0



15.7



23.8



17.7



3002120682



8



14.8



4.5



430



195



140



3969



1210



46



24.1



18.0



27.3



20.3



3002120680 3002120683



9



16.4



5.0



470



213



153



4337



1322



46



26.3



19.6



29.8



22.2



10



18.0



5.5



518



235



169



4791



1460



46



29.1



21.7



32.9



24.6



3002120711



11



19.7



6.0



562



255



187



5301



1616



46



32.2



24.0



36.4



27.2



3002120684



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.69



5.3



2013070059



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



2024010242



0.31



0.09



0.5



0.2



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 185



Conventional Pumps Summary



> Conventional pumps > NH > NHV450



NHV450 Pump Performance Curve NHV450 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV450, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



302-604 bpd



48-96 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 186



Conventional Pumps Summary



> Conventional pumps > NH > NHV450



NHV450 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NHV450 50 Hz / 2910 rpm



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV450, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



251-503 bpd



40-80 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 187



Conventional Pumps Summary



> Conventional pumps > NH > NHV450



NHV450 Multi Hz Curve (Tornado) Multi Hz Curve NHV450



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 188



Conventional Pumps Summary



> Conventional pumps > NH > NHV450



NHV450 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



101



2706



825



117



3134



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



53



16.9



12.6



17.5



13.1



S14 shaft** TBA



955



53



19.6



14.6



20.3



15.2



TBA TBA



7



13.1



4.0



386



175



135



3616



1102



53



22.6



16.9



23.4



17.5



8



14.8



4.5



430



195



153



4098



1249



53



25.6



19.1



26.6



19.8



TBA



9



16.4



5.0



470



213



172



4607



1404



53



28.8



21.5



29.9



22.3



TBA



10



18.0



5.5



518



235



190



5090



1551



53



31.9



23.8



33.0



24.6



TBA



11



19.7



6.0



562



255



208



5572



1698



53



34.9



26.0



36.1



27.0



TBA



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



87



2331



710



101



2706



825



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



53



14.6



10.9



15.1



11.3



S14 shaft** TBA



53



16.9



12.6



17.5



13.1



TBA



7



13.1



4.0



386



175



119



3188



972



53



19.9



14.9



20.7



15.4



TBA



8



14.8



4.5



430



195



137



3670



1119



53



23.0



17.1



23.8



17.8



TBA



9



16.4



5.0



470



213



151



4045



1233



53



25.3



18.9



26.2



19.6



TBA



10



18.0



5.5



518



235



169



4527



1380



53



28.3



21.1



29.3



21.9



TBA



11



19.7



6.0



562



255



186



4982



1519



53



31.2



23.3



32.3



24.1



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.80



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.68



5.3



2013070059



SPLINE COUPLING 0.67"-0.67" PRT (for FLT. SCMP pumps)



2024010242



0.31



0.09



0.5



0.2



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 189



Conventional Pumps Summary



> Conventional pumps > NH > NHV600



NHV600 Pump Performance Curve NHV600 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head



m



12.20



ft



Qmin



40



%



75



9.15



30



50



6.10



20



Q max



Recommended operating range



Head



Eff,



Qnom



Power



hp 25



3.05



10



kW



0.30



0.22



0.15



0.11



Eff Power



0



0.00



0



0



200



0



30



400



600



60



90



800 120



1000 150



1200 180



0.00 0.00 bpd m3/day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV600, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



453-755 bpd



72-120 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 190



Conventional Pumps Summary



> Conventional pumps > NH > NHV600



NHV600 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NHV600 50 Hz / 2910 rpm



406 series / OD 103 mm



Head



ft 26.2



m 8



Qmin



Head



Qnom



Qmax



Recommended operating range



Eff, % 75



19.7



6



50



13.1



4



25



6.56



2



Power



Eff



kW



Power 0



0



0



0



25



50



0



75



300



Capacity



100



hp



0.18



0.24



0.09



0.12



0.00 0.00 150 m3/day



125



600



900



bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV600, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



377-629 bpd



60-100 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 191



Conventional Pumps Summary



> Conventional pumps > NH > NHV600



NHV600 Multi Hz Curve (Tornado) Multi Hz Curve NHV600



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 192



Conventional Pumps Summary



> Conventional pumps > NH > NHV600



NHV600 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



7



13.1



4.0



386



8



14.8



4.5



430



STG



Head ft



m



86



2661



811



99



3064



934



175



116



3590



195



129



3992



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



56



21.2



15.8



22.7



17.0



S14 shaft** TBA



56



24.4



18.2



26.2



19.5



TBA



1094



56



28.6



21.3



30.7



22.9



TBA



1217



56



31.8



23.7



34.1



25.5



TBA



9



16.4



5.0



470



213



146



4518



1377



56



35.9



26.8



38.6



28.8



TBA



10



18.0



5.5



518



235



159



4920



1500



56



39.1



29.2



42.0



31.4



TBA



11



19.7



6.0



562



255



176



5446



1660



56



43.3



32.3



46.5



34.7



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Compression: AR2 CR1* HSG #



Length**



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



97



3002



915



114



3528



1075



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



56



23.9



17.8



25.6



19.1



S14 shaft** TBA



56



28.1



20.9



30.1



22.5



TBA



7



13.1



4.0



386



175



132



4085



1245



56



32.5



24.2



34.9



26.0



TBA



8



14.8



4.5



430



195



150



4642



1415



56



36.9



27.6



39.7



29.6



TBA



9



16.4



5.0



470



213



167



5168



1575



56



41.1



30.7



44.2



33.0



TBA



10



18.0



5.5



518



235



185



5725



1745



56



45.5



34.0



48.9



36.5



TBA



11



19.7



6.0



562



255



202



6251



1905



56



49.7



37.1



53.4



39.9



TBA



*CR2, CR3 and UCR configurations are available. **Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



2018 Page 193



Conventional Pumps Summary



> Conventional pumps > NH > NHV600



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.68901



0.21



10.8045



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72182



0.22



11.6865



5.3



2013070059



0.31



0.09



0.9



0.4



2024010016



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



SPLINE COUPLING 0.79"STR-0.79"STR (for FLT. SCMP pumps)



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 194



Conventional Pumps Summary



> Conventional pumps > NH > NHV760



NHV760 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NHV760 60 Hz / 3490 rpm



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV760, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



528-1057 bpd



84-168 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 195



Conventional Pumps Summary



> Conventional pumps > NH > NHV760



NHV760 Pump Performance Curve NHV760 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV760, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



440-881 bpd



70-140 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 196



Conventional Pumps Summary



> Conventional pumps > NH > NHV760



NHV760 Multi Hz Curve (Tornado) Multi Hz Curve NHV760



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 197



Conventional Pumps Summary



> Conventional pumps > NH > NHV760



NHV760 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



97



3396



1035



114



3991



1216



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



58



32.6



24.3



37.1



27.7



S14 shaft** 3002141055



58



38.3



28.6



43.6



32.5



3002141056



7



13.1



4.0



386



175



132



4621



1408



58



44.3



33.1



50.4



37.6



3002141057



8



14.8



4.5



430



195



150



5251



1601



58



50.4



37.6



57.3



42.8



3002141058



9



16.4



5.0



470



213



167



5846



1782



58



56.1



41.8



63.8



47.6



3002141059



10



18.0



5.5



518



235



185



6476



1974



58



62.1



46.4



70.7



52.7



3002141060



11



19.7



6.0



562



255



202



7072



2155



58



67.8



50.6



77.2



57.6



3002141061



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



84



2941



896



100



3501



1067



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



58



28.2



21.0



32.1



24.0



S14 shaft** 3002141062



58



33.6



25.1



38.2



28.5



3002141063



7



13.1



4.0



386



175



114



3991



1216



58



38.3



28.6



43.6



32.5



3002141064



8



14.8



4.5



430



195



130



4551



1387



58



43.6



32.6



49.7



37.1



3002141065



9



16.4



5.0



470



213



144



5041



1537



58



48.3



36.1



55.0



41.1



3002140576



10



18.0



5.5



518



235



161



5636



1718



58



54.1



40.3



61.5



45.9



3002141066



11



19.7



6.0



562



255



175



6126



1867



58



58.8



43.8



66.9



49.9



3002141067



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.68901



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72182



0.22



11.6865



5.3



2013070059



0.31



0.09



0.9



0.4



2024010016



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



SPLINE COUPLING 0.79"STR-0.79"STR (for FLT. SCMP pumps)



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 198



Conventional Pumps Summary



> Conventional pumps > NH > NHV940



NHV940 Pump Performance Curve NHV940 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV940, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



717-1208 bpd



114-192 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 199



Conventional Pumps Summary



> Conventional pumps > NH > NHV940



NHV940 Pump Performance Curve NHV940 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV940, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



597-1006 bpd



95-160 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 200



Conventional Pumps Summary



> Conventional pumps > NH > NHV940



NHV940 Multi Hz Curve (Tornado) Multi Hz Curve NHV940



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 201



Conventional Pumps Summary



> Conventional pumps > NH > NHV940



NHV940 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



STG



Head ft



m



90



3231



985



156



106



3806



1160



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



61



37.3



27.8



41.5



30.9



S14 shaft** 3002151325



61



43.9



32.8



48.8



36.5



3002151326



7



13.1



4.0



386



175



122



4380



1335



61



50.6



37.7



56.2



42.0



3002151327



8



14.8



4.5



430



195



137



4919



1499



61



56.8



42.4



63.1



47.1



3002151328



9



16.4



5.0



470



213



153



5494



1674



61



63.4



47.3



70.5



52.6



3002151329



10



18.0



5.5



518



235



169



6068



1850



61



70.0



52.3



77.9



58.1



3002151330



11



19.7



6.0



562



255



185



6643



2025



61



76.7



57.2



85.2



63.6



3002151331



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



298



135



STG 79



Head ft



m



2837



865



Eff., % 61



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



32.7



24.4



36.4



27.2



3002150809 3002150830



6



11.5



3.5



344



156



91



3267



996



61



37.7



28.1



41.9



31.3



7



13.1



4.0



386



175



106



3806



1160



61



43.9



32.8



48.8



36.5



3002150810



8



14.8



4.5



430



195



119



4273



1302



61



49.3



36.8



54.8



40.9



3002150808



9



16.4



5.0



470



213



134



4811



1466



61



55.5



41.4



61.7



46.1



3002150811



10



18.0



5.5



518



235



149



5350



1631



61



61.8



46.1



68.7



51.2



3002150839



11



19.7



6.0



562



255



161



5781



1762



61



66.7



49.8



74.2



55.4



3002150812



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.79"-0.79" PRT (for FLT. SCMP pumps)



0.31



0.09



0.9



0.4



2024010119



SPLINE COUPLING 0.79"-0.79" CMP (for CMP pumps)



0.31



0.09



0.9



0.4



2024010333 2138030003



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



999.355.0050_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030146



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 202



Conventional Pumps Summary



> Conventional pumps > NH > NHV1200



NHV1200 Pump Performance Curve NHV1200 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV1200, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



981-1547 bpd



156-246 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 203



Conventional Pumps Summary



> Conventional pumps > NH > NHV1200



NHV1200 Pump Performance Curve NHV1200 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV1200, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



818-1289 bpd



130-205 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 204



Conventional Pumps Summary



> Conventional pumps > NH > NHV1200



NHV1200 Multi Hz Curve (Tornado) Multi Hz Curve NHV1200



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 205



Conventional Pumps Summary



> Conventional pumps > NH > NHV1200



NHV1200 Pump Design Data @ 60 Hz 406 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



98



3380



1030



115



3966



1209



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



56



53.1



39.6



59.5



44.4



S14 shaft** 3002161577



56



62.3



46.5



69.8



52.1



3002161599



7



13.1



4.0



386



175



132



4552



1388



56



71.5



53.4



80.1



59.8



3002161578



8



14.8



4.5



430



195



149



5139



1566



56



80.7



60.2



90.4



67.5



3002161576



9



16.4



5.0



470



213



166



5725



1745



56



89.9



67.1



100.7



75.2



3002161579



10



18.0



5.5



518



235



183



6311



1924



56



99.2



74.0



111.0



82.9



3002161609



11



19.7



6.0



562



255



201



6932



2113



56



108.9



81.3



121.9



91.0



3002161580



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



298



135



STG 82



Head ft



m



2828



862



Eff., % 56



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



44.4



33.2



49.7



37.1



3002160977



6



11.5



3.5



344



156



98



3380



1030



56



53.1



39.6



59.5



44.4



3002160540



7



13.1



4.0



386



175



112



3863



1177



56



60.7



45.3



67.9



50.7



3002160978



8



14.8



4.5



430



195



128



4414



1346



56



69.4



51.8



77.7



58.0



3002160874



9



16.4



5.0



470



213



141



4863



1482



56



76.4



57.0



85.5



63.8



3002160979



10



18.0



5.5



518



235



158



5449



1661



56



85.6



63.9



95.9



71.5



3002161005



11



19.7



6.0



562



255



171



5897



1798



56



92.7



69.1



103.7



77.4



3002160875



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.79"-0.79" PRT (for FLT. SCMP pumps)



0.31



0.09



0.9



0.4



2024010119



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 206



Conventional Pumps Summary



> Conventional pumps > NH > NH1900M1



NH1900M1 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NH1900M1 60 Hz / 3490 rpm



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH1900M1, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



1434-2264 bpd



228-360 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



434 hp



324 kW



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 207



Conventional Pumps Summary



> Conventional pumps > NH > NH1900M1



NH1900M1 Pump Performance Curve NH1900M1 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Recommended operating range



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH1900M1, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



1195-1887 bpd



190-300 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



362 hp



270 kW



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 208



Conventional Pumps Summary



> Conventional pumps > NH > NH1900M1



NH1900M1 Multi Hz Curve (Tornado) Multi Hz Curve NH1900M1



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 209



Conventional Pumps Summary



> Conventional pumps > NH > NH1900M1



NH1900M1 Pump Design Data @ 60 Hz 406 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



51



1202



366



60



1414



431



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



60



27.7



20.7



27.9



20.8



S14 shaft** TBA



60



32.6



24.3



32.8



24.5



TBA



7



13.1



4.0



386



175



69



1627



496



60



37.5



27.9



37.8



28.2



TBA



8



14.8



4.5



430



195



78



1839



560



60



42.3



31.6



42.7



31.8



TBA



9



16.4



5.0



470



213



87



2051



625



60



47.2



35.2



47.6



35.5



TBA



10



18.0



5.5



518



235



96



2263



690



60



52.1



38.9



52.5



39.2



TBA



11



19.7



6.0



562



255



105



2475



754



60



57.0



42.5



57.5



42.9



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.80



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.69



5.3



2013070059



SPLINE COUPLING 0.87"STR-0.87"STR PRT (for FLT. SCMP pumps)



0.31



0.09



0.9



0.4



2024010010



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage



2018 Page 210



Conventional Pumps Summary



> Conventional pumps > NH > NH3000



NH3000 Pump Performance Curve NH3000 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head



m



11.00



ft



Qmin



36



Head



9.16



30



7.33



24



75



5.50



18



50



3.67



12



Eff,



Qnom



Qmax



Recommended operating range



%



Power



Eff 25



0



1.83



0.00



6



0



Power



0



1000



0



150



2000 300



3000 450



4000 600



5000 750



hp



kW



1.44



1.07



0.72



0.54



0.00 0.00 bpd m3 /day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH3000, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



2415-3622 bpd



384-576 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



434 hp



324 kW



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



6000 psi



414 bar



Housing Burst Pressure Limit



2018 Page 211



Conventional Pumps Summary



> Conventional pumps > NH > NH3000



NH3000 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NH3000 50 Hz / 2910 rpm



406 series / OD 103 mm



Head



ft 26



m 8



Qmin



Qnom



Q max



Recommended operating range



Head



Eff, % 75



20



6



50



13



4



25



6.6



2



Eff



Power kW hp 0.50



0.67



0.25



0.34



Power



0



0



0



0



250



0



500



1500



Capacity



750



3000



4500



0.00 0.00 m3 /day bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH3000, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



2012-3019 bpd



320-480 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



362 hp



270 kW



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 212



Conventional Pumps Summary



> Conventional pumps > NH > NH3000



NH3000 Multi Hz Curve (Tornado) Multi Hz Curve NH3000



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 213



Conventional Pumps Summary



> Conventional pumps > NH > NH3000



NH3000 Pump Design Data @ 60 Hz 406 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



51



1270



387



60



1494



455



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



60



47.2



35.2



48.7



36.4



S14 shaft** 3002200911



60



55.6



41.5



57.3



42.8



3002200912



7



13.1



4.0



386



175



69



1718



524



60



63.9



47.7



65.9



49.2



3002200913



8



14.8



4.5



430



195



78



1942



592



60



72.2



53.9



74.5



55.6



3002200914 3002200347



9



16.4



5.0



470



213



87



2166



660



60



80.6



60.1



83.1



62.0



10



18.0



5.5



518



235



96



2390



729



60



88.9



66.4



91.7



68.4



3002200915



11



19.7



6.0



562



255



105



2614



797



60



97.2



72.6



100.3



74.9



3002200338



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



298



135



STG



Head ft



m



51



1270



387



Eff., % 60



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



47.2



35.2



48.7



36.4



3002200800 3002200822



6



11.5



3.5



344



156



60



1494



455



60



55.6



41.5



57.3



42.8



7



13.1



4.0



386



175



69



1718



524



60



63.9



47.7



65.9



49.2



3002200801



8



14.8



4.5



430



195



78



1942



592



60



72.2



53.9



74.5



55.6



3002200799



9



16.4



5.0



470



213



87



2166



660



60



80.6



60.1



83.1



62.0



3002200802



10



18.0



5.5



518



235



96



2390



729



60



88.9



66.4



91.7



68.4



3002200832



11



19.7



6.0



562



255



105



2614



797



60



97.2



72.6



100.3



74.9



3002200803



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.87"STR-0.87"STR PRT (for FLT. SCMP pumps)



0.31



0.09



0.9



0.4



2024010010



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage



2018 Page 214



Conventional Pumps Summary



> Conventional pumps > NH > NHV3800



NHV3800 Pump Performance Curve NHV3800 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head m



ft



12.2



35



Qmin



Qmax



Qnom



Recommended operating range



Head 10.4



30



8.7



25



7.0



20



5.2



15



Eff, % 75



50



Power



3.5



10



1.7



5



0.0



0



Eff



25



hp



kW



1.50



1.12



0.75



0.56



Power



0



0 0



1000 100



2000 200



3000



300



400



500



4000 600



5000 700



800



6000



0.00 0.00 bpd



900



m3 /day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV3800, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



2641-4528 bpd



420-720 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



434 hp



324 kW



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 215



Conventional Pumps Summary



> Conventional pumps > NH > NHV3800



NHV3800 Pump Performance Curve NHV3800 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head



ft 26.2



m 8



Qmin



Qnom



Qmax



Recommended operating range



Head Eff, % 75



19.7



6



50



13.1



4



25



6.56



2



Power



Eff



kW



hp



0.60



0.80



0.30



0.40



Power



0



0



0



0 0



Capacity



200



400



1000



2000



600 3000



800 4000



5000



0.00 0.00 bpd m3/day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHv3800, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



2201-3773 bpd



350-600 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



362 hp



270 kW



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 216



Conventional Pumps Summary



> Conventional pumps > NH > NHV3800



NHV3800 Multi Hz Curve (Tornado) Multi Hz Curve NHV3800



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 217



Conventional Pumps Summary



> Conventional pumps > NH > NHV3800



NHV3800 Pump Design Data @ 60 Hz 406 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



STG



ft



m



lb



kg



9.8



3.0



298



135



42



Head ft



m



978



298



Eff., % 60



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



47.3



35.3



48.7



36.4



3002210850



6



11.5



3.5



344



156



50



1165



355



60



56.4



42.1



58.0



43.3



3002210851



7



13.1



4.0



386



175



57



1328



405



60



64.3



47.9



66.2



49.4



3002210852



8



14.8



4.5



430



195



65



1514



461



60



73.3



54.7



75.4



56.3



3002210345



9



16.4



5.0



470



213



72



1677



511



60



81.2



60.6



83.6



62.4



3002210306



10



18.0



5.5



518



235



80



1863



568



60



90.2



67.3



92.8



69.3



3002210853



11



19.7



6.0



562



255



88



2050



625



60



99.2



74.0



102.1



76.2



3002210307



Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



STG



ft



m



lb



kg



9.8



3.0



298



135



42



Head ft



m



978



298



Eff., % 60



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



47.3



35.3



48.7



36.4



3002210854



6



11.5



3.5



344



156



50



1165



355



60



56.4



42.1



58.0



43.3



3002210859



7



13.1



4.0



386



175



57



1328



405



60



64.3



47.9



66.2



49.4



3002210855 3002210856



8



14.8



4.5



430



195



65



1514



461



60



73.3



54.7



75.4



56.3



9



16.4



5.0



470



213



72



1677



511



60



81.2



60.6



83.6



62.4



3002210857



10



18.0



5.5



518



235



80



1863



568



60



90.2



67.3



92.8



69.3



3002210860



11



19.7



6.0



562



255



88



2050



625



60



99.2



74.0



102.1



76.2



3002210858



Compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



298



135



4



8.2



2.5



386



STG



Head ft



m



27



629



192



175



34



792



241



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



57



30.4



22.7



31.3



23.4



S14 shaft** 3002212074



57



38.3



28.6



39.5



29.4



3002212073 3002212072



5



9.8



3.0



430



195



42



978



298



57



47.3



35.3



48.7



36.4



7



13.1



4.0



470



213



57



1328



405



57



64.3



47.9



66.2



49.4



3002212071



8



14.8



4.5



562



255



64



1491



454



57



72.1



53.8



74.3



55.4



3002212070



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



2018 Page 218



Conventional Pumps Summary



> Conventional pumps > NH > NHV3800



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.80



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.69



5.3



2013070059



SPLINE COUPLING 0.87"-0.87" PRT (for FLT. SCMP pumps)



0.31



0.09



0.9



0.4



2024010186



SPLINE COUPLING 0.87"-0.87" CMP (for CMP pumps)



0.31



0.09



0.9



0.4



2024010340 2138030003



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



999.355.0050_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030146



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 219



Conventional Pumps Summary



> Conventional pumps > NH > NHV5300



NHV5300 Pump Performance Curve NHV5300 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV5300, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



4151-6341 bpd



660-1008 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



635 hp



474 kW



High Strength (S14)



683 hp



510 kW



Ultra High Strength (S16)



788 hp



588 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 220



Conventional Pumps Summary



> Conventional pumps > NH > NHV5300



NHV5300 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NHV5300 50 Hz / 2910 rpm



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NHV5300, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



3459-5283 bpd



550-840 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



529 hp



395 kW



High Strength (S14)



570 hp



425 kW



Ultra High Strength (S16)



657 hp



490 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 221



Conventional Pumps Summary



> Conventional pumps > NH > NHV5300



NHV5300 Multi Hz Curve (Tornado) Multi Hz Curve NHV5300



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 222



Conventional Pumps Summary



> Conventional pumps > NH > NHV5300



NHV5300 Pump Design Data @ 60 Hz 406 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



298



135



STG 34



Head ft



m



691



211



Eff., % 62



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



43.4



32.4



43.5



32.5



3002221582



6



11.5



3.5



344



156



40



813



248



62



51.0



38.1



51.2



38.2



3002221604



7



13.1



4.0



386



175



46



934



285



62



58.7



43.8



58.9



44.0



3002221583



8



14.8



4.5



430



195



52



1056



322



62



66.3



49.5



66.6



49.7



3002221581



9



16.4



5.0



470



213



58



1178



359



62



74.0



55.2



74.3



55.4



3002221584



10



18.0



5.5



518



235



64



1300



396



62



81.7



60.9



82.0



61.2



3002221614



11



19.7



6.0



562



255



70



1422



433



62



89.3



66.6



89.6



66.9



3002221585



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



298



135



6



11.5



3.5



344



156



STG



Head ft



m



34



691



211



40



813



248



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



62



43.4



32.4



43.5



32.5



S14 shaft** 3002221515



62



51.0



38.1



51.2



38.2



3002221537



7



13.1



4.0



386



175



46



934



285



62



58.7



43.8



58.9



44.0



3002221516



8



14.8



4.5



430



195



52



1056



322



62



66.3



49.5



66.6



49.7



3002221514



9



16.4



5.0



470



213



58



1178



359



62



74.0



55.2



74.3



55.4



3002221517



10



18.0



5.5



518



235



64



1300



396



62



81.7



60.9



82.0



61.2



3002221547



11



19.7



6.0



562



255



70



1422



433



62



89.3



66.6



89.6



66.9



3002221518



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.98"-0.98" PRT (for FLT. SCMP pumps)



2024010243



0.31



0.09



0.9



0.4



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 223



Conventional Pumps Summary



> Conventional pumps > NJ > NJV6000



NJV6000 Pump Performance Curve NJV6000 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NjV6000, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.31 in



135 mm



Housing Diameter



4.49 in



114 mm



Recommended Operating Range



4151-7548 bpd



660-1200 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



635 hp



474 kW



High Strength (S14)



683 hp



510 kW



Ultra High Strength (S16)



788 hp



588 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 224



Conventional Pumps Summary



> Conventional pumps > NJ > NJV6000



NJV6000 Pump Performance Curve NJV6000 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NjV6000, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.31 in



135 mm



Housing Diameter



4.49 in



114 mm



Recommended Operating Range



3460-6290 bpd



550-1000 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



529 hp



395 kW



High Strength (S14)



570 hp



425 kW



Ultra High Strength (S16)



657 hp



490 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 225



Conventional Pumps Summary



> Conventional pumps > NJ > NJV6000



NJV6000 Multi Hz Curve (Tornado) Multi Hz Curve NJV6000



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 226



Conventional Pumps Summary



> Conventional pumps > NJ > NJV6000



NJV6000 Pump Design Data @ 60 Hz 449 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



419



190



STG



Head ft



m



38



1059



323



Eff., % 62



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



75.0



55.9



76.1



56.8



3002490031



6



11.5



3.5



478



217



44



1226



374



62



86.8



64.8



88.1



65.8



3002490032



7



13.1



4.0



540



245



51



1422



433



62



100.6



75.1



102.1



76.2



3002490033



9



16.4



5.0



662



300



65



1812



552



62



128.2



95.7



130.2



97.2



3002490034



10



18.0



5.5



721



327



71



1979



603



62



140.1



104.5



142.2



106.1



3002490035



11



19.7



6.0



783



355



78



2174



663



62



153.9



114.8



156.2



116.6



3002490036



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



Part Number



ft



m



lb



kg



BOH 3-1/2"-8RD EUE-449SERIES CR0



0.62



0.19



7.7



3.5



2013070038



BOH 4-1/2"-8RD EUE-449SERIES CR0



0.62



0.19



7.7



3.5



2013070039



SPLINE COUPLING 0.98"-0.98" PRT (for FLT. SCMP pumps)



0.31



0.09



1.3



0.6



2024010101



999.360.0030_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030080



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 227



Conventional Pumps Summary



> Conventional pumps > NJ > NJV7600



NJV7600 Pump Performance Curve NJV7600 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



Head



m



ft



11



35



Qmin



Qnom



Qmax



Recommended operating range



Head



9



30



8



25



6



20



5



15



Eff, % 75



Power 50



3



10



hp 2.50



kW 1.86



1.25



0.93



Power 25



2



5



0



0



0



Eff



0



2000



0



300



4000



6000



600



900



8000 1200



10000 1500



0.00 0.00 14000 bpd



12000 1800



2100



m3/day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NJV7600, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.31 in



135 mm



Housing Diameter



4.49 in



114 mm



Recommended Operating Range



5283-9811 bpd



840-1560 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



635 hp



474 kW



High Strength (S14)



683 hp



510 kW



Ultra High Strength (S16)



788 hp



588 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 228



Conventional Pumps Summary



> Conventional pumps > NJ > NJV7600



NJV7600 Pump Performance Curve NJV7600 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



Head



ft 23



m 7



Q min



Head 19.7



6



16.4



5



13.1



4



9.84



3



6.56



2



Qnom



Qmax



Recommended operating range



Eff, % 75



50



Power kW



Eff 25 3.28



0



0



1



0



Power



0



250



0



1500



Capacity



500



750



3000



4500



1000 6000



1250 7500



1500 9000



1750 10500



hp



1.20



1.60



0.60



0.80



0.00 0.00 bpd m3 /day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NjV7600, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.31 in



135 mm



Housing Diameter



4.49 in



114 mm



Recommended Operating Range



4402-8176 bpd



700-1300 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



529 hp



395 kW



High Strength (S14)



570 hp



425 kW



Ultra High Strength (S16)



657 hp



490 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 229



Conventional Pumps Summary



> Conventional pumps > NJ > NJV7600



NJV7600 Multi Hz Curve (Tornado) Multi Hz Curve NJV7600



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 230



Conventional Pumps Summary



> Conventional pumps > NJ > NJV7600



NJV7600 Pump Design Data @ 60 Hz 449 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



309



140



STG 29



Head ft



m



818



249



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



65



70.3



52.5



70.4



52.5



3002230232



6



11.5



3.5



386



175



34



959



292



65



82.5



61.5



82.5



61.6



3002230252



7



13.1



4.0



474



215



40



1128



344



65



97.0



72.4



97.1



72.5



3002230233



9



16.4



5.0



529



240



50



1410



430



65



121.3



90.5



121.4



90.6



3002230234



10



18.0



5.5



595



270



55



1551



473



65



133.4



99.5



133.5



99.6



3002230262



11



19.7



6.0



662



300



61



1720



524



65



147.9



110.4



148.1



110.5



3002230235



Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



5



9.8



3.0



309



140



7



13.1



4.0



474



9



16.4



5.0



11



19.7



6.0



STG



Head ft



m



29



819



250



215



40



1130



529



240



50



662



300



61



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



65



70.3



52.5



70.4



52.5



3002230112



344



65



97.0



72.4



97.1



72.5



3002230113



1413



431



65



121.3



90.5



121.4



90.6



3002230084



1723



525



65



147.9



110.4



148.1



110.5



3002230085



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



Part Number



ft



m



lb



kg



BOH 3-1/2"-8RD EUE-449SERIES CR0



0.62



0.19



7.7



3.5



2013070038



BOH 4-1/2"-8RD EUE-449SERIES CR0



0.62



0.19



7.7



3.5



2013070039



SPLINE COUPLING 0.98"-0.98" PRT (for FLT, SCMP pumps)



0.31



0.09



1.3



0.6



2024010101



999.360.0030_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030080



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 231



Conventional Pumps Summary



> Conventional pumps > NJ > NJV9400



NJ9400 Pump Performance Curve NJ9400 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA Nj9400, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.31 in



135 mm



Housing Diameter



4.49 in



114 mm



Recommended Operating Range



7547-11320 bpd



1200-1800 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.09 in2



706.5 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



1110 hp



828 kW



High Strength (S14)



1198 hp



894 kW



Ultra High Strength (S16)



1375 hp



1026 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 232



Conventional Pumps Summary



> Conventional pumps > NJ > NJV9400



NJ9400 Pump Performance Curve NJ9400 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA Nj9400, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.31 in



135 mm



Housing Diameter



4.49 in



114 mm



Recommended Operating Range



6289-9434 bpd



1000-1500 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.09 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



925 hp



690 kW



High Strength (S14)



998 hp



745 kW



Ultra High Strength (S16)



1146 hp



855 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 233



Conventional Pumps Summary



> Conventional pumps > NJ > NJV9400



NJ9400 Multi Hz Curve (Tornado) Multi Hz Curve NJ9400



Curve is calculated for one stage on water of 1.00 sg



449 series / OD 114 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 234



Conventional Pumps Summary



> Conventional pumps > NJ > NJV9400



NJ9400 Pump Design Data @ 60 Hz 449 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



309



140



STG 29



Head ft



m



671



205



Eff., % 64



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



73.1



54.5



73.2



54.6



3002240371 3002240355



6



11.5



3.5



386



175



34



787



240



64



85.7



63.9



85.8



64.0



7



13.1



4.0



474



215



39



903



275



64



98.3



73.3



98.4



73.5



3002240370



9



16.4



5.0



529



240



50



1157



353



64



126.0



94.0



126.2



94.2



3002240340



10



18.0



5.5



606



275



55



1273



388



64



138.6



103.4



138.8



103.6



3002240363



11



19.7



6.0



684



310



60



1389



423



64



151.2



112.8



151.4



113.0



3002240341



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



Part Number



ft



m



lb



kg



BOH 3-1/2"-8RD EUE-449SERIES CR0



0.62



0.19



7.7



3.5



2013070038



BOH 4-1/2"-8RD EUE-449SERIES CR0



0.62



0.19



7.7



3.5



2013070039



SPLINE COUPLING 1.18"-1.18" PRT (for FLT, SCMP pumps)



0.31



0.09



1.3



0.6



2024010417



999.360.0030_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030080



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage



2018 Page 235



Conventional Pumps Summary



> Conventional pumps > NL > NLV1000



NLV1000 Pump Performance Curve Curve is calculated for one stage on water of 1.00 sg



NLV1000 60 Hz / 3490 rpm



484 series / OD 123 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NlV1000, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.71 in



145 mm



Housing Diameter



4.84 in



123 mm



Recommended Operating Range



755-1365 bpd



120-217 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



635 hp



474 kW



High Strength (S14)



683 hp



510 kW



Ultra High Strength (S16)



788 hp



588 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 236



Conventional Pumps Summary



> Conventional pumps > NL > NLV1000



NLV1000 Pump Performance Curve NLV1000 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



484 series / OD 123 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NlV1000, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.71 in



145 mm



Housing Diameter



4.84 in



123 mm



Recommended Operating Range



629-1132 bpd



100-180 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



529 hp



395 kW



High Strength (S14)



570 hp



425 kW



Ultra High Strength (S16)



657 hp



490 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 237



Conventional Pumps Summary



> Conventional pumps > NL > NLV1000



NLV1000 Multi Hz Curve (Tornado) Multi Hz Curve NLV1000



Curve is calculated for one stage on water of 1.00 sg



484 series / OD 123 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 238



Conventional Pumps Summary



> Conventional pumps > NL > NLV1000



NLV1000 Pump Design Data @ 60 Hz 484 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



320



145



STG 91



Head ft



m



4389



1338



Eff.. %



BHP. nominal



BHP. max



Part Number



hp



kW



hp



kW



S14 shaft**



53



60.5



45.1



68.1



50.8



3002250146 3002250168



6



11.5



3.5



386



175



109



5257



1602



53



72.4



54.1



81.5



60.8



7



13.1



4.0



496



225



123



5932



1808



53



81.7



61.0



92.0



68.7



3002250147



8



14.8



4.5



551



250



141



6800



2073



53



93.7



69.9



105.5



78.7



3002250145 3002250148



9



16.4



5.0



650



295



155



7475



2279



53



103.0



76.9



115.9



86.5



10



18.0



5.5



772



350



173



8344



2543



53



115.0



85.8



129.4



96.6



3002250178



11



19.7



6.0



882



400



190



9163



2793



53



126.3



94.2



142.1



106.0



3002250149



*CR2. CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only. for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-484SERIES CR0



0.65



0.2



18.7



8.5



SPLINE COUPLING 0.98"-0.98" PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2013070135 TBA



Installation parts kit for 484 series Pump - FLT. SCMP. CR0



-



-



-



-



TBA



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 239



Conventional Pumps Summary



> Conventional pumps > NL > NLV1900



NLV1900 Pump Performance Curve NLV1900 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



484 series / OD 123 mm



Head



m



ft



18.3



60



Qmin



Head



15.3



50



12.2



40



75



9.1



30



50



6.1



20



Eff,



25



0



Qnom



Q max



Recommended operating range



%



3.0



0.0



Power



Eff



hp



kW



2.00



1.50



Power



1.00



0.75



10



0



0 0



700 100



1400 200



2100 300



2800 400



3500 500



0.00 0.00 bpd m3 /day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NlV1900, 60 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.71 in



145 mm



Housing Diameter



4.84 in



123 mm



Recommended Operating Range



1359-2340 bpd



216-372 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



635 hp



474 kW



High Strength (S14)



683 hp



510 kW



Ultra High Strength (S16)



788 hp



588 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 240



Conventional Pumps Summary



> Conventional pumps > NL > NLV1900



NLV1900 Pump Performance Curve NLV1900 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



484 series / OD 123 mm



Head



ft 49.2



m 15



Qmin



Qnom



Qmax



Recommended operating range



Head



32.8



10



16.4



5



Eff, % 75



50



Power kW



Eff



25



Power



0



0



0



0 0



Capacity



100 500



200 1000



300 1500



400 2000



500



2500



3000



hp



0.80



1.07



0.40



0.54



0.00 0.00 m3/day bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NlV1900, 50 Hz Maximal ESP System OD (incl. MLE AWG#5, 4kV)



5.71 in



145 mm



Housing Diameter



4.84 in



123 mm



Recommended Operating Range



1132-1950 bpd



180-310 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.75 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



529 hp



395 kW



High Strength (S14)



570 hp



425 kW



Ultra High Strength (S16)



657 hp



490 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 241



Conventional Pumps Summary



> Conventional pumps > NL > NLV1900



NLV1900 Multi Hz Curve (Tornado) Multi Hz Curve NLV1900



Curve is calculated for one stage on water of 1.00 sg



484 series / OD 123 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 242



Conventional Pumps Summary



> Conventional pumps > NL > NLV1900



NLV1900 Pump Design Data @ 60 Hz 484 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG # 5



Length***



Weight



ft



m



lb



kg



9.8



3.0



320



145



Head



STG 79



ft



m



3743



1141



Eff., % 61



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



85.7



64.0



90.0



67.2



3002260310 3002260332



6



11.5



3.5



419



190



91



4312



1314



61



98.7



73.7



103.6



77.4



7



13.1



4.0



496



225



107



5070



1545



61



116.1



86.6



121.9



91.0



3002260311



8



14.8



4.5



551



250



119



5639



1719



61



129.1



96.4



135.5



101.2



3002260309



9



16.4



5.0



650



295



134



6350



1935



61



145.4



108.5



152.6



113.9



3002260312



10



18.0



5.5



761



345



149



7060



2152



61



161.7



120.7



169.7



126.7



3002260342



11



19.7



6.0



882



400



162



7677



2340



61



175.8



131.2



184.5



137.7



3002260313



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-484SERIES CR0



0.66



0.2



18.7



8.5



SPLINE COUPLING 0.98"-0.98" PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2013070135 TBA



Installation kit for 484 series Pump - FLT, SCMP. CR0



-



-



-



-



TBA



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage with Vortex crown



2018 Page 243



Conventional Pumps Summary



> Conventional pumps > NR > NRV3800



NRV3800 Pump Performance Curve NRV3800 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



Head



m



ft



36.6



120



Qmin



Q nom



Qmax



Recommended operating range



Head



Eff, 75



% 24.4



80



12.2



40



50



Power



hp



Eff 25



kW



5.00



3.73



2.50



1.87



Power



0



0.0



0



0



2500



5000



0



400



800



7500



0.00 0.00 bpd m3/day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV3800, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



3019-4905 bpd



480-780 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.09 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



675 hp



504 kW



Medium Strength (S11)



933 hp



696 kW



Standard (S13)



1110 hp



828 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 244



Conventional Pumps Summary



> Conventional pumps > NR > NRV3800



NRV3800 Pump Performance Curve NRV3800 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



Head



m 23



ft 75



15



50



7.6



25



Head



Q min



Qnom



Qmax



Recommended operating range



Eff, % 75



50



Eff



Power hp



kW



3.00



2.24



1.50



1.12



25



Power



0



0



0



0 0



Capacity



250



500



1500



0.00 0.00 1000 m3 /day



750



3000



4500



6000



bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV3800, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



2516-4088 bpd



400-650 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.09 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



563 hp



420 kW



Medium Strength (S11)



777 hp



580 kW



Standard (S13)



925 hp



690 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 245



Conventional Pumps Summary



> Conventional pumps > NR > NRV3800



NRV3800 Multi Hz Curve (Tornado) Multi Hz Curve NRV3800



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 246



Conventional Pumps Summary



> Conventional pumps > NR > NRV3800



NRV3800 Pump Design Data @ 60 Hz 677 series | Cast Metallurgy Stage Semi-compression: AR2 CR1* HSG # 2



Length**



Weight



ft



m



lb



kg



4.9



1.5



198



90



STG



Head ft



m



22



2056



627



Eff., % 63



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S8 shaft



91.8



68.5



93.9



70.1



3002420005 3002420006



3



6.6



2.0



265



120



30



2803



854



63



125.1



93.4



128.1



95.6



4



8.2



2.5



342



155



40



3738



1139



63



166.9



124.5



170.8



127.5



3002420007



5



9.8



3.0



386



175



48



4486



1367



63



200.2



149.4



205.0



153.0



3002420008



6



11.5



3.5



452



205



59



5513



1681



63



246.1



183.7



251.9



188.0



3002420009



7



13.1



4.0



562



255



67



6261



1908



63



279.5



208.6



286.1



213.5



3002420010



8



14.8



4.5



772



350



77



7196



2193



63



321.2



239.7



328.8



245.4



3002420011



9



16.4



5.0



1003



455



85



7943



2421



63



354.6



264.6



363.0



270.9



3002420012



10



18.0



5.5



1235



560



96



8971



2734



63



400.5



298.8



409.9



305.9



3002420013



11



19.7



6.0



1433



650



104



9719



2962



63



433.8



323.8



444.1



331.4



3002420014



*CR2, CR3 and UCR configurations are available. **S11 and S13 shafts are available.Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



42.78



19.4



2013070045



SPLINE COUPLING 1.18"STR-1.18"STR PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2024010092



999.380.0020_INSTALLATION PARTS KIT (for FLT, SCMP pumps). CR0



-



-



-



-



2138030005



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 247



Conventional Pumps Summary



> Conventional pumps > NR > NRV7600



NRV7600 Pump Performance Curve NRV7600 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV7600, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



5283-9811 bpd



840-1560 m3/day



Shaft Diameter



1.50 in



38 mm



Shaft Cross Sectional Area



1.77 in2



1134 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1389 hp



1037 kW



Medium Strength (S11)



1910 hp



1426 kW



Standard (S13)



2258 hp



1685 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 248



Conventional Pumps Summary



> Conventional pumps > NR > NRV7600



NRV7600 Pump Performance Curve NRV7600 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV7600, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



4402-8176 bpd



700-1300 m3/day



Shaft Diameter



1.50 in



38 mm



Shaft Cross Sectional Area



1.77 in2



1134 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1158 hp



864 kW



Medium Strength (S11)



1592 hp



1188 kW



Standard (S13)



1881 hp



1404 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 249



Conventional Pumps Summary



> Conventional pumps > NR > NRV7600



NRV7600 Multi Hz Curve (Tornado) Multi Hz Curve NRV7600



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 250



Conventional Pumps Summary



> Conventional pumps > NR > NRV7600



NRV7600 Pump Design Data @ 60 Hz 677 series | Cast Metallurgy Stage Floater: AR1 CR1* HSG # 2



Length**



Weight



ft



m



lb



kg



4.9



1.5



198



90



STG 15



Head ft



m



1453



443



Eff., % 66



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S8 shaft



123.0



91.8



133.7



99.7



3002280030 3002280005



3



6.6



2.0



265



120



22



2131



649



66



180.4



134.6



196.0



146.3



4



8.2



2.5



342



155



28



2712



827



66



229.6



171.3



249.5



186.2



3002280031



5



9.8



3.0



386



175



35



3390



1033



66



287.0



214.2



311.9



232.7



3002280006 3002280032



6



11.5



3.5



452



205



41



3971



1210



66



336.2



250.9



365.3



272.6



7



13.1



4.0



562



255



48



4649



1417



66



393.6



293.7



427.7



319.2



3002280007



8



14.8



4.5



772



350



54



5230



1594



66



442.8



330.4



481.1



359.1



3002280033



9



16.4



5.0



1003



455



61



5908



1801



66



500.2



373.2



543.5



405.6



3002280008



10



18.0



5.5



1235



560



67



6489



1978



66



549.4



410.0



597.0



445.5



3002280034



11



19.7



6.0



1433



650



74



7167



2184



66



606.7



452.8



659.3



492.1



3002280009



*CR2, CR3 and UCR configurations are available. **S11 and S13 shafts are available.Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length



Weight



Part Number



ft



m



lb



kg



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.27



42.8



19.4



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.62



0.19



7.7



3.5



TBA



SPLINE COUPLING 1.50"STR-1.50"STR PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2024010020



2013070045



999.380.0020_INSTALLATION PARTS KIT (for FLT, SCMP pumps). CR0



-



-



-



-



2138030005



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 251



Conventional Pumps Summary



> Conventional pumps > NR > NRV12000



NRV12000 Pump Performance Curve NRV12000 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV12000, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



8302-14339 bpd



1320-2280 m3/day



Shaft Diameter



1.50 in



38 mm



Shaft Cross Sectional Area



1.77 in2



1134 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1389 hp



1037 kW



Medium Strength (S11)



1910 hp



1426 kW



Standard (S13)



2258 hp



1685 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 252



Conventional Pumps Summary



> Conventional pumps > NR > NRV12000



NRV12000 Pump Performance Curve NRV12000 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV12000, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



6918-11949 bpd



1100-1900 m3/day



Shaft Diameter



1.50 in



38 mm



Shaft Cross Sectional Area



1.77 in2



1134 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1158 hp



864 kW



Medium Strength (S11)



1592 hp



1188 kW



Standard (S13)



1881 hp



1404 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 253



Conventional Pumps Summary



> Conventional pumps > NR > NRV12000



NRV12000 Multi Hz Curve (Tornado) Multi Hz Curve NRV12000



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 254



Conventional Pumps Summary



> Conventional pumps > NR > NRV12000



NRV12000 Pump Design Data @ 60 Hz 677 series | Cast Metallurgy Stage Compression: AR2 CR1* HSG # 2



Length**



Weight



ft



m



lb



kg



4.9



1.5



198



90



STG 13



Head ft



m



983



300



Eff.. % 65



BHP. nominal



BHP. max



Part Number



hp



kW



hp



kW



S8 shaft



135.1



100.8



139.0



103.8



3002290036



2



4.9



1.5



198



90



15



1134



346



65



155.9



116.4



160.4



119.7



3002290037



3



6.6



2.0



265



120



20



1512



461



65



207.9



155.1



213.9



159.6



3002290038



3



6.6



2.0



265



120



22



1663



507



65



228.7



170.7



235.3



175.6



3002290039



4



8.2



2.5



342



155



26



1965



599



65



270.3



201.7



278.1



207.5



3002290040



4



8.2



2.5



342



155



28



2117



645



65



291.0



217.2



299.5



223.5



3002290041



5



9.8



3.0



386



175



33



2494



760



65



343.0



256.0



352.9



263.4



3002290042



5



9.8



3.0



386



175



35



2646



806



65



363.8



271.5



374.3



279.4



3002290043



6



11.5



3.5



452



205



39



2948



899



65



405.4



302.5



417.1



311.3



3002290044



6



11.5



3.5



452



205



42



3175



968



65



436.6



325.8



449.2



335.2



3002290045



7



13.1



4.0



562



255



46



3477



1060



65



478.1



356.8



492.0



367.2



3002290046



7



13.1



4.0



562



255



48



3628



1106



65



498.9



372.3



513.4



383.1



3002290026



*CR2. CR3 and UCR configurations are available. **S11 and S13 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only. for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



42.78



19.4



2013070045



SPLINE COUPLING 1.50"STR-1.50"STR PRT (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010020



999.380.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030005



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage



2018 Page 255



Conventional Pumps Summary



> Conventional pumps > NR > NRV15000



NRV15000 Pump Performance Curve NRV15000 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV15000, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



10566-19622 bpd



1680-3120 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1881 hp



1404 kW



Medium Strength (S11)



2566 hp



1915 kW



Standard (S13)



3058 hp



2282 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 256



Conventional Pumps Summary



> Conventional pumps > NR > NRV15000



NRV15000 Pump Performance Curve NRV15000 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV15000, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



8805-16351 bpd



1400-2600 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1568 hp



1170 kW



Medium Strength (S11)



2139 hp



1596 kW



Standard (S13)



2549 hp



1902 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 257



Conventional Pumps Summary



> Conventional pumps > NR > NRV15000



NRV15000 Multi Hz Curve (Tornado) Multi Hz Curve NRV15000



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 258



Conventional Pumps Summary



> Conventional pumps > NR > NRV15000



NRV15000 Pump Design Data @ 60 Hz 677 series | Cast Metallurgy Stage Compression: AR2 CR1* HSG # 2



Length**



Weight



ft



m



lb



kg



4.9



1.5



198



90



Head



STG 9



ft



m



736



224



Eff.. %



BHP. nominal



BHP. max



Part Number



hp



kW



hp



kW



S8 shaft



71



127.1



94.9



131.2



97.9



3002300038



2



4.9



1.5



198



90



12



981



299



71



169.5



126.5



174.9



130.6



3002300039



3



6.6



2.0



265



120



15



1226



374



71



211.9



158.1



218.7



163.2



3002300040



3



6.6



2.0



265



120



17



1389



424



71



240.2



179.2



247.8



185.0



3002300041



4



8.2



2.5



342



155



20



1635



498



71



282.5



210.9



291.6



217.6



3002300042



5



9.8



3.0



386



175



23



1880



573



71



324.9



242.5



335.3



250.2



3002300043



5



9.8



3.0



386



175



26



2125



648



71



367.3



274.1



379.0



282.9



3002300044



6



11.5



3.5



452



205



29



2370



722



71



409.7



305.7



422.8



315.5



3002300045



6



11.5



3.5



452



205



32



2615



797



71



452.1



337.4



466.5



348.1



3002300046



7



13.1



4.0



562



255



35



2861



872



71



494.4



369.0



510.2



380.8



3002300047



7



13.1



4.0



562



255



37



3024



922



71



522.7



390.1



539.4



402.5



3002300048



*CR2. CR3 and UCR configurations are available. **S11 and S13 shafts are available.Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only. for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



42.78



19.4



2013070045



SPLINE COUPLING 1.65"STR-1.65"STR (for CMP pumps)



0.31



0.09



0.5



0.2



2024010042



999.380.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030005



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 259



Conventional Pumps Summary



> Conventional pumps > NR > NRV19000



NRV19000 Pump Performance Curve NRV19000 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV19000, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



12830-27169 bpd



2040-4320 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1881 hp



1404 kW



Medium Strength (S11)



2566 hp



1915 kW



Standard (S13)



3058 hp



2282 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 260



Conventional Pumps Summary



> Conventional pumps > NR > NRV19000



NRV19000 Pump Performance Curve NRV19000 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV19000, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



10691-22640 bpd



1700-3600 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1568 hp



1170 kW



Medium Strength (S11)



2139 hp



1596 kW



Standard (S13)



2549 hp



1902 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 261



Conventional Pumps Summary



> Conventional pumps > NR > NRV19000



NRV19000 Multi Hz Curve (Tornado) Multi Hz Curve NRV19000



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 262



Conventional Pumps Summary



> Conventional pumps > NR > NRV19000



NRV19000 Pump Design Data @ 60 Hz 677 series | Cast Metallurgy Stage Compression: AR2 CR1* HSG # 2



Length**



Weight



Head



STG



ft



m



lb



kg



4.9



1.5



198



90



10



ft



m



692



211



Eff.. %



BHP. nominal



BHP. max



Part Number



hp



kW



hp



kW



S8 shaft



67



145.6



108.7



152.1



113.5



3002310002



3



6.6



2.0



265



120



14



969



295



67



203.9



152.1



212.9



158.9



3002310024



4



8.2



2.5



342



155



17



1177



359



67



247.5



184.7



258.5



192.9



3002310025 3002310006



5



9.8



3.0



386



175



21



1453



443



67



305.8



228.2



319.4



238.3



6



11.5



3.5



452



205



24



1661



506



67



349.5



260.8



365.0



272.4



3002310013



7



13.1



4.0



452



205



27



1869



570



67



393.1



293.4



410.6



306.4



3002310026



8



14.8



4.5



562



255



31



2146



654



67



451.4



336.9



471.4



351.8



3002310027



*CR2. CR3 and UCR configurations are available. **S11 and S13 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only. for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



42.78



19.4



2013070045



SPLINE COUPLING 1.65"STR-1.65"STR (for CMP pumps)



0.31



0.09



0.5



0.2



2024010042



999.380.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030005



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 263



Conventional Pumps Summary



> Conventional pumps > NR > NRV22500



NRV22500 Pump Performance Curve NRV22500 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



Qmin



Qnom



677 series / OD 172 mm



Qmax



Head



Power



Eff



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV22500, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



18112-27169 bpd



2880-4320 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1881 hp



1404 kW



Medium Strength (S11)



2560 hp



1910 kW



Standard (S13)



3058 hp



2282 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 264



Conventional Pumps Summary



> Conventional pumps > NR > NRV22500



NRV22500 Pump Performance Curve NRV22500 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NRV22500, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



15094-22640 bpd



2400-3600 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1568 hp



1170 kW



Medium Strength (S11)



2139 hp



1596 kW



Standard (S13)



2549 hp



1902 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 265



Conventional Pumps Summary



> Conventional pumps > NR > NRV22500



NRV22500 Multi Hz Curve (Tornado) Multi Hz Curve NRV22500



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 266



Conventional Pumps Summary



> Conventional pumps > NR > NRV22500



NRV22500 Pump Design Data @ 60 Hz 677 series |Cast Metallurgy Stage Compression: AR2 CR1* HSG # 2



Length**



Weight



ft



m



lb



kg



4.9



1.5



198



90



Head



STG 10



ft



m



620



189



Eff.. % 66



BHP. nominal



BHP. max



Part Number



hp



kW



hp



kW



S8 shaft



157.6



117.6



159.2



118.8



3002450003 3002450004



3



6.6



2.0



265



120



14



868



264



66



220.7



164.7



222.9



166.3



4



8.2



2.5



342



155



18



1116



340



66



283.8



211.8



286.5



213.8



3002450005



5



9.8



3.0



386



175



23



1426



435



66



362.6



270.6



366.1



273.2



3002450006



6



11.5



3.5



452



205



27



1674



510



66



425.6



317.6



429.8



320.8



3002450007



7



13.1



4.0



562



255



31



1922



586



66



488.7



364.7



493.5



368.3



3002450008



*CR2. CR3 and UCR configurations are available. **S11 and S13 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only. for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



42.78



19.4



2013070045



SPLINE COUPLING 1.65"STR-1.65"STR (for CMP pumps)



0.31



0.09



0.5



0.2



2024010042



999.380.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030005



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage with Vortex crown



2018 Page 267



Conventional Pumps Summary



> Conventional pumps > NR > NR30000



NR30000 Pump Performance Curve NR30000 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR30000, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



21131-36225 bpd



3360-5760 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1881 hp



1404 kW



Medium Strength (S11)



2566 hp



1915 kW



Standard (S13)



3058 hp



2282 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 268



Conventional Pumps Summary



> Conventional pumps > NR > NR30000



NR30000 Pump Performance Curve NR30000 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR30000, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.03 in



204 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



17609-30187 bpd



2800-4800 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1568 hp



1170 kW



Medium Strength (S11)



2139 hp



1596 kW



Standard (S13)



2549 hp



1902 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 269



Conventional Pumps Summary



> Conventional pumps > NR > NR30000



NR30000 Multi Hz Curve (Tornado) Multi Hz Curve NR30000



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 270



Conventional Pumps Summary



> Conventional pumps > NR > NR30000



NR30000 Pump Design Data @ 60 Hz 677 series | Cast Metallurgy Stage Compression: AR2 CR1* HSG # 4



Length**



Weight



ft



m



lb



kg



8.2



2.5



342



155



Head



STG 15



ft



m



694



212



Eff., % 64



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S8 shaft



239.4



178.7



239.4



178.7



3002320005



6



11.5



3.5



452



205



21



972



296



64



335.2



250.1



335.2



250.1



3002320006



7



13.1



4.0



562



255



25



1157



353



64



399.0



297.8



399.0



297.8



3002320007



*CR2, CR3 and UCR configurations are available. **S11 and S13 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



42.78



19.4



2013070045



SPLINE COUPLING 1.65"STR-1.65"STR (for CMP pumps)



0.31



0.09



0.5



0.2



2024010042



999.380.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030005



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage



2018 Page 271



Conventional Pumps Summary



> Conventional pumps > NT > NT38000



NT38000 Pump Performance Curve NT38000 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



740 series / OD 188 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA Nt38000, 60 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



7.40 in



188 mm



Recommended Operating Range



30187- 45281 bpd



4800-7200 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1881 hp



1404 kW



Medium Strength (S11)



2566 hp



1915 kW



Standard (S13)



3058 hp



2282 kW



2987 psi



206 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 272



Conventional Pumps Summary



> Conventional pumps > NT > NT38000



NT38000 Pump Performance Curve NT38000 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



740 series / OD 188 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA Nt38000, 50 Hz Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



7.40 in



188 mm



Recommended Operating Range



25156-37734 bpd



4000-6000 m3/day



Shaft Diameter



1.65 in



42 mm



Shaft Cross Sectional Area



2.14 in2



1385 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1568 hp



1170 kW



Medium Strength (S11)



2139 hp



1596 kW



Standard (S13)



2549 hp



1902 kW



2987 psi



206 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only



2018 Page 273



Conventional Pumps Summary



> Conventional pumps > NT > NT38000



NT38000 Multi Hz Curve (Tornado) Multi Hz Curve NT38000



Curve is calculated for one stage on water of 1.00 sg



740 series / OD 188 mm



* Operating at frequencies over 60 Hz is allowed for the equipment of special design and with the approval of Perm Head Office only



2018 Page 274



Conventional Pumps Summary



> Conventional pumps > NT > NT38000



NT38000 Pump Design Data @ 60 Hz 740 series | Cast Metallurgy Stage compression: AR2 CR1* HSG # 2



Length**



Weight



Head



STG



ft



m



lb



kg



4.9



1.5



258



117



7



ft



m



470



143



Eff., % 70



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S8 shaft



161.6



120.6



161.6



120.6



3002500007



3



6.6



2.0



344



156



10



671



204



70



269.3



201.0



269.3



201.0



3002500008



4



8.2



2.5



445



202



13



872



266



70



350.1



261.3



350.1



261.3



3002500009



5



9.8



3.0



501



227



16



1073



327



70



430.9



321.5



430.9



321.5



3002500010



6



11.5



3.5



587



266



20



1342



409



70



511.7



381.8



511.7



381.8



3002500006



7



13.1



4.0



728



330



23



1543



470



70



592.4



442.1



592.4



442.1



3002500011



*CR2, CR3 and UCR configurations are available. **S11 and S13 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD NUE-740SERIES CR0



0.98



0.3



46.97



21.3



2013070099



SPLINE COUPLING 1.65"STR-1.65"STR (for CMP pumps)



0.31



0.09



0.5



0.2



2024010042



999.385.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030160



PUMP/MOTOR CLAMP 744SERIES 5TON



-



-



52.7



23.9



3020010001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed Flow stage



2018 Page 275



Power Save™ Pumps Summary



> Power Save™ Pumps



GLOSSARY Power Save™ PUMP N



X



X (XXX-XXX)



H



XXX



XXX



XXX



FJX



XXX



XXXSTG Manufacturer (Novomet) Series, (see Table 1) Pump design: empty - centrifugal, non-vortex V - centrifugal, vortex I - inverted Recommended nominal ratings, bpd (as per Pump Summary) H - «Power Save» Stage Pump assembly design: FLT - floater SCMP - semi-compression CMP - compression Abrasion resistance, (see Table 2) Corrosion resistance, (see Table 3) Flange connection design: empty - standard flange-to-housing FJI - Flush Joint Inserted FJT - Flush Joint Threaded Shaft material and yield strength: S8 - Stainless steel (785 MPa) S11 - Stainless steel (1080 MPa) S13 - Stainless steel (1275 MPa) S14 - Stainless steel (1370 MPa) S16 - Stainless steel (1570 MPa) M8 - Monel alloy (785 MPa) I8 - Inconel alloy (785 MPa) I11 - Inconel alloy (1080 MPa) I13 - Inconel alloy (1275 MPa) I14 - Inconel alloy (1370 MPa) Number of stages in a pump



e.g., NHV(790-1000)H SCMP AR2 CR1 S13 99STG



Table 1 - Series



Novomet series



Series



HSG OD, inch



HSG OD, mm



Head & base length, ft (m)



A



272



2.72



69



1.2 (0.365)



B



319



3.19



81



1.2 (0.365)



F



362



3.62



92



1.2 (0.365)



H



406



4.06



103



1.2 (0.365)



P



535



5.35



136



R



677



6.77



172



1.2 (0.365) 1.3 (0.405) Intake built-in



Table 2 - Abrasion resistance



Abbr.



Full name



Description



AR1



Abrasion Resistant 1



For fluid containing solids up to 175 ptb (500 mg/l). Note: Applicable for all Floater pumps and all pumps of NR series



AR2



Abrasion Resistant 2



For fluid containing solids up to 350 ptb (1000 mg/l). Note: Applicable only for Compression and Semi-compression pumps, except for pumps of NR series



2018 Page 276



Power Save™ Pumps Summary



> Power Save™ Pumps Table 3 - Corrosion resistance



Abbr. Full name



Fluid



Max chemical content, g/l Cl H2S CO2



Moderately Corrosion 0.01 aggressive CR1 Resistant 1 1.25 fluid



1.45 0.01



Corrosion Highly CR2C Resistant aggressive 1.25 2C fluid



1.45



Corrosion Highly CR2S Resistant aggressive 1.25 2S fluid



1.45



Highly Corrosion aggressive 1.25 Resistant M fluid



1.45



Corrosion Highly CRMS Resistant aggressive 1.25 MS fluid



1.45



CRM



Highly Corrosion aggressive 1.25 1.45 Resistant 3 fluid Ultra Extremely UCR Corrosion aggressive >1.25 1.45 Resistant fluid CR3



pH



Description



Stainless Steel for powder metallurgy stages. Ni-resist or Stainless Steel for cast stages (please refer to Table 200 4.0..8.5 1 Pump Summary in Pump Glossary section). Housing, head and base are from Carbon Steel Stainless Steel for powder metallurgy stages. Ni-resist 200 3.0..9.0 or Stainless Steel for cast stages. Housing, head and base are coated with thermal spray coatings Stainless Steel for powder metallurgy stages. Ni-resist or Stainless Steel for cast stages. Stainless Steel 200 3.0..9.0 head and base. Housing is coated with thermal spray coatings Stainless Steel for powder metallurgy stages. Ni-resist or Stainless Steel for cast stages. Housing, head 200 3.0..9.0 and base are coated with Monel alloy thermal spray coating Stainless Steel for powder metallurgy stages. Ni-resist or Stainless Steel for cast stages. Stainless Steel head 200 3.0..9.0 and base. Housing is coated with Monel alloy thermal spray coating Stainless Steel for powder metallurgy stages. Ni-resist 200 3.0..9.0 or Stainless Steel for cast stages. Stainless Steel housing, head and base 200 3.0..9.0



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



Table 4 - Housing data



HSG#



Length



1 2 3 4 5 6 7 8 9 10 11 12 13 14



ft 3.3 4.9 6.6 8.2 9.8 11.5 13.1 14.8 16.4 18.0 19.7 21.3 23.0 24.6



m 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5



15



26.2



8.0



To get CT pump installation length add head and base length from Table 1.



2018 Page 277



Power Save™ Pumps Summary



> Power Save™ Pumps



Power Save™ PUMP SUMMARY (272 - 677 SERIES) A (272)



F (362)



B (319)



NAV(130-250)H



NBV(160-250)H



NFV(130-250)H



NAV(190-380)H



NBV(250-500)H



NFV(310-630)H



NAV(440-630)H



NB(630-1000)H semi-compression



NF(900-1300)H



NA(630-1300)H semi-compression



FJI



NB(630-1000)H compression



NF(1300-2000)H



NA(630-1300)H compression



FJI



NB(1100-1800)H



NF(2000-3100)H



FJI



NF(2500-4400)H



FJI



H (406)



NB(1500-2500)H compression



FJT



NB(2000-3100)H



FJT



P (535)



R (677)



NHV(790-1000)H



NP(1900-2500)H



NR(10000-11300)H



NH(1200-2100)H



NP(3100-4400)H



NR(12600-15700)H



NH(1500-2500)H



NP(4400-5700)H



NR(15700-19000)H



NH(2500-3100)H



NP(4700-6300)H



NH(2500-3800)H



NP(7900-10100)H



NH(4400-5000)H



NP(11300-15100)H



Powder metallurgy stages



Powder metallurgy + cast stages



FJI - Flush Joint Inserted FJT - Flush Joint Threaded



Cast stages Pancake stages Mixed flow stages



2018 Page 278



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(130-250)H



NAV(130-250)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



Head



m



ft



5,50



18



Qmin



Qnom



Qmax



Recommended operating range



4,58



Head



15



Eff, % 50



25



3,66



12



2,75



9



1,83



6



Eff



Power



hp



0,92



0



0,00



0,03



0,02



0,01



Power



3



0



kW



0,04



0



50



100



150



200



250



300



0



8



16



24



32



40



48



0,00 0,00 bpd m3/day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NAV(130-250)h, 60hZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



113-189 bpd



18-30 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



100 hp



74 kW



Ultra High Strength (S16)



113 hp



84 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 279



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(130-250)H



NAV(130-250)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



Head



ft 13.1



m 4



Qmin



Qnom



Qmax



Recommended operating range



9.84



3



50



6.56



2



25



3.28



1



Head



Eff, %



Power kW



Eff Power



0



0



0



0 0



Capacity



5



10



35



15 70



20 105



25 140



hp



0.016



0.021



0.008



0.011



0.000 0.000 35 m3 /day



30 175



210



bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NAV(130-250)h, 50hZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



94-157 bpd



15-25 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



72 hp



54 kW



High Strength (S14)



83 hp



62 kW



Ultra High Strength (S16)



94 hp



70 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 280



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(130-250)H



NAV(130-250)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



2018 Page 281



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(130-250)H



NAV(130-250)h Pump Design Data @ 60 Hz 272 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



99



45



STG 48



Head ft



m



578



176



Eff.. %



BHP. nominal



44



BHP. max



Part Number



hp



kW



hp



kW



S14 shaft**



1.4



1.1



1.5



1.1



3202230175



3



6.6



2.0



137



62



65



783



239



44



1.9



1.4



2.0



1.5



3202230176



4



8.2



2.5



174



79



82



988



301



44



2.4



1.8



2.5



1.9



3202230177



5



9.8



3.0



207



94



101



1217



371



44



3.0



2.2



3.1



2.3



3202230178



6



11.5



3.5



247



112



118



1422



433



44



3.5



2.6



3.7



2.7



3202230179



7



13.1



4.0



284



129



138



1663



507



44



4.1



3.0



4.3



3.2



3202230180



*CR2. CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only. for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 1.900"-10RD NUE-272SERIES CR0



TBA



TBA



TBA



TBA



2013070129



SPLINE COUPLING 0.50"-0.50" (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010353



SPLINE COUPLING 0.50"-0.50" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010769



999.325.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030361



PUMP/MOTOR CLAMP 276SERIES 3TON



-



-



19.8



9.0



3020010011



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage , Vortex crown



2018 Page 282



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(190-380)H



NAV(190-380)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NAV(190-380)h, 60hZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



171-342 bpd



27-54 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



65 kW



High Strength (S14)



121 hp



75 kW



Ultra High Strength (S16)



135 hp



84 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 283



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(190-380)H



NAV(190-380)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NAV(190-380)h, 50hZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



142-285 bpd



23-45 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



72 hp



54 kW



High Strength (S14)



83 hp



62 kW



Ultra High Strength (S16)



94 hp



70 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 284



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(190-380)H



NAV(190-380)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



2018 Page 285



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(190-380)H



NAV(190-380)h Pump Design Data @ 60 Hz 272 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



99



45



STG 47



Head ft



m



511



156



Eff.. %



BHP. nominal



50



BHP. max



Part Number



hp



kW



hp



kW



S14 shaft**



6.6



5.0



6.6



5.0



3002820300



3



6.6



2.0



137



62



66



718



219



50



9.3



7.0



9.3



7.0



3002820301



4



8.2



2.5



174



79



85



925



282



50



12.0



9.0



12.0



9.0



3002820302



5



9.8



3.0



207



94



104



1131



345



50



14.7



11.0



14.7



11.0



3002820303



6



11.5



3.5



247



112



120



1305



398



50



17.0



12.7



17.0



12.7



3002820304



7



13.1



4.0



284



129



139



1512



461



50



19.6



14.7



19.6



14.7



3002820305



*CR2. CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only. for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 1.900"-10RD NUE-272SERIES CR0



TBA



TBA



TBA



TBA



2013070129



SPLINE COUPLING 0.50"-0.50" (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



2024010353



SPLINE COUPLING 0.50"-0.50" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010769



999.325.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030361



PUMP/MOTOR CLAMP 276SERIES 3TON



-



-



19.8



9.0



3020010011



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage , Vortex crown



2018 Page 286



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(440-630)H



NAV(440-630)h Pump Performance Curve 60 Hz / 3940 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NAV(440-630)h, 60hZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



264-491 bpd



42-78 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



100 hp



74 kW



Ultra High Strength (S16)



113 hp



84 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 287



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(440-630)H



NAV(440-630)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NAV(440-630)h, 50hZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



220-410 bpd



35-65 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



72 hp



54 kW



High Strength (S14)



83 hp



62 kW



Ultra High Strength (S16)



94 hp



70 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 288



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(440-630)H



NAV(440-630)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



series / OD mm



2018 Page 289



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(440-630)H



NAV(440-630)h Pump Design Data @ 60 Hz 272 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



99



45



STG 35



Head ft



m



315



96



Eff., %



BHP, nominal



58



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



1.3



0.9



1.3



1.0



3002810353



3



6.6



2.0



137



62



50



450



137



58



1.8



1.4



1.9



1.4



3002810354



4



8.2



2.5



174



79



65



586



178



58



2.4



1.8



2.5



1.8



3002810355 3002810356



5



9.8



3.0



207



94



77



694



211



58



2.8



2.1



2.9



2.2



6



11.5



3.5



247



112



91



820



250



58



3.3



2.5



3.4



2.6



3002810357



7



13.1



4.0



284



129



106



955



291



58



3.9



2.9



4.0



3.0



3002810358



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 1.900"-10RD NUE-272SERIES CR0



TBA



TBA



TBA



TBA



2013070129



SPLINE COUPLING 0.50"-0.50" (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2024010353



SPLINE COUPLING 0.50"-0.50" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010769



999.325.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030361



PUMP/MOTOR CLAMP 276SERIES 3TON



-



-



19,8



9.0



3020010011



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage , Vortex crown



2018 Page 290



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(630-1300)H semi-compression



NA(630-1300)h (FJI) Pump Performance Curve semi-compression design 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NA(630-1300)h semi-compression design, 60HZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



603-906 bpd



96-144 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



174 hp



130 kW



High Strength (S14)



199 hp



149 kW



Ultra High Strength (S16)



225 hp



168 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 291



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(630-1300)H semi-compression



NA(630-1300)h (FJI) Pump Performance Curve semi-compression design 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



Recommended operating range



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NA(630-1300)h semi-compression design, 50HZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



503-754 bpd



80-120 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



145 hp



108 kW



High Strength (S14)



166 hp



124 kW



Ultra High Strength (S16)



188 hp



140 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 292



> Power Save™ Pumps > NA > NAV(630-1300)H semi-compression



Power Save™ Pumps Summary



NA(630-1300)h (FJI) semi-compression design Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



FJI - Flush Joint Inserted 2018 Page 293



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NAV(630-1300)H semi-compression



NA(630-1300)h (FJI) Pump semi-compression design Design Data @ 60 Hz 272 series | Powder Metallurgy Stage semi-compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



86



39



STG 28



Head ft



m



261



79



Eff., %



BHP, nominal



57



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



2.3



1.7



2.3



1.7



3002850043



3



6.6



2.0



99



45



39



363



111



57



3.1



2.3



3.1



2.3



3002850044



4



8.2



2.5



117



53



49



456



139



57



3.9



2.9



3.9



2.9



3002850045



5



9.8



3.0



141



64



60



558



170



57



4.8



3.6



4.8



3.6



3002850046



6



11.5



3.5



157



71



71



661



201



57



5.7



4.3



5.7



4.3



3002850008



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 1.900"-10RD NUE-272SERIES CR0



TBA



TBA



TBA



TBA



2013070129



SPLINE COUPLING 0.50"-0.50" (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2024010353



SPLINE COUPLING 0.50"-0.50" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010769



999.325.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030361



PUMP/MOTOR CLAMP 276SERIES 3TON



-



-



19.8



9.0



3020010011



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



FJI - Flush Joint Inserted 2018 Page 294



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(630-1300)H compression



NA(630-1300)h (FJI) Pump Performance Curve compression design 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NA(630-1300)h compression design, 60HZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



603-906 bpd



96-144 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



174 hp



130 kW



High Strength (S14)



199 hp



149 kW



Ultra High Strength (S16)



225 hp



168 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 295



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(630-1300)H compression



NA(630-1300)h (FJI) Pump Performance Curve compression design 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NA(630-1300)h compression design, 50HZ Maximal ESP System OD (incl. MLE AWG#8, 4kV)



3.23 in



82 mm



Housing Diameter



2.72 in



69 mm



Recommended Operating Range



503-754 bpd



80-120 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



145 hp



108 kW



High Strength (S14)



166 hp



124 kW



Ultra High Strength (S16)



188 hp



140 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 296



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(630-1300)H compression



NA(630-1300)h (FJI) compression design Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



FJI - Flush Joint Inserted 2018 Page 297



Power Save™ Pumps Summary



> Power Save™ Pumps > NA > NA(630-1300)H compression



NA(630-1300)h (FJI) Pump compression design Design Data @ 60 Hz 272 series | Powder Metallurgy Stage compression: AR2 CR1* HSG # 2



Length***



Weight



STG



ft



m



lb



kg



4.9



1.5



86



39



29



Head ft



m



249



76



Eff., %



BHP, nominal



57



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



2.5



1.9



2.5



1.9



3002850043



3



6.6



2.0



99



45



40



344



105



57



3.4



2.6



3.4



2.6



3002850044



4



8.2



2.5



117



53



51



439



134



57



4.4



3.3



4.4



3.3



3002850045



5



9.8



3.0



141



64



63



542



165



57



5.4



4.0



5.4



4.0



3002850046



6



11.5



3.5



157



71



74



636



194



57



6.3



4.7



6.3



4.7



3002850008



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 1.900"-10RD NUE-272SERIES CR0



TBA



TBA



TBA



TBA



2013070129



SPLINE COUPLING 0.50"-0.50" (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2024010353



SPLINE COUPLING 0.50"-0.50" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010769



999.325.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030361



PUMP/MOTOR CLAMP 276SERIES 3TON



-



-



19.8



9.0



3020010011



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



FJI - Flush Joint Inserted 2018 Page 298



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(160-250)H



NBV(160-250)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NBV(160-250)h, 60 HZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



149-257 bpd



24-41 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



99 hp



74 kW



Ultra High Strength (S16)



113 hp



84 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 299



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(160-250)H



NBV(160-250)h Pump Performance Curve 50 Hz / 2850 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NBV(160-250)h, 50 HZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



122-217 bpd



19-35 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



72 hp



54 kW



High Strength (S14)



84 hp



63 kW



Ultra High Strength (S16)



95 hp



71 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 300



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(160-250)H



NBV(160-250)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



2018 Page 301



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(160-250)H



NBV(160-250)h Pump Design Data @ 60 Hz 319 series | Powder Metallurgy Stage Semi-compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



183



83



4



8.2



2.5



221



100



STG



Head ft



m



60



934



285



77



1199



365



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



40



3.5



2.6



3.7



2.8



S14 shaft** TBA



40



4.5



3.3



4.8



3.6



TBA



5



9.8



3.0



262



119



91



1417



432



40



5.3



3.9



5.7



4.2



TBA



6



11.5



3.5



271



123



108



1681



512



40



6.3



4.7



6.7



5.0



TBA



7



13.1



4.0



335



152



125



1946



593



40



7.2



5.4



7.8



5.8



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.62



0.19



7.1



3.2



SPLINE COUPLING 0.55"-0.55" PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2013070036 2024010117



999.330.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030127



PUMP/MOTOR CLAMP 319SERIES 3TON



-



-



19.8



9.0



3020010008



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage , Vortex crown



2018 Page 302



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(250-500)H



NBV(250-500)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NBV(250-500)h, 60 HZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



233-421 bpd



37-67 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



125 hp



78 kW



High Strength (S14)



145 hp



90 kW



Ultra High Strength (S16)



164 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 303



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(250-500)H



NBV(250-500)h Pump Performance Curve 49 Hz / 2850 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NBV(250-500)h, 49 HZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



189-340 bpd



30-54 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



86 hp



64 kW



High Strength (S14)



99 hp



74 kW



Ultra High Strength (S16)



111 hp



83 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 304



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(250-500)H



NBV(250-500)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



2018 Page 305



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(250-500)H



NBV(250-500)h Pump Design Data @ 60 Hz 319 series | Powder Metallurgy Stage Floater: AR1 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



75



34



STG 49



Head ft



m



914



278



Eff., %



BHP, nominal



52



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



4.2



3.1



4.8



3.6



3002440262 3002440287



3



6.6



2.0



95



43



66



1231



375



52



5.7



4.2



6.4



4.8



4



8.2



2.5



117



53



84



1566



477



52



7.2



5.4



8.2



6.1



3002440136



5



9.8



3.0



150



68



101



1883



574



52



8.7



6.5



9.8



7.3



3002440288



6



11.5



3.5



172



78



119



2219



676



52



10.2



7.6



11.6



8.6



3002440086



7



13.1



4.0



190



86



139



2592



790



52



11.9



8.9



13.5



10.1



3002440060



8



14.8



4.5



221



100



156



2909



887



52



13.4



10.0



15.2



11.3



3002440120



9



16.4



5.0



243



110



174



3244



989



52



14.9



11.2



16.9



12.6



3002440085



10



18.0



5.5



276



125



194



3617



1103



52



16.7



12.4



18.9



14.1



3002440286



11



19.7



6.0



291



132



209



3897



1188



52



17.9



13.4



20.3



15.2



3002440133



Semi-compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



75



34



STG



Head ft



m



43



802



244



Eff., %



BHP, nominal



52



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



3.7



2.8



4.2



3.1



3002440763 3002440764



3



6.6



2.0



95



43



59



1100



335



52



5.1



3.8



5.7



4.3



4



8.2



2.5



117



53



76



1417



432



52



6.5



4.9



7.4



5.5



3002440136



5



9.8



3.0



150



68



93



1734



529



52



8.0



6.0



9.0



6.7



3002440754 3002440766



6



11.5



3.5



172



78



109



2032



619



52



9.4



7.0



10.6



7.9



7



13.1



4.0



190



86



126



2349



716



52



10.8



8.1



12.2



9.1



3002440755



8



14.8



4.5



221



100



143



2666



813



52



12.3



9.2



13.9



10.4



3002440753



9



16.4



5.0



243



110



159



2965



904



52



13.7



10.2



15.5



11.5



3002440756



10



18.0



5.5



276



125



176



3282



1000



52



15.1



11.3



17.1



12.8



3002440767



11



19.7



6.0



291



132



190



3543



1080



52



16.3



12.2



18.5



13.8



3002440757



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.62



0.19



7.1



3.2



SPLINE COUPLING 0.55"-0.55" PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2013070036 2024010117



999.330.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030127



PUMP/MOTOR CLAMP 319SERIES 3TON



-



-



19.8



9.0



3020010008



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage , Vortex crown



2018 Page 306



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(630-1000)H semi-compression design



NB(630-1000)h Pump Performance Curve semi-compression design 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(630-1000)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



517-861 bpd



81-135 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 307



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(630-1000)H semi-compression design



NB(630-1000)h Pump Performance Curve semi-compression design 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(630-1000)h, 50 hZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



430-718 bpd



68-114 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 308



> Power Save™ Pumps > NB > NB(630-1000)H semi-compression design



Power Save™ Pumps Summary



NB(630-1000)h Pump semi-compression design Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



2018 Page 309



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(630-1000)H semi-compression design



NB(630-1000)h Pump semi-compression design Design Data @ 60 Hz 319 series | Powder Metallurgy Stage semi-compression: HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



75



34



4



8.2



2.5



95



43



STG



Head ft



m



35



555



169



48



761



232



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



59



4.7



3.5



4.7



3.5



S14 shaft** 3002710799



59



6.4



4.8



6.4



4.8



3002710800



5



9.8



3.0



117



53



64



1015



309



59



8.6



6.4



8.6



6.4



3002710801



6



11.5



3.5



150



68



77



1221



372



59



10.3



7.7



10.3



7.7



3002710790 3002710802



7



13.1



4.0



172



78



90



1427



435



59



12.0



9.0



12.0



9.0



8



14.8



4.5



190



86



103



1633



498



59



13.8



10.3



13.8



10.3



3002710791



9



16.4



5.0



221



100



118



1871



570



59



15.8



11.8



15.8



11.8



3002710789



10



18.0



5.5



243



110



131



2077



633



59



17.5



13.1



17.5



13.1



3002710792



11



19.7



6.0



265



120



144



2283



696



59



19.3



14.4



19.3



14.4



3002710803



12



21.3



6.5



291



132



160



2537



773



59



21.4



16.0



21.4



16.0



3002710793



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.62



0.19



7.1



3.2



SPLINE COUPLING 0.55"-0.55" PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2013070036 2024010117



SPLINE COUPLING 0.55"-0.55" PRT (for CMP pumps)



0.31



0.09



0.5



0.2



2024010416



999.330.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030127



PUMP/MOTOR CLAMP 319SERIES 3TON



-



-



19.8



9.0



3020010008



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, non Vortex



2018 Page 310



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(630-1000)H compression design



NB(630-1000)h Pump Performance Curve compression design 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(630-1000)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



503-830 bpd



80-132 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 311



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(630-1000)H compression design



NB(630-1000)h Pump Performance Curve compression design 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(630-1000)h, 50 hZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



419-692 bpd



67-110 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 312



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(630-1000)H compression design



NB(630-1000)h Pump compression design Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



2018 Page 313



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(630-1000)H compression design



NB(630-1000)h Pump compression design Design Data @ 60 Hz 319 series | Powder Metallurgy Stage compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



75



34



STG 30



Head ft



m



443



135



Eff., %



BHP, nominal



61



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



3.6



2.7



3.6



2.7



3002710556



3



6.6



2.0



95



43



43



635



194



61



5.2



3.9



5.2



3.9



3002710555



4



8.2



2.5



117



53



52



768



234



61



6.3



4.7



6.3



4.7



3002710554



5



9.8



3.0



150



68



66



975



297



61



8.0



6.0



8.0



6.0



3002710553



6



11.5



3.5



172



78



79



1167



356



61



9.6



7.2



9.6



7.2



3002710552



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.62



0.19



7.1



3.2



SPLINE COUPLING 0.55"-0.55" PRT (for FLT, SCMP pumps)



0.31



0.09



0.5



0.2



2013070036 2024010117



SPLINE COUPLING 0.55"-0.55" PRT (for CMP pumps)



0.31



0.09



0.5



0.2



2024010416



999.330.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030127



PUMP/MOTOR CLAMP 319SERIES 3TON



-



-



19.8



9.0



3020010008



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, non Vortex



2018 Page 314



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(1100-1800)H



NB(1100-1800)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(1100-1800)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



604-1359 bpd



96-216 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 315



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(1100-1800)H



NB(1100-1800)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(1100-1800)h, 50HZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



503-1132 bpd



80-180 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 316



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(1100-1800)H



NB(1100-1800)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



2018 Page 317



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NBV(1100-1800)H



NB(1100-1800)h Pump Design Data @ 60 Hz 319 series | CAST Metallurgy Stage compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



75



34



STG 33



Head ft



m



535



163



Eff., %



BHP, nominal



62



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



6.6



4.9



6.6



4.9



3002900412



3



6.6



2.0



95



43



45



729



222



62



9.0



6.7



9.0



6.7



3002900411



4



8.2



2.5



117



53



58



940



286



62



11.6



8.7



11.6



8.7



3002900410



5



9.8



3.0



150



68



70



1134



346



62



14.0



10.5



14.0



10.5



3002900409



6



11.5



3.5



168



76



83



1345



410



62



16.6



12.4



16.6



12.4



3002900408



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.62



0.19



7.1



3.2



2013070036



SPLINE COUPLING 0.67"-0.67" PRT (for CMP pumps)



0.31



0.09



0.5



0.2



2024010575



999.330.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030127



PUMP/MOTOR CLAMP 319SERIES 3TON



-



-



19.8



9.0



3020010008



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 318



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(1500-2500)H compression



NB(1500-2500)h (FJT) Pump Performance Curve compression design 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(1500-2500)h compression design, 60 hZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



1132-1887 bpd



180-300 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJT - Flush Joint Threaded 2018 Page 319



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(1500-2500)H compression



NB(1500-2500)h (FJT) Pump Performance Curve compression design 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(1500-2500)h compression design, 50HZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



943-1572 bpd



150-250 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJT - Flush Joint Threaded 2018 Page 320



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(1500-2500)H compression



NB(1500-2500)h (FJT) compression design Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



FJT - Flush Joint Threaded 2018 Page 321



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(1500-2500)H compression



NB(1500-2500)h (FJT) Pump compression design Design Data @ 60 Hz 319 series | Powder Metallurgy Stage compression: AR2 CR1* HSG # 3



Length***



Weight



ft



m



lb



kg



6.6



2.0



95



43



STG 28



Head ft



m



343



104



Eff., %



BHP, nominal



67



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



5.7



4.3



5.7



4.3



3202240234



4



8.2



2.5



117



53



36



441



134



67



7.4



5.5



7.4



5.5



3202240233



5



9.8



3.0



150



68



44



538



164



67



9.0



6.7



9.0



6.7



3202240232



6



11.5



3.5



168



76



52



636



194



67



10.6



7.9



10.6



7.9



3202240231



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



ft



m



lb



kg



Part Number



BOH 2-3/8"-8RD EUE-319SERIES CR0 FJT



0.52



0.16



5.7



2.6



2013070138



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.66



0.2



7.7



3.5



2013070036



SPLINE COUPLING 0.67"-0.67" PRT (for CMP pumps)



2024010575



0.31



0.09



0.5



0.2



999.330.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030127



PUMP/MOTOR CLAMP 319SERIES 3TON



-



-



19.8



9.0



3020010008



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



FJT - Flush Joint Threaded 2018 Page 322



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(2000-3100)H



NB(2000 - 3100)h (FJT) Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(2000-3100)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



1698-2830 bpd



270-450 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJT - Flush Joint Threaded 2018 Page 323



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(1500-2500)H semi-compression



NB(2000 - 3100)h (FJT) Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NB(2000-3100)h, 50HZ Maximal ESP System OD (incl. MLE AWG#7, 4kV)



3.74 in



95 mm



Housing Diameter



3.19 in



81 mm



Recommended Operating Range



1408-2352 bpd



224-374 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



FJT - Flush Joint Threaded 2018 Page 324



> Power Save™ Pumps > NB > NB(2000-3100)H



Power Save™ Pumps Summary



NB(2000 - 3100)h (FJT) Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



FJT - Flush Joint Threaded 2018 Page 325



Power Save™ Pumps Summary



> Power Save™ Pumps > NB > NB(2000-3100)H



NB(2000 - 3100)h (FJT) Pump Design Data @ 60 Hz 319 series | Powder Metallurgy Stage compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



95



43



4



8.2



2.5



117



53



STG



Head ft



m



28



361



110



36



464



141



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



70



8.5



6.3



9.1



6.8



S14 shaft** TBA



70



10.9



8.2



11.7



8.7



TBA



5



9.8



3.0



150



68



44



567



173



70



13.4



10.0



14.3



10.7



TBA



6



11.5



3.5



172



78



52



670



204



70



15.8



11.8



16.9



12.6



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



ft



m



lb



kg



Part Number



BOH 2-3/8"-8RD EUE-319SERIES CR0 FJT



0.52



0.16



5.7



2.6



2013070138



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.66



0.2



7.7



3.5



2013070036



SPLINE COUPLING 0.67"-0.67" PRT (for CMP pumps)



2024010575



0.31



0.09



0.5



0.2



999.330.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030127



PUMP/MOTOR CLAMP 319SERIES 3TON



-



-



19.8



9.0



3020010008



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



FJT - Flush Joint Threaded 2018 Page 326



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(130-250)H



nfv(130-250)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head m



ft



7.60



25



Qmin



Q nom



Qmax



Recommended operating range



6.08



20



4.56



15



3.04



10



Head



Eff, % 50



Power



hp



Eff 25



0



1.52



0.00



5



0



kW



0.05



0.04



0.03



0.02



Power



0 0



50



100 10



150 20



200



250



30



300



0.00 0.00 bpd



40



m3 /day



Capacity This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nfv(130-250)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



113-189 bpd



18-30 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 327



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(130-250)H



nfv(130-250)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head



ft 16.4



m 5



Q min



Qnom



Q max



Recommended operating range



Head 13.1



4



9.84



3



6.56



2



Eff, % 50



Power



Eff 25



3.28



kW



1



hp



0.02



0.027



0.01



0.013



Power



0



0



0



0 0



Capacity



10 50



20 100



40



0.00 0.000 m3 /day



250



bpd



30 150



200



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nfv(130-250)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



94-157 bpd



15-25 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



129 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 328



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(130-250)H



nfv(130-250)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



2018 Page 329



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(130-250)H



nfv(130-250)H Pump Design Data @ 60 Hz 362 series | POWDER METALLURGY + CAST STAGE compression: AR2 CR1* HSG # 3



Length***



Weight



ft



m



lb



kg



6.6



2.0



183



83



STG



Head ft



m



71



1228



374



Eff., %



BHP, nominal



46



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



3.0



2.2



3.1



2.3



3002480990



4



8.2



2.5



221



100



90



1556



474



46



3.8



2.8



4.0



3.0



3002480989



5



9.8



3.0



262



119



108



1867



569



46



4.6



3.4



4.8



3.5



3002480988



6



11.5



3.5



271



123



127



2196



669



46



5.4



4.0



5.6



4.2



3002480987



7



13.1



4.0



335



152



123



2127



648



46



5.2



3.9



5.4



4.0



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description BOH 2-7/8"-8RD EUE-362SERIES CR0 SPLINE COUPLING 0.50"-0.50" PRT (for FLT. SCMP pumps)



Length ft



Weight kg



Part Number



m



lb



0.68901



0.21



10.143



4.6



2013070049



0.31



0.09



0.5



0.2



2024010353



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, Vortex crown, radial diffuser Impeller – Powder metallurgy Diffuser– Cast metallurgy Barrel – Powder metallurgy



2018 Page 330



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(310-630)H



NFV(310-630)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



m3/day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV(310-630)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



264-490 bpd



42-78 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



100 hp



74 kW



Ultra High Strength (S16)



113 hp



84 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 331



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(310-630)H



NFV(310-630)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NFV(310-630)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



220-409 bpd



35-65 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



72 hp



54 kW



High Strength (S14)



83 hp



62 kW



Ultra High Strength (S16)



94 hp



70 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 332



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(310-630)H



NFV(310-630)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



2018 Page 333



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NFV(310-630)H



NFV(310-630)H Pump Design Data @ 60 Hz 362 series | POWDER METALLURGY + CAST STAGE compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



254



115



4



8.2



2.5



298



135



STG



Head ft



m



64



1119



341



82



1433



437



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



62



4.9



3.7



5.5



4.1



S14 shaft** TBA



62



6.3



4.7



7.0



5.2



TBA



5



9.8



3.0



386



175



99



1731



527



62



7.6



5.7



8.5



6.3



TBA



6



11.5



3.5



430



195



118



2063



629



62



9.1



6.8



10.1



7.5



TBA



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description BOH 2-7/8"-8RD EUE-362SERIES CR0 SPLINE COUPLING 0.55"-0.55" PRT (for FLT. SCMP pumps)



Length ft



Weight kg



Part Number



m



lb



0.68901



0.21



10.143



4.6



2013070049



0.31



0.09



0.5



0.2



3002600140



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, Vortex crown, radial diffuser Impeller – Powder metallurgy Diffuser– Cast metallurgy Barrel – Powder metallurgy



2018 Page 334



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(900-1300)H



nf(900-1300)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(900-1300)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



604-1359 bpd



96-216 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 335



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(900-1300)H



nf(900-1300)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(900-1300)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



503-1132 bpd



80-180 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 336



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(900-1300)H



nf(900-1300)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



2018 Page 337



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(900-1300)H



nf(900-1300)H Pump Design Data @ 60 Hz 362 series | POWDER METALLURGY STAGE compression: AR2 CR1* HSG # 3



Length***



Weight



ft



m



lb



kg



6.6



2.0



165



75



STG 44



Head



Eff., %



ft



m



892



272



65



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



10.6



7.9



10.6



7.9



3002340249 3002340248



4



8.2



2.5



198



90



56



1135



346



65



13.5



10.1



13.5



10.1



5



9.8



3.0



262



119



68



1378



420



65



16.4



12.3



16.4



12.3



3002340247



6



11.5



3.5



300



136



81



1642



500



65



19.6



14.6



19.6



14.6



3002340246



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight lb



0.68901



0.21



10.143



4.6



0.31



0.09



0.5



0.2



2024010381



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



SPLINE COUPLING 0.55"-0.55" CMP (for CMP pumps)



kg



Part Number



m



BOH 2-7/8"-8RD EUE-362SERIES CR0



ft



2013070049



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, non Vortex



2018 Page 338



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(1300-2000)H



nf(1300-2000)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(1300-2000)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



1132-1887 bpd



180-300 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 339



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(1300-2000)H



nf(1300-2000)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(1300-2000)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



943-1572 bpd



150-250 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 340



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(1300-2000)H



nf(1300-2000)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



2018 Page 341



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(1300-2000)H



nf(1300-2000)H Pump Design Data @ 60 Hz 362 series | cast METALLURGY STAGE compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



165



75



4



8.2



2.5



198



5



9.8



3.0



7



13.1



8



14.8



STG



Head ft



m



42



891



272



90



53



1124



262



119



65



4.0



335



152



4.5



372.6



169



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



60



17.1



12.7



17.1



12.7



3002740216



343



60



21.5



16.1



21.5



16.1



3002740215



1379



420



60



26.4



19.7



26.4



19.7



3002740214



88



1867



569



60



35.8



26.7



35.8



26.7



3002740213



100



2121



647



60



40.6



30.3



40.6



30.3



3002740212



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description BOH 2-7/8"-8RD EUE-362SERIES CR0 SPLINE COUPLING 0.79"-0.79" CMP (for CMP pumps)



Length ft



Weight kg



Part Number



m



lb



0,68901



0,21



10,143



4,6



2013070049



0.31



0.09



0.5



0.2



2024010333



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 342



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(2000-3100)H



nf(2000-3100)H (FJI) Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(2000-3100)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



1811-3019 bpd



288-480 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 343



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(2000-3100)H



nf(2000-3100)H (FJI) Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head



ft 19.7



m 6



Qmin



Qnom



Qmax



Recommended operating range



Head



13.1



4



6.56



2



Eff, % 75



50



Power



Eff 25



0



kW



hp



0.26



0.348



0.13



0.174



Power



0



0



0 0



Capacity



100 600



200 1200



300 1800



0.00 0.000 500 m3/day



400 2400



3000



bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(2000-3100)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



4.79 in



121.7 mm



Recommended Operating Range



1509-2515 bpd



240-400 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 344



> Power Save™ Pumps > NF > NF(2000-3100)H



Power Save™ Pumps Summary



nf(2000-3100)H (FJI) Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



FJI - Flush Joint Inserted 2018 Page 345



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(2000-3100)H



nf(2000-3100)H (FJI) Pump Design Data @ 60 Hz 362 series | cast METALLURGY STAGE compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



165



75



4



8.2



2.5



198



90



STG



Head ft



m



25



458



140



32



587



179



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



67



12.2



9.1



12.8



9.5



S14 shaft** 3202140123



67



15.6



11.7



16.4



12.2



3202140122



5



9.8



3.0



262



119



39



715



218



67



19.1



14.2



20.0



14.9



3202140121



7



13.1



4.0



335



152



53



972



296



67



25.9



19.3



27.1



20.2



3202140120



8



14.8



4.5



372.6



169



61



1118



341



67



29.8



22.2



31.2



23.3



3202140119



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



ft



m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



BOH 2-7/8"-8RD EUE-362SERIES CR0 FJI



0.66



0.2



6.99



3.17



2013070049 2013070103



SPLINE COUPLING 0.79"-0.79" CMP (for CMP pumps)



0.31



0.09



0.5



0.2



2024010333



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



FJI - Flush Joint Inserted 2018 Page 346



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(2500-4400)H



nf(2500-4400)H (FJI) Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head



m



ft



8,53



28



Q min



Qnom



Q max



Recommended operating range



Head



6,40



21



4,26



14



Eff, % 75



50



Power



hp 2,13



7



Eff



0,50



0,35



0,25



Power



25



0



kW



0,70



0,00



0



0 0



1000 150



2000 300



3000 450



4000 600



5000 750



0,00 0,00 bpd m3/day



Capacity



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(2500-4400)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



2414-3622 bpd



384-576 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 347



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(2500-4400)H



nf(2500-4400)H (FJI) Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head



ft 19.7



m 6



Qmin



Qnom



Qmax



Recommended operating range



Head



13.1



4



6.56



2



Eff, % 75



50



Eff



25



0



Power kW



hp



0.30



0.40



0.15



0.20



Power



0



0



0 0



Capacity



250



500



1000



2000



3000



750 4000



0.00 0.00 m3/day bpd



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nf(2500-4400)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.70 in



119.3 mm



Housing Diameter



4.79 in



121.7 mm



Recommended Operating Range



2012-3019 bpd



320-480 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



FJI - Flush Joint Inserted 2018 Page 348



> Power Save™ Pumps > NF > NF(2500-4400)H



Power Save™ Pumps Summary



nf(2500-4400)H (FJI) Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



FJI - Flush Joint Inserted 2018 Page 349



Power Save™ Pumps Summary



> Power Save™ Pumps > NF > NF(2500-4400)H



nf(2500-4400)H (FJI) Pump Design Data @ 60 Hz 362 series | cast METALLURGY STAGE compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



165



75



4



8.2



2.5



198



5



9.8



3.0



262



STG



Head ft



m



25



482



147



90



32



617



119



39



752



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



66



16.1



12.0



16.8



12.5



3202210182



188



66



20.7



15.4



21.5



16.0



3202210181



229



66



25.2



18.8



26.2



19.6



3202210180



7



13.1



4.0



335



152



53



1022



311



66



34.2



25.5



35.6



26.6



3202210179



8



14.8



4.5



372.6



169



61



1176



358



66



39.4



29.4



41.0



30.6



3202210178



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



ft



m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.14



4.6



BOH 2-7/8"-8RD EUE-362SERIES CR0 FJI



0.66



0.2



6.99



3.17



2013070049 2013070103



SPLINE COUPLING 0.79"-0.79" CMP (for CMP pumps)



0.31



0.09



0.5



0.2



2024010333



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



FJI - Flush Joint Inserted 2018 Page 350



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NHV(790-1000)H



nHV(790-1000)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nHV(790-1000)H, 60HZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



226-1207 bpd



36-192 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



105 hp



78 kW



High Strength (S14)



121 hp



90 kW



Ultra High Strength (S16)



137 hp



102 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 351



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NHV(790-1000)H



nHV(790-1000)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA nHV(790-1000)H, 50 HZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



188-1006 bpd



30-160 m3/day



Shaft Diameter



0.55 in



14 mm



Shaft Cross Sectional Area



0.24 in2



154 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



87 hp



65 kW



High Strength (S14)



101 hp



75 kW



Ultra High Strength (S16)



114 hp



85 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 352



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NHV(790-1000)H



nHV(790-1000)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



2018 Page 353



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NHV(790-1000)H



nHV(790-1000)H Pump Design Data @ 60 Hz 406 series | POWDER METALLURGY + CAST STAGE compression: AR2 CR1* HSG # 3



Length***



Weight



STG



ft



m



lb



kg



6.6



2.0



212



96



47



Head ft



m



910



277



Eff., %



BHP, nominal



69



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



7.3



5.5



7.8



5.8



3002142242



4



8.2



2.5



254



115



59



1143



348



69



9.2



6.9



9.8



7.3



3002142241



5



9.8



3.0



298



135



72



1395



425



69



11.2



8.4



11.9



8.9



3002142240



6



11.5



3.5



344



156



84



1627



496



69



13.1



9.8



13.9



10.4



3002142239



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.55"-0.55" (for FLT. SCMP pumps)



0.31



0.09



0.5



0.2



TBA



SPLINE COUPLING 0.55"-0.55" (for CMP pumps)



0.31



0.09



0.9



0.4



TBA 2138030003



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



999.355.0050_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030146



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, Vortex crown, radial diffuser Impeller – Cast metallurgy Diffuser– Cast metallurgy Barrel – Powder metallurgy



2018 Page 354



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1200-2100)H compression



NH(1200-2100)H Pump Performance Curve compression design 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(1200-2100)H compression design, 60 HZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



981-1509 bpd



156-240 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 355



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1200-2100)H compression



NH(1200-2100)H Pump Performance Curve compression design 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(1200-2100)H compression design, 50hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



817-1258 bpd



130-200 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 356



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1200-2100)H compression



NH(1200-2100)H compression design Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



2018 Page 357



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1200-2100)H compression



NH(1200-2100)H Pump compression design Design Data @ 60 Hz 406 series | POWDER METALLURGY STAGE compression: AR2 CR1* HSG # 3



Length***



Weight



ft



m



lb



kg



6 .6



2 .0



198



90



STG 41



Head ft



m



1108



338



Eff., % 65



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



15 .5



11 .5



15 .8



11 .8



3202380002



4



8 .2



2 .5



254



115



55



1486



453



65



20 .8



15 .5



21 .2



15 .8



3202380032



5



9 .8



3 .0



298



135



66



1784



544



65



24 .9



18 .6



25 .4



18 .9



3202380003



6



11 .5



3 .5



331



150



77



2081



634



65



29 .1



21 .7



29 .6



22 .1



3202380031



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.67"-0.67" PRT (for CMP pumps)



2024010242



0.31



0.09



0.5



0.2



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, non Vortex



2018 Page 358



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1500-2500)H compression



NH(1500-2500)H Pump Performance Curve compression design 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(1500-2500)H compression design, 60hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



1018-1849 bpd



162-294 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



193 hp



144 kW



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 359



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1500-2500)H compression



NH(1500-2500)H Pump Performance Curve compression design 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(1500-2500)H compression design, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



849-1540 bpd



135-245 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



161 hp



120 kW



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Max Housing Burst Pressure Limit



2018 Page 360



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1500-2500)H compression



Multi Hz Curve



NH(1500-2500)H compression design Multi Hz Curve (Tornado) Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



2018 Page 361



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(1500-2500)H compression



NH(1500-2500)H Pump compression design Design Data @ 60 Hz 406 series | POWDER METALLURGY STAGE compression: AR2 CR1* HSG # 3



Length***



Weight



ft



m



lb



kg



6 .6



2 .0



198



90



STG 34



Head ft



m



920



281



Eff., % 65



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



16 .0



11 .9



16 .0



11 .9



3002540321



4



8 .2



2 .5



254



115



43



1164



355



65



20 .2



15 .1



20 .2



15 .1



3002540322



5



9 .8



3 .0



298



135



53



1435



437



65



24 .9



18 .6



24 .9



18 .6



3002540323



6



11 .5



3 .5



331



150



63



1705



520



65



29 .6



22 .1



29 .6



22 .1



3002540324



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length



Weight



ft



m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.210



10.8



4.900



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.67"-0.67" PRT (for CMP pumps)



2024010242



0.31



0.09



0.5



0.2



999.350.0020_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030003



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, non Vortex



2018 Page 362



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3100)H



NH(2500-3100)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(2500-3100)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



1812-3019 bpd



288-480 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 363



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3100)H



NH(2500-3100)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(2500-3100)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



1509-2516 bpd



240-400 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 364



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3100)H



NH(2500-3100)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



2018 Page 365



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3100)H



NH(2500-3100)H Pump Design Data @ 60 Hz 406 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 3



Length***



Weight



ft



m



lb



kg



6.6



2.0



198



90



STG 28



Head ft



m



668



204



Eff., % 79



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



14.2



10.6



14.2



10.6



3002551053 3002551052



4



8.2



2.5



254



115



35



835



255



79



17.7



13.2



17.7



13.2



5



9.8



3.0



298



135



43



1026



313



79



21.8



16.3



21.8



16.3



3002551051



7



13.1



4.0



331



150



59



1408



429



79



29.9



22.3



29.9



22.3



3002551050



8



14.8



4.5



430



195



67



1599



487



79



33.9



25.3



33.9



25.3



3002551014



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.79"-0.79" PRT (for CMP pumps)



0.31



0.09



0.9



0.4



2024010119



999.355.0050_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030146



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 366



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3800)H



NH(2500-3800)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(2500-3800)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



2264-3774 bpd



360-600 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



322 hp



240 kW



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 367



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3800)H



NH(2500-3800)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(2500-3800)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



1887-3145 bpd



300-500 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



268 hp



200 kW



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 368



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3800)H



NH(2500-3800)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



2018 Page 369



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(2500-3800)H



NH(2500-3800)H Pump Design Data @ 60 Hz 406 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 3



Length***



Weight



ft



m



lb



kg



6.6



2.0



198



90



STG



Head ft



m



24



514



157



Eff., % 73



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



16.1



12.0



16.1



12.0



3002700237



4



8.2



2.5



254



115



31



663



202



73



20.7



15.5



20.7



15.5



3002700236



5



9.8



3.0



298



135



38



813



248



73



25.4



19.0



25.4



19.0



3002700235



7



13.1



4.0



386



175



52



1113



339



73



34.8



26.0



34.8



26.0



3002700234



8



14.8



4.5



430



195



59



1263



385



73



39.5



29.5



39.5



29.5



3002700233



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.79"-0.79" PRT (for CMP pumps)



0.31



0.09



0.9



0.4



2024010119



999.355.0050_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030146



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 370



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(4400-5000)H



NH(4400-5000)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(4400-5000)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



2642-4529 bpd



420-720 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



434 hp



324 kW



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 371



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(4400-5000)H



NH(4400-5000)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NH(4400-5000)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#5, 4kV)



4.91 in



124.8 mm



Housing Diameter



4.06 in



103 mm



Recommended Operating Range



2202-3774 bpd



350-600 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



362 hp



270 kW



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 372



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(4400-5000)H



NH(4400-5000)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



2018 Page 373



Power Save™ Pumps Summary



> Power Save™ Pumps > NH > NH(4400-5000)H



NH(4400-5000)H Pump Design Data @ 60 Hz 406 series | cast METALLURGY STAGE compression: AR2 CR1* HSG #



Length***



Weight



ft



m



lb



kg



3



6.6



2.0



198



90



4



8.2



2.5



254



5



9.8



3.0



298



STG



Head ft



m



24



443



135



115



31



573



135



38



702



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



71



17.3



12.9



17.3



12.9



3002211838



175



71



22.3



16.7



22.3



16.7



3002211837



214



71



27.4



20.4



27.4



20.4



3002211836



7



13.1



4.0



386



175



52



961



293



71



37.5



28.0



37.5



28.0



3002211786



8



14.8



4.5



430



195



59



1090



332



71



42.5



31.7



42.5



31.7



3002211835



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.21



10.8



4.9



2013070055



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



SPLINE COUPLING 0.87"-0.87" PRT (for CMP pumps)



2024010391



0.31



0.09



0.9



0.4



999.355.0050_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030146



PUMP/MOTOR CLAMP 338..449SERIES 5TON



-



-



29.8



13.5



3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 374



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(1900-2500)H



NP(1900-2500)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(1900-2500)h, 60HZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



1207-3170 bpd



192-504 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



434 hp



324 kW



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



4978 psi



343 bar



Max Housing Burst Pressure Limit



2018 Page 375



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(1900-2500)H



NP(1900-2500)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(1900-2500)h, 50 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



1006-2641 bpd



160-420 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



362 hp



270 kW



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



4978 psi



343 bar



Max Housing Burst Pressure Limit



2018 Page 376



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(1900-2500)H



NP(1900-2500)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



2018 Page 377



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(1900-2500)H



NP(1900-2500)h Pump Design Data @ 60 Hz 535series | POWDER METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length***



Weight



Head



STG



ft



m



lb



kg



4.9



1.5



221



100



29



ft



m



1382



421



Eff., % 67



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



34.3



25.6



35.4



26.4



3002470428



3



6.6



2.0



293



133



40



1907



581



67



47.3



35.3



48.8



36.4



3002470427



4



8.2



2.5



368



167



51



2431



741



67



60.3



45.0



62.2



46.4



3002470426



5



9.8



3.0



441



200



62



2955



901



67



73.4



54.7



75.6



56.4



3002470425



6



11.5



3.5



518



235



75



3575



1090



67



88.7



66.2



91.5



68.3



3002470424



7



13.1



4.0



595



270



86



4100



1250



67



101.8



75.9



104.9



78.3



3002470423



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-535SERIES CR0



0.66



0.2



18.5



8.4



2013070056



SPLINE COUPLING 0.87"-0.87" PRT (for CMP pumps)



0.31



0.09



0.5



0.2



2024010340



Installation kit for 535 series Pump - FLT, SCMP. CR0



-



-



-



-



TBA



999.375.0010_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030016



PUMP/MOTOR CLAMP 535..562SERIES 5TON



-



-



46.1



20.9



3020010009



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, non Vortex



2018 Page 378



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(3100-4400)H



NP(3100-4400)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(3100-4400)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



2113-5434 bpd



336-864 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



434 hp



324 kW



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



4978 psi



343 bar



Max Housing Burst Pressure Limit



2018 Page 379



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(3100-4400)H



NP(3100-4400)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(3100-4400)h, 50 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



1761-4528 bpd



280-720 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



362 hp



270 kW



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



4978 psi



343 bar



Max Housing Burst Pressure Limit



2018 Page 380



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(3100-4400)H



NP(3100-4400)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



2018 Page 381



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(3100-4400)H



NP(3100-4400)h Pump Design Data @ 60 Hz 535 series | POWDER METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



143



65



Head



STG



ft



m



20



939



286



Eff., % 66



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



37.8



28.2



37.8



28.2



3002890618



3



6.6



2.0



203



92



27



1268



386



66



51.0



38.0



51.0



38.0



3002890617



4



8.2



2.5



287



130



34



1597



487



66



64.2



47.9



64.2



47.9



3002890616



5



9.8



3.0



375



170



43



2019



615



66



81.2



60.6



81.2



60.6



3002890615



6



11.5



3.5



529



240



50



2348



716



66



94.4



70.5



94.4



70.5



3002890614



7



13.1



4.0



706



320



58



2724



830



66



109.5



81.7



109.5



81.7



3002890613



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-535SERIES CR0



0.66



0.2



18.5



8.4



2013070056



SPLINE COUPLING 0.87"-0.87" PRT (for CMP pumps)



0.31



0.09



0.5



0.2



2024010340



Installation kit for 535 series Pump - FLT, SCMP. CR0



-



-



-



-



TBA



999.375.0010_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030016



PUMP/MOTOR CLAMP 535..562SERIES 5TON



-



-



46.1



20.9



3020010009



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Pancake stage, non Vortex



2018 Page 382



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4400-5700)H



NP(4400-5700)H Pump Performance Curve 60 Hz /3490 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



Head



m



ft



24.4



80



Qmax



Qnom



Qmin



Recommended operating range



21.3



70



Head 18.3



60



15.2



50



12.2



40



75



9.1



30



50



6.1



20



Eff, %



Power



Eff 25



3.0



10



Power 0



0.0



0



0 0



Capacity



2000 200



4000 400



6000 600



8000 800



10000



hp



kW



3.0



2.24



1.5



1.12



0.0 0.00 bpd m3/day



1000



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(4400-5700)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



3397-6038 bpd



540-960 m3/day



Shaft Diameter



1.181 in



30 mm



Shaft Cross Sectional Area



1.095 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



1110 hp



828 kW



High Strength (S14)



1198 hp



894 kW



Ultra High Strength (S16)



1375 hp



1026 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 383



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4400-5700)H



NP(4400-5700)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(4400-5700)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



2830-5031 bpd



450-800 m3/day



Shaft Diameter



1.181 in



30 mm



Shaft Cross Sectional Area



1.095 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



925 hp



690 kW



High Strength (S14)



998 hp



745 kW



Ultra High Strength (S16)



1146 hp



855 kW



6000 psi



414 bar



Max Housing Burst Pressure Limit



2018 Page 384



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4400-5700)H



NP(4400-5700)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



2018 Page 385



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4400-5700)H



NP(4400-5700)H Pump Design Data @ 60 Hz 535 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



143



65



STG



Head ft



m



21



1142



348



Eff., % 69



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



59.1



44.1



60.4



45.1



3002520149 3002520148



3



6.6



2.0



221



100



30



1631



497



69



84.4



63.0



86.3



64.4



4



8.2



2.5



368



167



39



2121



646



69



109.7



81.9



112.2



83.7



3002520147



5



9.8



3.0



441



200



48



2610



796



69



135.0



100.7



138.0



103.0



3002520146



6



11.5



3.5



518



235



57



3100



945



69



160.3



119.6



163.9



122.3



3002520145



7



13.1



4.0



595



270



66



3589



1094



69



185.6



138.5



189.8



141.6



3002520144



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-535SERIES CR0



0.66



0.2



18.5



8.4



2013070056



SPLINE COUPLING 1.18"-1.18" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010560



999.375.0010_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030016



PUMP/MOTOR CLAMP 535..562SERIES 5TON



-



-



46.1



20.9



3020010009



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 386



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4700-6300)H



NP(4700-6300)h Pump Performance Curve 60 Hz /3490 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(4700-6300)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



4151-6793 bpd



660-1080 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



434 hp



324 kW



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 387



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4700-6300)H



NP(4700-6300)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(4700-6300)h, 50 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



3459-5660 bpd



550-900 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



362 hp



270 kW



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 388



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4700-6300)H



NP(4700-6300)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



2018 Page 389



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(4700-6300)H



NP(4700-6300)h Pump Design Data @ 60 Hz 535 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



143



65



STG 13



Head ft



m



507



154



Eff., % 78



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



27.0



20.1



27.5



20.6



3002580351



3



6.6



2.0



203



92



18



702



214



78



37.4



27.9



38.1



28.5



3002580350



4



8.2



2.5



287



130



23



896



273



78



47.7



35.6



48.7



36.4



3002580349 3002580348



5



9.8



3.0



375



170



29



1130



345



78



60.2



44.9



61.4



45.9



6



11.5



3.5



529



240



34



1325



404



78



70.6



52.7



72.0



53.8



3002580347



7



13.1



4.0



706



320



39



1520



463



78



80.9



60.4



82.6



61.7



3002580346



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-535SERIES CR0



0.66



0.2



18.5



8.4



2013070056



SPLINE COUPLING 0.87"-0.87" PRT (for CMP pumps)



0.31



0.09



0.5



0.2



2024010340



999.375.0010_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030016



PUMP/MOTOR CLAMP 535..562SERIES 5TON



-



-



46.1



20.9



3020010009



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 390



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(7900-10100)H



NP(7900-10100)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(7900-10100)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



5284-9812 bpd



840-1560 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.76 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



635 hp



474 kW



High Strength (S14)



683 hp



510 kW



Ultra High Strength (S16)



788 hp



588 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 391



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(7900-10100)H



NP(7900-10100)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(7900-10100)h, 50 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



4402-8176 bpd



700-1300 m3/day



Shaft Diameter



0.98 in



25 mm



Shaft Cross Sectional Area



0.76 in2



491 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



529 hp



395 kW



High Strength (S14)



570 hp



425 kW



Ultra High Strength (S16)



657 hp



490 kW



4978 psi



343 bar



Max Housing Burst Pressure Limit



2018 Page 392



> Power Save™ Pumps > NP > NP(7900-10100)H



Power Save™ Pumps Summary



NP(7900-10100)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



2018 Page 393



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(7900-10100)H



NP(7900-10100)h Pump Design Data @ 60 Hz 535 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



154



70



STG 12



Head ft



m



505



154



Eff., % 73



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



38.5



28.7



39.0



29.1



3002350686



3



6.6



2.0



232



105



18



757



231



73



57.7



43.0



58.6



43.7



3002350685



4



8.2



2.5



298



135



23



967



295



73



73.7



55.0



74.8



55.8



3002350684



5



9.8



3.0



375



170



28



1177



359



73



89.7



67.0



91.1



68.0



3002350683



6



11.5



3.5



452



205



33



1388



423



73



105.8



78.9



107.4



80.1



3002350682



7



13.1



4.0



529



240



39



1640



500



73



125.0



93.3



126.9



94.7



3002350681



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-535SERIES CR0



0.66



0.2



18.5



8.4



2013070056



SPLINE COUPLING 0.98"-0.98" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010536



999.375.0010_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030016



PUMP/MOTOR CLAMP 535..562SERIES 5TON



-



-



46.1



20.9



3020010009



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 394



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(11300-15100)H



NP(11300-15100)h Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



Head



m 18.3



ft 60



Qnom



Qmin



535 series / OD 136 mm



Qmax



Recommended operating range



Eff, %



Head



75



13.7



45



50



9.1



30



Power



hp



Eff



25



0



4.6



0.0



15



5.960



4.00



2.980



Power



0.00 0.000 20000 bpd



0 0 0



kW



8.00



5000 500



10000 1000



1500



15000 2000



2500



3000



Capacity



m3/day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(11300-15100)h, 60 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



9058-15094 bpd



1440-2400 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.09 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



1110 hp



828 kW



High Strength (S14)



1198 hp



894 kW



Ultra High Strength (S16)



1375 hp



1026 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 395



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(11300-15100)H



NP(11300-15100)h Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NP(11300-15100)h, 50 hZ Maximal ESP System OD (incl. MLE AWG#4, 4kV)



6.04 in



153.5 mm



Housing Diameter



5.35 in



136 mm



Recommended Operating Range



7547-12578 bpd



1200-2000 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.09 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Standard (S13)



925 hp



690 kW



High Strength (S14)



998 hp



745 kW



Ultra High Strength (S16)



1146 hp



855 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 396



> Power Save™ Pumps > NP > NP(11300-15100)H



Power Save™ Pumps Summary



NP(11300-15100)h Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



2018 Page 397



Power Save™ Pumps Summary



> Power Save™ Pumps > NP > NP(11300-15100)H



NP(11300-15100)h Pump Design Data @ 60 Hz 535 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



154



70



STG



Head ft



m



10



453



138



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S14 shaft**



79



51.2



38.2



55.3



41.2



3202120350



3



6.6



2.0



232



105



15



680



207



79



76.8



57.3



82.9



61.9



3202120349



4



8.2



2.5



368



167



19



861



262



79



97.3



72.6



105.0



78.4



3202120348



5



9.8



3.0



441



200



23



1042



318



79



117.8



87.9



127.1



94.9



3202120347



6



11.5



3.5



518



235



28



1269



387



79



143.4



107.0



154.8



115.5



3202120346



7



13.1



4.0



595



270



32



1450



442



79



163.9



122.3



176.9



132.0



3202120345



*CR2, CR3 and UCR configurations are available. **S16 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.2ft (0.365m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 3-1/2"-8RD EUE-535SERIES CR0



0.66



0.2



18.5



8.4



2013070056



SPLINE COUPLING 1.18"-1.18" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010560



999.375.0010_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030016



PUMP/MOTOR CLAMP 535..562SERIES 5TON



-



-



46.1



20.9



3020010009



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 398



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(10000-11300)H



NR(10000-11300)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR(10000-11300)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



8301-14339 bpd



1320-2280 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.10 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1110 hp



828 kW



Medium Strength (S11)



1198 hp



894 kW



Standard (S13)



1375 hp



1026 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only.



2018 Page 399



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(10000-11300)H



NR(10000-11300)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



Eff, %



Power kW



hp



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR(10000-11300)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



6918-11949 bpd



1100-1900 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.10 in2



707 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



925 hp



690 kW



Medium Strength (S11)



998 hp



745 kW



Standard (S13)



1146 hp



855 kW



4831 psi



333 bar



Housing Burst Pressure Limit



Unlike other pump series, NR and NT series pumps are available with straight-sided shaft splines only.



2018 Page 400



> Power Save™ Pumps > NR > NR(10000-11300)H



Power Save™ Pumps Summary



NR(10000-11300)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



2018 Page 401



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(10000-11300)H



NR(10000-11300)H Pump Design Data @ 60 Hz 677 series | cast METALLURGY STAGE compression: AR2 CR1* HSG #



Length***



Weight



Head



STG



ft



m



lb



kg



ft



m



2



4.9



1.5



198



90



651



199



3



6.6



2.0



265



120



4



8.2



2.5



342



155



13



941



17



1230



5



9.8



3.0



386



175



21



1520



9



Eff., %



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S8 shaft**



76



75.9



56.6



80.6



60.2



3002290093



287



76



109.6



81.8



116.5



86.9



3002290094



375



76



143.3



106.9



152.3



113.7



3002290095



463



76



177.0



132.1



188.2



140.4



3002290096



6



11.5



3.5



452



205



25



1809



552



76



210.7



157.2



224.0



167.2



3002290097



7



13.1



4.0



562



255



29



2099



640



76



244.4



182.4



259.9



193.9



3002290085



*CR2, CR3 and UCR configurations are available. **S11 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.62



0.19



7.7



3.5



2013070045



SPLINE COUPLING 1.18"STR-1.18"STR (for CMP pumps)



0.31



0.09



0.5



0.2



2024010560



999.380.0040_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030155



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 402



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(12600-15700)H



NR(12600-15700)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR(12600-15700)H, 60 hZ Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



10567-19625 bpd



1680-3120 m3/day



Shaft Diameter



1.38 in



35 mm



Shaft Cross Sectional Area



1.49 in2



962 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1914 hp



1428 kW



Medium Strength (S11)



2061 hp



1538 kW



Standard (S13)



2356 hp



1758 kW



4831 psi



333 bar



Max Housing Burst Pressure Limit



Involute shaft splines



2018 Page 403



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(12600-15700)H



NR(12600-15700)H Pump Performance Curve 50 Hz / 2910 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR(12600-15700)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



8805-16351 bpd



1400-2600 m3/day



Shaft Diameter



1.38 in



35 mm



Shaft Cross Sectional Area



1.49 in2



962 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1595 hp



1190 kW



Medium Strength (S11)



1718 hp



1282 kW



Standard (S13)



1963 hp



1465 kW



4831 psi



333 bar



Max Housing Burst Pressure Limit



Involute shaft splines



2018 Page 404



> Power Save™ Pumps > NR > NR(12600-15700)H



Power Save™ Pumps Summary



NR(12600-15700)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



2018 Page 405



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(12600-15700)H



NR(12600-15700)H Pump Design Data @ 60 Hz 677 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length***



Weight



ft



m



lb



kg



4.9



1.5



198



90



STG 9



Head ft



m



591



180



Eff., % 75



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S8 shaft**



87.9



65.6



88.6



66.1



3002300057



3



6.6



2.0



265



120



13



854



260



75



127.0



94.8



127.9



95.5



3002300058



4



8.2



2.5



342



155



17



1116



340



75



166.1



124.0



167.3



124.8



3002300059 3002300060



5



9.8



3.0



386



175



21



1379



420



75



205.2



153.1



206.7



154.2



6



11.5



3.5



452



205



25



1642



500



75



244.3



182.3



246.0



183.6



3002300061



7



13.1



4.0



562



255



29



1904



580



75



283.4



211.5



285.4



213.0



3002300062



*CR2, CR3 and UCR configurations are available. **S11 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.62



0.19



7.7



3.5



2013070045



SPLINE COUPLING 1.38"-1.38" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010503



999.380.0040_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030155



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 406



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(15700-19000)H



NR(15700-19000)H Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR(15700-19000)H, 60 HZ Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



12832-27173 bpd



2040-4320 m3/day



Shaft Diameter



1.38 in



35 mm



Shaft Cross Sectional Area



1.49 in2



962 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1914 hp



1428 kW



Medium Strength (S11)



2066 hp



1542 kW



Standard (S13)



2356 hp



1758 kW



4831 psi



333 bar



Max Housing Burst Pressure Limit



Involute shaft splines



2018 Page 407



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(15700-19000)H



NR(15700-19000)H Pump Performance Curve 50 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA NR(15700-19000)H, 50 hZ Maximal ESP System OD (incl. MLE AWG#2, 4kV)



8.29 in



210.5 mm



Housing Diameter



6.77 in



172 mm



Recommended Operating Range



10691-22640 bpd



1700-3600 m3/day



Shaft Diameter



1.38 in



35 mm



Shaft Cross Sectional Area



1.49 in2



962 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



1595 hp



1190 kW



Medium Strength (S11)



1722 hp



1285 kW



Standard (S13)



1963 hp



1465 kW



4831 psi



333 bar



Max Housing Burst Pressure Limit



Involute shaft splines



2018 Page 408



> Power Save™ Pumps > NR > NR(15700-19000)H



Power Save™ Pumps Summary



NR(15700-19000)H Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



677 series / OD 172 mm



2018 Page 409



Power Save™ Pumps Summary



> Power Save™ Pumps > NR > NR(15700-19000)H



NR(15700-19000)H Pump Design Data @ 60 Hz 677 series | cast METALLURGY STAGE compression: AR2 CR1* HSG # 2



Length**



Weight



ft



m



lb



kg



4.9



1.5



198



90



STG



Head ft



m



8



489



149



Eff., % 74



BHP, nominal



BHP, max



Part Number



hp



kW



hp



kW



S8 shaft**



91.9



68.6



96.7



72.2



3002310018



3



6.6



2.0



265



120



12



734



224



74



137.8



102.9



145.0



108.2



3002310019



4



8.2



2.5



342



155



15



917



280



74



172.3



128.6



181.3



135.3



3002310020 3002310021



5



9.8



3.0



386



175



19



1162



354



74



218.2



162.8



229.7



171.4



6



11.5



3.5



452



205



23



1406



429



74



264.2



197.1



278.0



207.5



3002310016



7



13.1



4.0



562



255



26



1589



484



74



298.6



222.8



314.3



234.5



3002310023



*CR2, CR3 and UCR configurations are available. **S11 shafts are available. Please refer to section ESP Selection Guide to choose appropriate shaft strength. ***Indicated length is for housing only, for full length please add head and base dimensions: 1.3ft (0.405m).



Pump accessories Description



Length ft



Weight m



lb



kg



Part Number



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.62



0.19



7.7



3.5



2013070045



SPLINE COUPLING 1.38"-1.38" (for CMP pumps)



0.31



0.09



0.5



0.2



2024010503



999.380.0040_INSTALLATION PARTS KIT. CR0



-



-



-



-



2138030155



PUMP/MOTOR CLAMP 677SERIES 7TON



-



-



48.1



21.8



3020020001



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



Stage design - Mixed flow, non Vortex



2018 Page 410



> Rotary Displasеment Cylindrical Pumps



GLOSSARY Rotary Displacement Cylindrical Pump N



XXX



RDCP



XX



XXX



XXX



XXX



XXXSTG Manufacturer (Novomet) Series, (see Table 1) Pump design: RDCP - Rotary Displacement Cylindrical Pump Capacity, bpd @ rated speed of 750 rpm Abrasion resistance, (see Table 2) Corrosion resistance, (see Table 3) Shaft material and yield strength: S14 - Stainless steel (1370 MPa) S16 - Stainless steel (1570 MPa) Number of stages in a pump



e.g., N362RDCP63 AR1 CR0 S14 227STG



Table 1 - Series



Series 362



HSG OD, in 3.62



HSG OD, mm 92



Table 2 - Abrasion resistance



Abbr.



Full name



Description



AR1



Abrasion Resistant 1



For fluid containing solids up to 175 ptb (500 mg/l).



Table 3 - Corrosion resistance



Abbr.



CR0



Full name



Fluid



Max chemical content, g/l Cl H2S CO2



Corrosion Slightly aggressive 0.01 Resistant 0 fluid



0.01



20



pH



Description



5.0..8.5



Pump stages, housing, head and base are from Carbon Steel



2018 Page 411



> Rotary Displasеment Cylindrical Pumps



Rotary Displacement Pump specification Nomenclature



Length



Weight



Housing diameter in mm



ft



m



lb



kg



N362RDCP63 AR1 CR0 S14 53STG



7.8



2.4



143.325



65



3.62



Shaft diameter



Part Number



in



mm



92



0.79



20



TBA



N362RDCP63 AR1 CR0 S14 68STG



9.4



2.9



255.78



116



3.62



92



0.79



20



TBA



N362RDCP63 AR1 CR0 S16 53STG



7.8



2.4



143.325



65



3.62



92



0.79



20



TBA



N362RDCP63 AR1 CR0 S16 68STG



9.4



2.9



255.78



116



3.62



92



0.79



20



TBA



2018 Page 412



> Rotary Displasеment Cylindrical Pumps > N362RDCP63



N362RDCP63 Pump Performance Curve 750 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



Head



m 46



ft 150



Qmin



Qnom



Qmax



Recommended operating range



Eff, % 50



30



100



Head



25



15



50



Power Eff Power



0



0



0



0 0



Capacity



25



50



150



75



300



100



450



600



hp



kW



0.30



0,22



0.15



0.11



0.00 0.00 bpd m3/day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N362RDCP63, 750 rpm Maximal ESP System OD (incl. MLE AWG#2, 4kV)



4.70 in



119.3 mm



Housing Diameter



3.62 in



92 mm



Recommended Operating Range



50-88 bpd



8-14 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



CW



Rotational Direction



Shaft Power Limit



Low Strength (S8)



N/A



N/A



Medium Strength (S11)



59 hp



44 kW



Standard (S13)



N/A



N/A



5547 psi



382 bar



Max Housing Burst Pressure Limit



Involute shaft splines



2018 Page 413



> Rotary Displasеment Cylindrical Pumps > N362RDCP63



N362RDCP63 Pump Performance Curve Multi Hz Curve



ft



60



200



30



100



362 series / OD 92 mm



1000 rpm



Power



Head



(m)



Curve is calculated for one stage on water of 1.00 sg



(KW)



hp



0.6



0.8



0.3



0.4



750 rpm



1000 rpm



750 rpm



0 0



Capacity



50 5



100 10



15



150 20



BPD (m3/day)



2018 Page 414



> Rotary Displasеment Cylindrical Pumps > N362RDCP63



N362RDCP63 Pump Design Data @ 750 rpm 362 series | ROLLED STEEL STAGE Pump accessories Description BOH 2-7/8"-8RD EUE-362SERIES CR0 BOH 3-1/2"-8RD EUE-362SERIES CR0 SPLINE COUPLING 0.78"-0.78" PRT (for FLT, SCMP pumps) 999.350.0030_INSTALLATION PARTS KIT. CR0 PUMP/MOTOR CLAMP 338..449SERIES 5TON



Length ft m 0.62 0.19 0.62 0.19 0.31 0.09 -



Weight lb kg 7.1 3.2 7.7 3.6 0.5 0.2 29.8 13.5



Part Number 2013070032 2013070017 2024010119 2138030006 3020010007



All '8rd EUE' threaded components are also available in '10rd NUE' configuration



2018 Page 415



> Downhole Equipment > Intake Devices > Intake



GLOSSARY INTAKE N



XXX



I



X



XXXH/XXXB



XXX



XXX



X.XX"



XXX



Intake Manufacturer (Novomet) Series, (see Table 1) Intake empty - standard Intake F - modification for slotted Filter intake G - gas preventing intake (Gravitation type) Intake flange connection size: XXXH - Intake Head series (for pump connection) XXXB - Intake Base series (for protector connection) Corrosion resistance, (see Table 2) Flange connection design: empty - standard flange-to-housing FJI - Flush joint inserted FJT - Flush joint threaded Shaft diameter, inches Shaft material strength: S13 - Stainless steel (1275 MPa) S14 - Stainless steel (1370 MPa) S16 - Stainless steel (1570 MPa) M8 - Monel alloy (785 MPa) I13 - Inconel alloy (1275 MPa) I14 - Inconel alloy (1370 MPa)



e.g., N362I 362H/362B CR1 0.67" S13



Table 1 - Series



Series 272 319 338 362 406 449 484 535 677 740



HSG OD, in 2.72 3.19 3.38 3.62 4.06 4.49 4.84 5.35



HSG OD, mm 69 81 86 92 103 114 123 136 Integrated into pump Integrated into pump



2018 Page 416



> Downhole Equipment > Intake Devices > Intake Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



pH



Description



CR1



Corrosion Resistant 1



Moderately aggressive fluid



0.01 1.25



1.45 0.01



200



Housing and flow path parts are from 4.0..8.5 Carbon Steel. Head and base are from Carbon Steel



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0 Stainless Steel housing, head and base



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



INTAKE SPECIFICATION Nomenclature N272I 272H/272B CR1 0.50" S14 N272I 272H/272B CR1 FJI 0.50" S14 N319I 319H/319B CR1 0.55" S14 N319I 319H/319B CR1 0.67" S14 N319I 319H/319B FJT CR1 0.67" S14 N319IG 319H/319B CR1 0.67" S14 N338I 338H/338B CR1 0.67" S14 N362I 362H/362B CR1 0.79" S14 N362I 362H/362B CR1 0.79" FJI S14 N362IF 362H/362B CR1 0.79" S14 N362G 362H/362B CR1 0.79" S14 N406I 406H/406B CR1 0.87" S14 N406I 406H/406B CR1 0.98" S14 N406IF 406H/406B CR1 0.87" S14 N406IG 406H/406B CR1 0.87" S14 N449I 449H/449B CR1 0.98" S14 N449I 449H/449B CR1 1.18" S14 N535I 535H/535B CR1 1.18" S14



Installation Length ft m



0.78 0.78 0.78 0.78 0.78 2.99 0.77 0.93 0.93 0.93 2.97 0.93 0.93 0.93 2.97 1.05 1.05 1.21



0.238 0.238 0.238 0.238 0.238 0.910 0.235 0.283 0.283 0.283 0.905 0.283 0.283 0.283 0.905 0.320 0.320 0.370



Weight lb



kg



11.0 11.0 13.2 13.2 13.2 54.0 13.2 19.8 19.8 19.8 63.1 24.3 24.3 24.3 81.8 33.1 33.1 55.1



5.0 5.0 6.0 6.0 6.0 24.5 6.0 9.0 9.0 9.0 28.6 11.0 11.0 11.0 37.1 15.0 15.0 25.0



Housing diameter in mm



2.72 2.72 3.19 3.19 3.19 3.19 3.38 3.62 3.62 3.62 3.62 4.06 4.06 4.06 4.06 4.60 4.60 5.35



69 69 81 81 81 81 86 92 92 92 92 103 103 103 103 117 117 136



Shaft Flow rate of diameter single phase fluid Part Number in mm bpd m3/day



0.50 12.8 630 0.50 12.8 630 0.55 14 1900 0.67 17 1900 0.67 17 1900 0.67 17 1500 0.67 17 2500 0.79 20 5000 0.79 20 5000 0.79 20 5000 0.79 20 2200 0.87 22 6300 0.98 25 6300 0.87 22 6300 0.87 22 2500 0.98 25 9400 1.18 30 9400 1.18 30 9400



100 100 300 300 300 240 400 800 800 800 350 1000 1000 1000 400 1500 1500 1500



3003090003 3003090009 3003070005 3003070010 3003070046 3003070018 3003060015 3003010133 3003010216 3003010161 3003030093 3003020208 3003020073 3003020272 3003030089 3003030049 3003030046 3003080019



2018 Page 417



> Downhole Equipment > Intake Devices > Gas Separator



GLOSSARY Gas Separator N



XXX



GS



XXXX



DESX



XXX



XXX



X.XX"



XXX Manufacturer (Novomet) Series, (see Table 1) Gas Separator Nominal capacity, bpd @60Hz Design: DES0 - Screw, paddle-wheels, cavitation inducer DES1 - Radial bearings in head/base, screw, paddlewheels, cavitation inducer DES2 - Radial bearings in head/base, helicoidal inducer and axial stage DES3 - Radial bearings in head/base, helicoidal inducer DES4 - Vortex type. Radial bearings in head/base, helicoidal inducer and vortex chamber. Abrasion resistance,



(see Table 2)



Corrosion resistance,



(see Table 3)



Shaft diameter, inches Shaft material strength: S14 - Stainless steel (1370 MPa) S16 - Stainless steel (1570 MPa) M8 - Monel alloy (785 MPa) I13 - Inconel alloy (1275 MPa) I14 - Inconel alloy (1370 MPa)



e.g., N406GS3800 DES2 AR2 CR3 0.87" S14



Table 1 - Series



Series



HSG OD. in



HSG OD. mm



272



2.72



69



319



3.19



81



338



3.38



86



362



3.62



92



406 449 535



4.06 4.49 5.35



103 114 136



Table 2 - Abrasion resistance



Abbr.



Full name



Description



AR1



Abrasion Resistant 1



For fluid containing solids up to 175 ptb (500 mg/l)



AR2



Abrasion Resistant 2



For fluid containing solids up to 350 ptb (1000 mg/l)



2018 Page 418



> Downhole Equipment > Intake Devices > Gas Separator



Table 3 - Corrosion resistance



Max chemical content. g/l CO2 Cl H2S



Abbr.



Full name



Fluid



pH



Description



CR1



Corrosion Resistant 1



Moderately aggressive fluid



0.01 1.25



1.45 0.01



200



Housing and flow path parts are from 4.0..8.5 Carbon Steel. Head and base are from Carbon Steel.



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0 Stainless Steel housing, head and base.



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



gas separator SPECIFICATION



Description



Installation length ft



m



Weight lb



kg



Nominal flow rate of single phase fluid bpd @ m3/day @ mm 60 Hz 50 Hz



Housing Shaft diameter diameter in



mm



in



Part Number



N272GS750 DES2 AR2 CR1 0.50'' S14



2.42 0.737 44.1 20.0 2.72 69 0.50 12.8



750



100



3008070003



N272GS750 DES2 AR2 CR1 0.50'' S16



2.42 0.737 44.1 20.0 2.72 69 0.50 12.8



750



100



TBA



N272GS750 DES2 AR2 CR1 0.50'' S14 FJI



2.73 0.832 44.1 20.0 2.72 69 0.50 12.8



750



100



3008070009



N272GS750 DES2 AR2 CR1 0.50'' S16 FJI



2.73 0.832 44.1 20.0 2.72 69 0.50 12.8



750



100



3008070010



N319GS1050 DES2 AR2 CR1 0.67'' S14



2.58 0.786 55.1 25.0 3.19 81 0.67 17



1050



140



3008080002



N319GS1050 DES2 AR2 CR1 0.67'' S16



2.58 0.786 55.1 25.0 3.19 81 0.67 17



1050



140



TBA



N338GS1900 DES1 AR1 CR1 0.67" S14



2.68 0.816 48.5 22.0 3.38 86 0.67 17



1900



250



3008030021



N338GS1900 DES1 AR1 CR1 0.67" S16



2.68 0.816 48.5 22.0 3.38 86 0.67 17



1900



250



3008030022



N362GS1500 DES2 AR2 CR1 0.79" S14



2.84 0.865



61.7 28.0 3.62



92 0.79



20



1500



200



3008010385



N362GS1500 DES2 AR2 CR1 0.79" S16



2.84 0.865



61.7 28.0 3.62



92 0.79



20



1500



200



3008010386



N406GS2600 DES3 AR2 CR1 0.87" S14



2.49 0.760 66.2 30.0 4.06 103 0.79 20



2600



350



3008020343



N406GS2600 DES3 AR2 CR1 0.87" S16



2.49 0.760 66.2 30.0 4.06 103 0.79 20



2600



350



3008020321



N406GS3800 DES2 AR2 CR1 0.87" S14



2.90 0.885 72.8 33.0 4.06 103 0.87 22



3800



500



3008020300



N406GS3800 DES2 AR2 CR1 0.87" S16



2.90 0.885 72.8 33.0 4.06 103 0.87 22



3800



500



3008020299



N535GS7600 DES2 AR2 CR1 1.18" S14



3.63 1.1055 99.2 45.0 5.35 136 1.18 30



7600



1000



3008050004



N535GS7600 DES2 AR2 CR1 1.18" S16



3.63 1.1055 99.2 45.0 5.35 136 1.18 30



7600



1000



3008050008



2018 Page 419



> Downhole Equipment > Intake Devices > Advanced Gas Handler



GLOSSARY Advanced Gas Handler N



XXX



AGH(F)



XXXX



XXX



X.XX"



XXX Manufacturer (Novomet) Series, (see Table 1) Advanced Gas Handler (F - modification for Slotted Filter Intake) Nominal capacity, bpd @60Hz Corrosion resistance, (see Table 2) Shaft diameter, inches Shaft material strength: S13 - Stainless steel (1275 MPa) S14 - Stainless steel (1370 MPa) S16 - Stainless steel (1570 MPa) M8 - Monel alloy (785 MPa) I13 - Inconel alloy (1275 MPa) I14 - Inconel alloy (1370 MPa)



e.g., N362AGH1500 CR3 0.79" S14



Table 1 - Series



Series 272



HSG OD, in 2.72



HSG OD, mm 69



319



3.19



81



362



3.62



92



406



4.06



103



2018 Page 420



> Downhole Equipment > Intake Devices > Advanced Gas Handler Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



pH



Description



CR1



Corrosion Resistant 1



Moderately aggressive fluid



0.01 1.25



1.45 0.01



200



Housing and flow path parts are from 4.0..8.5 Carbon Steel. Head and base are from Carbon Steel.



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0 Stainless Steel housing, head and base.



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



Advanced Gas Handler SPECIFICATION Nomenclature



Installation Length ft



m



Weight lb



kg



Housing diameter in



Shaft Nominal flow rate of diameter single phase fluid bpd @ m3/day @ mm in mm 60 Hz 50 Hz



N272AGH600 CR1 0.50" S14



4.00 1.218 48.5 22.0 2.72



N319AGH750 CR1 0.67" S14



4.08 1.243 55.1 25.0 3.19



81 0.67 17



N362AGH1500 CR1 0.79" S14



3.65 1.1125 66.2 30.0 3.62



92 0.79 20



N362AGHF1500 CR1 0.79" S14 3.65 1.1125 66.2 30.0 3.62



92 0.79 20



1500



200



3040030031



3.44 1.0484 92.6 42.0 4.06 103 0.87 22



1700



225



3040040004



N406AGHF1700 CR1 0.87" S14 3.44 1.0484 92.6 42.0 4.06 103 0.87 22



1700



225



3040040039



N406AGH5300 CR1 0.87" S14



5300



700



3040040081



N406AGH1700 CR1 0.87" S14



69 0.50 12.8



5.57 1.698 105.8 48.0 4.06 103 0.88 22



600



Part Number



80



3040010005



750



100



3040020001



1500



200



3040030011



2018 Page 421



> Downhole Equipment > Intake Devices > Multiphase Pump



GLOSSARY Multiphase Pump N



X MPP XXXX



XXX



XXX



XXX



XXX



XXXSTG Manufacturer (Novomet) Series, (see Table 1) Multiphase pump Capacity, bpd @60Hz Pump assembly design: CMP - compression Abrasion resistance: AR2 - for fluid containing solids up to 350 ptb (1000 mg/l) Corrosion resistance, (see Table 2) Shaft material and yield strength: S14 - Stainless steel (1370 MPa) S16 - Stainless steel (1570 MPa) I14 - Inconel alloy (1370 MPa) Number of stages in a multiphase pump



e.g., N406MPP3800 CMP AR2 CR1 S14 28STG



2018 Page 422



> Downhole Equipment > Intake Devices > Multiphase Pump



Table 1 - Series



Series



HSG OD, in



HSG OD, mm



272



2.72



69



319



3.19



81



362



3.62



92



406



4.06



103



535



5.35



136



Table 2 - Corrosion resistance



Abbr.



Full name



Fluid



Max chemical content, g/l CO2 Cl H2S 0.01 1.45 200 1.25 0.01



Corrosion Moderately agResistant 1 gressive fluid Corrosion Highly aggressive 1.25 CR2C Resistant 2C fluid CR1



pH 4.0..8.5



1.45



200



3.0..9.0



CR2S



Corrosion Highly aggressive 1.25 Resistant 2S fluid



1.45



200



3.0..9.0



CRM



Corrosion Highly aggressive 1.25 Resistant M fluid



1.45



200



3.0..9.0



CRMS



Corrosion Highly aggressive 1.25 Resistant MS fluid



1.45



200



3.0..9.0



CR3



Corrosion Highly aggressive 1.25 Resistant 3 fluid



1.45



200



3.0..9.0



1.45



200



3.0..9.0



UCR



Ultra Corrosion Resistant



Extremely aggressive fluid



>1.25



Description Ni-resist stages. Housing, head and base are from Carbon Steel. Ni-resist stages. Housing, head and base are coated with thermal spray coatings. Ni-resist stages. Stainless Steel head and base. Housing is coated with thermal spray coatings. Ni-resist stages. Housing, head and base are coated with Monel alloy thermal spray coating. Ni-resist stages. Stainless Steel head and base. Housing is coated with Monel alloy thermal spray coating. Ni-resist stages. Housing, head and base are from Stainless Steel. Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



2018 Page 423



> Downhole Equipment > Intake Devices > Multiphase Pump



Multiphase Pump SPECIFICATION Description



Installation Length



Weight



Housing diameter



Shaft diameter



Nominal flow rate of single phase fluid



Part Number



ft



m



lb



kg



in



mm



in



mm



bpd @ 60 Hz



m3/day @ 50 Hz



N272MPP940 CMP AR2 CR1 S14 24STG



7.8



2.4



132.3



60



2.72



69



0.5



12.8



940



125



3001950005



N319MPP1500 CMP AR2 CR1 S14 15STG



7.8



2.4



132.3



60



3.19



81



0.27



17



1500



200



3101340006



N319MPP1500 CMP AR2 CR1 S14 15STG FJT



7.8



2.4



132.3



60



3.19



81



0.27



17



1500



200



3101340009



N362MPP1500 CMP AR2 CR1 S14 22STG



9.4



2.9



198.45



90



3.62



92



0.79



20



1500



200



3001580146



N406MPP940 CMP AR2 CR1 S14 13STG



7.8



2.4



242.55



110



4.06



103



0.87



22



940



125



3001660028



N406MPP2400 CMP AR2 CR1 S14 20STG



11.0



3.4



286.65



130



4.06



103



0.87



22



2400



320



3001670081



N406MPP3800 CMP AR2 CR1 S14 28STG



14.3



4.4



374.85



170



4.06



103



0.87



22



3800



500



3001210190



N535MPP12000 CMP AR2 CR3 S14 11STG



7.4



2.3



231.525



105



5.35



136



1.18



30



12000



1600



3101360006



2018 Page 424



> Downhole Equipment > Intake Devices > Multiphase Pump



Multiphase PUMP SUMMARY



A(272)



B(319)



F(362)



h(406)



p(535)



N272MPP940



N319MPP1500



N362MPP1900



N406MPP940



N535MPP12000



N406MPP2400



N406MPP3800



2018 Page 425



> Downhole Equipment > Intake Devices > Multiphase Pump > N272MPP940



N272MPP940 Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N272MPP940, 60hZ Recommended Operating Range



113-1207 bpd"



18-192 m3/day"



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



128.6 mm2



Housing Diameter



2.72 in



69 mm



Shaft Power Limit



High Strength (S14)



100 hp



74 kW



Ultra High Strength (S16)



113 hp



84 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 426



> Downhole Equipment > Intake Devices > Multiphase Pump > N272MPP940



N272MPP940 Pump Performance Curve 50 Hz /2910 rpm



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N272MPP940, 50hZ Recommended Operating Range



94-1006 bpd



15-160 m3/day



Shaft Diameter



0.50 in



12.8 mm



Shaft Cross Sectional Area



0.20 in2



128.6 mm2



Housing Diameter



2.72 in



69 mm



Shaft Power Limit



High Strength (S14)



83 hp



62 kW



Ultra High Strength (S16)



94 hp



70 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 427



> Downhole Equipment > Intake Devices > Multiphase Pump > N272MPP940



N272MPP940 Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



272 series / OD 69 mm



2018 Page 428



> Downhole Equipment > Intake Devices > Multiphase Pump > N319MPP1500



N319MPP1500 Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N319MPP1500, 60hZ Recommended Operating Range



755-1888 bpd



120-300 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



Housing Diameter



3.19 in



81 mm



Shaft Power Limit



High Strength (S14)



217 hp



162 kW



Ultra High Strength (S16)



241 hp



180 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 429



> Downhole Equipment > Intake Devices > Multiphase Pump > N319MPP1500



N319MPP1500 Pump Performance Curve 50 Hz /2910 rpm



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N319MPP1500, 50hZ Recommended Operating Range



629-1572 bpd



100-250 m3/day



Shaft Diameter



0.67 in



17 mm



Shaft Cross Sectional Area



0.35 in2



227 mm2



Housing Diameter



3.19 in



81 mm



Shaft Power Limit



High Strength (S14)



181 hp



135 kW



Ultra High Strength (S16)



201 hp



150 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 430



> Downhole Equipment > Intake Devices > Multiphase Pump > N319MPP1500



N319MPP1500 Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



319 series / OD 81 mm



2018 Page 431



> Downhole Equipment > Intake Devices > Multiphase Pump > N319MPP1900



N362MPP1500 Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N362MPP1500, 60hZ Recommended Operating Range



377-1887 bpd



60-300 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



Housing Diameter



3.62 in



92 mm



Shaft Power Limit



High Strength (S14)



346 hp



258 kW



Ultra High Strength (S16)



402 hp



300 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 432



> Downhole Equipment > Intake Devices > Multiphase Pump > N319MPP1900



N362MPP1500 Pump Performance Curve 50 Hz /2910 rpm



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N362MPP1500, 50hZ Recommended Operating Range



314-1572 bpd



50-250 m3/day



Shaft Diameter



0.79 in



20 mm



Shaft Cross Sectional Area



0.49 in2



314 mm2



Housing Diameter



3.62 in



92 mm



Shaft Power Limit



High Strength (S14)



288 hp



215 kW



Ultra High Strength (S16)



335 hp



250 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 433



> Downhole Equipment > Intake Devices > Multiphase Pump > N319MPP1900



N362MPP1500 Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



362 series / OD 92 mm



2018 Page 434



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP940



N406MPP940 Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head



m 12.2



ft 40



Qmin



Qnom



Qmax



Recommended operating range



Head 9.15



30



6.1



20



3.05



10



Power Power



0



0



0 0



Capacity



1000



2000



150



300



3000 450



4000 600



5000 750



hp



kW



1.64



1.22



0.82



0.61



0.00 0.00 bpd m3 /day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N406MPP940, 60hZ Recommended Operating Range



377-1207 bpd



60-192 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



Housing Diameter



4.06 in



103 mm



Shaft Power Limit



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 435



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP940



N406MPP940 Pump Performance Curve 50 Hz /2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head m



ft



26.25



Qmin



8



Qnom Qmax



Recommended operating range



Head 19.69



6



13.12



4



Power



hp 6.56



2



kW



0.80



1.07



0.40



0.54



Power



0.00



0



0



100



0



200 750



300 1500



400 2250



0.00 0.00 600 m3/day



500 3000



3750



bpd



Capacity



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N406MPP940, 50hZ Recommended Operating Range



314-1006 bpd



50-160 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



Housing Diameter



4.06 in



103 mm



Shaft Power Limit



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 436



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP940



N406MPP940 Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



100



100 Hz (m)



ft



22.8



75



90 Hz



Head



80 Hz 15.2



50



70 Hz 60 Hz



7.6



25



50 Hz 40 Hz



(KW)



hp



4.48



6



Power



100 Hz 2.99



4



90 Hz



1.49



80 Hz



2



70 Hz 60 Hz 40 Hz 0 0



Capacity



500



50 Hz



1000 100



1500 200



2000 300



2500



BPD (m3/day)



2018 Page 437



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP2400



N406MPP2400 Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head



m 11



ft 35



Q min



Qnom



Qmax



Recommended operating range



9.1



30



7.6



25



6.1



20



4.6



15



3



10



1.5



0



Head



Power kW



1.64



1.22



0.82



0.61



Power



5



0



hp



0 0



Capacity



1000



2000



150



300



3000 450



4000 600



5000 750



0.00 0.00 bpd m3/day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N406MPP2400, 60hZ Recommended Operating Range



377-2867 bpd



60-456 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



Housing Diameter



4.06 in



103 mm



Shaft Power Limit



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 438



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP2400



N406MPP2400 Pump Performance Curve 50 Hz /2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head ft



m



26.25



Qmax



Qnom



Qmin



8



Recommended operating range



Head 19.69



6



13.12



4



Power



kW 6.56



2



hp



0.80



1.07



0.40



0.54



Power



0.00



0



0



100



0



200 750



300 1500



400 2250



0.00 0.00 600 m3/day



500 3000



3750



bpd



Capacity



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N406MPP2400, 50hZ Recommended Operating Range



314-2390 bpd



50-380 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



Housing Diameter



4.06 in



103 mm



Shaft Power Limit



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 439



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP2400



N406MPP2400 Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



100 Hz (m)



ft



22.8



75



15.2



50



90 Hz



Head



80 Hz 70 Hz 60 Hz 7.6



25



50 Hz 40 Hz



Power



(KW)



hp



4.5



6



3.0



4



100 Hz



90 Hz 1.5



2



80 Hz 70 Hz 40 Hz 0 0



Capacity



50 Hz



2000 250



500



60 Hz



4000 750



1000



6000 1250



BPD (m3/day)



2018 Page 440



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP3800



N406MPP3800 Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head



m 12



ft 40



Qmin



Q nom



Q max



Recommended operating range



Head



9.1



30



6.1



20



3



10



Power hp



kW



1.64



1.22



0.82



0.61



Power



0



0



0 0



Capacity



2000 150



300



4000 450



600



6000 750



900



0.00 0.00 bpd m3/day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N406MPP3800, 60hZ Recommended Operating Range



377-4528 bpd



60-720 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



Housing Diameter



4.06 in



103 mm



Shaft Power Limit



High Strength (S14)



466 hp



348 kW



Ultra High Strength (S16)



531 hp



396 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 441



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP3800



N406MPP3800 Pump Performance Curve 50 Hz /2910 rpm



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



Head ft



m



26.25



Qmin



8



Qnom



Qmax



Recommended operating range



Head 19.69



6



13.12



4



Power



kW 6.56



2



hp



0.70



0.94



0.35



0.47



Power



0.00



0



0 0



200 1000



400 2000



0.00 0.00 800 m3/day



600 3000



4000



5000



bpd



Capacity



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N406MPP3800, 50hZ Recommended Operating Range



314-3773 bpd



50-600 m3/day



Shaft Diameter



0.87 in



22 mm



Shaft Cross Sectional Area



0.59 in2



380 mm2



Housing Diameter



4.06 in



103 mm



Shaft Power Limit



High Strength (S14)



389 hp



290 kW



Ultra High Strength (S16)



442 hp



330 kW



5547 psi



382 bar



Housing Burst Pressure Limit



2018 Page 442



> Downhole Equipment > Intake Devices > Multiphase Pump > N406MPP3800



N406MPP3800 Multi Hz Curve (Tornado)



Head



Multi Hz Curve



(m)



ft



22.8



75



15.2



50



7.6



25



Curve is calculated for one stage on water of 1.00 sg



406 series / OD 103 mm



100 Hz 90 Hz 80 Hz 70 Hz



60 Hz 50 Hz



40 Hz



hp



4.47



6



2.98



4



Power



(KW)



100 Hz 1.49



2



90 Hz 80 Hz 70 Hz 40 Hz 0



1500



0



250



Capacity



3000 500



50 Hz



4500 750



60 Hz 6000 1000



7500 1250



9000



BPD (m3/day)



2018 Page 443



> Downhole Equipment > Intake Devices > Multiphase Pump > N535MPP12000



N535MPP12000 Pump Performance Curve 60 Hz / 3490 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



Head



m 18.3



ft 60



Qmin



Qnom



Qmax



Recommended operating range



Head 12.2



40



6.09



20



Power



hp



kW



7.00



5.22



3.50



2.61



Power



0



0



0 0



Capacity



3000 400



6000 800



9000 1200



12000 1600



0.00 0.00 18000 bpd



15000



2000



2400



2800



m3 /day



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N535MPP12000, 60hZ Recommended Operating Range



9811-14717 bpd



1560-2340 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.095 in2



706.5 mm2



Housing Diameter



5.35 in



136 mm



Shaft Power Limit



High Strength (S14)



1198 hp



894 kW



Ultra High Strength (S16)



1375 hp



1026 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 444



> Downhole Equipment > Intake Devices > Multiphase Pump > N535MPP12000



N535MPP12000 Pump Performance Curve 50 Hz /2910 rpm



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mmm



Head ft



m



39.37



Qmin



12



Qnom



Qmax



Recommended operating range



Head



26.25



8



13.12



4



Power



kW



hp



3.00



4.02



1.50



2.01



Power



0.00



0



0 0



600 3000



1200 6000



0.00 0.00 2400 m3/day



1800 9000



12000



15000



bpd



Capacity



This Engineering Perfomance Curve shows the single stage design performance for sizing purposes only. Actual system performance will be within the parameters specified in API Recommended Practice 11S2 for Electric Submersible Pump Testing.



ENGINEERING DATA N535MPP12000, 50hZ Recommended Operating Range



8176-12264 bpd



1300-1950 m3/day



Shaft Diameter



1.18 in



30 mm



Shaft Cross Sectional Area



1.095 in2



706.5 mm2



Housing Diameter



5.35 in



136 mm



Shaft Power Limit



High Strength (S14)



998 hp



745 kW



Ultra High Strength (S16)



1146 hp



855 kW



4978 psi



343 bar



Housing Burst Pressure Limit



2018 Page 445



> Downhole Equipment > Intake Devices > Multiphase Pump > N535MPP12000



N535MPP12000 Multi Hz Curve (Tornado) Multi Hz Curve



Curve is calculated for one stage on water of 1.00 sg



535 series / OD 136 mm



100 Hz (m)



ft



22.9



75



90 Hz



Head



80 Hz



70 Hz 15.2



50



60 Hz 50 Hz 7.6



25



40 Hz



100 Hz



11.20



(KW)



hp 15



7.47



10



90 Hz



Power



80 Hz



70 Hz 3.73



5



60 Hz 50 Hz 40 Hz 0 0



Capacity



5000 750



10000 1500



15000 2250



20000 3000



25000 BPD 3750



(m3/day)



2018 Page 446



> Downhole Equipment > Protector



GLOSSARY protector N XXX



XX



XXXXX



XXXH/XXXB



XXX



XXX



XXX



XX Manufacturer (Novomet) Series, (see Table 1) Protector design: MP - Modular Protector TMP - Tandem Modular Protector Hydraulic scheme (from top to bottom)*: LSB (Labyrinth-series-Bag) BSB (Bag-series-Bag) LSBPB (Labyrinth-series-Bag-parallel-Bag) LSBSB (Labyrinth-series-Bag-series-Bag) LSBPB-SBPBSL (Labyrinth-series-Bag-parallel-Bag + series-Bag-parallel-Bag-series-Labyrinth) Protector flange connection size: XXXH - Protector Head series (for intake device connection) XXXB - Protector Base series (for motor connection) Corrosion resistance, (see Table 2) Heat resistance, (see Table 3) Thrust bearing: STL - Standard Load thrust bearing HL - High Load thrust bearing Shaft material strength: S8 - Stainless steel (780 MPa) S11 - Stainless steel (1078 MPa) S13 - Stainless steel (1275 MPa) M8 - Monel alloy (785 MPa) I8 - Inconel alloy (785 MPa) I11 - Inconel alloy (1080 MPa) I13 - Inconel alloy (1275 MPa)



e.g., N449MP LSBSB 449H/512B CR0 HT HL S8 * Other hydraulic schemes are available on Customer request



2018 Page 447



> Downhole Equipment > Protector



Table 1 - Series



HSG OD, in 2.72



Series 272



HSG OD, mm 69



319



3.19



81



338



3.38



86



362



3.62



92



406



4.06



103



449



4.49



114



535



5.35



136



677



6.77



172



Table 2 - Corrosion resistance



Abbr.



Full name



CR0



Corrosion Resistant 0



CR2C



Max chemical content, g/l CO2 Cl H2S



Fluid



pH



Description



Slightly aggressive 0.01 fluid



0.01



20



5.0..8.5



Housing, head and base are from Carbon Steel.



Corrosion Resistant 2C



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Housing, head and base are coated with thermal spray coatings.



CR2S



Corrosion Resistant 2S



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Stainless Steel head and base. Housing is coated with thermal spray coatings.



CRM



Corrosion Resistant M



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



CRMS



Corrosion Resistant MS



Highly aggressive fluid



1.25



1.45



200



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0 Stainless Steel housing, head and base.



UCR



Ultra Corrosion Resistant



Extremely aggressive fluid



>1.25



1.45



200



3.0..9.0



Housing, head and base are from Carbon Steel and coated with Monel alloy thermal spray. Stainless Steel head and base. Housing 3.0..9.0 is from Carbon Steel and coated with Monel alloy thermal spray.



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



Table 3 - Heat resistance



Abbr. HT



Full name High Temperature



UHT



Ultra High Temperature



XHT



Extremely High Temperature



Description Ambient temperature - up to 320 oF (160 oC) Note: Applicable for conventional, Modular and Tandem Modular Protectors. HT motor fluid Ambient temperature - up to 356 oF (180 oC) Note: Applicable for conventional, Modular and Tandem Modular Protectors. UHT motor fluid Ambient temperature - up to 482 oF (250 oC). Note: Applicable for Metal bellows Protectors only. XHT motor fluid



2018 Page 448



> Downhole Equipment > Protector



Applications: • Protector being a part of ESP system. performs the following functions: • It protects the motor from the well fluid • It provides pressure equalization between the motor and the wellbore • It carries the thrust load of the pump • It compensates motor oil volume during ESP system operation • It transfers torque moment from Motor to Intake devices and Pump



tandem MODULAR PROTECTOR Most common LsBpB+BpBsL



hydraulic



configuration



of



modules



is



Tandem protector is



6 modules



4



protection barriers



2



thrust bearings



Benefits: • Versatile design reduces inventories • High-load thrust bearing adds greater pump thrust capacity • Ensures extended ESP run life in challenging conditions Features: • Modular Protectors are available in 319. 362. 406. 449. 535 and 677 Series. • They come in either standard (STL) or high load thrust (HL) ratings as well as high temperature (HT) configurations (well ambient temperature is up to 340 oF). • With regard to corrosion-resistant versions. three variant are available: for slightly (CR0). Highly (CR2 and CR3) and extremely aggressive fluids (UCR).



Two thrust bearings • Bearings work in tandem increasing allowable axial load on protector shaft; • In case one of the thrust bearings fails the second thrust bearing will receive the load; • The system does not require preliminary preparation. Adjustment is performed during protector manufacturing and assembly.



2018 Page 449



> Downhole Equipment > Protector



During the assembly process clearance between the shafts of the upper and lower protector is eliminated by adjustment of bolt located on the lower protector shaft. Initially upper protector shaft is elevated by 0.008 in (0.2 mm) over its thrust bearing. Adjustment by shims is performed in the range of 0.008 in (0.2 mm). It is performed in order to compensate wear of the sliding surfaces, deformation of shafts caused by the load and materials thermal expansion. With time load is distributed equally on both thrust bearings.



For low power motors: BsB+LsL



For high power motors BpB+BpB+LsL



2018 Page 450



BSBSB



N338MP BSBSB CR0 HT STL S11



LSBPB LSBPB



N406MP BSBSB 362-406H/406-460B CR0 HT HL S11



N406MP LSBPB 362-406H/512B CR0 HT HL S11



N406MP LSBPB 362-406H/512B CR0 HT HL I13



LSBSB LSBPB-SBPBSL



N449MP LSBSB 535H/512B CR0 HT HL S11



N449TMP LSBPB-SBPBSL 535H/512B CR0 HT HL S11



LSBPB



BSB



N449MP LSBPB 535H/512B CR0 HT HL S11



N449MP BPB 535H/512B CR0 HT HL S11



LSBPB-SBPBSL



N449MP LSBSB 449H/512B CR0 HT HL S11



N449MP LSBPB-SBPBSL 449H/512B CR0 HT HL S11



LSBPB LSBSB



N449MP LSBPB 449H/512B CR0 HT HL S11



BSB



BPB-SBPB LSBPB-SBPBSL



N406TMP BPB-SBPB 362-406H/406-460B CR0 HT HL S11



N406TMP LSBPB-SBPBSL 362-406H/512B CR0 HT HL S11



N406TMP LSBPB-SBPBSL 362-406H/406-460B CR0 HT HL S11 LSBPB-SBPBSL



LSBSB BSBSB



N406MP LSBSB 362-406H/406-460B CR0 HT HL S11



LSBPB



N449MP BSB 449H/512B CR0 HT HL S11



25



25



25



20



14



mm



7144



5292



1588



4500



1191



lb



3240



2400



720



2040



540



kg



5954



4410



1323



3750



992



lb



2700



2000



600



1700



450



kg



@50Hz



320



130



4,49



114



1,38



35



8203



3720



6836



3100



720



290



720



TBA



720



290



720



TBA



579



579



579



579



579



TBA



201



579



450



180



450



TBA



450



180



450



TBA



360



360



360



360



360



TBA



125



360



125



200



200



80



200



80



130 320



63



63



100



63



90



180



90



180



TBA



90



180



TBA



TBA



90



90



90



90



101



101



161



101



145



289



145



289



TBA



145



289



TBA



TBA



145



145



145



145



hp kW @60Hz @50Hz



Maximum motor power



201



0,98



0,98



0.98



0.79



0.55



in



@60Hz



Thrust bearing load limit



BSB



103



92



86



81



69



mm



Shaft diameter



320



4,06



3,62



3.38



3.19



2.72



in



Housing OD



BPB-SBPB



N406MP LSBPB 362-406H/406-460B CR0 HT HL S11



N406MP BSB 362-406H/460B CR0 HT HL S11



N362TMP BPB-SBPB 362H/406B CR0 HT HL S11



LSBPB-SBPBSL



LSBSB



N362MP LSBSB CR0 HT HL S11



N362TMP LSBPB-SBPBSL 362H/406B CR0 HT HL S11



LSBPB



N362MP LSBPB CR0 HT HL S11



BSB



LSBSB



N338MP LSBSB CR0 HT STL S11



N362MP BSB CR0 HT HL S11



LSBSB



N338MP LSBPB CR0 HT STL S11



BPB



BPB-SBPB



N319TMP BPB-SBPB 319H/319B CR0 HT HL I14



N338MP BPB CR0 HT STL S11



BPB-SBPB



LSBSB



N319MP LSBSB CR0 HT HL I14



N319TMP BPB-SBPB 319H/319B CR0 HT HL S11



LSBPB



N319MP LSBPB CR0 HT HL I14



BSB



LSBSB



N319MP LSBSB CR0 HT HL S11



N319MP BSB CR0 HT HL I14



LSBPB



BSB



BPB-SBPB



N319MP LSBPB CR0 HT HL S11



N319MP BSB CR0 HT HL S11



N272TMP BPB-SBPB CR0 HT STL S14



BSB



LSBSB



N272MP LSBSB CR0 HT STL S14



N272MP BSB CR0 HT STL I14



LSBPB



BSB



Hydraulic scheme



N272MP LSBPB CR0 HT STL S14



N272MP BSB CR0 HT STL S14



Modular Protector



protector SPECIFICATION



20



11



11



TBA



20



11



11



TBA



40



20



40



TBA



40



20



40



TBA



31



31



14 18



31



31



31



TBA



15,5



31



15,5



23



23



11,5



23



11,5



7,5



7,5



15



7,5



18



18



9



18



TBA



9



18



TBA



18



9



TBA



TBA



9



18



9



9



TBA



9



9



7



10



15



7



7



5



5,5



5,5



5,5



4



8



8



3,5



3,5



TBA



3,5



3,5



TBA



6



2,5



TBA



TBA



2,5



Max oil Oil volume, volume of motor, l l



8,04



6,37



8,04



TBA



TBA



8,04



8,04



TBA



14,98



11,17



14,98



7,56



TBA



TBA



7,56



7,56



5,66



TBA



14,98



7,56



7,56



5,66



6,68



6,68



6,68



5,06



7,56



TBA



TBA



TBA



TBA



7,56



TBA



TBA



TBA



6,40



TBA



TBA



6,40



ft



2,45



1,94



2,45



TBA



TBA



2,45



2,45



TBA



4,57



3,41



4,57



2,31



TBA



TBA



2,31



2,31



1,73



TBA



4,57



2,31



2,31



1,73



2,04



2,04



2,04



1,54



2,31



TBA



TBA



TBA



TBA



2,31



TBA



TBA



TBA



1,95



TBA



TBA



1,95



m



Installation Length



595



287



287



TBA



595



287



287



TBA



397



309



397



198



68



TBA



198



198



154



265



331



154



154



132



132



154



154



154



221



221



115



115



TBA



115



115



TBA



TBA



69



TBA



TBA



69



lb



270



130



130



TBA



270



130



130



TBA



180



140



180



90



31



TBA



90



90



70



120



150



70



70



60



60



70



70



70



100



100



52



52



TBA



52



52



TBA



TBA



32



TBA



TBA



32



kg



Weight



3006040036



3006040014



3006040028



TBA



3006040068



3006040045



3006040021



3006040025



3006030119



3006030239



3006030115



3006030114



3006030161



3006030316



3006030094



3006030096



3006030158



3006020293



3006020174



3006020099



3006020104



3006020109



3006010046



3006010065



3006010033



3006010069



3006070022



3006070020



3006070031



3006070027



3006070029



3006070018



TBA



TBA



3006090010



3006090016



3006090003



3006090002



3006090001



Part Number



> Downhole Equipment > Protector



2018 Page 451



LSBPB-SBPBSL



N535TMP LSBPB-SBPBSL 535H/512B CR0 HT HL S13



N677MP LSBSB CR0 HT HL S11



6,77



5,35



in



172



136



mm



Housing OD



1,69



1,50



in



43



38



mm



Shaft diameter



21168



11907



lb



9923



lb



4500



kg



@50Hz



9600 17640 8000



5400



kg



@60Hz



Thrust bearing load limit



320



1050



320



TBA



804



1126



1126



418



1126



TBA



200



650



200



TBA



500



700



700



260



700



TBA



hp kW @60Hz @50Hz



Maximum motor power



25



25



14



40



40



40



40



17



17



TBA



38



76



38



80



80



80



80



40



80



TBA



Max oil Oil volume, volume of motor, l l



TBA



7,56



TBA



TBA



TBA



TBA



18,19



9,17



9,17



TBA



ft



TBA



2,31



TBA



TBA



TBA



TBA



5,55



2,80



2,80



TBA



m



Installation Length



1. Other hydraulic schemes apart from mentioned above are available on Customer request. 2. In case you require other than available modification of ESP component, please specify in your Request its existing full description and Part number followed by the required modification: E.g., Protector N362MP LSBSB CR0 HT HL. Part number 3006020099. Request for CR2 HT HL modification. 3. Standard ESP composition for 362 series Protector includes 362 series Intake device and 406 series Motor. Optionally, 406 series Intake device can be connected without any modifications. Also 362 series Protector can be assembled with 460 series Motor without any modifications but according to Motor power limit in Protector Specification. 4. Standard ESP composition for 406 series Protector includes 406 series Intake device and 460 series Motor. Optionally, 362 series Intake device can be connected without any modifications. Also 406 series Protector can be assembled with 406 series Motor without any modifications or limitations.



LSBPB LSBSB



N677MP LSBPB CR0 HT HL S11



BSB



LSBPB-SBPBSL



N535TMP LSBPB-SBPBSL 535H/562B CR0 HT HL I11



N677MP BSB CR0 HT HL S11



LSBPB-SBPBSL



N535TMP LSBPB-SBPBSL 535H/512B CR0 HT HL I13



LSBSB LSBPB-SBPBSL



N535MP LSBSB CR0 HT HL S11



N535TMP LSBPB-SBPBSL 535H/562B CR0 HT HL S11



LSBPB



BSB



N535MP LSBPB CR0 HT HL S11



N535MP BSB CR0 HT HL S11



Modular Protector



Hydraulic scheme



463



573



463



772



772



772



772



397



397



TBA



lb



210



260



210



350



350



350



350



180



180



TBA



kg



Weight



3006060037



3006060036



3006060038



3006080091



3006080057



3006080029



3006080024



3006080005



3006080008



3006080010



Part Number



> Downhole Equipment > Protector



2018 Page 452



> Downhole Equipment > Protector



MOTOR - PROTECTOR CORRESPONDENCE TABLE Intake device series



Intake device OD



Motor OD



in



mm



Motor series



in



mm



Protector series



272



2 .72



69



319



3 .19



81



319



3 .19



81



319



3 .19



338



3 .38



86



378



362 406



3.62 4.06



92 103



Protector OD in



mm



Modular Protector



272



2 .72



69



Available



81



319



3 .19



81



Available



3 .78



96



338



3 .38



86



TBP



406 460



4.06 4.60



103 117



460



4 .6



117



362



3 .62



92



Available



378



3 .78



96



512



5 .12



130



406



4 .06



103



Available



406



4 .06



103



Available



449



4 .49



114



Available



535



5 .35



136



Available



677



6 .77



172



Available



362 406 362 406



3.62 4.06 3.62 4.06



92 103 92 103



406 460



4.06 4.60



103 117



512



5 .12



130



449



4 .49



114



512



5 .12



130



362 406 362 406



3.62 4.06 3.62 4.06



92 103 92 103



406 460



4.06 4.60



103 117



512



5 .12



130



449



4 .49



114



362 406



3.62 4.06



92 103



512



5 .12



130



449



4 .49



114



512



5 .12



130



449



4 .49



114



562



5 .62



143



535



5 .35



136



512



5 .12



130



535



5 .35



136



562



5 .62



143



535



5 .35



136



562



5 .62



143



677



6 .77



172



460



4 .6



117



677



6 .77



172



744



7 .44



189



2018 Page 453



> Downhole Equipment > Asynchronous Motor



GLOSSARY Asynchronous Motor N



XXX



AM



XXX



XXXXV



XXX



XXX



XXX



HRZ



TYPEXX



NDSX Manufacturer (Novomet) Series, (see Table 1) Asynchronous Motor Power, hp (at 60 Hz) Voltage, V (at 60 Hz) Single and Tandem motors: SGL - Single motor DBL - Double motor TRP - Triple motor Corrosion resistance, (see Table 2) Heat resistance, (see Table 3) MLE plug type (size) to be connected with: empty - standard, according to Table 1 in MLE section TYPE00 - 0.67" (17 mm) TYPE1 - 1.02" (26 mm) TYPE4 - 1.65" (42 mm) Design modifications HRZ - for horizontal operation, if applicable Type of Downhole Sensor, if applicable (see Table 4)



e.g., N406AM160 2520V DBL CR0 HT NDS2



Table 1 - Series



Series



HSG OD, in



HSG OD, mm



378



3.78



96



406



4.06



103



460



4.60



117



512



5.12



130



562



5.62



143



744



7.44



189



Table 2 - Corrosion resistance



Abbr.



Full name



Fluid



Max chemical content, g/l CO2 Cl H2S



pH



Description Housing, head and base are from Carbon Steel. Housing, head and base are coated with thermal spray coatings. Stainless Steel head and base. Housing is coated with thermal spray coatings. Housing, head and base are from Carbon Steel and coated with Monel alloy thermal spray. Stainless Steel head and base. Housing is from Carbon Steel and coated with Monel alloy thermal spray.



Corrosion Resistant 0 Corrosion Resistant 2C Corrosion Resistant 2S



Slightly aggressive 0.01 fluid Highly aggressive 1.25 fluid Highly aggressive 1.25 fluid



1.45 200 3.0..9.0



CRM



Corrosion Resistant M



Highly aggressive fluid



1.25



1.45 200 3.0..9.0



CRMS



Corrosion Resistant MS



Highly aggressive fluid



1.25



1.45 200 3.0..9.0



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45 200 3.0..9.0



Stainless Steel housing, head and base.



UCR



Ultra Corrosion Resistant



Extremely aggressive fluid



>1.25



1.45 200 3.0..9.0



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



CR0 CR2C CR2S



0.01



20 5.0..8.5



1.45 200 3.0..9.0



2018 Page 454



> Downhole Equipment > Asynchronous Motor Table 3 - Heat resistance



Abbr.



Full name



MT



Medium Temperature



HT



High Temperature



UHT



Ultra High Temperature



HHT



Hyper High Temperature



Description Ambient temperature - up to 284 oF (140 oC) Winding temperature - up to 374 oF (190 oC). Ambient temperature - up to 320 oF (160 oC) Winding temperature - up to 392 oF (200 oC). Ambient temperature - up to 356 oF (180 oC) Winding temperature - up to 428 oF (220 oC). Ambient temperature - up to 392 oF (200 oC) Winding temperature - up to 482 oF (250 oC).



Table 4 - Type of downhole sensor



NDS1



Novomet Downhole Sensor, Type 1. Intake T & P, motor vibration X & Y, motor oil temperature



NDS2



Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y, motor oil temperature + pump discharge pressure



NDS3



Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y, motor oil temperature + connector for Novomet Pump Discharge Sensor with Flow meter (NPDSF)



The motor thrust bearing is rated to operate under high load and high temperature.



ASYNCHRONOUS MOTORS SUMMARY (378 - 744 SERIES)



InductIon MotoRS SuMMARY (378 - 744 SERIES) Motor series



Motor OD, in



378



Power rating, hp @ 60 Hz (3500 rpm) 1-section



2-section



3-section



3.78



26 - 51



72 - 90



110 - 160



406



4.06



26 - 130



110 - 255



290 - 320



460



4.60



13 - 200



200 - 400



400 - 510



512



5.12



51 - 235



290 - 480



560 - 720



562



5.62



100 - 350



420 - 710



890



744



7.44



160 - 640



800 - 1050



PERMAnEnt MAgnEt MotoRS SuMMARY (319 - 744 SERIES) Low speed (1000 and 500 rpm) PMM for PCPs and Novomet metal-to-metal PCP Motor series



Motor OD, inches



Speed range, rpm



Power rating in one section, hp



460



4.60



100 - 500



up to 54



460



4.60



500 - 1000



up to 107



PMM rated at 3600 rpm for ESP systems (Conventional + Power Save™) Motor series



Motor OD, inches



Speed range, rpm



Power rating in one section, hp



406



4.06



1000 - 4200



10 - 225



460



4.60



1000 - 4200



35 - 360



512



5.12



1000 - 4200



51 - 480



744



7.44



1000 - 4200



96 - 1290



PMM rated at 6000 rpm for ESP systems (Conventional + Power Save™) Motor series



Motor OD, inches



Speed range, rpm



Power rating in one section, hp



319



3.19



1000 - 6000



19 - 120



406



4.06



1000 - 6000



19 - 450



460



4.60



1000 - 6000



54 - 540



512



5.12



1000 - 6000



80 - 620



744



7.44



1000 - 4200



96 - 1290



Tandem PMM rated at 6000 rpm for ESP systems (Conventional + Power Save™)



2018 Page 455



Motor series



Motor OD, inches



Speed range, rpm



Power rating in one section, hp



319



3.19



1000 - 6000



135 - 270



> Downhole Equipment > Asynchronous Motor



> 378 series



Performance Curve Asynchronous Motors 378 series



50Hz / 2910 rpm (dotted line) 60Hz / 3490 rpm (solid line)



378 series / OD 96 mm



The plot shows parameters dependence on motor load ratio: - Power factor, Current – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 378 series. The average nominal efficiency for Asynchronous motor of 378 series is 79.0%. To get actual nominal efficiency for all motors of 378 series see the table below.



2018 Page 456



80



90



112



161



N378AM80 1980V DBL CR0 MT



N378AM90 2040V DBL CR0 MT



N378AM110 2760V TRP CR0 MT



N378AM160 3600V TRP CR0 MT



3600



2760



2040



1980



1740



3000



2300



1700



1650



1450



-



-



-



480 970 750 900 710 990 680 810 810 1000 1000 1000



50 Hz



1000



700



500



Volts



576 1164 900 1080 852 1188 816 972 972 1200 1200 1200



-



-



-



50 Hz



30,5



27,8



30,0



29,5



28,6



Amps



29.2



28.7



29.5



Amps



79.5



79.0



79.0



0.800



0.800



0.800



0.760



0.800



79.0



79.0



79.0



79.0



78.5



Power Effactor, ficienr.u. cy, %



0.790



0.800



0.795



Power Effactor, ficienr.u. cy, %



0.06



0.06



0.06



0,72



0,43



0,46



0,36



0,33



ft/s



0,22



0,13



0,14



0,11



0,10



m/s



Min. fluid velocity



0.20



0.20



0.20



Min. fluid velocity ft/s m/s



UT LT UT LT UT LT UT CT LT UT CT LT



Type



S



S



S



Type



1.1



Installation kit for TRP Motor of 378 series



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



25.4



ft



1.1



Installation kit for DBL Motor of 378 series



Description



1.1



Installation kit for SGL Motor of 378 series



lb 18.3



Description



Extra length



Weight



Asynchronous motor accessories 378 series



100



69



56



50



45



60 Hz



1200



840



600



60 Hz



Volts



Adapter for Novomet DH Sensor of 378 series



UT - Upper tandem CT - Center tandem LT - Lower tandem



32



15 30 23 27 23 33 20 25 25 33 33 33



32



16 22



24 48 35 45 37 53 32 40 40 53 53 53



72



N378AM72 1740V DBL CR0 MT



Description



-



16 22



Motor kW @ 50 Hz



51



N378AM51 1200V SGL CR0 MT



-



-



Motor kW @ 50 Hz



Motor hp @ 60 Hz



35



S - Single



26



N378AM35 840V SGL CR0 MT



Motor hp @ 60 Hz



N378AM26 600V SGL CR0 MT



Description



5.8



4.3



3.3



7.7



m



0.5



0.5



0.5



8.3



kg



10.6 18.9 14.1 16.6 14.1 18.9 14.1 16.5 16.6 18.9 18.8 18.9



ft 3.2 5.8 4.3 5.1 4.3 5.8 4.3 5.0 5.1 5.8 5.7 5.8



m



Installation Length



19.0



14.3



10.7



Installation Length ft m



DESIGN DATA ON Asynchronous motor 378 series (OD 96 mm)



280



210



160



CR0 HT



2138030110



3050020032



2138030065



2138030264



20.0



kg



3005010135



3005010134



3005010133



3005010132



3005010131



Part Number



Extra weight 44.1



lb



160 280 213 247 213 281 214 247 247 284 282 282



kg



3005010130



3005010129



3005010128



Part Number



Part Number



353 617 470 545 470 620 472 545 545 626 622 622



lb



Weight



617



463



353



kg



Weight lb



> Downhole Equipment > Asynchronous Motor > 378 series



2018 Page 457



> Downhole Equipment > Asynchronous Motor



> 406 series



Performance Curve Asynchronous Motors 406 series



50Hz / 2910 rpm (dotted line) 60Hz / 3490 rpm (solid line)



406 series / OD 103 mm



The plot shows parameters dependence on motor load ratio: - Power factor, Current – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 406 series. The average nominal efficiency for Asynchronous motor of 406 series is 80.2%. To get actual nominal efficiency for all motors of 406 series see the table below.



2018 Page 458



161 177 201 225 257



289



321



N406AM160 2440V DBL CR0 MT



N406AM180 2590V DBL CR0 MT



N406AM200 2830V DBL CR0 MT



N406AM225 3000V DBL CR0 MT



N406AM255 2880V DBL CR0 MT



N406AM290 3100V TRP CR0 MT



N406AM320 3025V TRP CR0 MT



47



2400



2500



2360



2160



2030



2100



860



1200



1200



1250



1250



1180



1180



1080



1080



1080



950



1050



1050



50 Hz



70.8



0.805



80.5



80.0



79.5



80.0



79.5



80.0



80.0



80.0



Efficiency, %



80.0



80.5



80.5



80.0



80.5



81.0



80.0



80.5



81.0



81.0



80.5



Efficiency, %



S



S



S



S



S



S



S



S



S



S



S



107



66.6



1008



840



7.9



28.3



26.1



23.8



20.4



20.4



19.3



17.0



14.7



13.6



12.4



8.6



7.9



7.3



6.2



6.2



5.9



5.2



4.5



4.1



3.8



2.4



1.97 0.60



3.28 1.00



2.95 0.90



2.62 0.80



2.30 0.70



1.31 0.40



0.98 0.30



0.89 0.27



LT



CT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



25.0



24.9



24.8



20.5



20.4



20.3



27.3



27.1



23.9



23.7



22.7



22.6



21.6



21.4



21.6



19.2



19.4



19.2



7.6



7.6



7.6



6.2



6.2



6.2



8.3



8.3



7.3



7.2



6.9



6.9



6.6



6.5



6.6



5.8



5.9



5.8



Min. fluid Installation velocity Type Length ft/s m/s ft m



1.64 0.50



0.98 0.30



0.98 0.30



1.31 0.40



0.66 0.20



0.43 0.13



0.66 0.20



0.36 0.11



0.30 0.09



0.43 0.13



0.16 0.05



Min. fluid Installation velocity Type Length ft/s m/s ft m



UT



860



0.810



0.805



0.805



0.805



0.810



0.805



0.815



Power factor, r.u.



0.805



0.810



0.810



0.810



0.805



0.805



0.805



0.810



0.810



0.805



0.802



Power factor, r.u.



CT



1008



1032



62.2



60.5



50.3



47.8



45.4



44.2



38.0



Amps



36.0



34.7



34.5



36.2



38.0



28.5



32.6



27.5



27.5



27.5



26.5



Amps



840



66.6



1032



1440



1440



1500



1500



1416



1416



1296



1296



1296



1140



1260



1260



Volts



2000



1790



1620



1380



1170



1400



1100



1000



900



710



530



50 Hz



3096 1032 2580 860



2880



3000



2832



2592



2436



2520



60 Hz



2400



2148



1944



1656



1404



1680



1320



1200



1080



852



636



60 Hz



Volts



107 199.8 66.6 3024 1008 2520 840



107



60



60



80



80



70



70



62.5



62.5



55



55



53



60



180



160



140



125



110



100



45



96



96



96



129



129



113



113



101



101



88



88



85



76



90



45



72



72



145



N406AM145 2520V DBL CR0 MT



Motor kW @ 50 Hz



80



70



63



56



28



Motor hp @ 60 Hz



129



N406AM130 2400V SGL CR0 MT



Description



113



N406AM115 2150V SGL CR0 MT



S - Single



101



N406AM100 1940V SGL CR0 MT



50



80



72 90



64



N406AM64 1320V SGL CR0 MT



N406AM72 1680V SGL CR0 MT



N406AM80 1400V SGL CR0 MT



40 45



51



N406AM50 1200V SGL CR0 MT



N406AM90 1660V SGL CR0 MT



32



45



N406AM45 1080V SGL CR0 MT



16



35



22



26



Motor kW @ 50 Hz



N406AM35 850V SGL CR0 MT



Motor hp @ 60 Hz



N406AM26 640V SGL CR0 MT



Description



DESIGN DATA ON Asynchronous motor 406 series (OD 103 mm)



493



450



409



351



351



330



291



250



230



210



123



kg



946



935



942



767



776



783



1036



1005



902



904



858



860



814



820



814



734



725



734



lb



429



424



427



348



352



355



470



456



409



410



389



390



369



372



369



333



329



333



kg



Weight



1087



992



902



774



774



728



642



551



507



463



271



lb



Weight



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



Part Number



3005020449



TBA



TBA



TBA



TBA



TBA



TBA



3005020443



TBA



TBA



TBA



Part Number



> Downhole Equipment > Asynchronous Motor > 406 series



2018 Page 459



73.3



1092



1020 910



850



83.3



134



1188



1092 990



910



134



83.3



1188



990



134 249.9 83.3 3564 1188 2970 990



73.3



118



118 219.9 73.3 3276 1092 2730 910



118



850



50 Hz



3060 1020 2550 850



1020



60 Hz



Volts



75.6



72.0



73.5



Amps



0.805



0.810



0.810



Power factor, r.u.



80.0



80.0



80.0



Efficiency, %



3.94 1.20



2.20 0.67



2.62 0.80



LT



CT



UT



LT



CT



UT



LT



CT



UT



1.1



Installation kit for TRP Motor of 406 series



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



25.6



ft



1.1



Installation kit for DBL Motor of 406 series



Description



1.1



Installation kit for SGL Motor of 406 series



lb 21.6



Adapter for Novomet DH Sensor of 378 series



Description



Extra length



Weight



7.8



m



0.5



0.5



0.5



9.8



kg



28.6



29.1



29.1



27.5



28.0



27.9



25.2



25.7



24.8



8.7



8.9



8.9



8.4



8.5



8.5



7.7



7.8



7.6



Min. fluid Installation velocity Type Length ft/s m/s ft m



Asynchronous Motor accessories 406 series



402



N406AM400 3564V TRP CR0 MT



UT - Upper tandem CT - Center tandem LT - Lower tandem



354



N406AM350 3280V TRP CR0 MT



70



70



113



210



70



113



113 338



Motor kW @ 50 Hz



Motor hp @ 60 Hz



N406AM340 3060V TRP CR0 MT



Description



44.1



lb



1080



1034



1041



1034



1003



1010



946



935



942



lb



CRO, HT



Extra weight



2138030054



2138030050



2138030047



2138030163



20.0



kg



TBA



TBA



TBA



Part Number



Part Number



490



469



472



469



455



458



429



424



427



kg



Weight



> Downhole Equipment > Asynchronous Motor > 406 series



2018 Page 460



> Downhole Equipment > Asynchronous Motor



> 460 series



Performance Curve Asynchronous Motors 460 series



50Hz / 2910 rpm (dotted line) 60Hz / 3490 rpm (solid line)



406 series / OD 117 mm



The plot shows parameters dependence on motor load ratio: - Power factor, Current – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 460 series. The average nominal efficiency for Asynchronous motor of 460 series is 82.9%. To get actual nominal efficiency for all motors of 460 series see the table below.



2018 Page 461



35



45



51



64



72



80



90



101



113



129



145



161



177



201



N460AM45 1080V SGL CR0 MT



N460AM51 1200V SGL CR0 MT



N460AM64 1440V SGL CR0 MT



N460AM72 1680V SGL CR0 MT



N460AM80 1800V SGL CR0 MT



N460AM90 1800V SGL CR0 MT



N460AM100 2280V SGL CR0 MT



N460AM115 2460V SGL CR0 MT



N460AM130 2640V SGL CR0 MT



N460AM145 2400V SGL CR0 MT



N460AM160 2360V SGL CR0 MT



N460AM175 2500V SGL CR0 MT



N460AM200 2820V SGL CR0 MT



S - Single



26



N460AM35 880V SGL CR0 MT



125



110



100



90



80



70



63



56



50



45



40



32



28



22



16



Motor hp @ Motor kW @ 60 Hz 50 Hz



N460AM26 740V SGL CR0 MT



Description



2820



2508



2364



2400



2640



2460



2280



1800



1800



1680



1440



1200



1080



876



744



60 Hz



Volts



2350



2090



1970



2000



2200



2050



1900



1500



1500



1400



1200



1000



900



730



620



50 Hz



45.2



44.3



43.0



39.0



30.6



28.7



28.0



31.5



28.0



27.0



27.8



26.6



26.5



25.5



22.5



0.820



0.825



0.825



0.810



0.830



0.830



0.825



0.830



0.830



0.825



0.829



0.835



0.820



0.827



0.815



Power Amps factor, r.u.



83.0



83.2



83.0



83.0



83.0



83.0



83.2



83.2



83.0



83.7



84.0



83.5



83.0



82.7



82.2



Efficiency, %



3.61



2.95



2.95



1.21



TBA



0.69



0.56



0.52



0.49



0.39



0.43



0.33



0.33



0.23



0.33



ft/s



1.10



0.90



0.90



0.37



TBA



0.21



0.17



0.16



0.15



0.12



0.13



0.10



0.10



0.07



0.10



m/s



Min. fluid velocity



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Type



28.7



24.9



24.9



TBA



22.4



21.2



18.7



17.4



16.2



13.7



12.5



11.2



10.0



9.1



6.6



ft



8.7



7.6



7.6



TBA



6.8



6.5



5.7



5.3



4.9



4.2



3.8



3.4



3.0



2.8



2.0



m



Installation Length



DESIGN DATA ON Asynchronous motor 460 series (OD 117 mm)



1396



1268



1211



TBA



1142



1080



1019



895



833



772



650



580



518



456



337



lb



633



575



549



TBA



518



490



462



406



378



350



295



263



235



207



153



kg



Weight



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



3005031134



TBA



TBA



TBA



Part Number



> Downhole Equipment > Asynchronous Motor > 460 series



2018 Page 462



201 225 257 289 322 354 402



434



482



482



515



579



579



N460AM200 2740V DBL CR0 MT



N460AM225 2640V DBL CR0 MT



N460AM255 2880V DBL CR0 MT



N460AM290 2880V DBL CR0 MT



N460AM320 3020V DBL CR0 MT



N460AM350 3240V DBL CR0 MT



N460AM400 3600V DBL CR0 MT



N460AM430 3960V TRP CR0 MT



N460AM480 4460V TRP CR0 MT



N460AM480 3670V TRP CR0 MT



N460AM510 4680V TRP CR0 MT



N460AM580 5180V TRP CR0 MT



N460AM580 4140V TRP CR0 MT



2018 Page 463



UT - Upper tandem CT - Center tandem LT - Lower tandem



643



161



N460AM160 2400V DBL CR0 MT



N460AM640 5470V TRP CR0 MT



145



214



3000



2700



2520



2400



2400



2200



2280



2000



1900



820



1500



1500



1350



1350



1260



1260



1200



1200



1200



1200



1100



1100



1140



1140



1000



1000



950



950



3720 1020



1240



1240



1240



1240



1560



1224 1300



1020



3672 1224 3060 1020



1224



1488



4464 1488



1488



1488



4140



5184



1440



1300



1824



1380



1380 3450



1380



1728



1520



1150



1150



1150



1440



1728 4320 1440



1728



1560



133.3



1824



1520



133.3 5472 1824 4560 1520



133.3 400



214 214



120



193



120



120 360



193 193



120



193



120



120



193 360



106.7



172 193



984



1800



1800



1620



1620



1512



1512



1440



1440



1440



1440



1320



1320



1368



1368



1200



1200



1140



1140



50 Hz



3960 1488 3300 1240



3600



3240



3024



2880



2880



2640



2736



2400



2280



60 Hz



Volts



106.7 4680 1560 3900 1300



106.7 320



172 172



100



161



100



100 300



161 161



100



100



161



300



100



161



161



101



68



125



125



110



110



100



100



90



90



80



80



70



70



62.5



62.5



50



50



45



45



101



270



250



220



200



180



160



140



125



100



90



162



162



109



201



201



177



177



161



161



145



145



129



129



113



113



101



101



80



80



72



72



Motor hp @ Motor kW @ 60 Hz 50 Hz



N460AM145 2280V DBL CR0 MT



Description



74.5



89.5



71.0



70.3



84.0



69.0



70.0



71.0



69.3



67.0



63.7



56.0



53.5



46.1



42.5



40.0



0.825



0.822



0.825



0.822



0.823



0.822



0.820



0.825



0.827



0.830



0.822



0.829



0.830



0.825



0.827



0.830



82.8



82.3



82.5



82.5



82.5



82.6



82.5



82.4



82.6



82.7



83.0



83.0



83.1



83.6



82.9



82.7



9.84



8.20



9.19



6.89



5.58



5.58



6.23



7.22



4.59



3.28



2.13



2.62



1.21



0.85



1.02



1.41



3.00



2.50



2.80



2.10



1.70



1.70



1.90



2.20



1.40



1.00



0.65



0.80



0.37



0.26



0.31



0.43



Min. fluid Power Effivelocity Amps factor, ciency, r.u. % ft/s m/s



LT



CT



UT



LT



CT



UT



LT



CT



UT



LT



CT



UT



LT



CT



UT



LT



CT



UT



LT



CT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



Type



29.8



29.6



27.1



28.5



28.3



28.5



28.5



28.3



28.5



26.0



25.8



26.0



26.0



25.8



26.0



24.8



24.6



24.8



24.8



24.6



17.3



29.8



27.1



27.3



27.3



26.0



26.0



24.8



24.8



21.0



21.0



22.3



22.3



21.0



21.0



16.0



16.0



13.5



13.5



ft



9.1



9.0



8.3



8.7



8.6



8.7



8.7



8.6



8.7



7.9



7.9



7.9



7.9



7.9



7.9



7.5



7.5



7.5



7.5



7.5



5.3



9.1



8.3



8.3



8.3



7.9



7.9



7.5



7.5



6.4



6.4



6.8



6.8



6.4



6.4



4.9



4.9



4.1



4.1



m



Installation Length



1460



1488



1473



1398



1422



1407



1398



1422



1407



1274



1286



1279



1274



1286



1279



1215



1219



1217



1215



1219



845



1460



1473



1336



1343



1274



1279



1215



1217



1028



1030



1089



1091



1028



1030



770



783



637



655



lb



662



675



668



634



645



638



634



645



638



578



583



580



578



583



580



551



553



552



551



553



383



662



668



606



609



578



580



551



552



466



467



494



495



466



467



349



355



289



297



kg



Weight



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



3005030565



TBA



TBA



TBA



TBA



TBA



TBA



TBA



Part Number



DESIGN DATA ON Asynchronous motor 460 series (OD 117 mm) continued



> Downhole Equipment > Asynchronous Motor > 460 series



1.1 1.1



Installation kit for DBL Motor of 460 series



Installation kit for TRP Motor of 460 series



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



25.0



ft



1.1



Description



22.1



Adapter for Novomet DH Sensor of 378 series



lb



Installation kit for SGL Motor of 460 series



Description



Extra length



Weight



Asynchronous Motor accessories 460 series



7.6



m



0.5



0.5



0.5



10.0



kg



lb 52.9



kg 24.0



Extra weight



2138030044



2138030040



2138030025



2138030168



CRO, HT



Part Number



> Downhole Equipment > Asynchronous Motor > 460 series



2018 Page 464



> Downhole Equipment > Asynchronous Motor



> 512 series



Performance Curve Asynchronous Motors 512 series



50Hz / 2910 rpm (dotted line) 60Hz / 3490 rpm (solid line)



512 series / OD 130 mm



The plot shows parameters dependence on motor load ratio: - Power factor, Current – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 512 series. The average nominal efficiency for Asynchronous motor of 512 series is 84.5%. To get actual nominal efficiency for all motors of 512 series see the table below.



2018 Page 465



51



72



90



101



113



129



145



161



177



201



225



N512AM72 1690V SGL CR0 MT



N512AM90 2050V SGL CR0 MT



N512AM100 2400V SGL CR0 MT



N512AM110 2700V SGL CR0 MT



N512AM130 2700V SGL CR0 MT



N512AM145 2860V SGL CR0 MT



N512AM160 3730V SGL CR0 MT



N512AM175 4080V SGL CR0 MT



N512AM200 2750V SGL CR0 MT



N512AM225 2940V SGL CR0 MT



S - Single



35



N512AM51 1320V SGL CR0 MT



Motor hp @ 60 Hz



N512AM35 960V SGL CR0 MT



Description



140



125



110



100



90



80



70



63



56



45



32



22



Motor kW @ 50 Hz



2940



2748



4080



3732



2856



2700



2700



2400



2052



1692



1320



960



60 Hz



Volts



2450



2290



3400



3110



2380



2250



2250



2000



1710



1410



1100



800



50 Hz



45.6



43.6



25.8



25.6



25.5



25.1



25.0



25.2



26.2



25.7



23.4



22.0



0.860



0.855



0.860



0.860



0.855



0.855



0.855



0.855



0.860



0.855



0.850



0.850



84.3



84.6



84.4



84.4



84.4



84.5



84.5



84.4



84.1



84.1



84.4



84.8



Power EfAmps factor, ficienr.u. cy, %



2.0



1.2



1.6



1.4



1.2



1.0



0.9



0.9



1.3



0.9



0.4



0.2



0.60



0.37



0.49



0.43



0.37



0.30



0.27



0.28



0.40



0.27



0.11



0.07



m/s



Min. fluid velocity



S



S



S



S



S



S



S



S



S



S



S



S



Type



27.1



25.5



22.2



20.6



19.0



17.4



15.7



14.1



12.5



10.9



9.3



7.6



ft



8.3



7.8



6.8



6.3



5.8



5.3



4.8



4.3



3.8



3.3



2.8



2.3



m



Installation Length



DESIGN DATA ON Asynchronous motor 512 series (OD 130 mm)



1618



1513



1312



1215



1120



1025



931



831



730



626



516



399



lb



734



686



595



551



508



465



422



377



331



284



234



181



kg



Weight



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



Part Number



> Downhole Equipment > Asynchronous Motor > 512 series



2018 Page 466



289



322



354



402



482



562



643



724



900



N512AM290 3260V DBL CR0 MT



N512AM320 3600V DBL CR0 MT



N512AM350 3240V DBL CR0 MT



N512AM400 3480V DBL CR0 MT



N512AM480 3550V DBL CR0 MT



N512AM560 4280V TRP CR0 MT



N512AM640 5000V TRP CR0 MT



N512AM720 3960V TRP CR0 MT



N512AM900 4140V TRP CR0 MT



300



186.6



186.6



186.6 560



300



300



150



241



150



150 450



241



241



133.3



133.3



214



400



133.3



214



214



116.6



116.6



150



150



125



125



110



110



100



100



90



90



116.6



350



300



250



220



200



180



80



187



187



187



241



241



201



201



177



177



161



161



145



145



160



80



129



129



257



Motor kW @ 50 Hz



Motor hp @ 60 Hz



N512AM260 2950V DBL CR0 MT



Description



4140



3960



5004



4284



3552



3480



3240



3600



3264



2952



1380



1380



1380



1320



1320



1320



1668



1668



1668



1428



1428



1428



1776



1776



1740



1740



1620



1620



1800



1800



1632



1632



1476



1476



60 Hz



3450



3300



4170



3570



2960



2900



2700



3000



2720



1150



1150



1150



1100



1100



1100



1390



1390



1390



1190



1190



1190



1480



1480



1450



1450



1350



1350



1500



1500



1360



1360



1230



1230



50 Hz 2460



Volts



129.0



108.0



76.6



78.0



80.7



68.5



65.3



53.0



52.5



51.5



Amps



0.866



0.860



0.855



0.860



0.860



0.860



0.850



0.860



0.860



0.860



84.0



84.8



84.7



84.6



84.4



84.6



84.9



84.7



84.7



84.9



Power Efficienfactor, cy, % r.u.



14.76



3.61



2.85



2.95



3.61



2.10



1.35



1.74



1.54



1.25



ft/s



4.50



1.10



0.87



0.90



1.10



0.64



0.41



0.53



0.47



0.38



m/s



Min. fluid velocity



LT



CT



UT



LT



CT



UT



LT



CT



UT



LT



CT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



Type



28.6



28.5



28.6



28.6



28.5



28.6



27.0



26.9



27.0



23.8



23.6



23.7



28.6



28.6



25.4



25.4



23.8



23.7



20.5



20.5



18.9



18.9



17.3



17.2



ft



8.7



8.7



8.7



8.7



8.7



8.7



8.2



8.2



8.2



7.2



7.2



7.2



8.7



8.7



7.7



7.7



7.2



7.2



6.3



6.2



5.8



5.7



5.3



5.3



m



Installation Length



1724



1704



1713



1724



1704



1713



1627



1607



1616



1433



1416



1422



1724



1713



1528



1517



1433



1422



1237



1228



1133



1125



1043



1034



lb



782



773



777



782



773



777



738



729



733



650



642



645



782



777



693



688



650



645



561



557



514



510



473



469



kg



Weight



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



Part Number



> Downhole Equipment > Asynchronous Motor > 512 series



2018 Page 467



1.1 1.1



Installation kit for DBL Motor of 512 series



Installation kit for TRP Motor of 512 series



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



24.8



ft



1.1



Installation kit for SGL Motor of 512 series



Description



26.5



lb



Adapter for Novomet DH Sensor of 378 series



Description



Extra length



Weight



Asynchronous Motor accessories 512 series



7.6



m



0.5



0.5



0.5



12



kg



kg 20.0



Extra weight



52.9



lb



2138030062 2138030062



2138030058 2138030058



2138030034 2138030034



2138030228



CRO, HT



Part Number



> Downhole Equipment > Asynchronous Motor > 512 series



2018 Page 468



> Downhole Equipment > Asynchronous Motor



> 562 series



Performance Curve Asynchronous Motors 562 series



50Hz / 2910 rpm (dotted line) 60Hz / 3420 rpm (solid line)



562 series / OD 143 mm



The plot shows parameters dependence on motor load ratio: - Power factor, Current – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 562 series. The average nominal efficiency for Asynchronous motor of 562 series is 85.7%. To get actual nominal efficiency for all motors of 562 series see the table below.



2018 Page 469



243



264



297



306



354



N562AM240 2880V SGL CR0 HT



N562AM245 3120V SGL CR0 HT



N562AM265 2964V SGL CR0 HT



N562AM295 2880V SGL CR0 HT



N562AM310 2916V SGL CR0 HT



N562AM350 3120V SGL CR0 HT



S - Single



198



238



N562AM200 1284V SGL CR0 HT



177



N562AM175 2400V SGL CR0 HT



198



177



N562AM160 2340V SGL CR0 HT



N562AM200 2916V SGL CR0 HT



161



N562AM140 2040V SGL CR0 HT



N562AM175 1164V SGL CR0 HT



119



142



N562AM120 1800V SGL CR0 HT



101



220



190



185



164



151



148



123



123



110



110



100



88



74



63



Motor hp @ Motor kW @ 60 Hz 50 Hz



N562AM100 1476V SGL CR0 HT



Description



3120



2916



2880



2964



3120



2880



1284



2916



1164



2400



2340



2040



1800



1476



60 Hz



Volts



2600



2430



2400



2470



2600



2400



1070



2430



970



2000



1950



1700



1500



1230



50 Hz



65.0



60.0



62.0



51.0



44.6



48.5



88.5



39.0



88.0



41.5



39.5



40.0



39.0



40.0



Amps



0.889



0.883



0.839



0.880



0.882



0.886



0.877



0.882



0.870



0.919



0.881



0.884



0.858



0.872



Power factor, r.u.



85.4



85.8



85.8



85.9



86.0



84.7



86.0



86.1



86.0



84.9



85.9



85.8



85.9



86.4



Efficiency, %



1.97



1.31



1.31



0.98



0.98



1.97



0.98



0.98



0.98



1.31



0.98



0.98



0.98



0.98



ft/s



0.60



0.40



0.40



0.30



0.30



0.60



0.30



0.30



0.30



0.40



0.30



0.30



0.30



0.30



m/s



Min. fluid velocity



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Type



26.7



25.2



23.8



22.3



20.8



19.3



17.9



17.9



16.4



16.4



14.9



13.4



12.0



10.5



ft



8.1



7.7



7.2



6.8



6.3



5.9



5.4



5.4



5.0



5.0



4.5



4.1



3.6



3.2



m



Installation Length



DESIGN DATA ON Asynchronous motor 562 series (OD 143 mm)



2117



1996



1872



1755



1638



1515



1391



1394



1270



1272



1147



1028



906



785



lb



960



905



849



796



743



687



631



632



576



577



520



466



411



356



kg



Weight



3005080059



3005080058



3005080057



3005080056



3005080055



3005080054



3005080073



3005080053



3005080072 



3005080052



3005080051



3005080050



3005080049



3005080048



Part Number



> Downhole Equipment > Asynchronous Motor > 562 series



2018 Page 470



508



546



596



644



708



891



N562AM510 4704V DBL CR0 MT



N562AM550 3768V DBL CR0 MT



N562AM600 4200V DBL CR0 MT



N562AM640 4392V DBL CR0 MT



N562AM710 4800V DBL CR0 MT



N562AM890 4800V TRP CR0 MT



UT - Upper tandem CT - Center tandem LT - Lower tandem



476



N562AM480 4320V DBL CR0 MT



297



297



297



354



354



322



322



297



297



273



273



254



254



238



238



209



555



440



400



370



340



316



296



260



185



185



185



220



220



200



200



185



185



170



170



158



158



148



148



130



130



209



418



Motor kW @ 50 Hz



Motor hp @ 60 Hz



N562AM420 3960V DBL CR0 MT



Description



4800



4800



4392



4200



3768



4704



4320



3960



1600



1600



1600



2400



2400



2196



2196



2100



2100



1884



1884



2352



2352



2160



2160



1980



1980



60 Hz



4000



4000



3660



3500



3140



3920



3600



1333



1333



1333



2000



2000



1830



1830



1750



1750



1570



1570



1960



1960



1800



1800



1650



1650



50 Hz 3300



Volts



0.871



0.865



0.880



0.859



0.884



0.881



0.881



0.871



85.7



85.8



85.8



85.9



85.8



85.6



85.5



85.7



107.5



86.0



84.0



83.0



83.0



62.5



63.5



61.5



Power EfAmps factor, ficienr.u. cy, %



1.97



1.97



1.97



1.97



1.97



1.97



1.97



1.97



ft/s



0.60



0.60



0.60



0.60



0.60



0.60



0.60



0.60



m/s



Min. fluid velocity



LT



CT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



Type



23.4



23.3



23.6



26.4



26.6



24.9



25.1



23.4



23.6



21.9



22.2



20.5



20.7



19.0



19.2



17.5



17.7



ft



7.1



7.1



7.2



8.0



8.1



7.6



7.7



7.1



7.2



6.7



6.8



6.2



6.3



5.8



5.9



5.3



5.4



m



Installation Length



1874



1874



1874



2126



2126



2004



2004



1881



1881



1760



1760



1632



1632



1508



1508



1387



1387



lb



850



850



850



964



964



909



909



853



853



798



798



740



740



684



684



629



629



kg



Weight



3005080067



3005080066



3005080065



3005080064



3005080063



3005080062



3005080061



3005080060



Part Number



DESIGN DATA ON Asynchronous motor 562 series (OD 143 mm) continued



> Downhole Equipment > Asynchronous Motor > 562 series



2018 Page 471



1.1 1.1



Installation kit for DBL Motor of 562 series



Installation kit for TRP Motor of 562 series



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



24.8



ft



1.1



Description



27.6



Installation kit for SGL Motor of 562 series



lb



Adapter for Novomet DH Sensor of 378 series



Description



Extra length



Weight



Asynchronous Motor accessories 562 series



7.6



m



0.5



0.5



0.5



12.5



kg



lb 52.9



kg 24.0



Extra weight



2138030454



2138030453



2138030183



2138030450



CRO, HT



Part Number



> Downhole Equipment > Asynchronous Motor > 562 series



2018 Page 472



> Downhole Equipment > Asynchronous Motor



> 744 series



Performance Curve Asynchronous Motors 744 series



50Hz / 2910 rpm (dotted line) 60Hz / 3490 rpm (solid line)



744 series / OD 189 mm



The plot shows parameters dependence on motor load ratio: - Power factor, Current – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 744 series. The average nominal efficiency for Asynchronous motor of 744 series is 88.3%. To get actual nominal efficiency for all motors of 744 series see the table below.



2018 Page 473



322



402



482



563



643



N744AM320 3480V SGL CR0 MT



N744AM400 3360V SGL CR0 MT



N744AM480 3360V SGL CR0 MT



N744AM560 3480V SGL CR0 MT



N744AM640 3720V SGL CR0 MT



804



N744AM800 4200V DBL CR0 MT



523



523



402



402



362



362



650



500



450



325



325



250



250



225



225



UT - Upper tandem CT - Center tandem LT - Lower tandem



Volts



4800



4200



2400



2400



2100



2100



1860



100.0



93.0



84.0



69.0



53.0



51.5



44.0



43.5



Amps



4000



3500



2000



2000



1750



1750



1550



1550



50 Hz 3100



Volts



3100



2900



2800



2800



2900



2400



2200



1800



50 Hz



1860



60 Hz



3720



3480



3360



3360



3480



2880



2640



2160



60 Hz



3720



* - Min fluid velocity is given for 9-5/8" casing at 120 oC (248 oF)



N744AM1050 4800V DBL CR0 MT 1046



724



N744AM730 3720V DBL CR0 HT



Description



400



350



300



250



200



160



125



100



Motor hp @ Motor kW @ 60 Hz 50 Hz



257



N744AM255 2880V SGL CR0 MT



S - Single



161



201



N744AM160 2160V SGL CR0 MT



Motor hp @ Motor kW @ 60 Hz 50 Hz



N744AM200 2640V SGL CR0 MT



Description



87.9



87.9



88.2



88.5



88.4



88.3



88.6



88.5



Efficiency, %



6.89



4.92



1.31



1.57



2.76



2.30



1.08



0.98



ft/s



2.10



1.50



0.40



0.48



0.84



0.70



0.33



0.30



m/s



Min. fluid velocity



S



S



S



S



S



S



S



S



Type



125.0



112.0



111.0



0.857



0.843



0.859



87.9



88.4



88.3



9.84



3.45



7.22



3.00



1.05



2.20



UT



LT



UT



LT



UT



Power Effi- Min. fluid velocity Amps factor, ciency, Type r.u. % ft/s m/s



0.853



0.856



0.840



0.848



0.855



0.853



0.847



0.842



Power factor, r.u.



8.3



8.3



7.7



6.3



5.0



4.4



4.1



3.6



m



22.6



22.6



18.0



18.0



17.2



17.2



ft



6.9



6.9



5.5



5.5



5.3



5.2



m



Installation Length



27.2



27.2



25.4



20.8



16.3



14.4



13.5



11.7



ft



Installation Length



DESIGN DATA ON Asynchronous motor 744 series (OD 185 mm)



1650



1650



1380



1180



930



797



750



640



kg



1150



1150



1107



1108



kg



2999 1360



2999 1360



2536



2536



2441



2443



lb



Weight



3638



3638



3043



2602



2051



1757



1654



1411



lb



Weight



3005050037



3005050040



TBA



Part Number



3005050066



3005050118



3005050117



3005050065



3005050036



3005050116



3005050064



3005050063



Part Number



> Downhole Equipment > Asynchronous Motor > 744 series



2018 Page 474



1.1



Installation kit for DBL Motor of 744 series



Motor additional length and weight due to Novomet DH Sensor of 378 series



Novomet can develop Adapter for any other type of DH Sensor



28.0



ft



1.1



Description



29.3



Installation kit for SGL Motor of 744 series



lb



Adapter for Novomet DH Sensor of 378 series



Description



Extra length



Weight



Asynchronous Motor accessories 744 series



8.5



m



0.5



0.5



13.3



kg



kg 40.0



Extra weight



88.2



lb



2138030158



2138030111



2138030451



CRO, HT



Part Number



> Downhole Equipment > Asynchronous Motor > 744 series



2018 Page 475



> Downhole Equipment > Permanent Magnet Motor



GLOSSARY Permanent Magnet Motor N



XXX



PM XXX



XXXXV



XXXXRPM



XXXN-M



XXX



XXX



XXX



HRZ



NDSX Manufacturer (Novomet) Series, (see Table 1) Permanent Magnet motor Power, hp (at rated rotation frequency) Rated voltage, V (at rated rotation frequency) Rated rotation frequency, rpm Torque, N-m (only for 500 and 1000 rpm PMM in 460 series) Single and Tandem motors: SGL - Single motor DBL - Double motor TRP - Triple motor Corrosion resistance, (see Table 2) Heat resistance, (see Table 3) Design modifications HRZ - for horizontal operation, if applicable Type of Downhole Sensor, if applicable (see Table 4)



e.g., N512PM345 3840V 3.6RPM SGL CR0 UHT NDS2 e.g., N460PM54 1630V 0.5RPM 764N-M SGL CR0 UHT NDS2



Table 1 - Series



Series



HSG OD, in



HSG OD, mm



319



3.19



81



406



4.06



103



460



4.60



117



512



5.12



130



744



7.44



189



Table 2 - Corrosion resistance



Abbr.



Full name



CR0



Corrosion Resistant 0



CR2C



Fluid



Max chemical content, g/l CO2 Cl H2S



pH



Description



Slightly aggressive 0.01 fluid



0.01



20 5.0..8.5



Housing, head and base are from Carbon Steel.



Corrosion Resistant 2C



Highly aggressive fluid



1.25



1.45



200 3.0..9.0



Housing, head and base are coated with thermal spray coatings.



CR2S



Corrosion Resistant 2S



Highly aggressive fluid



1.25



1.45



200 3.0..9.0



Stainless Steel head and base. Housing is coated with thermal spray coatings.



CRM



Corrosion Resistant M



Highly aggressive fluid



1.25



1.45



CRMS



Corrosion Resistant MS



Highly aggressive fluid



1.25



1.45



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200 3.0..9.0 Stainless Steel housing, head and base.



1.45



Materials resistant to Sulfide Stress 200 3.0..9.0 Cracking are used for housing, head and base.



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



Housing, head and base are from Carbon 200 3.0..9.0 Steel and coated with Monel alloy thermal spray. Stainless Steel head and base. Housing 200 3.0..9.0 is from Carbon Steel and coated with Monel alloy thermal spray.



2018 Page 476



> Downhole Equipment > Permanent Magnet Motor Table 3 - Heat resistance



Abbr.



Full name



HT



High Temperature



UHT



Ultra High Temperature



HHT



Hyper High Temperature



Description Ambient temperature - up to 320 oF (160 oC) Winding temperature - up to 392 oF (200 oC). Ambient temperature - up to 356 oF (180 oC) Winding temperature - up to 428 oF (220 oC). Ambient temperature - up to 392 oF (200 oC) Winding temperature - up to 482 oF (250 oC).



Table 4 - Type of downhole sensor



NDS1



Novomet Downhole Sensor, Type 1. Intake T & P, motor vibration X & Y, motor oil temperature



NDS2



Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y, motor oil temperature + pump discharge pressure



NDS3



Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y, motor oil temperature + connector for Novomet Pump Discharge Sensor with Flow meter (NPDSF)



The motor thrust bearing is rated to operate under high load and high temperature.



PERMANENT MAGNET MOTOR SUMMARY (319 – 744 SERIES)



Low speed (1000 and 500 rpm) PMM for PCPs and Novomet Rotary Displacement Pump Motor series Motor OD, inches Speed range, rpm Power rating in one section, hp 460 4.60 100 - 500 up to 54 460 4.60 500 - 1000 up to 107 PMM rated at 3600 rpm for ESP systems (Conventional + Power Save™) Motor series Motor OD, inches Speed range, rpm Power rating in one section, hp 406 4.06 1000 - 4200 10 - 225 460 4.60 1000 - 4200 35 - 360 512 5.12 1000 - 4200 51 - 480 744 7.44 1000 - 4200 96 - 1290 PMM rated at 6000 rpm for ESP systems (Conventional + Power Save™) Motor series Motor OD, inches Speed range, rpm Power rating in one section, hp 319 3.19 1000 - 6000 19 - 120 406 4.06 1000 - 6000 19 - 450 460 4.60 1000 - 6000 54 - 540 512 5.12 1000 - 6000 80 - 620 Tandem PMM rated at 6000 rpm for ESP systems (Conventional + Power Save™) Motor series Motor OD, inches Speed range, rpm Power rating of tandem PMM, hp 319 3.19 1000 - 6000 135 - 270



2018 Page 477



> Downhole Equipment > Permanent Magnet Motor



PERMANENT MAGNET MOTOR



Applications: • Conventional ESP systems • Power Save™ ESP systems • PCP systems • Novomet system for high-viscous fluids



#



Permanent Magnet Motor (PMM) is synchronous motor. Stator manufacturing technique is similar to that of asynchronous motor. Rotor has permanent magnets made from rare-earth alloys forcing high level of magnet induction. At a single moment only two phases are controlled by VSD vector system.



Rated power, Rated volt- Inom, Rated hp age, V A rpm



Motor abbreviation



Efficiency, %



Power Fluid velocity Length, Wt, lb factor past motor, m/s ft ±0.5%



1



N460AM160, 2400V, SGL



160



2400



40



3600



84



0.86



0.3



25 ft



1244 lb



2



N460PM160, 3230V, 3600rpm, SGL



160



3230



27



3600



90.8



0.95



0.1



18 ft



772 lb



3



N460PM135,2480V, 6000rpm, SGL



135



2480



30



6000



91.7



0.95



0.4



10 ft



452 lb



Permanent Magnet Motor vs. Asynchronous Motor N460AM160 2400V SGL (135hp@ 3000rpm)



25 ft



N460PM160 3230V 3600rpm SGL (135hp@ 3000rpm) 18 ft



N460PM135 2480V 6000rpm SGL (135hp@ 6000rpm) 10 ft



Benefits: • Smaller size and weight at same power output in comparison with asynchronous motor (excellent solution for offshore applications) • Wider ranges of rotation frequency regulation (100-1000, 10004200 and 3000-6000 rpm) • Reduced energy consumption • Stable torque over wide operation range • Power factor is near to 1 • Lower specific heat release due to higher efficiency • High efficiency (90-94%) vs. asynchronous motors up to 86%



2018 Page 478



> Downhole Equipment > Permanent Magnet Motor



Parameters comparison for Permanent Magnet Motor and Asynchronous Motor of 744 series With PMM we receive greater horsepower 950hp vs. 545hp (increase by 74%) per length of motor. PMM and Asynchronous motor of 744 series Parameter



PMM, 744 series, 1 section



AM, 744 series, 1 section



Motor length, ft Motor weight, lb Number of sections Number of rotor packs, pcs Efficiency, % Power factor Rotation speed, prm Motor OD, in Rated power, HP Rated voltage, V Rated current, A Electromagnetic torque, N-m



27 3505 1 21 94.5 0.95 3000 7.44 950 4200 123 2230



27.2 3638 1 26 89.3 0.903 3000 7.44 545 3100 94 1505



To receive higher horse power in Permanent Magnet Motor we shall speed up to 6000rpm, in Asynchronous Motor we shall add two more sections with total length of 69 ft weight 7805 lb, thus 3 times higher than in Permanent Magnet Motor. PMM and Asynchronous Motor of 744 series Parameter



PMM, 744 series, 1 section



AM, 744 series, 1 section



Motor length, ft Motor weight, lb Number of sections Number of rotor packs, pcs Efficiency, % Power factor Rotation speed, prm Motor OD, in Rated power, HP Rated voltage, V Rated current, A Electromagnetic torque, N-m



18.5 2453 1 10 93 0.95 6000 7.44 1475 5300 158 1885



69 7805 3 57 89.9 0.88 3000 7.44 1341 4800 149 3300



2018 Page 479



> Downhole Equipment > Permanent Magnet Motor



Permanent Magnet Motor can be used either with Power Save™, thus leading to the following benefits of application:



Conventional pump



conventional



pump



or



with



Power Save™ pump



Permanent Magnet Motor Permanent Magnet Motor



Figure 1



Figure 2



Based on testing results, power consumption is reduced by 7-10% Based on testing results, power consumption is reduced by up to 25%. For further reference please see Power Save™ Section.



2018 Page 480



> Downhole Equipment > Permanent Magnet Motor



Motor shaft: involute splines allow to increase torque by 20%



Down thrust bearing: special coating provides increased reliability



Stator packs: special design and material reduce losses by 1.2 times



PMM rotor: enables significant power output of 545 hp (in 460 series) in one section



Radial bearings: special design allows high speed rotation up to 6000 rpm



Epoxy encapsulated stator ensures high temperature applications



2018 Page 481



> Downhole Equipment > Permanent Magnet Motor > 319 series



Performance Curve Permanent Magnet Motors 319 series 6000 rpm



319 series / OD 81 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 319 series at frequency 6000 RPM. The average nominal efficiency for Asynchronous motor of 319 series at 6000 RPM is 89.9%. To get actual nominal efficiency for all motors of 319 series see the table below.



2018 Page 482



kW



Volts



120



90



14



90



80



70



63



50



40



32



22



11



68



60



53



47



38



30



24



17



1620



1440



1340



1280



1090



1010



890



670



530



410



1240



1100



1020



970



830



770



680



510



38.0



38.1



35.7



33.6



31.2



27.0



24.5



22.7



18.5



Amps



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



Power factor, r.u.



90.2



90.1



90.0



89.8



89.5



88.9



88.6



88.0



86.7



0.33



0.33



0.33



0.33



0.33



0.33



0.33



0.33



0.33



0.10



0.10



0.10



0.10



0.10



0.10



0.10



0.10



0.10



Min.fluid Min.fluid Efficienvelocity, velocity, cy, % ft/s m/s



S



S



S



S



S



S



S



S



S



Type



169



188



214



241



268



N319PM170 3200V 6.0RPM DBL CR0 HT



N319PM190 3620V 6.0RPM DBL CR0 HT



N319PM215 3540V 6.0RPM DBL CR0 HT



N319PM240 3380V 6.0RPM DBL CR0 HT



N319PM270 3600V 6.0RPM DBL CR0 HT 134



134



121



121



107



107



94



94



84



84



200



180



160



140



125



100



100



90



90



80



80



70



70



63



63



55



55



110



74 74



50



67



3600



3380



3540



3620



3200



2960



2720



1800



1800



1690



1690



1770



1770



1810



1810



1600



1600



1480



1480



1360



1360



1360



1360



1280



1280



1340



1340



1380



1380



1210



1210



1120



1120



1030



1030



200Hz 200Hz 150Hz



Volts



39.5



37.6



31.9



27.0



27.5



26.2



25.8



Amps



0.95



0.95



0.95



0.95



0.95



0.95



0.95



Power factor, r.u.



91.5



91.5



91.1



91.1



90.9



90.8



90.7



0.66



0.66



0.66



0.66



0.49



0.49



0.49



Min.fluid Efficienvelocity, cy, % m/s



0.20



0.20



0.20



0.20



0.15



0.15



0.15



Min.fluid velocity, ft/s



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



LT



UT



Type



Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RPM. UT - Upper tandem LT - Lower tandem



147



N319PM145 2960V 6.0RPM DBL CR0 HT



50



100



67



134



Motor kW @ 200 Hz



Motor hp @ 200 Hz



N319PM135 2720V 6.0RPM DBL CR0 HT



Description



Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RPM. S - Single



N319PM120 1620V 6.0RPM SGL CR0 HT



80



70



94



105



N319PM94 1340V 6.0RPM SGL CR0 HT



50 63



67



84



N319PM67 1090V 6.0RPM SGL CR0 HT



N319PM84 1280V 6.0RPM SGL CR0 HT



N319PM105 1440V 6.0RPM SGL CR0 HT



32 40



43



54



N319PM43 890V 6.0RPM SGL CR0 HT



N319PM54 1010V 6.0RPM SGL CR0 HT



14 22



19



29



N319PM19 530V 6.0RPM SGL CR0 HT



200Hz 150Hz 200Hz 150Hz 200Hz 150Hz



Motor hp



N319PM29 670V 6.0RPM SGL CR0 HT



Description 6.9



2.1



6.2



5.6



5.4



5.1



4.5



3.9



3.3



2.7



23.6



21.3



22.7



20.4



21.7



19.4



20.7



18.4



18.8



16.5



17.8



15.5



16.9



14.6



ft



7.2



6.5



6.9



6.2



6.6



5.9



6.3



5.6



5.7



5.0



5.4



4.7



5.1



4.4



m



Length



20.4



18.5



17.6



16.6



14.7



12.7



10.8



8.9



m



Length ft



DESIGN DATA ON PERMANENT MAGNET 319 series (OD 81 mm)



110



208



185



174



163



140



118



95



73



50



501



509



476



485



452



461



428



437



379



388



355



364



331



340



lb



227



231



216



220



205



209



194



198



172



176



161



165



150



154



kg



Weight



459



408



384



359



309



260



209



161



kg



Weight lb



3005090348



3005090347



3005090346



3005090345



3005090344



3005090343



3005090342



Part Number



3005090333



3005090334



3005090335



3005090336



3005090337



3005090338



3005090339



3005090340



3005090341



Part Number



> Downhole Equipment > Permanent Magnet Motor > 319 series



2018 Page 483



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 319 series



2.0



ft



1.1



Description



16.5



999.191.0030_INSTALLATION PARTS KIT. Installation kit for SGL Motor of 319 series



lb



999.191.2030_INSTALLATION PARTS KIT. Adapter for Novomet DH Sensor of 319 series



Description



Extra length



Weight



0.6



m



0.5



7.5



kg



PERMANENT MAGNET Motor accessories 319 series



lb 37.5



kg 17.0



Extra weight



2138030205



2138030449



CRO HT



Part Number



> Downhole Equipment > Permanent Magnet Motor > 319 series



2018 Page 484



> Downhole Equipment > Permanent Magnet Motor > 406 series



Performance Curve Permanent Magnet Motors 406 series 6000 rpm



406 series / OD 103 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 406 series at frequency 6000 RPM. The average nominal efficiency for Asynchronous motor of 406 series at 6000 RPM is 93.1%. To get actual nominal efficiency for all motors of 406 series see the table below.



2018 Page 485



kW



Volts



43 54 67 80 94 107 121 134 147 161 174 188 201 228 241 255 268 281 295 308 322 335 348 362 375



N406PM43 1150V 6.0RPM SGL CR0 HT



N406PM54 1430V 6.0RPM SGL CR0 HT



N406PM67 1720V 6.0RPM SGL CR0 HT



N406PM80 2020V 6.0RPM SGL CR0 HT



N406PM94 2310V 6.0RPM SGL CR0 HT



N406PM110 2600V 6.0RPM SGL CR0 HT



N406PM120 2900V 6.0RPM SGL CR0 HT



N406PM135 3190V 6.0RPM SGL CR0 HT



N406PM145 3490V 6.0RPM SGL CR0 HT



N406PM160 3780V 6.0RPM SGL CR0 HT



N406PM175 4070V 6.0RPM SGL CR0 HT



N406PM190 3630V 6.0RPM SGL CR0 HT



N406PM200 3870V 6.0RPM SGL CR0 HT



N406PM230 3750V 6.0RPM SGL CR0 HT



N406PM240 3970V 6.0RPM SGL CR0 HT



N406PM255 3720V 6.0RPM SGL CR0 HT



N406PM270 3910V 6.0RPM SGL CR0 HT



N406PM280 4100V 6.0RPM SGL CR0 HT



N406PM295 3740V 6.0RPM SGL CR0 HT



N406PM310 3910V 6.0RPM SGL CR0 HT



N406PM320 4080V 6.0RPM SGL CR0 HT



N406PM340 3640V 6.0RPM SGL CR0 HT



N406PM350 3780V 6.0RPM SGL CR0 HT



N406PM360 3930V 6.0RPM SGL CR0 HT



N406PM380 4070V 6.0RPM SGL CR0 HT



12



281



272



261



252



241



232



221



212



201



192



181



172



151



141



131



121



111



101



91



80



71



60



51



40



32



24



12



280



270



260



250



240



230



220



210



200



190



180



170



150



140



130



120



110



100



90



80



70



60



50



40



32



24



9



210



203



195



188



180



173



165



158



150



143



135



128



113



105



98



90



83



75



68



60



53



45



38



30



24



18



4070



3930



3780



3640



4080



3910



3740



4100



3910



3720



3970



3750



3870



3630



4070



3780



3490



3190



2900



2600



2310



2020



1720



1430



1150



870



560



14.3



3100



2990



2880



2770



3110



46.4



46.4



46.4



46.4



39.6



39.6



39.6



2850 2980



34.6



34.6



34.6



30.7



30.7



25.9



25.8



21.4



21.3



21.1



21.0



20.8



20.5



20.2



19.1



19.3



18.6



18.6



18.6



3130



2980



2830



3020



2860



2950



2770



3110



2880



2660



2430



2210



1990



1760



1540



1320



1090



880



660



430



Amps



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



92.8



92.8



92.8



92.8



93.9



93.9



93.9



93.6



93.6



93.6



93.6



93.6



93.5



93.5



93.4



93.4



93.3



93.3



93.2



93.2



93.1



93.0



92.9



92.7



92.5



92.1



91.0



Power Effifactor, ciency, r.u. %



1.31



1.31



1.31



1.31



1.31



1.31



1.15



1.15



1.15



1.15



1.15



0.98



0.98



0.98



0.66



0.66



0.66



0.66



0.66



0.66



0.49



0.49



0.49



0.49



0.49



0.49



0.49



Min.fluid velocity, ft/s



0.40



0.40



0.40



0.40



0.40



0.40



0.35



0.35



0.35



0.35



0.35



0.30



0.30



0.30



0.20



0.20



0.20



0.20



0.20



0.20



0.15



0.15



0.15



0.15



0.15



0.15



0.15



Min.fluid velocity, m/s



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Type



Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RPM. S - Single



16 32



N406PM32 870V 6.0RPM SGL CR0 HT



200Hz 150Hz 200Hz 150Hz 200Hz 150Hz



Motor hp



N406PM16 560V 6.0RPM SGL CR0 HT



Description



30.1



29.1



28.1



27.2



26.2



25.2



24.2



23.3



22.3



21.3



20.3



19.4



18.4



17.4



16.5



15.5



14.5



13.5



12.6



11.6



10.6



9.6



8.7



7.7



6.7



5.7



4.8



ft



444



427



410



391



376



359



342



325



308



291



274



257



240



223



206



189



172



155



138



121



104



kg



1017 461



979



942



904



862



829



792



754



717



679



642



604



567



529



492



454



417



379



342



304



267



229



lb



Weight



1166 529



1129 512



1091 495



9.2 1204 546



8.9



8.6



8.3



8.0 1054 478



7.7



7.4



7.1



6.8



6.5



6.2



5.9



5.6



5.3



5.0



4.7



4.4



4.1



3.8



3.5



3.2



2.9



2.6



2.3



2.0



1.7



1.5



m



Length



3005021754



3005021753



3005021752



3005021751



3005021750



3005021749



3005021748



3005021747



3005021746



3005021745



3005021744



3005021743



3005021742



3005021741



3005021740



3005021739



3005021738



3005021737



3005021736



3005021735



3005021734



3005021733



3005021732



3005021731



3005021730



3005021729



3005021728



Part Number



> Downhole Equipment > Permanent Magnet Motor > 406 series



2018 Page 486



> Downhole Equipment > Permanent Magnet Motor > 406 series



Performance Curve Permanent Magnet Motors 406 series 3600 rpm



406 series / OD 103 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 406 series at frequency 3600 RPM. The average nominal efficiency for Asynchronous motor of 406 series at 3600 RPM is 91.8%. To get actual nominal efficiency for all motors of 406 series see the table below.



2018 Page 487



kW



Volts



8



40 47



40 48



N406PM40 1050V 3.6RPM SGL CR0 HT



N406PM48 1230V 3.6RPM SGL CR0 HT



21



174 181



185



193



201



209



217



225



N406PM185 3430V 3.6RPM SGL CR0 HT



N406PM195 3580V 3.6RPM SGL CR0 HT



N406PM200 3720V 3.6RPM SGL CR0 HT



N406PM210 3870V 3.6RPM SGL CR0 HT



N406PM215 3610V 3.6RPM SGL CR0 HT



N406PM225 3740V 3.6RPM SGL CR0 HT



188



168



161



154



147



141



134



127



177



153



N406PM155 3410V 3.6RPM SGL CR0 HT



121



N406PM180 3280V 3.6RPM SGL CR0 HT



145



N406PM145 3230V 3.6RPM SGL CR0 HT



114



101



161



137



N406PM135 3060V 3.6RPM SGL CR0 HT



169



121



N406PM120 2840V 3.6RPM SGL CR0 HT



94



N406PM170 3130V 3.6RPM SGL CR0 HT



113



N406PM115 2660V 3.6RPM SGL CR0 HT



87



80



60



N406PM160 3590V 3.6RPM SGL CR0 HT



105



N406PM105 2480V 3.6RPM SGL CR0 HT



74



88 96



N406PM88 2120V 3.6RPM SGL CR0 HT



N406PM80 1940V 3.6RPM SGL CR0 HT



N406PM96 2300V 3.6RPM SGL CR0 HT



67



72 80



N406PM72 1770V 3.6RPM SGL CR0 HT



54



56 64



N406PM56 1410V 3.6RPM SGL CR0 HT



N406PM64 1590V 3.6RPM SGL CR0 HT



34



27



27 32



N406PM27 700V 3.6RPM SGL CR0 HT



16



N406PM32 870V 3.6RPM SGL CR0 HT



11 20



N406PM20 530V 3.6RPM SGL CR0 HT



168



162



156



150



144



138



132



126



120



114



108



102



90



84



78



72



66



60



54



48



42



36



30



24



20



15



8



140



135



130



125



120



115



110



105



100



95



90



85



75



70



65



60



55



50



45



40



35



30



25



20



16



12



6



3740



3610



3870



3720



3580



3430



3280



3130



3590



3410



3230



3060



2840



2660



2480



2300



2120



1940



1770



1590



1410



1230



1050



870



700



530



350



3160



3050



3270



3140



3020



30.3



30.3



27.2



27.2



27.2



27.2



27.2



2770 2890



27.2



22.6



22.6



22.6



22.6



21.3



21.2



21.1



20.9



20.8



20.6



20.4



20.2



19.9



19.5



19.0



18.3



18.3



18.4



14.0



Amps



2640



3030



2880



2730



2580



2400



2240



2090



1940



1790



1640



1490



1340



1190



1040



890



740



590



450



290



120Hz 100Hz 120Hz 100Hz 120Hz 100Hz



Motor hp



N406PM11 350V 3.6RPM SGL CR0 HT



Description



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



92.3



92.3



92.2



92.2



92.2



92.2



92.1



92.1



91.9



91.9



91.9



91.9



92.1



92.1



92.1



92.1



92.0



92.0



92.0



91.9



91.9



91.8



91.7



91.5



91.1



90.5



89.9



0.98



0.98



0.98



0.98



0.98



0.82



0.82



0.82



0.82



0.82



0.66



0.66



0.66



0.66



0.66



0.33



0.33



0.33



0.33



0.33



0.33



0.33



0.33



0.16



0.16



0.16



0.16



Power EffiMin.fluid factor, ciency, velocity, r.u. % ft/s



0.30



0.30



0.30



0.30



0.30



0.25



0.25



0.25



0.25



0.25



0.20



0.20



0.20



0.20



0.20



0.10



0.10



0.10



0.10



0.10



0.10



0.10



0.10



0.05



0.05



0.05



0.05



Min.fluid velocity, m/s



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Type ft



29.9



28.9



27.9



26.9



26.0



25.0



24.0



23.0



22.1



21.1



20.1



19.1



18.2



17.2



16.2



15.2



14.3



13.3



12.3



11.3



10.4



9.4



8.4



7.5



6.5



5.5



9.1



8.8



8.5



8.2



7.9



7.6



7.3



7.0



6.7



6.4



6.1



5.8



5.5



5.2



4.9



4.6



4.4



4.1



3.8



3.5



3.2



2.9



2.6



2.3



2.0



1.7



1.4



m



Length



4.5



DESIGN DATA ON PERMANENT MAGNET 406 series (OD 103 mm)



1204



1166



1129



1091



1054



1017



979



942



904



862



829



792



754



717



679



642



604



567



529



492



454



417



379



342



304



267



229



lb



546



529



512



495



478



461



444



427



410



391



376



359



342



325



308



291



274



257



240



223



206



189



172



155



138



121



104



kg



Weight



3005021781



3005021780



3005021779



3005021778



3005021777



3005021776



3005021775



3005021774



3005021773



3005021772



3005021771



3005021770



3005021769



3005021768



3005021767



3005021766



3005021765



3005021764



3005021763



3005021762



3005021761



3005021760



3005021759



3005021758



3005021757



3005021756



3005021755



Part Number



> Downhole Equipment > Permanent Magnet Motor > 406 series



2018 Page 488



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



2.0



ft



1.1



Description



22.1



999.183.2030_INSTALLATION PARTS KIT Adapter for Novomet DH Sensor of 378 series



lb



999.193.0030_INSTALLATION PARTS KIT Installation kit for SGL Motor of 460 series



Description



Extra length



Weight



0.6



m



0.5



10.0



kg



PERMANENT MAGNET Motor accessories 406 series



lb 50.7



kg 23.0



Extra weight



2138030318



2138030168



CR0 HT



Part Number



> Downhole Equipment > Permanent Magnet Motor > 406 series



2018 Page 489



> Downhole Equipment > Permanent Magnet Motor > 460 series



Performance Curve Permanent Magnet Motors 460 series 6000 rpm



460 series / OD 117 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 460 series at frequency 6000 RPM. The average nominal efficiency for Asynchronous motor of 460 series at 6000 RPM is 93.4%. To get actual nominal efficiency for all motors of 460 series see the table below.



2018 Page 490



kW



Volts



168



188



214



N460PM170 3820V 6.0RPM SGL CR0 HT



N460PM190 3620V 6.0RPM SGL CR0 HT



N460PM215 3840V 6.0RPM SGL CR0 HT



429



469



503



536



N460PM430 3910V 6.0RPM SGL CR0 HT



N460PM470 4190V 6.0RPM SGL CR0 HT



N460PM500 3810V 6.0RPM SGL CR0 HT



N460PM540 4040V 6.0RPM SGL CR0 HT



362



402



N460PM360 3840V 6.0RPM SGL CR0 HT



N460PM400 4170V 6.0RPM SGL CR0 HT



295



335



N460PM295 4050V 6.0RPM SGL CR0 HT



N460PM330 4010V 6.0RPM SGL CR0 HT



241



134



268



107



N460PM105 2530V 6.0RPM SGL CR0 HT



N460PM135 3150V 6.0RPM SGL CR0 HT



N460PM240 3980V 6.0RPM SGL CR0 HT



84



N460PM270 4040V 6.0RPM SGL CR0 HT



54



N460PM84 1920V 6.0RPM SGL CR0 HT



402



378



352



322



302



272



252



221



201



181



161



141



126



101



80



64



40



400



375



350



320



300



270



250



220



200



180



160



140



125



100



80



63



40



300



282



263



240



225



203



188



165



150



135



120



105



94



75



60



48



30



4040



3810



4190



3910



4170



3840



4010



4050



4040



3980



3840



3620



3820



3150



2530



1920



1270



3070



2900



3190



2970



3170



2920



3050



3080



3070



3020



2920



2760



2910



2400



1920



1470



970



120Hz 100Hz 120Hz 100Hz 120Hz 100Hz



Motor hp



N460PM54 1270V 6.0RPM SGL CR0 HT



Description



67.6



67.2



56.9



55.6



48.7



47.3



42.1



36.3



33.9



30.2



27.9



25.9



22.2



21.3



21.3



21.3



22.4



Amps



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.4



93.3



93.2



1.97



1.97



1.97



1.80



1.64



1.48



1.48



1.31



1.15



1.15



1.15



1.15



1.15



0.98



0.98



0.98



0.82



Power EffiMin.fluid factor, ciency, velocity, r.u. % ft/s



0.60



0.60



0.60



0.55



0.50



0.45



0.45



0.40



0.35



0.35



0.35



0.35



0.35



0.30



0.30



0.30



0.25



Min.fluid velocity, m/s



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Type



27.5



26.2



24.8



23.5



22.1



20.8



19.4



18.1



16.7



15.4



14.0



12.6



11.3



9.9



8.6



7.2



5.9



ft



8.4



8.0



7.6



7.2



6.7



6.3



5.9



5.5



5.1



4.7



4.3



3.9



3.4



3.0



2.6



2.2



1.8



m



Length



1400



1327



1252



1182



1109



1036



964



891



818



743



673



598



525



452



379



306



234



lb



635



602



568



536



503



470



437



404



371



337



305



271



238



205



172



139



106



kg



Weight



3005032476



3005032473



3005032471



3005032469



3005032468



3005032466



3005032464



3005032462



3005032460



3005032458



3005032456



3005032455



3005032453



3005032451



3005032449



3005032447



TBA



Part Number



> Downhole Equipment > Permanent Magnet Motor > 460 series



2018 Page 491



> Downhole Equipment > Permanent Magnet Motor > 460 series



Performance Curve Permanent Magnet Motors 460 series 3600 rpm



460 series / OD 117 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 460 series at frequency 3600 RPM. The average nominal efficiency for Asynchronous motor of 460 series at 3600 RPM is 92.8%. To get actual nominal efficiency for all motors of 460 series see the table below.



2018 Page 492



kW



Volts



135



241



257



289



322



338



362



N460PM240 4030V 3.6RPM SGL CR0 HT



N460PM255 3930V 3.6RPM SGL CR0 HT



N460PM290 3870V 3.6RPM SGL CR0 HT



N460PM320 4150V 3.6RPM SGL CR0 HT



N460PM340 3930V 3.6RPM SGL CR0 HT



N460PM360 4160V 3.6RPM SGL CR0 HT



201



225



N460PM200 4060V 3.6RPM SGL CR0 HT



N460PM225 4070V 3.6RPM SGL CR0 HT



161



145



185



129



N460PM130 3370V 3.6RPM SGL CR0 HT



N460PM145 3750V 3.6RPM SGL CR0 HT



N460PM160 4130V 3.6RPM SGL CR0 HT



113



N460PM185 3750V 3.6RPM SGL CR0 HT



120



101



N460PM100 2630V 3.6RPM SGL CR0 HT



300



280



270



240



215



200



190



170



155



105



94



84



67



N460PM115 2990V 3.6RPM SGL CR0 HT



54



64 80



N460PM64 1840V 3.6RPM SGL CR0 HT



N460PM80 2220V 3.6RPM SGL CR0 HT



29 43



36 52



N460PM35 1100V 3.6RPM SGL CR0 HT



270



252



240



216



192



180



168



150



138



120



108



96



84



76



60



48



39



27



225



210



200



180



160



150



140



125



115



100



90



80



70



63



50



40



32



22



4160



3930



4150



3870



3930



4030



4070



4060



3750



4130



3750



3370



2990



2630



2220



1840



1480



1100



3510



3320



3500



3260



3310



3390



3430



3420



3160



3480



3160



2840



2520



2220



1870



1550



1250



920



120Hz 100Hz 120Hz 100Hz 120Hz 100Hz



Motor hp



N460PM51 1480V 3.6RPM SGL CR0 HT



Description



44.8



44



39.6



37.9



32.4



29.7



29.7



27.5



24.4



19.1



18.9



18.7



18.4



18.9



17.5



16.9



16.9



15.6



Amps



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



93.0



93.0



93.0



93.0



93.0



93.0



93.0



93.0



93.0



93.0



93.0



93.0



92.8



92.8



92.6



92.6



92.2



91.8



1.31



1.31



1.31



1.31



1.31



1.31



1.31



0.98



0.98



0.98



0.98



0.98



0.66



0.66



0.66



0.49



0.49



0.33



Power EffiMin.fluid factor, ciency, velocity, r.u. % ft/s



0.40



0.40



0.40



0.40



0.40



0.40



0.40



0.30



0.30



0.30



0.30



0.30



0.20



0.20



0.20



0.15



0.15



0.10



Min.fluid velocity, m/s



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Type



29.8



28.5



27.1



25.8



24.4



23.0



21.7



20.3



19.0



17.6



16.3



14.9



13.6



12.2



10.8



9.5



8.1



6.8



ft



9.1



8.7



8.3



7.8



7.4



7.0



6.6



6.2



5.8



5.4



5.0



4.5



4.1



3.7



3.3



2.9



2.5



2.1



m



Length



1327



1266



1204



1142



1080



1019



957



895



833



772



710



648



587



525



463



401



340



278



lb



602



574



546



518



490



462



434



406



378



350



322



294



266



238



210



182



154



126



kg



Weight



3005033685



3005033683



3005032075



3005032071



3005033679



3005033677



3005033675



3005033673



3005032388



3005033671



3005032393



3005033668



3005033583



3005033666



3005033665



3005032327



3005032326



3005033664



Part Number



> Downhole Equipment > Permanent Magnet Motor > 460 series



2018 Page 493



> Downhole Equipment > Permanent Magnet Motor > 460 series



Performance Curve Permanent Magnet Motors 460 series 1000 rpm



460 series / OD 117 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 460 series at frequency 1000 RPM. The average nominal efficiency for Asynchronous motor of 460 series at 1000 RPM is 90.9%. To get actual nominal efficiency for all motors of 460 series see the table below.



2018 Page 494



36



107



N460PM87 2520V 1.0RPM 621N-M SGL CR0 HT



N460PM107 3020V 1.0RPM 764N-M SGL CR0 HT



87



N460PM83 2420V 1.0RPM 592N-M SGL CR0 HT



103



83



N460PM79 2310V 1.0RPM 563N-M SGL CR0 HT



N460PM103 2940V 1.0RPM 735N-M SGL CR0 HT



79



N460PM75 2200V 1.0RPM 535N-M SGL CR0 HT



99



75



N460PM71 2100V 1.0RPM 506N-M SGL CR0 HT



N460PM99 2840V 1.0RPM 707N-M SGL CR0 HT



71



N460PM67 1990V 1.0RPM 478N-M SGL CR0 HT



91



67



N460PM64 1890V 1.0RPM 458N-M SGL CR0 HT



95



64



N460PM62 1810V 1.0RPM 439N-M SGL CR0 HT



N460PM95 2730V 1.0RPM 678N-M SGL CR0 HT



62



N460PM59 1710V 1.0RPM 420N-M SGL CR0 HT



N460PM91 2630V 1.0RPM 649N-M SGL CR0 HT



56 59



N460PM56 1620V 1.0RPM 401N-M SGL CR0 HT



48 54



N460PM48 1410V 1.0RPM 344N-M SGL CR0 HT



N460PM54 1530V 1.0RPM 382N-M SGL CR0 HT



34



46



N460PM46 1320V 1.0RPM 325N-M SGL CR0 HT



27



80



77



74



71



68



65



62



59



56



53



50



48



46



44



42



40



30



36 40



N460PM36 1090V 1.0RPM 258N-M SGL CR0 HT



24



21



12



N460PM40 1200V 1.0RPM 287N-M SGL CR0 HT



32



N460PM32 990V 1.0RPM 229N-M SGL CR0 HT



18



24 28



N460PM24 780V 1.0RPM 172N-M SGL CR0 HT



N460PM20 670V 1.0RPM 143N-M SGL CR0 HT



N460PM28 880V 1.0RPM 201N-M SGL CR0 HT



15



16 20



N460PM16 570V 1.0RPM 115N-M SGL CR0 HT



8



5



7 11



N460PM7 420V 1.0RPM 48N-M SGL CR0 HT



Motor hp kW 116Hz 116Hz



N460PM11 460V 1.0RPM 76N-M SGL CR0 HT



Description



PMM motor 460 series (OD 117 mm)



3020



2940



2840



2730



2630



2520



2420



2310



2200



2100



1990



1900



1810



1710



1620



1530



1410



1320



1200



1090



990



880



780



670



570



460



420



Volts 116Hz



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



Power factor, r.u.



90.9



91.0



91.0



91.0



91.0



91.0



91.0



91.0



91.0



91.0



91.0



91.0



90.9



90.9



90.8



90.8



90.8



90.8



90.9



90.9



90.9



90.9



90.9



90.8



90.8



90.6



89.6



19.7



18.9



18.8



18.7



18.6



18.5



18.4



18.2



18.1



17.9



17.8



18.0



18.2



18.4



18.7



19.0



18.3



18.6



17.8



17.5



17.1



16.6



16.1



15.3



14.3



11.5



7.9



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.03



0.03



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.01



0.01



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Min.fluid Min.fluid Efficiency, Amps velocity, velocity, Type % ft/s m/s



31.7



30.8



29.8



28.8



27.9



26.9



26.0



25.0



24.0



23.1



22.1



21.1



20.2



19.2



18.2



17.3



16.3



15.4



14.4



13.5



12.5



11.5



10.6



9.6



8.7



7.7



6.7



ft



9.7



9.4



9.1



8.8



1623



1577



1530



1484



1438



1391



8.2 8.5



1345



1299



1252



1206



1160



1114



1067



1021



975



928



882



836



789



743



697



650



604



558



512



465



419



lb



736



715



694



673



652



631



610



589



568



547



526



505



484



463



442



421



400



379



358



337



316



295



274



253



232



211



190



kg



Weight



7.9



7.6



7.3



7.0



6.7



6.4



6.2



5.9



5.6



5.3



5.0



4.7



4.4



4.1



3.8



3.5



3.2



2.9



2.6



2.3



2.1



m



Length



764



735



707



678



649



621



592



563



535



506



478



458



439



420



401



382



344



325



287



258



229



201



172



143



115



76



48



N-m



563



542



521



500



479



458



437



416



394



373



352



338



324



310



296



282



254



239



211



190



169



148



127



106



85



56



35



lb-ft



Torque



3005035958



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



3005035960



3005035962



3005035964



3005035966



3005035968



3005035970



3005035972



3005035974



3005035977



3005035979



3005035981



3005035983



3005035985



3005035987



3005035989



3005035991



Part Number



> Downhole Equipment > Permanent Magnet Motor > 460 series



2018 Page 495



> Downhole Equipment > Permanent Magnet Motor > 460 series



Performance Curve Permanent Magnet Motors 460 series 500 rpm



460 series / OD 117 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 460 series at frequency 500 RPM. The average nominal efficiency for Asynchronous motor of 460 series at 500 RPM is 84.4%. To get actual nominal efficiency for all motors of 460 series see the table below.



2018 Page 496



12 13



12 13 16



N460PM12 420V 0.5RPM 172N-M SGL CR0 HT



N460PM13 470V 0.5RPM 191N-M SGL CR0 HT



N460PM16 530V 0.5RPM 229N-M SGL CR0 HT



6



17 18 20 21 22 23



23 24 27 28 29



N460PM23 710V 0.5RPM 325N-M SGL CR0 HT



N460PM24 750V 0.5RPM 344N-M SGL CR0 HT



N460PM27 820V 0.5RPM 382N-M SGL CR0 HT



N460PM28 870V 0.5RPM 401N-M SGL CR0 HT



N460PM29 920V 0.5RPM 420N-M SGL CR0 HT



42 44 46 48 50 52 54



N460PM42 1290V 0.5RPM 592N-M SGL CR0 HT



N460PM44 1350V 0.5RPM 630N-M SGL CR0 HT



N460PM46 1400V 0.5RPM 649N-M SGL CR0 HT



N460PM48 1460V 0.5RPM 688N-M SGL CR0 HT



N460PM50 1520V 0.5RPM 707N-M SGL CR0 HT



N460PM52 1570V 0.5RPM 745N-M SGL CR0 HT



N460PM54 1630V 0.5RPM 764N-M SGL CR0 HT



28



38 40



N460PM38 1180V 0.5RPM 535N-M SGL CR0 HT



N460PM36 1120V 0.5RPM 516N-M SGL CR0 HT



N460PM40 1230V 0.5RPM 573N-M SGL CR0 HT



27



34 36



N460PM34 1060V 0.5RPM 478N-M SGL CR0 HT



40



39



37



36



34



33



31



30



25



24



31 32



N460PM31 970V 0.5RPM 439N-M SGL CR0 HT



N460PM32 1020V 0.5RPM 458N-M SGL CR0 HT



15



17 20



N460PM17 580V 0.5RPM 248N-M SGL CR0 HT



N460PM20 640V 0.5RPM 287N-M SGL CR0 HT



10



9



7



8 9



N460PM8 310V 0.5RPM 115N-M SGL CR0 HT



N460PM9 350V 0.5RPM 134N-M SGL CR0 HT



2 4



3 5



58Hz



58Hz



N460PM5 240V 0.5RPM 76N-M SGL CR0 HT



kW



Motor hp



N460PM3 220V 0.5RPM 38N-M SGL CR0 HT



Description



1630



1570



1520



1460



1400



1350



1290



1230



1180



1120



1060



1020



970



920



870



820



750



710



640



580



530



470



420



350



310



240



220



58Hz



Volts



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



83.7



83.8



83.8



83.8



83.9



84.0



84.0



84.1



84.2



84.2



84.3



84.2



84.0



83.9



83.7



83.5



83.9



83.6



84.1



84.6



84.4



82.7



84.9



86.0



85.8



87.5



89.2



18.8



18.7



18.6



18.5



18.4



18.3



18.2



18.1



17.9



17.8



17.6



17.8



18.0



18.2



18.5



18.8



18.1



18.4



17.6



16.7



16.9



15.7



15.9



14.1



14.1



11.3



6.2



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.07



0.03



0.03



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.02



0.01



0.01



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Power Min.fluid Min.fluid Efficiency, factor, Amps velocity, velocity, Type % r.u. ft/s m/s



31.7



30.8



29.8



28.8



27.9



9.7



9.4



9.1



8.8



8.5



7.9 8.2



26.9



7.6



7.3



7.0



6.7



6.4



6.2



5.9



5.6



5.3



5.0



4.7



4.4



4.1



3.8



3.5



3.2



2.9



2.6



2.3



2.1



m



26.0



25.0



24.0



23.1



22.1



21.1



20.2



19.2



18.3



17.3



16.3



15.4



14.4



13.5



12.5



11.5



10.6



9.6



8.7



7.7



6.7



ft



Length



1623



1577



1530



1484



1438



1391



1345



1299



1252



1206



1160



1114



1067



1021



975



928



882



836



789



743



697



650



604



558



512



465



419



lb



736



715



694



673



652



631



610



589



568



547



526



505



484



463



442



421



400



379



358



337



316



295



274



253



232



211



190



kg



Weight



DESIGN DATA ON PERMANENT MAGNET 460 series (OD 117 mm)



764



745



707



688



649



630



592



573



535



516



478



458



439



420



401



382



344



325



287



248



229



191



172



134



115



76



38



N-m



563



549



521



507



479



465



437



423



394



380



352



338



324



310



296



282



254



239



211



183



169



141



127



99



85



56



28



lb-ft



Torque



3005035993



3005035994



3005035995



3005035996



3005035997



3005035998



3005035999



3005036000



3005036001



3005036002



3005036003



3005036004



3005036005



3005036006



3005036007



3005036008



3005036009



3005036010



3005036011



3005036012



3005036013



3005036014



3005036015



3005036016



3005036017



3005036018



3005036019



Part Number



> Downhole Equipment > Permanent Magnet Motor > 460 series



2018 Page 497



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



2.0



ft



1.1



999.184.0030_INSTALLATION PARTS KIT Installation kit for SGL Motor of 512 series



Description



26.5



lb



999.184.2030_INSTALLATION PARTS KIT Adapter for Novomet DH Sensor of 378 series



Description



Extra length



Weight



0.6



m



0.5



12.0



kg



PERMANENT MAGNET Motor accessories 460 series



lb 50.7



kg 23.0



Extra weight



2138030034



2138030228



CRO HT



Part Number



> Downhole Equipment > Permanent Magnet Motor > 460 series



2018 Page 498



> Downhole Equipment > Permanent Magnet Motor > 512 series



Performance Curve Permanent Magnet Motors 512 series 6000 rpm



512 series / OD 130 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 512 series at frequency 6000 RPM. The average nominal efficiency for Asynchronous motor of 512 series at 6000 RPM is 92.6%. To get actual nominal efficiency for all motors of 512 series see the table below.



2018 Page 499



kW



Volts



308 355 395 429 482 529 576 623



N512PM310 3760V 6.0RPM SGL CR0 HT



N512PM355 3900V 6.0RPM SGL CR0 HT



N512PM395 3940V 6.0RPM SGL CR0 HT



N512PM430 3870V 6.0RPM SGL CR0 HT



N512PM480 3730V 6.0RPM SGL CR0 HT



N512PM530 4070V 6.0RPM SGL CR0 HT



N512PM575 3770V 6.0RPM SGL CR0 HT



N512PM620 4070V 6.0RPM SGL CR0 HT



467



430



400



360



320



295



265



230



200



165



130



96



60



465



430



395



360



320



295



265



230



200



165



130



95



60



349



323



296



270



240



221



199



173



150



124



98



72



45



1810



4070



3770



4070



3730



3870



3940



3900



3760



3980



3810



3640



2720



1380



3090



2870



3090



2830



2930



2990



2970



2860



3020



2890



2760



2070



74.6



74.3



63.2



57.6



53.7



48.8



44.3



39.9



32.9



28.3



23.4



22.8



21.7



Amps



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



92.8



92.8



92.9



92.8



92.8



92.8



92.8



92.7



92.6



92.6



92.4



92.2



91.8



1.97



1.97



1.97



1.64



1.64



1.64



1.31



1.31



1.31



1.31



0.98



0.98



0.82



0.60



0.60



0.60



0.50



0.50



0.50



0.40



0.40



0.40



0.40



0.30



0.30



0.25



S



S



S



S



S



S



S



S



S



S



S



S



S



Power Effi- Min.fluid Min.fluid factor, ciency, velocity, velocity, Type r.u. % ft/s m/s



23.0



21.6



20.2



18.8



17.4



16.0



14.6



13.2



11.8



10.4



9.0



7.6



6.2



ft



7.0



6.6



6.1



5.7



5.3



4.9



4.4



4.0



3.6



3.2



2.7



2.3



1.9



m



Length



Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RPM.



221 268



N512PM270 3980V 6.0RPM SGL CR0 HT



174



N512PM175 3640V 6.0RPM SGL CR0 HT



N512PM220 3810V 6.0RPM SGL CR0 HT



80 127



N512PM125 2720V 6.0RPM SGL CR0 HT



200Hz 150Hz 200Hz 150Hz 200Hz 150Hz



Motor hp



N512PM80 1810V 6.0RPM SGL CR0 HT



Description



DESIGN DATA ON PERMANENT MAGNET 512 series (OD 130 mm)



1440



1354



1266



1177



1091



1003



915



829



741



653



567



478



390



lb



653



614



574



534



495



455



415



376



336



296



257



217



177



kg



Weight



3005040592



3005040591



3005040590



3005040589



3005040588



3005040587



3005040586



3005040585



3005040584



3005040583



3005040582



3005040581



3005040580



Part Number



> Downhole Equipment > Permanent Magnet Motor > 512 series



2018 Page 500



> Downhole Equipment > Permanent Magnet Motor > 512 series



Performance Curve Permanent Magnet Motors 512 series 3600 rpm



512 series / OD 130 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 512 series at frequency 3600 RPM. The average nominal efficiency for Asynchronous motor of 512 series at 3600 RPM is 92.2%. To get actual nominal efficiency for all motors of 512 series see the table below.



2018 Page 501



260 295 320 345 370 400 425 450 480



N512PM260 4080V 3.6RPM SGL CR0 HT



N512PM295 3890V 3.6RPM SGL CR0 HT



N512PM320 3870V 3.6RPM SGL CR0 HT



N512PM345 4190V 3.6RPM SGL CR0 HT



N512PM370 4090V 3.6RPM SGL CR0 HT



N512PM400 3940V 3.6RPM SGL CR0 HT



N512PM425 4200V 3.6RPM SGL CR0 HT



N512PM450 3960V 3.6RPM SGL CR0 HT



N512PM480 4260V 3.6RPM SGL CR0 HT



400



375



355



335



310



290



270



250



215



195



170



145



120



105



84



67



43



360



336



318



300



276



258



240



222



192



174



150



132



108



96



76



60



39



300



280



265



250



230



215



200



185



160



145



125



110



90



80



63



50



32



4260



3960



4200



3940



4090



4190



3870



3890



4080



3950



4200



3680



3130



2640



2110



1600



1060



3580



3330



3520



3320



3440



3520



3260



3270



3430



3320



3530



3100



2630



2220



1780



1350



900



Volts



55.2



54.5



48.7



49.0



43.4



39.7



40.0



49.0



43.4



28.3



22.8



23.0



23.4



23.4



23.0



24.3



23.4



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



0.95



92.5



92.5



92.5



92.5



92.5



92.4



92.3



92.2



92.6



92.3



92.2



92.2



92.3



92.0



92.0



91.6



91.5



1.31



1.31



1.31



1.31



1.31



1.15



1.15



1.15



0.98



0.98



0.98



0.82



0.82



0.82



0.82



0.49



0.49



0.40



0.40



0.40



0.40



0.40



0.35



0.35



0.35



0.30



0.30



0.30



0.25



0.25



0.25



0.25



0.15



0.15



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



27.5



26.1



24.7



23.4



22.0



20.6



19.3



17.9



16.5



15.1



13.8



12.4



11.0



9.6



8.3



6.9



5.5



ft



8.4



8.0



7.5



7.1



6.7



6.3



5.9



5.4



5.0



4.6



4.2



3.8



3.4



2.9



2.5



2.1



1.7



m



Length



Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RPM.



235



N512PM235 3950V 3.6RPM SGL CR0 HT



145



N512PM145 3130V 3.6RPM SGL CR0 HT 175



130



N512PM130 2640V 3.6RPM SGL CR0 HT



200



100



N512PM100 2110V 3.6RPM SGL CR0 HT



N512PM200 4200V 3.6RPM SGL CR0 HT



80



N512PM175 3680V 3.6RPM SGL CR0 HT



52



N512PM80 1600V 3.6RPM SGL CR0 HT



kW



Power Effi- Min.fluid Min.fluid Amps factor, ciency, velocity, velocity, Type 120Hz 100Hz 120Hz 100Hz 120Hz 100Hz r.u. % ft/s m/s



Motor hp



N512PM51 1060V 3.6RPM SGL CR0 HT



Description



DESIGN DATA ON PERMANENT MAGNET 512 series (OD 130 mm)



1746



1660



1574



1488



1402



1316



1230



1144



1058



972



886



800



714



628



542



456



370



lb



792



753



714



675



636



597



558



519



480



441



402



363



324



285



246



207



168



kg



Weight



3005040509



3005040528



3005040502



3005040527



3005040526



3005040525



3005040508



3005040523



3005040522



3005040521



3005040520



3005040519



3005040518



3005040517



3005040516



3005040515



3005040514



Part Number



> Downhole Equipment > Permanent Magnet Motor > 512 series



2018 Page 502



> Downhole Equipment > Permanent Magnet Motor > 512 series



2018 Page 503



Description



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Novomet DH Sensor of 378 series



Installation kit for SGL Motor of 744 series



Adapter for Novomet DH Sensor of 378 series



Description



2.0



ft



TBA



lb



Extra length



Weight



0.6



m



TBA



kg



PERMANENT MAGNET Motor accessories 512 series



lb 50.7



kg 23.0



Extra weight



TBA



CRO HT



Part Number



> Downhole Equipment > Permanent Magnet Motor > 512 series



2018 Page 504



> Downhole Equipment > Permanent Magnet Motor > 744 series



Performance Curve Permanent Magnet Motors 744 series 3600 rpm



744 series / OD 189 mm



The plot shows parameters dependence on motor load ratio: - Voltage, Current, Power factor – in relative units of their nominal values. To get actual values of each parameter multiply percentage in operation point by nominal value from the table below according to selected motor model; - Efficiency – in percentage of the average nominal Efficiency for the motors of 744 series at frequency 3600 RPM. The average nominal efficiency for Asynchronous motor of 744 series at 3600 RPM is 94.7%. To get actual nominal efficiency for all motors of 744 series see the table below.



2018 Page 505



kW



Volts



844



193



241



289



338



386



434



482



531



579



627



675



724



772



820



868



917



965



1013



N744PM195 3850V 3.6RPM SGL CR0 HT



N744PM240 3930V 3.6RPM SGL CR0 HT



N744PM290 3990V 3.6RPM SGL CR0 HT



N744PM340 4240V 3.6RPM SGL CR0 HT



N744PM390 4300V 3.6RPM SGL CR0 HT



N744PM430 4050V 3.6RPM SGL CR0 HT



N744PM480 4160V 3.6RPM SGL CR0 HT



N744PM530 3920V 3.6RPM SGL CR0 HT



N744PM580 3890V 3.6RPM SGL CR0 HT



N744PM630 4230V 3.6RPM SGL CR0 HT



N744PM680 4110V 3.6RPM SGL CR0 HT



N744PM720 3960V 3.6RPM SGL CR0 HT



N744PM770 4240V 3.6RPM SGL CR0 HT



N744PM820 3980V 3.6RPM SGL CR0 HT



N744PM870 4220V 3.6RPM SGL CR0 HT



N744PM920 3900V 3.6RPM SGL CR0 HT



N744PM970 4090V 3.6RPM SGL CR0 HT



N744PM1010 4300V 3.6RPM SGL CR0 HT



80



1045 1072



1158



1206



N744PM1160 4200V 3.6RPM SGL CR0 HT



N744PM1210 4400V 3.6RPM SGL CR0 HT



N744PM1250 4560V 3.6RPM SGL CR0 HT 1254



N744PM1290 4720V 3.6RPM SGL CR0 HT



72



960



936



900



864



828



792



756



720



684



648



612



576



540



504



468



432



396



360



324



288



252



216



180



144



108



800



780



750



720



690



660



630



600



570



540



510



480



450



420



390



360



330



300



270



240



210



180



150



120



90



60



4720



4560



4400



4200



4030



3850



4300



4090



3900



4220



3980



4240



3960



4110



4230



3890



3920



4160



4050



4300



4240



3990



3930



3850



3270



2200



3950



3820



3680



3510



3370



3220



3600



3420



3260



3530



3330



3550



3320



3440



3540



3260



3280



3480



3390



3600



3550



3350



3300



3230



2750



1850



131.6



133.2



133.2



133.2



0.91



0.91



0.91



0.91



0.91



0.91



133.2 133.2



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



0.91



95.1



95.1



95.1



95.1



95.1



95.1



94.8



94.8



94.8



94.9



94.9



95.1



95.1



95.0



94.9



94.9



94.8



94.6



94.9



94.9



94.8



94.6



94.3



94.1



93.8



93.3



1.31



1.31



1.31



1.31



1.31



1.31



1.31



1.31



1.31



1.31



1.15



1.15



1.15



1.15



1.15



0.98



0.98



0.98



0.98



0.98



0.82



0.82



0.82



0.82



0.66



0.66



0.40



0.40



0.40



0.40



0.40



0.40



0.40



0.40



0.40



0.40



0.35



0.35



0.35



0.35



0.35



0.30



0.30



0.30



0.30



0.30



0.25



0.25



0.25



0.25



0.20



0.20



Power Min.fluid Min.fluid Efficienfactor, velocity, velocity, cy, % r.u. ft/s m/s



113.8



113.8



113.8



99.4



99.4



88.2



88.2



79.2



72.0



72.0



65.9



56.4



52.6



43.8



39.4



35.8



30.3



25.4



22.5



22.5



Amps



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



S



Type



30.8



29.8



28.8



27.8



26.8



25.8



24.8



23.8



22.8



21.8



20.8



19.8



18.8



17.8



16.8



15.8



14.8



13.8



12.8



11.8



10.8



9.8



8.8



7.8



6.8



5.8



ft



9.4



9.1



8.8



8.5



8.2



7.9



7.6



7.3



7.0



6.7



6.3



6.0



5.7



5.4



5.1



4.8



4.5



4.2



3.9



3.6



3.3



3.0



2.7



2.4



2.1



1.8



m



Length



Unlike asynchronous motor a permanent magnet motor has 4 poles instead of 2 poles. Due to that VSD frequency should be doubled to obtain the same RPM. S - Single



1286



1005



1110 965



884 925



N744PM1060 3850V 3.6RPM SGL CR0 HT 1061



N744PM1110 4030V 3.6RPM SGL CR0 HT



804



764



724



683



643



603



563



523



482



442



402



362



322



281



241



201



161



121



96



145



N744PM145 3270V 3.6RPM SGL CR0 HT



120Hz 100Hz 120Hz 100Hz 120Hz 100Hz



Motor hp



N744PM96 2200V 3.6RPM SGL CR0 HT



Description



DESIGN DATA ON PERMANENT MAGNET 744 series (OD 189 mm)



3660



3550



3440



3330



3219



3109



2999



2889



2778



2668



2558



2448



2337



2227



2117



2007



1896



1786



1676



1566



1455



1345



1235



1125



1014



904



lb



3005050262



3005050261



3005050260



3005050259



3005050258



3005050257



3005050256



3005050255



3005050254



3005050253



3005050252



3005050251



Part Number



1660 3005050276



1610 3005050275



1560 3005050274



1510 3005050273



1460 3005050272



1410 3005050271



1360 3005050270



1310 3005050269



1260 3005050268



1210 3005050267



1160 3005050266



1110 3005050265



1060 3005050264



1010 3005050263



960



910



860



810



760



710



660



610



560



510



460



410



kg



Weight



> Downhole Equipment > Permanent Magnet Motor > 744 series



2018 Page 506



Description



Novomet can develop Adapter for any other type of DH Sensor



Motor additional length and weight due to Elekton DH Sensor of 378 series



Motor additional length and weight due to Zenith DH Sensor of 456 series



Motor additional length and weight due to Novomet DH Sensor of 378 series



Installation kit for SGL Motor of 744 series



Adapter for Elekton DH Sensor of 378 series



Adapter for Zenith DH Sensor of 456 series



Adapter for Novomet DH Sensor of 378 series



Description



ft



lb



TBA



Extra length



TBA



Weight



m



kg



PERMANENT MAGNET Motor accessories 744 series



lb



TBA



Extra weight



TBA



CRO HT



Part Number



kg



> Downhole Equipment > Permanent Magnet Motor > 744 series



2018 Page 507



> Downhole Equipment > Downhole Sensor System



GLOSSARY Downhole sensor N DSX



XXX



XXX



XXXXPSI



XXX



MODX



XXX



XX



XX Manufacturer (Novomet) Type of Downhole Sensor, (see Table 1) Series, (see Table 2) DES0 - Voltage insulation rating is DES1 - Voltage insulation rating is DES2 - Voltage insulation rating is 5.0 kV



1.0 2.5



kV kV



Maximum measured pressure, psi 5800PSI - (40 MPa) 8700PSI - (60 MPa) Corrosion resistance, (see Table 3) Modification, (see Table 4) Heat resistance: HT - up to 302 oF (150 oC) UHT - up to 356 oF (180 oC) empty - conventional design M1 - New Generation Novomet Downhole Sensor, (See Table 5) * if applicable 1.0 Special Design for NLS e.g., NDS2 378 DES1 5800PSI CR3 MOD0 HT



Table 1 - Type of downhole sensor



NDS1 NDS2 NDS3



Novomet Downhole Sensor, Type 1. Intake T & P, motor vibration X & Y, motor oil temperature Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y, motor oil temperature + pump discharge pressure Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y, motor oil temperature + connector for Novomet Pump Discharge Sensor with Flow meter (NPDSF)



Table 2 - Series



319



HSG OD, in 3.19



HSG OD, mm 81



378



3.78



96



406



4.06



103



512



5.12



130



Series



Table 3 - Corrosion resistance



Fluid



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



pH



Description



CR0



Corrosion Resistant 0



Slightly aggressive 0.01 fluid



0.01



20



5.0..8.5



Carbon Steel



CR2



Corrosion Resistant 2



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Housing is coated with thermal spray coatings



CRM



Corrosion Resistant M



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Housing is from Carbon Steel and coated with Monel alloy thermal spray.



2018 Page 508



> Downhole Equipment > Downhole Sensor System



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Stainless Steel



UCR



Ultra Corrosion Resistant



Extremely aggressive fluid



>1.25



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used.



Table 4 - Downhile Sensor modification NDS1



Modification



Description DH-sensor head with the hydraulic channel for control of oil pressure in the motor. Electrical connectors for remote motor winding temperature sensor that is located in the motor housing. DH-sensor head with the hydraulic channel for pump intake pressure control. Electrical connectors for remote motor winding temperature sensor that is located in the motor housing.



Mod0 Mod1



NDS2



Modification



Description DH-sensor head with the hydraulic channel for control of oil pressure in the motor. Electrical connectors for remote motor winding temperature sensor that is located in the motor housing.



Mod0



NDS3



Modification



Description



Mod0



DH-sensor head with the hydraulic channel for control of oil pressure in the motor. Electrical connectors for remote motor winding temperature sensor that is located in the motor housing.



Mod1



DH sensor is mounted between head and stator of the motor.



Table 5



Parameter



New Generation NDS (M1)



Conventional NDS



Total time required for data transmission



20 sec



56 sec



Time to update of intake pressure



12 sec



56 sec



Resolution for pressure



0.1 PSI



7 PSI



Measurement time for isolation resistance



5 sec



15 sec



Interfaces RS485/RS232



Two independent interfaces RS485 and RS232



Either RS485 or RS232



Telemetry data archiving



Archiving and unloading on flash drive



no



Software update for Surface Panel



Update with flash drive



Programming tool required



Display for data demonstration



Display – 4 lines and 20 symbols



no



Modbus RTU of Surface Panel



2018 Page 509



> Downhole Equipment > Downhole Sensor System



GLOSSARY PUMP DISCHARGE SENSOR WITH FLOW METER N



PDSF



XXX



XXX



XXXXPSI



XXXBPD



XXX Manufacturer (Novomet) Novomet Pump Discharge Sensor with Flow meter Series, (see Table 1) Tubing thread diameter, inches: 27/8 Maximum measured pressure, psi Flow Capacity, bpd: 500 Corrosion resistance, (see Table 2)



e.g., NPDSF 362 2-7/8" 5800PSI 500BPD CR3



Table 1 - Type of downhole sensor



NDS1 NDS2 NDS3



Novomet Downhole Sensor, Type 1. Intake T & P, motor vibration X & Y, motor oil temperature Novomet Downhole Sensor, Type 2. Intake T & P, motor vibration X & Y, motor oil temperature + pump discharge pressure Novomet Downhole Sensor, Type 3. Intake T & P, motor vibration X & Y, motor oil temperature + connector for Novomet Pump Discharge Sensor with Flow meter (NPDSF)



Table 2 - Series



Series



HSG OD, in



HSG OD, mm



362



3.62



92



Table 3 - Corrosion resistance



Abbr.



Full name



Fluid



CR3



Corrosion Resistant 3



Highly aggressive fluid



UCR



Max chemical content, g/l CO2 Cl H2S 1.25



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



pH



Description



1.45



200



3.0..9.0



Stainless Steel



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used.



2018 Page 510



> Downhole Equipment > Downhole Sensor System



GLOSSARY SURFACE PANEL NSP



-



XX/X



-



XX



XX



-



Novomet Surface Panel Version: NSP-04/B - operation in off-line mode and as part of VSD / Built-in - NEMA1 NSP-05/R - operation in off-line mode / Remote – NEMA4X" Modification: none - Standard AF - Advanced Features (analog inputs, relay outputs, Ethernet port) Customer's specification: 1.0 - Special Design for NLS e.g., NSP-05/R AF 1.0



GLOSSARY CHOKE UNIT N



CU Manufacturer (Novomet) Choke Unit



e.g., NCU



2018 Page 511



> Downhole Equipment > Downhole Sensor System



DOWNHOLE MONITORING SYSTEMS SPECIFICATION Housing OD Description



Weight



in



mm



lb



kg



NDS1 319 DES2 5800PSI CR0 MOD0 HT



3.19



81



52.9



NDS1 319 DES2 5800PSI CR3 MOD0 HT



3.19



81



52.9



Installation Length (Overall dimensions)



Vibration Vibration speed acceleration



Part Number



ft



m



24



2.90



0.884



3018030657



24



2.90



0.884



3018030659



NDS1 319 DES2 5800PSI CR2 MOD0 HT



3.19



81



52.9



24



2.90



0.884



3018030660



NDS1 406 DES2 5800PSI CR0 MOD1 HT



4.06



103



55.1



25



2.06



0.628



3018030546



NDS1 406 DES2 5800PSI CR2 MOD1 HT



4.06



103



55.1



25



2.06



0.628



3018030548



NDS2 319 DES2 5800PSI CR0 MOD0 HT



3.19



81



52.9



24



2.95



0.899



3018030680



NDS2 319 DES2 5800PSI CR3 MOD0 HT



3.19



81



52.9



24



2.95



0.899



3018030681



NDS2 319 DES2 5800PSI CR2 MOD0 HT



3.19



81



52.9



24



2.95



0.899



3018030682



NDS2 406 DES2 5800PSI CR0 MOD0 HT



4.06



103



54.0



24.5



2.11



0.642



3018030628



NDS2 406 DES2 5800PSI CR3 MOD0 HT



4.06



103



54.0



24.5



2.11



0.642



3018030629



NDS2 406 DES2 5800PSI CR2 MOD0 HT



4.06



103



54.0



24.5



2.11



0.642



3018030630



NDS2 406 DES2 5800PSI UCR MOD0 HT



4.06



103



55.1



25



2.11



0.642



3018030745



NDS3 406 DES2 5800PSI CR2 MOD0 HT



4.06



103



55.1



25



2.06



0.628



3018030625



NDS2 319 DES2 5800PSI CR0 MOD0 HT M1



3.19



81



52.9



24



2.95



0.899



3018030709



NDS2 319 DES2 5800PSI CR3 MOD0 HT M1



3.19



81



52.9



24



2.95



0.899



3018030710



NDS2 319 DES2 5800PSI CR2 MOD0 HT M1



3.19



81



52.9



24



2.95



0.899



3018030711



NDS2 406 DES2 5800PSI CR0 MOD0 HT M1 4.06



103



55.1



25



Range: 0-40 mm/s2



2.11



0.642



3018030718



NDS2 406 DES2 5800PSI CR3 MOD0 HT M1 4.06



103



55.1



25



0.642



3018030719



103



55.1



25



Resolution: 1 mm/s2



2.11



NDS2 406 DES2 5800PSI CR2 MOD0 HT M1 4.06



2.11



0.642



3018030720



NDS2 406 DES2 5800PSI UCR MOD0 HT M1 4.06



103



55.1



25



2.11



0.642



3018030760



NDS3 406 DES2 5800PSI UCR MOD0 HT



103



52.9



24



1.98



0.604



3018030691



(200 mm x 174 mm x 244 mm)



3018040013



(350 mm x 400 mm x 132 mm)



3018040022



4.06



Range: Range: 0-30 mm/s 0-30 mm/s2 Resolution: Resolution: 0.2 mm/s 1 mm/s2



-



NSР-04/B



-



-



13.23



6



-



-



(7.87" x 6.85" x 9.60")



NSP-05/R N4X



-



-



22.05



10



-



-



(13.78'' x 15.75'' x 5.20'')



DISCHARGE PRESSURE SUB SPECIFICATION Description



Installation length ft



m



Weight



Part Number



kg



in



mm



DISCHARGE PRESSURE SUB 2-7/8"-10RD NUE BOX - 2-7/8"-10RD NUE PIN SWAGELOK 1/4" CR0 0.768 0.234 15.9



7.2



3.19



 92



2024010232



DISCHARGE PRESSURE SUB 4-1/2"-8RD EUE BOX - 4-1/2"-8RD EUE PIN SWAGELOK 1/4" CR0



0.709 0.216 24.3



11.0



6.38



 162



2024010582



DISCHARGE PRESSURE SUB 2-7/8"-8RD EUE BOX - 2-7/8"-8RD EUE PIN SWAGELOK 1/4" CR0



0.768 0.234 15.5



7.0



3.67  93.2



2024010712



DISCHARGE PRESSURE SUB 3-1/2"-8RD EUE BOX - 3-1/2"-8RD EUE PIN SWAGELOK 1/4" CR0



0.742 0.226 20.2



9.1



4.49



 114



2024010713



DISCHARGE PRESSURE SUB 4-1/2"-8RD NUE BOX - 4-1/2"-8RD NUE PIN SWAGELOK 1/4" CR0



0.709 0.216 33.1



15.0



6.38



162



2024010859



DISCHARGE PRESSURE SUB 4-1/2" VAM TOP BOX - 4-1/2" VAM TOP PIN SWAGELOK 1/4" CR0



0.735 0.224 35.3



16.0



5.35



 136



2024010942



DISCHARGE PRESSURE SUB 2-3/8"-8RD EUE BOX - 2-3/8"-8RD EUE PIN SWAGELOK 1/4" CR0



0.623



4.2



3.19



 81



2024011095



0.19



lb



Diameter



9.3



2018 Page 512



> Downhole Equipment > Cable Products > Motor Lead Extension



GLOSSARY MOTOR LEAD EXTENSION MLE



XXXX



TYPEX



XXXF



AWG#X



XKV



XX



XXXXX



XXXFT Motor Lead Extension Design: empty - standard 3-pin plug-in connector TAPE-IN - tape-in connection SPLIT - 3 separate 1-pin plug-in connectors PTFE - fluoropolymer insulation Plug type, (see Table 1) Temperature rating, oF AWG size (see Table 2) Voltage rating, kV Type of seal: RC - Radial and Conic seal RF - Radial and Face seal Armor material, (see Table 3) Length, ft



e.g., MLE TYPE3 450F AWG#6 4KV RC SS 82FT



Table 1 - Plug type



Plug size



Plug size



Type00 Type0 Type1



in 0.67 0.79 1.02



Type3



1.42



36



Type4



1.65



42



Type5



2.17



55



Motor OD, in



mm 2.17 3.19 3.78 4.06 4.60 5.12 17 20 26 X X



X



X



X



5.62



7.44



SGL



AM up to 250 KW (400HP @60Hz) PMM up to 330 KW (530HP @3600RPM)



DBL, TRP AM above 250 KW (400HP @60Hz) PMM above 330 KW (530HP @3600RPM)



Table 2 - Series



AWG# 2 3 4 5 6 7 8



mm2 35 25 21 16 13 10 8



Table 3 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



pH



Description



GSTA



Corrosion Resistant 1



Moderately aggressive fluid



0.01 1.25



1.45 0.01



200



4.0..8.5



Galvanized Steel Tape Armor



SS



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Stainless Steel Armor



Monel



Ultra Corrosion Resistant



Extremely aggressive fluid



>1.25



1.45



200



3.0..9.0



Monel armor



2018 Page 513



Plug diameter Overall dimensions



Length



3015010200 3015010210 3015010209 3015010211 3015010212 3015010180 3015010087 3015010136 3015010088 3015010151 3015010234 3015010089 3015010121 3015010133 3015010122 3015010239 3015010240 3015010120 3015010309 3015010286 3015010310 3015010287 3015010288 3015010311 3015010097 3015010245 3015010098 3015010246 3015010247 3015010099



13 13 13 13 13 13 16 16 16 16 16 16 21 21 21 21 21 21 35 35 35 35 35 35



Part Number



8 8 8 8 8 8



mm2



Conductor size



in mm in mm ft m AWG# MLE TYPE1 450F AWG#8 4KV GSTA for Motor series 319 MLE TYPE1 450F AWG#8 4KV RC GSTA 82FT 1.02 26 0.42 x 1.06 10.70 х 27.00 82 25 8 MLE TYPE1 450F AWG#8 4KV RC GSTA 98FT 1.02 26 0.42 x 1.06 10.70 х 27.00 98 30 8 MLE TYPE1 450F AWG#8 4KV RC GSTA 115FT 1.02 26 0.42 x 1.06 10.70 х 27.00 115 35 8 MLE TYPE1 450F AWG#8 4KV RC GSTA 131FT 1.02 26 0.42 x 1.06 10.70 х 27.00 131 40 8 MLE TYPE1 450F AWG#8 4KV RC GSTA 148FT 1.02 26 0.42 x 1.06 10.70 х 27.00 148 45 8 MLE TYPE1 450F AWG#8 4KV RC GSTA 164FT 1.02 26 0.42 x 1.06 10.70 х 27.00 164 50 8 MLE TYPE3 450F AWG#6 4KV RC GSTA for Motor series 378. 406. 460 and 512 MLE TYPE3 450F AWG#6 4KV RC GSTA 82FT 1.42 36 0.53 x 1.36 13.40 х 34.30 82 25 6 MLE TYPE3 450F AWG#6 4KV RC GSTA 98FT 1.42 36 0.53 x 1.36 13.20 х 33.50 98 30 6 MLE TYPE3 450F AWG#6 4KV RC GSTA 115FT 1.42 36 0.53 x 1.36 13.20 х 33.50 115 35 6 MLE TYPE3 450F AWG#6 4KV RC GSTA 131FT 1.42 36 0.53 x 1.36 13.20 х 33.50 131 40 6 MLE TYPE3 450F AWG#6 4KV RC GSTA 148FT 1.42 36 0.53 x 1.36 13.20 х 33.50 148 45 6 MLE TYPE3 450F AWG#6 4KV RC GSTA 164FT 1.42 36 0.53 x 1.36 13.20 х 33.50 164 50 6 MLE TYPE3 450F AWG#5 4KV RC GSTA for Motor series 378. 406. 460 and 512 MLE TYPE3 450F AWG#5 4KV RC GSTA 82FT 1.42 36 0.55 x 1.43 14.10 х 36.30 82 25 5 MLE TYPE3 450F AWG#5 4KV RC GSTA 98FT 1.42 36 0.55 x 1.43 14.10 х 36.30 98 30 5 MLE TYPE3 450F AWG#5 4KV RC GSTA 115FT 1.42 36 0.55 x 1.43 14.10 х 36.30 115 35 5 MLE TYPE3 450F AWG#5 4KV RC GSTA 131FT 1.42 36 0.55 x 1.43 14.10 х 36.30 131 40 5 MLE TYPE3 450F AWG#5 4KV RC GSTA 148FT 1.42 36 0.55 x 1.43 14.10 х 36.30 148 45 5 MLE TYPE3 450F AWG#5 4KV RC GSTA 164FT 1.42 36 0.55 x 1.43 14.10 х 36.30 164 50 5 MLE TYPE4 450F AWG#4 4KV RC GSTA for Motor series 562 MLE TYPE4 450F AWG#4 4KV RC GSTA 82FT 1.65 42 0.57 x 1.46 14.40 х 37.10 82 25 4 MLE TYPE4 450F AWG#4 4KV RC GSTA 98FT 1.65 42 0.57 x 1.46 14.40 х 37.10 98 30 4 MLE TYPE4 450F AWG#4 4KV RC GSTA 115FT 1.65 42 0.57 x 1.46 14.40 х 37.10 115 35 4 MLE TYPE4 450F AWG#4 4KV RC GSTA 131FT 1.65 42 0.57 x 1.46 14.40 х 37.10 131 40 4 MLE TYPE4 450F AWG#4 4KV RC GSTA 148FT 1.65 42 0.57 x 1.46 14.40 х 37.10 148 45 4 MLE TYPE4 450F AWG#4 4KV RC GSTA 164FT 1.65 42 0.57 x 1.46 14.40 х 37.10 164 50 4 MLE TYPE5 450F AWG#2 4KV RC GSTA for Motor series 744 MLE TYPE5 450F AWG#2 4KV RC GSTA 82FT 2.17 55 0.60 x 1.57 15.30 х 40.00 82 25 2 MLE TYPE5 450F AWG#2 4KV RC GSTA 98FT 2.17 55 0.60 x 1.57 15.30 х 39.50 98 30 2 MLE TYPE5 450F AWG#2 4KV RC GSTA 115FT 2.17 55 0.60 x 1.57 15.30 х 39.50 115 35 2 MLE TYPE5 450F AWG#2 4KV RC GSTA 131FT 2.17 55 0.60 x 1.57 15.30 х 39.50 131 40 2 MLE TYPE5 450F AWG#2 4KV RC GSTA 148FT 2.17 55 0.60 x 1.57 15.30 х 39.50 148 45 2 MLE TYPE5 450F AWG#2 4KV RC GSTA 164FT 2.17 55 0.60 x 1.57 15.30 х 39.50 164 50 2



Description



MLE SPECIFICATION > Downhole Equipment > Cable Products > Motor Lead Extension



2018 Page 514



Plug diameter Overall dimensions



Length



in mm in mm ft m MLE TYPE3 450F AWG#6 5KV RC for Motor series 378. 406. 460 and 512 MLE TYPE3 450F AWG#6 5KV RC GSTA 82FT 1.42 36 0.53 x 1.36 13.40 х 34.30 82 25 MLE TYPE3 450F AWG#6 5KV RC GSTA 98FT 1.42 36 0.53 x 1.36 13.20 х 33.50 98 30 MLE TYPE3 450F AWG#6 5KV RC GSTA 115FT 1.42 36 0.53 x 1.36 13.20 х 33.50 115 35 MLE TYPE3 450F AWG#6 5KV RC GSTA 131FT 1.42 36 0.53 x 1.36 13.20 х 33.50 131 40 MLE TYPE3 450F AWG#6 5KV RC GSTA 148FT 1.42 36 0.53 x 1.36 13.20 х 33.50 148 45 MLE TYPE3 450F AWG#6 5KV RC GSTA 164FT 1.42 36 0.53 x 1.36 13.20 х 33.50 164 50 MLE TYPE 3 450F AWG#5 5KV RC for Motor series 378. 406. 460 and 512 MLE TYPE3 450F AWG#5 5KV RC GSTA 82FT 1.42 36 0.55 x 1.43 14.10 х 36.30 82 25 MLE TYPE3 450F AWG#5 5KV RC GSTA 98FT 1.42 36 0.55 x 1.43 14.10 х 36.30 98 30 MLE TYPE3 450F AWG#5 5KV RC GSTA 115FT 1.42 36 0.55 x 1.43 14.10 х 36.30 115 35 MLE TYPE3 450F AWG#5 5KV RC GSTA 131FT 1.42 36 0.55 x 1.43 14.10 х 36.30 131 40 MLE TYPE3 450F AWG#5 5KV RC GSTA 148FT 1.42 36 0.55 x 1.43 14.10 х 36.30 148 45 MLE TYPE3 450F AWG#5 5KV RC GSTA 164FT 1.42 36 0.55 x 1.43 14.10 х 36.30 164 50 TYPE 4 450F AWG#4 5KV RC for Motor series 562 MLE TYPE4 450F AWG#4 5KV RC GSTA 82FT 1.65 42 0.57 x 1.46 14.40 х 37.10 82 25 MLE TYPE4 450F AWG#4 5KV RC GSTA 98FT 1.65 42 0.57 x 1.46 14.40 х 37.10 98 30 MLE TYPE4 450F AWG#4 5KV RC GSTA 115FT 1.65 42 0.57 x 1.46 14.40 х 37.10 115 35 MLE TYPE4 450F AWG#4 5KV RC GSTA 131FT 1.65 42 0.57 x 1.46 14.40 х 37.10 131 40 MLE TYPE4 450F AWG#4 5KV RC GSTA 148FT 1.65 42 0.57 x 1.46 14.40 х 37.10 148 45 MLE TYPE4 450F AWG#4 5KV RC GSTA 164FT 1.65 42 0.57 x 1.46 14.40 х 37.10 164 50



Description mm2 13 13 13 13 13 13 16 16 16 16 16 16 21 21 21 21 21 21



AWG# 6 6 6 6 6 6 5 5 5 5 5 5 4 4 4 4 4 4



Conductor size



3015010676 3015010687 3015010677 3015010688 3015010689 3015010678



3015010371 3015010379 3015010897 3015010924 3015010925 3015010898



3015010899 3015010905 3015010894 3015010907 3015010919 3015010391



Part Number



> Downhole Equipment > Cable Products > Motor Lead Extension



2018 Page 515



> Downhole Equipment > Cable Products > Surface Cable



GLOSSARY SURFACE CABLE SURFACE CABLE



XXXXX



XXXXX



XKV



XXXX Surface cable Model (original designation) Conductor number and size, XX mm2 Voltage rating, kV Shape (round/flat)



e.g., SURFACE CABLE KGHL 3X120MM2+1X35MM2 1KV ROUND



2018 Page 516



> Downhole Equipment > Cable Products > Surface Cable



FLEXIBLE CABLE FOR ESP SURFACE EQUIPMENT TIE-IN Flexible power cables are designed for connection of ESP Surface equipment (Step-down transformer, VSD and Step-up transformer) with A.C. voltage of 660 V up to 400 Hz or D.C. voltage of 1000 V. Standard Construction



1



2



3



4



5



1. Flexible copper conductor. 2. Separation layer - PETF tape. 3. Rubber insulation. 4. Separation layer - PETF tape. 5. Rubber outer sheath.



2018 Page 517



> Downhole Equipment > Cable Products > Surface Cable



SURFACE CABLE specification Weight Conductor size Current Conductor rate, amps AWG# mm2 lb/ft kg/m Surface cable, 1kV, round (temperature rating - 400 oF / 205 oC) by Kamkabel



Description



Part Number



Surface cable, KGHL, 3x35mm2+1x16mm2, 1kV, round, by Kamkabel



-



35



Solid



160



TBA



TBA



TBA



Surface cable, KGHL, 3x50mm2+1x16mm2, 1kV, round, by Kamkabel



-



50



Solid



250



TBA



TBA



TBA



Surface cable, KGHL, 3x70mm2+1x25mm2, 1kV, round, by Kamkabel



-



70



Solid



400



TBA



TBA



TBA



Surface cable, KGHL, 3x95mm2+1x35mm2, 1kV, round, by Kamkabel



-



95



Solid



630



TBA



TBA



TBA



Surface cable, KGHL, 3x120mm2+1x50mm2, 1kV, round, by Kamkabel



-



120



Solid



800



TBA



TBA



TBA



Surface cable, KGHL, 3x150mm2+1x70mm2, 1kV, round, by Kamkabel



-



150



Solid



1000



TBA



TBA



TBA



Surface cable, KGHL, 3x185mm2+1x95mm2, 1kV, round, by Kamkabel



-



185



Solid



1200



TBA



TBA



TBA



Surface cable, KGHL, 3x240mm2+1x120mm2, 1kV, round, by Kamkabel



-



240



Solid



1600



TBA



TBA



TBA



2018 Page 518



> Downhole Equipment > Cable Products > Carring Cable



GLOSSARY Carrying cable CARRYING CABLE



X.XX"



AWG#X



XXXF



XXXXX



XXXXFT Carrying cable OD, inches AWG size Temperature rating, oF Corrosion resistance Length, ft



e.g., CARRYING CABLE 1.73" AWG#8 8TON 302F CR0 3937FT



2018 Page 519



Surface Equipment



> Surface Equipment > VSD



GLOSSARY Variable Speed Drive N VSD



XXXKVA



XXXV



XXHZ



XXP



XX



XX



XXXX



NXX



XXX



XX Manufacturer (Novomet) Variable Speed Drive Total output power, kVA, (see Table 1 for available models) Rated input voltage, V Rated frequency, Hz Pulse number, P: 6, 12, 18 Input filter modification, if present IF - Input Filter, Built-in IC - Input Filter, with choke Output filter modification, if present SWF -Sine-Wave Filter, Built-in SWFR - Sine-Wave Filter, Built-in, with choke Surface Panel Modification: NSP-04/B - operation in off-line mode and as part of VSD / Built-in - NEMA1 NSP-05/R - operation in off-line mode / Remote – NEMA4X NEMA enclosure type (See Table 2) N3R - NEMA3R N4 - NEMA4 N4X - NEMA4X N1 - NEMA1 Climatic version (See Table3) T1 - for dry and moist tropical climate, open air T2 - for dry and moist tropical climate, under shelter O1 - for all climatic zones on shore, excluding Antarctic Climatic region with cold climate, open air TM1 - for tropical marine climate, open air TM2 - for tropical marine climate, under shelter Customer's specification: 1.0 - Technical requirements of NLS B.V 1.0 UL - Correspondance of VSD enclosure to UL requirements: UL 508А, CSA 22.2 No. 14-13



e.g., e.g., NVSD 200KVA 480V 60HZ 6P IF SWF NSP N3R T1



Table 1 - Nameplate power capacity



Total output power @480..500V, kVA 130



Output power capacity @480..500V/60Hz, kVA 133



Rated output current @480..500V/60Hz, A 150



200



200



240



300



300



360



490



490



590



605



605



730



Total output power @380V, kVA 115



Output power capacity @380V/50Hz, kVA 117



Rated output current @380V/50Hz, A 160



170



171



250



260



260



400



430



433



630



525



525



800



Total output power is shown for reference only.



2018 Page 521



> Surface Equipment > VSD



Table 2 - NEMA enclosure type:



Abbreviature



Description



N1



NEMA1



N3R



NEMA3R



N4



NEMA4



N4X



NEMA4X



Comments Indoor use. - protection to personnel against access to hazardous parts and - protection of the equipment inside the enclosure against ingress of solid foreign objects (falling dirt). Indoor or outdoor use. - protection to personnel against access to hazardous parts; - protection of the equipment inside the enclosure against ingress of solid foreign objects (falling dirt); - protection with respect to harmful effects on the equipment due to the ingress of water (rain, sleet, snow); additional level of protection against corrosionand that will be undamaged by the external formation of ice on the enclosure Indoor or outdoor use. - protection to personnel against access to hazardous parts; - protection of the equipment inside the enclosure against ingress of solid foreign objects (falling dirt and windblown dust); - protection with respect to harmful effects on the equipment due to the ingress of water (rain, sleet, snow, splashing water, and hose directed water); and that will be undamaged by the external formation of ice on the enclosure Indoor or outdoor use. - protection to personnel against access to hazardous parts; - protection of the equipment inside the enclosure against ingress of solid foreign objects (windblown dust); - protection with respect to harmful effects on the equipment due to the ingress of water (rain, sleet, snow, splashing water, and hose directed water); - protection against corrosion; and that will be undamaged by the external formation of ice on the enclosure.



Table 3 - Climatic version



Climatic version T1 - for dry and moist tropical climate, open air



Operating Atmospheric Temperature +1…+50



High-Limit Operating Atmospheric temperature +1..+60



T2 -for dry and moist tropical climate, under shelter O1 - аor all climatic zones on shore, excluding Antarctic Climatic region with cold climate, open air TM1 - for tropical marine climate, open air



+1…+50



+1..+60



-10..+50



-20..+50



+1..+45



+1..+55



TM2 - for tropical marine climate, under shelter



+1..+45



+1..+55



2018 Page 522



> Surface Equipment > VSD



Applications: • Control and protection of Asynchronous motor and PMM • Protection by electrical and technological problems • Receiving data from DH sensors • Registration of history/events data • Control and data transmission from remote control system Benefits: • Compatible with both Asynchronous and PMM motors • High efficiency 97…98 % • Optimizes production by adjusting operation parameters • Ensures great starting and commissioning characteristics • Increased monitoring and control capability • User-friendly display provides visibility of information during set up and operation • Modular design ensures easy maintenance and repair • Double-loop ventilation system • Heating/cooling systems depending on the weather conditions • Surface readout unit for downhole gauge or Insulation control unit • Built-in ligthning guard • Indication of voltage at IN/OUT terminals • Extended terminal blocks for external connections



VARIABLE SPEED DRIVE Variable Speed Drives (VSD) is a smart solution to easily adjust production parameters and outputs of the ESP system when downhole conditions change. VSD protects the system by sensing changing conditions that could potentially be harmful to the ESP. In order to control and optimize production operations, special alarms and user-set limits are programmed in the VSD. Currently, Novomet provides VSD systems in the range between 75 up to 315 KVA and more powerful systems with capacity up to 600 KVA shall be expected soon. One of the most important features of Novomet VSD is that it is compatible with both Asynchronous (induction) and Permanent Magnet Motor (PMM). Pump Control Methods: • Frequency Limit • Output Current Limit • Pump Intake Pressure Limit • Flow Range Limit Set points:



Features:



2018 Page 523



> Surface Equipment > VSD



• High-speed and accurate protection of inverter and motor from abnormal modes: overload or short circuit. No even one case of IGBT failure • Quality electronic components used in circuit boards from leading manufacturers • Strong and flexible control system realized on base of industrial computer-Miscrosoft is  inside • Software update with USB port • Displays: • Input Voltage, Current and Unbalance • Output Voltage Current and Unbalance • ESP Surface Voltage (after step-up transformer) • Total Power, Active Power, Power Factor to motor • Insulation Resistance of Downhole System • Backspin Frequency • Logging of all parameters when out of normal range



• Operating Mode: HAND or AUTO • Output Frequency 10 to 75 Hz, and Rotation Direction • Trip Points for Input Voltage Too High, Too Low, Unbalanced • Trip Points for Motor Current Too High, Too Low, Unbalanced • Trip Point for Low Insulation Resistance • Time delays for all trip functions • Allowable number of restarts for each trip function • Soft Start with Frequency Synchronization • Output Voltage to Frequency Adjustment to optimize motor operating conditions • Pump Cycling On and Off time • Notes for Well Parameters: location, pump stages, motor rating, cable length, etc. Main Components: • Controller Designed to run control algorithm for all ESP components • Sine filter Designed for filtration of carrying frequency in PDM inverter. Reduces losses in line, step-up transformer and submersible motor



2018 Page 524



605



NVSD 605KVA 480V 60HZ 6P IF SWF NSP



NVSD 115KVA 380V 50HZ 6P NVSD 170KVA 380V 50HZ 6P NVSD 260KVA 380V 50HZ 6P NVSD 430KVA 380V 50HZ 6P NVSD 115KVA 380V 50HZ 6P SWF NVSD 170KVA 380V 50HZ 6P SWF NVSD 260KVA 380V 50HZ 6P SWF NVSD 115KVA 380V 50HZ 6P NSP NVSD 170KVA 380V 50HZ 6P NSP NVSD 260KVA 380V 50HZ 6P NSP NVSD 430KVA 380V 50HZ 6P NSP NVSD 525KVA 380V 50HZ 6P NSP NVSD 115KVA 380V 50HZ 6P SWF NSP NVSD 170KVA 380V 50HZ 6P SWF NSP NVSD 260KVA 380V 50HZ 6P SWF NSP NVSD 115KVA 500V 50HZ 6P SWF NSP NVSD 170KVA 500V 50HZ 6P SWF NSP NVSD 260KVA 500V 50HZ 6P SWF NSP NVSD 430KVA 500V 50HZ 6P NSP NVSD 525KVA 500V 50HZ 6P NSP



480



6



-15…+15



-15…+15



0…480



0…480



VSD with rated voltage 380V



480



117 171 260 433 117 171 260 117 171 260 433 525 117 171 260 117 171 260 433 525 380



380



380



380



500



6



6



6



6



6



-25…+25



-25…+25



-25…+25



-25…+25



-25…+25



0…500



0…380



0…380



0…380



0…380



160 250 400 630 160 250 400 160 250 400 630 800 160 250 400 160 250 400 630 800



2016 x 1130 x 1550



79 x 44 x 61



TBA



kg



TBA TBA



TBA TBA



TBA TBA



lb



Weight



lb 882 992 1058 1544 1191 1257 1477 882 992 1058 1544 1654 1147 1257 1477 882 992 1058 1544 1654



kg 400 450 480 700 540 570 670 400 450 480 700 750 520 570 670 400 450 480 700 750



Weight



2110 x 1820 x 1880 TBA TBA TBA



TBA



TBA



83 x 72 x 74



TBA



TBA



Overall dimensions, Height x Width x Depth in mm



Overall dimensions, Height x Width x Depth in mm 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 82 x 53 x 38 2085 x 1341 x 960 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 82 x 53 x 38 2085 x 1341 x 960 82 x 53 x 38 2085 x 1341 x 960 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 79 x 44 x 34 2000 x 1130 x 862 82 x 53 x 38 2085 x 1341 x 960 82 x 53 x 38 2085 x 1341 x 960



730



590



150 240 360 590 730 150 240 360



Rated Input Output Output input voltage voltage, amperage, A voltage, V deviation, % V



6



Input pulses



Output power Rated Input Output Input Output capacity @380V, input voltage voltage, pulses amperage, A 50/60Hz, kVA voltage, V deviation, % V



490



NVSD 490KVA 480V 60HZ 6P IF SWF NSP



Description



130 200 300 490 605 130 200 300



Output power capacity @480V, 50/60Hz, kVA



NVSD 130KVA 480V 60HZ 6P SWF NSP NVSD 200KVA 480V 60HZ 6P SWF NSP NVSD 300KVA 480V 60HZ 6P SWF NSP NVSD 490KVA 480V 60HZ 6P NSP NVSD 605KVA 480V 60HZ 6P NSP NVSD 130KVA 480V 60HZ 6P IF SWF NSP NVSD 200KVA 480V 60HZ 6P IF SWF NSP NVSD 300KVA 480V 60HZ 6P IF SWF NSP



Description



VSD with rated voltage 480V



VARIABLE SPEED DRIVE specification



3017010231 3017010236 3017010241 3017010246 3017010109 3017010111 3017010098 3017010227 3017010237 3017010242 3017010133 3017010267 3017010110 3017010103 3017010104 TBA TBA TBA TBA TBA



Part Number



TBA



3017010263



3017010255 3017010251 3017010252 TBA TBA 3017010260 3017010261 3017010262



Part Number



> Surface Equipment > VSD



2018 Page 525



> Surface Equipment > Skid-mounted VSD



GLOSSARY SKID-MOUNTED VSD N SMVSD XXXKVA



XXXKV / XXXKV



XXHZ



XXP



XXXX



XXXXX



XXXX Manufacturer (Novomet) Skid-Mounted Variable Speed Drive Nameplate power capacity, kVA, (see Table 1 for available models) Rated input voltage, kV Rated VSD voltage, kV Rated frequency, Hz Pulse number NIF-B (Novomet Input Filter Built-in, if present) NSWF-B (Novomet Sine-Wave Filter Built-in, if present) NSP-B (Novomet Surface Panel Built-in, if present)



e.g., NSMVSD 500KVA 11KV/0.48KV 50HZ 6P NIF-B NSWF-B NSP-B Design parameters are subject to discussion when placing an order



Table 1 - Nameplate power capacity



Nameplate power capacity @480V, kVA 360



Output power capacity @480V/50Hz, kVA 369



Output amperage @50Hz, A 440



2018 Page 526



> Surface Equipment > Skid-mounted VSD



Applications: • VSD for very hot and dust climate • For wellsites with poor infrastructure • Mobile applications • Offshore platforms Benefits: • Self-contained unit • Compatible with Asynchronous and PMM motors • Adaptive motor control modes • Operator compartment airconditioned for hot climates or heated for cold • Remote control and monitoring system • Transfer with standard 40 ft container



SKID-MOUNTED VSD This type of VSD is a fully integrated Skid Base, including the following components on one skid: • step-down transformer: 0.4 up to 33 input kV • VSD in a air-conditioned compartment • step-up transformer: 1...4 kV Skid has IP55 type of protection against dust, insects, water sprays and designed to fit into a 40 ft High Cube Container or 40 ft Open Top container. The most important features of Novomet Skid-mounted VSD is it’s self-contained design and 12-pulse input voltage rectifier scheme. A 12 pulse drive has two diode rectification bridges (12 rectifiers) and a 6 phase input. THD by current of a 12 pulse drive is usually significantly less than that of 6 pulse system.



Features: • Enclosure: IP55 • Twelve diode (12 pulse) input voltage rectifier scheme • Input filter (in DC circuit) • VSD built-in output sine filter • VSD built-in DH sensor system • Uninterrupted Power Supply for Controller • Electricity meter



2018 Page 527



360 250 800



NSMVSD 250KVA 33KV/0.48KV 50HZ 12P NSWF-B NSP-B



NSMVSD 800KVA 6.6KV/0.4KV 50HZ 6P NIF-B NSWF-B NSP-B



6



12



12 480



480



480 -15…+15



-15…+15



-15…+15 0…480



0…480



0…480 440



440



440



Output power Rated Input Output Output Input capacity @480V, input voltage voltage, amperage, pulses 50/60Hz, kVA voltage, V deviation, % V A



NSMVSD 360KVA 33KV/480V 50HZ 12P NSWF-B NSP-B



Description



TBA



TBA TBA



TBA TBA



TBA TBA



TBA



TBA



TBA



Overall dimensions, Weight Part Height x Width x Depth Number in mm lb kg 99 x 226 x 88 2520 x 5740 x 2240 19845 9000 3017010064



SKID-MOUNTED VSD specification > Surface Equipment > Skid-mounted VSD



2018 Page 528



Miscellaneoul equipment



> Miscellaneous Equipment > Check Valve



GLOSSARY CHECK VALVE N



XXX



X



XXX" -XX RD



XXX



XXXX



XXX Manufacturer (Novomet) CV - Check Valve CFV - Check&Flush Valve Design: B - ball type, with labyrinth D - disk type BX - ball type, without labyrinth Thread size, inches, (see Table 1) Pitch, threads per inch: 8 10 RD - round thread Thread type: EUE - External Upset Ends (for 8RD)* NUE - Non Upset Ends (for 10RD)* S - Short casing thread (51/2" and 53/4" are 8RD only) Max capacity, bpd, (see Table 2) Corrosion resistance, (see Table 3)



* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10RD only; for 41/2" thread both EUE and NUE options are 8RD only e.g., NCVBX 3-1/2"-10RD NUE6300 CR1



Table 2 - Max capacity



Table 1 - Thread size



in



mm



bpd



m3/day



2 /8



60



3500



550



7



2 /8



73



6300



1000



31/2



89



9500



1500



1



4 /2



114



25200



4000



51/2



140



37700



6000



5 /4



146



3



3



2018 Page 530



> Miscellaneous Equipment > Check Valve Table 3 - Corrosion resistance



Abbr.



Full name



Max chemical content, g/l



Fluid



Corrosion Slightly aggressive Resistant 0 fluid Corrosion Moderately agCR1 Resistant 1 gressive fluid Corrosion Highly aggressive CR3 Resistant 3 fluid Ultra Corrosion Extremely aggresUCR Resistant sive fluid CR0



pH



Description



20



5.0..8.5



Carbon Steel



1.45 0.01



200



4.0..8.5



Stainless Steel for internal parts. Housing, head and base are from Carbon Steel



1.25



1.45



200



3.0..9.0



Stainless Steel



>1.25



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used



H2S



CO2



Cl



0.01



0.01



0.01 1.25



CHECK VALVE specification Description



Housing diameter



Installation Length



Weight



Part Number



in



mm



ft



m



lb



kg



NCVBX 2-3/8"-10RD NUE3500 CR1 



2,87



73



0,755



0,230



9,3



4,2



3004020071



NCVBX 2-3/8"-10RD NUE3500 CR3 



2,87



73



0,755



0,230



9,3



4,2



3004020072



NCVBX 2-3/8"-8RD EUE3500 CR1 



3,07



78



0,755



0,230



11,0



5,0



3004020076



NCVBX 2-3/8"-8RD EUE3500 CR3 



3,07



78



0,755



0,230



11,0



5,0



3004020077 3004020037



NCVBX 2-7/8"-10RD NUE3500 CR1



3,62



92



0,781



0,238



12,8



5,8



NCVBX 2-7/8"-10RD NUE3500 CR3



3,62



92



0,781



0,238



12,8



5,8



3004020051



NCVBX 2-7/8"-10RD NUE3500 UCR



3,62



92



0,781



0,238



12,8



5,8



3004020064



NCVBX 2-7/8"-10RD NUE6300 CR1



3,62



92



0,781



0,238



12,8



5,8



3004020061



NCVBX 2-7/8"-10RD NUE6300 CR3



3,62



92



0,781



0,238



12,8



5,8



3004020066



NCVBX 2-7/8"-8RD EUE3500 CR1



3,62



92



0,738



0,225



12,8



5,8



3004020052



NCVBX 2-7/8"-8RD EUE3500 CR3



3,62



92



0,738



0,225



12,8



5,8



3004020053 3004020082



NCVBX 2-7/8"-8RD EUE3500 UCR



3,62



92



0,738



0,225



12,8



5,8



NCVBX 2-7/8"-8RD EUE6300 CR1



3,62



92



0,738



0,225



14,6



6,6



3004020067



NCVBX 2-7/8"-8RD EUE6300 CR3



3,62



92



0,738



0,225



14,6



6,6



3004020068



NCVBX 2-7/8"-8RD EUE6300 UCR



3,62



92



0,738



0,225



14,6



6,6



3004020063



NCVBX 3-1/2"-10RD NUE6300 CR1



4,25



108



0,853



0,260



22,5



10,2



3004020058 3004020059



NCVBX 3-1/2"-10RD NUE6300 CR3



4,25



108



0,853



0,260



22,5



10,2



NCVBX 3-1/2"-10RD NUE6300 UCR



4,25



108



0,853



0,260



22,5



10,2



3004020081



NCVBX 3-1/2"-10RD NUE9500 CR1



4,25



108



0,853



0,260



39,7



18,0



3004020062



NCVBX 3-1/2"-10RD NUE9500 CR3



4,25



108



0,853



0,260



39,7



18,0



3004020069



NCVBX 3-1/2"-8RD EUE6300 CR1



4,49



114



0,853



0,260



45,2



20,5



3004020065



NCVBX 3-1/2"-8RD EUE6300 CR3



4,49



114



0,853



0,260



45,2



20,5



3004020070



NCVBX 3-1/2"-8RD EUE9500 CR1



4,49



114



0,853



0,260



45,2



20,5



3004020078



NCVBX 3-1/2"-8RD EUE9500 CR3



4,49



114



0,853



0,260



45,2



20,5



3004020080



NCVB 4-1/2"-10RD NUE25200 CR1



5,12



130



1,148



0,350



69,5



31,5



3004020025



NCVB 4-1/2"-10RD NUE25200 CR3



5,12



130



1,148



0,350



69,5



31,5



3004020038



NCVB 4-1/2"-8RD EUE25200 CR1



5,55



141



1,148



0,350



81,6



37,0



3004020050 3004020060



NCVB 4-1/2"-8RD EUE25200 CR3



5,55



141



1,148



0,350



81,6



37,0



NCVD 5-1/2"-8RD S37700 CR0



6,77



172



2,001



0,610



110,3



50,0



3004010006



NCVD 5-1/2"-8RD S37700 CR3



6,77



172



2,001



0,610



110,3



50,0



3004010008



NCVD 5-3/4"-8RD S37700 CR0



6,77



172



2,001



0,610



124,6



56,5



3004010009



NCVD 5-3/4"-8RD S37700 CR3



6,77



172



2,001



0,610



124,6



56,5



3004010010



NCFVB 2-7/8"-10RD NUE3500 CR1



3,62



92



1,844



0,562



38,8



17,6



3004110001



NCFVB 3-1/2"-8RD EUE6300 CR1



4,49



114



1,844



0,562



56,0



25,4



3004110002



NCFVB 3-1/2"-8RD EUE6300 CR3



4,49



114



1,844



0,562



56,0



25,4



3004110003



2018 Page 531



> Miscellaneous Equipment > Draine Valve



GLOSSARY DRAIN VALVE N DV



XXX" -XX RD



XXX



XXX Manufacturer (Novomet) Drain Valve Thread size, inches, (see Table 1) Pitch, threads per inch: 8 10 RD - round thread Thread type: EUE - External Upset Ends (for 8RD)* NUE - Non Upset Ends (for 10RD)* S - Short casing thread (51/2" and 53/4" are 8RD only) Corrosion resistance, (see Table 2)



* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10RD only; for 41/2" thread both EUE and NUE options are 8RD only e.g., NDV 3-1/2"-8RD EUE CR0 Table 1 - Thread size



in



mm



3



2 /8



60



27/8



73



1



3 /2



89



41/2



114



51/2



140



53/4



146



2018 Page 532



> Miscellaneous Equipment > Draine Valve



Table 2 - Corrosion resistance



Abbr.



Full name



Max chemical content, g/l CO2 Cl H2S



Fluid



pH



Description



CR0



Corrosion Re- Slightly aggressive 0.01 sistant 0 fluid



0.01



20



5.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



1.45



200



3.0..9.0



Stainless Steel



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used



Highly aggressive fluid



1.25



DRAIN VALVE specification Description NDV 2-3/8"-10RD NUE CR0



Housing diameter Installation Length in mm ft m 2.88 73 0.656 0.200



Weight lb kg 8.6 3.9



Part Number 3004040026



NDV 2-3/8"-10RD NUE CR3



3.19



81



0.656



0.200



11.0



5.0



3004040047



NDV 2-3/8"-10RD NUE UCR



3.19



81



0.656



0.200



11.0



5.0



3004040258



NDV 2-3/8"-8RD EUE CR0



3.07



78



0.656



0.200



11.0



5.0



3004040045



NDV 2-3/8"-8RD EUE CR3



3.07



78



0.656



0.200



11.0



5.0



3004040044



NDV 2-3/8"-8RD EUE UCR



3.07



78



0.656



0.200



11.0



5.0



3004040259



NDV 2-7/8"-10RD NUE CR0



3.51



89



0.591



0.180



7.5



3.4



3004040006



NDV 2-7/8"-10RD NUE CR3



3.51



89



0.591



0.180



7.5



3.4



3004040003



NDV 2-7/8"-10RD NUE UCR



3.51



89



0.591



0.180



7.5



3.4



3004040046



NDV 2-7/8"-8RD EUE CR0



3.66



93



0.705



0.215



11.7



5.3



3004040024



NDV 2-7/8"-8RD EUE CR3



3.66



93



0.705



0.215



11.7



5.3



3004040021



NDV 2-7/8"-8RD EUE UCR



3.66



93



0.705



0.215



11.7



5.3



3004040260



NDV 3-1/2"-10RD NUE CR0



4.25



108



0.656



0.200



14.6



6.6



3004040012



NDV 3-1/2"-10RD NUE CR3



4.25



108



0.656



0.200



15.2



6.9



3004040009



NDV 3-1/2"-10RD NUE UCR



4.25



108



0.656



0.200



15.2



6.9



3004040261



NDV 3-1/2"-8RD EUE CR0



4.49



114



0.656



0.200



14.6



6.6



3004040032



NDV 3-1/2"-8RD EUE CR3



4.49



114



0.656



0.200



15.2



6.9



3004040049



NDV 3-1/2"-8RD EUE UCR



4.49



114



0.656



0.200



15.2



6.9



3004040262



NDV 4-1/2"-8RD NUE CR0



5.20



132



0.919



0.280



28.4



12.9



3004040018



NDV 4-1/2"-8RD NUE CR3



5.20



132



0.919



0.280



28.4



12.9



3004040015



NDV 4-1/2"-8RD NUE UCR



5.20



132



0.919



0.280



28.4



12.9



3004040263



NDV 4-1/2"-8RD EUE CR0



5.55



141



0.919



0.280



28.4



12.9



3004040057



NDV 4-1/2"-8RD EUE CR3



5.55



141



0.919



0.280



28.4



12.9



3004040050



NDV 4-1/2"-8RD EUE UCR



5.55



141



0.919



0.280



28.4



12.9



3004040264



NDV 5-1/2"-8RD S CR0



6.07



154



1.148



0.350



55.1



25.0



3004040030



NDV 5-1/2"-8RD S CR3



6.07



154



1.148



0.350



55.1



25.0



3004040031



NDV 5-3/4"-8RD S CR0



6.54



166



1.148



0.350



78.9



35.8



3004040029



NDV 5-3/4"-8RD S CR3



6.54



166



1.148



0.350



78.9



35.8



3004040037



2018 Page 533



> Miscellaneous Equipment > Bolt-on-head



GLOSSARY BOLT-ON HEAD BOH



XX" -XX RD



XXX -XXXSERIES



XXX



FJX



Bolt-On Head Thread size, inches, (see Table 1) Pitch, threads per inch: 8 10 RD - round thread Thread type: EUE - External Upset Ends (for 8RD)* NUE - Non Upset Ends (for 10RD)* Pump series Corrosion resistance, (see Table 2) Flange connection design: empty - standard flange-to-housing FJI - Flush joint inserted FJT - Flush joint threaded



* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10RD only; for 41/2" thread both EUE and NUE options are 8RD only e.g., BOH 2-7/8"-8RD EUE-406SERIES CR0



Table 1 - Thread size



in



mm



23/8



60



7



2 /8



73



31/2



89



41/2



114



51/2



140



53/4



146



2018 Page 534



> Miscellaneous Equipment > Bolt-on-head Table 2 - Corrosion resistance



Abbr.



Full name



Fluid



Max chemical content, g/l H2S



CR0 CR3 UCR



Corrosion Re- Slightly aggressive 0.01 sistant 0 fluid Corrosion Re- Highly aggressive 1.25 sistant 3 fluid Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



pH



Description



20



5.0..8.5



Carbon Steel



1.45



200



3.0..9.0



Stainless Steel



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



CO2



Cl



0.01



2018 Page 535



> Miscellaneous Equipment > Bolt-on-head



BOLT-ON HEAD specification Description



Installation Length ft m



Weight lb



kg



Part Number



BOH 1.900"-10RD NUE-272SERIES CR0 FJI



TBA



TBA



TBA



TBA



2013070164



BOH 1.900"-10RD NUE-272SERIES CR0



TBA



TBA



TBA



TBA



2013070129



BOH 2-3/8"-10RD NUE-272SERIES CR0 FJI



0.69



0.21



9.7



4.4



TBA



BOH 2-3/8"-8RD EUE-272SERIES CR0



0.66



0.20



9.7



4.4



2013070035



BOH 2-3/8"-10RD NUE-319SERIES CR0



0.51



0.16



7.7



3.5



2013070122



BOH 2-3/8"-8RD EUE-319SERIES CR0



0.66



0.20



7.7



3.5



2013070036



BOH 2-3/8"-10RD NUE-319SERIES CR0 FJT



0.38



0.12



7.7



3.5



2013070134



BOH 2-3/8"-8RD EUE-319SERIES CR0 FJT



0.52



0.16



5.7



2.6



2013070138



BOH 2-7/8"-8RD EUE-319SERIES CR0



0.56



0.17



10.4



4.7



2013070064



BOH 2-7/8"-8RD EUE-319SERIES CR0 FJT



0.38



0.12



5.4



2.45



2013070139



BOH 2-7/8"-10RD NUE-338SERIES CR0



0.62



0.19



7.1



3.2



2013070058



BOH 2-7/8"-8RD EUE-338SERIES CR0



0.69



0.21



9.7



4.4



2013070037



BOH 2-3/8"-8RD EUE-362SERIES CR0



0.59



0.18



11.9



5.4



2013070149



BOH 2-7/8"-8RD EUE-362SERIES CR0 FJI



0.66



0.20



7.0



3.17



2013070103



BOH 2-7/8"-10D NUE-362SERIES CR0



0.52



0.16



9.1



4.12



2013070041



BOH 2-7/8"-8RD EUE-362SERIES CR0



0.69



0.21



10.1



4.6



2013070049



BOH 3-1/2"-8RD EUE-362SERIES CR0



0.72



0.22



14.8



6.7



2013070073



BOH 3-1/2"-8RD EUE-362SERIES CR0



0.62



0.19



7.9



3.6



2013070017



BOH 2-3/8"-8RD EUE-406SERIES CR0



TBA



TBA



TBA



TBA



2013070142



BOH 2-7/8"-8RD EUE-406SERIES CR0



0.69



0.210



10.8



4.900



2013070055



BOH 2-7/8"-10RD NUE-406SERIES CR0



0.52



0.16



7.7



3.5



2013070043



BOH 3-1/2"-10RD NUE-406SERIES CR0



0.62



0.19



7.7



3.5



2013070069.1



BOH 3-1/2"-8RD EUE-406SERIES CR0



0.72



0.22



11.7



5.3



2013070059



BOH 2-7/8"-8RD EUE-449SERIES CR0



0.72



0.22



19.0



8.6



2013070086



BOH 3-1/2"-10RD NUE-449SERIES CR0



0.62



0.19



13.2



6



2013070100



BOH 3-1/2"-8RD EUE-449SERIES CR0



0.72



0.22



15.4



7



2013070038



BOH 4-1/2"-8RD EUE-449SERIES CR0



0.66



0.20



14.3



6.5



2013070039



BOH 3-1/2"-8RD EUE-484SERIES CR0



0.66



0.20



18.7



8.5



2013070135



BOH 2-7/8"-8RD EUE-535SERIES CR0



0.66



0.20



21.7



9.85



2013070051



BOH 3-1/2"-10RD NUE-535SERIES CR0



0.66



0.20



18.5



8.4



2013070161



BOH 3-1/2"-8RD EUE-535SERIES CR0



0.66



0.20



18.5



8.4



2013070056



BOH 4-1/2"-8RD EUE-535SERIES CR0



0.66



0.20



15.2



6.9



2013070050



BOH 3-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



43.9



19.9



2013070076



BOH 4-1/2"-8RD NUE-677SERIES CR0



0.90



0.28



38.1



17.3



2013070068



BOH 4-1/2"-8RD EUE-677SERIES CR0



0.90



0.28



42.8



19.4



2013070045



BOH 4-1/2"-8RD NUE-740SERIES CR0



0.98



0.30



47.0



21.3



2013070099



All '-8rd EUE' Bolt-On Heads are available in '-10rd NUE' modification Appropriate Bolt-On Heads are specified for each pump type in Pump section



2018 Page 536



> Miscellaneous Equipment > Bolt-on-head



Description DISCHARGE PRESSURE SUB 2-3/8"10RD NUE BOX - 2-3/8"-10RD NUE PIN SWAGELOK 1/4" CR0 DISCHARGE PRESSURE SUB 2-7/8"10RD NUE BOX - 2-7/8"-10RD NUE PIN SWAGELOK 1/4" CR0 DISCHARGE PRESSURE SUB 2-7/8"8RD EUE BOX - 2-7/8"-8RD EUE PIN SWAGELOK 1/4" CR0 DISCHARGE PRESSURE SUB 3-1/2"8RD EUE BOX - 3-1/2"-8RD EUE PIN SWAGELOK 1/4" CR0 DISCHARGE PRESSURE SUB 4-1/2"8RD NUE BOX - 4-1/2"-8RD NUE PIN SWAGELOK 1/4" CR0 DISCHARGE PRESSURE SUB 4-1/2"8RD EUE BOX - 4-1/2"-8RD EUE PIN SWAGELOK 1/4" CR0 DISCHARGE PRESSURE SUB 4-1/2" VAM TOP BOX - 4-1/2" VAM TOP PIN SWAGELOK 1/4" CR0



Installation Length ft m



Weight lb



kg



Part Number



0.69



0.21



15.9



7.2



2024010425



0.92



0.28



15.9



7.2



2024010232



0.92



0.28



15.9



7.2



2024010712



0.89



0.27



15.9



7.2



2024010713



0.89



0.27



33.1



15.0



2024010859



0.89



0.27



24.3



11.0



2024010582



0.92



0.28



24.3



11.0



2024010942



2018 Page 537



> Miscellaneous Equipment > SUB



GLOSSARY SUB SUB



XXX'' -XX RD



XXX



XXX



-



XXX'' -XX RD



XXX



XXX



XXX



Sub Top Thread size, inches, (see Table 1) Pitch, threads per inch: 8 10 RD - round thread Thread type: EUE - external upset (for 8RD) NUE - non-upset (for 10RD) Type of connection: box (inside thread) pin (outside thread) Bottom Thread size, inches, (see Table 1) Pitch, threads per inch: 8 10 RD - round thread Thread type: EUE - External Upset Ends (for 8RD)* NUE - Non Upset Ends (for 10RD)* 1 3 S - Short casing thread (5 /2" and 5 /4" are 8RD only) Type of connection: BOX (inside thread) PIN (outside thread) Corrosion resistance, (see Table 2)



* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10rd only; for 41/2" thread both EUE and NUE options are 8RD only e.g., SUB 3-1/2"-8RD EUE BOX - 2-7/8"-8RD EUE PIN CR3



Table 1 - Thread size



in



mm



23/8



60



7



2 /8



73



31/2



89



41/2



114



51/2



140



53/4



146



Table 2 - Corrosion resistance



Abbr.



Full name



Fluid



Max chemical content, g/l CO2 Cl H2S



pH



Description



CR0



Corrosion Re- Slightly aggressive 0.01 sistant 0 fluid



0.01



20



5.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



1.45



200



3.0..9.0



Stainless Steel



Highly aggressive fluid



1.25



2018 Page 538



> Miscellaneous Equipment > SUB



SUB specification Description



Housing diameter in



mm



SUB 2-3/8"-8RD EUE BOX - 2-3/8"-10RD NUE PIN CR1



3.15



80



Installation Length ft



m



Weight



Top thread Bottom dia thread dia



Part Number



lb



kg



0.253 0.077



4.2



1.9



2 3/8"



2 3/8"



2079030111



SUB 2-3/8"-8RD EUE BOX - 2-3/8"-10RD NUE PIN CR3



3.15



80



0.253 0.077



4.2



1.9



2 /8"



2 /8"



2079030150



SUB 2-3/8"-8RD EUE BOX - 2-7/8"-10RD NUE PIN CR3



3.15



80



0.253 0.077



4.2



1.9



2 3/8"



2 7/8"



2079030136



SUB 2-3/8"-10RD NUE BOX - 2-3/8"-8RD EUE PIN CR3



3.15



80



0.253 0.077



4.2



1.9



2 /8"



2 /8"



2079030142



SUB 2-7/8"-8RD EUE BOX - 2-7/8"-10RD NUE PIN CR1



3.62



92



0.351 0.107



5.1



2.3



2 7/8"



2 7/8"



2079030139



SUB 2-7/8"-8RD EUE BOX - 2-7/8"-10RD NUE PIN CR3



3.62



92



0.351 0.107



5.1



2.3



2 /8"



2 /8"



2079030140



SUB 2-7/8"-10RD NUE BOX - 2-3/8"-8RD EUE PIN CR3



3.62



92



0.351 0.107



5.1



2.3



2 7/8"



2 3/8"



2079030107



3



3



7



3



3



7



SUB 2-7/8"-10RD NUE BOX - 2-7/8"-8RD EUE PIN CR1



3.62



92



0.351 0.107



5.1



2.3



2 /8"



2 /8"



2079030148



SUB 2-7/8"-10RD NUE BOX - 2-7/8"-8RD EUE PIN CR3



3.62



92



0.351 0.107



5.1



2.3



2 7/8"



2 7/8"



2079030147



7



7



SUB 2-7/8"-10RD NUE BOX - 3-1/2"-8RD EUE PIN CR3



3.50



89



0.482 0.147



9.1



4.1



2 /8"



3 /2"



2079030106



SUB 2-7/8"-10RD NUE BOX - 4-1/2"-8RD EUE PIN CR1



3.50



89



0.482 0.147



9.1



4.1



2 7/8"



4 1/2"



2079030108



SUB 3-1/2"-8RD EUE BOX - 2-7/8"-10RD NUE PIN CR3



4.49



114



0.417 0.127



11.6



5.3



3 /2"



2 /8"



2079030105



SUB 3-1/2"-8RD EUE BOX - 3-1/2"-10RD NUE PIN CR3



4.49



114



0.417 0.127



11.6



5.3



3 /2"



3 /2"



2079030162



SUB 3-1/2"-10RD NUE BOX - 2-7/8"-10RD NUE PIN CR1



4.49



114



0.417 0.127



11.6



5.3



3 1/2"



2 7/8"



2079030135



7



1 1



1



7 1



SUB 3-1/2"-10RD NUE BOX - 3-1/2"-8RD EUE PIN CR3



4.49



114



0.417 0.127



11.6



5.3



3 /2"



3 /2"



2079030152



SUB 4-1/2"-10RD NUE BOX - 4-1/2"-8RD EUE PIN CR1



5.55



141



0.499 0.152



14.7



6.7



4 1/2"



4 1/2"



2079030109



SUB 4-1/2"-VAM TOP BOX - 3-1/2"-10RD NUE PIN CR3



5.55



141



0.499 0.152



14.7



6.7



4 /2"



3 /2"



2079030114



SUB 4-1/2"-VAM TOP BOX - 4-1/2"-8RD EUE PIN CR3



5.55



141



0.499 0.152



14.7



6.7



4 1/2"



4 1/2"



2079030104



1



1



1



1



2018 Page 539



> Miscellaneous Equipment > Filters



> Downhole Slotted Filter



GLOSSARY DOWNHOLE SLOTTED FILTER N



XXX



SFD



XXXBPD



XXXMCM



XXX



X-X/X"



-XXRD XUE



DX Manufacturer (Novomet) Series, (see Table 1) Slotted Filter (Downhole) Max capacity, bpd Filtration rating, mcm 100 200 Corrosion resistance, (see Table 2) Thread size, (see Table 3) Thread type: -10RD NUE, 10 threads per inch, Non Upset Ends Design, (see Table 4)



e.g., N433SFD 1000BPD 200MCM CR1 2-7/8"-10RD NUE D0



*To choose the most suitable filtration rating please specify type and size of solids.



Table 1 - Series



Series



HSG OD, in



HSG OD, mm



319



3.19



81



433



4.33



110



677



6.77



172



Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



CR1



Corrosion Resistant 1



Moderately aggressive fluid



1.25 0.01



0.01 1.45



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



pH



Description



20



4.0..8.5



Carbon Steel



200



3.0..9.0



Stainless Steel



Table 3 - Thread size



in



mm



23/8



60



7



2 /8



73



41/2



114



Table 4 - Design



Design 0 2



Standard With safety valve



Go to filters in Smart solutions



2018 Page 540



> Miscellaneous Equipment > Filters



> Downhole Slotted Filter



DOWNHOLE SLOTTED FILTER specification Description



Capacity



Filtration rating



Installation Length



Weight



Part Number



bpd



m /day



N319SFD 250BPD 100MCM CR0 2-3/8"-10RD NUE



250



40



22,03 6,715 185



N319SFD 380BPD 100MCM CR0 2-3/8"-10RD NUE



380



60



32,64 9,95



N319SFD 500BPD 100MCM CR0 2-3/8"-10RD NUE



500



80



43,26 13,185 362 164 3010020468



N319SFD 190BPD 150MCM CR0 2-3/8"-10RD NUE



190



30



11,42 3,48



97



44 3010020460



N319SFD 380BPD 150MCM CR0 2-3/8"-10RD NUE



380



60



22,03 6,715 185



84 3010020463



N319SFD 570BPD 150MCM CR0 2-3/8"-10RD NUE



570



90



N319SFD 760BPD 150MCM CR0 2-3/8"-10RD NUE



760



120



43,26 13,185 362 164 3010020469



N319SFD 250BPD 200MCM CR0 2-3/8"-10RD NUE



250



40



11,42 3,48



N319SFD 500BPD 200MCM CR0 2-3/8"-10RD NUE



500



80



N319SFD 760BPD 200MCM CR0 2-3/8"-10RD NUE



760



120



N319SFD 1000BPD 200MCM CR0 2-3/8"-10RD NUE



1000



160



43,26 13,185 362 164 3010020470



N433SFD 380BPD 100MCM CR0 2-7/8"-10RD NUE



380



60



10,97 3,345 141



N433SFD 500BPD 100MCM CR0 2-7/8"-10RD NUE



500



80



N433SFD 630BPD 100MCM CR0 2-7/8"-10RD NUE



630



100



N433SFD 760BPD 100MCM CR0 2-7/8"-10RD NUE



760



120



3



mcm



150



200



100



ft



m



32,64 9,95



lb



kg



84 3010020462



273 124 3010020465



273 124 3010020466 97



44 3010020461



22,03 6,715 185



84 3010020464



32,64 9,95



273 124 3010020467 64 3010020129



14,26 4,345 183



83 3010020130



17,54 5,345 217



98 3010020131



20,82 6,345 254 115 3010020132



N433SFD 760BPD 200MCM CR0 2-7/8"-10RD NUE



760



120



200



10,97 3,345 138



63 3010020133



N433SFD 1000BPD 200MCM CR0 2-7/8"-10RD NUE



1000



160



200



14,26 4,345 179



81 3010020134



N433SFD 1250BPD 200MCM CR0 2-7/8"-10RD NUE



1250



200



200



17,54 5,345 211



96 3010020135



N433SFD 1500BPD 200MCM CR0 2-7/8"-10RD NUE



1500



240



200



20,82 6,345 247 112 3010020136



N677SFD 6300BPD 100MCM CR0 4-1/2"-8RD NUE



6300



1000



11,15 3,400 326 148 3010020137



N677SFD 8800BPD 100MCM CR0 4-1/2"-8RD NUE



8800



1400



14,44 4,400 404 183 3010020138



N677SFD 10700BPD 100MCM CR0 4-1/2"-8RD NUE



10700



1700



N677SFD 12600BPD 100MCM CR0 4-1/2"-8RD NUE



12600



2000



N677SFD 12600BPD 200MCM CR0 4-1/2"-8RD NUE



12600



2000



200



11,15 3,400 326 148 3010020141



N677SFD 17000BPD 200MCM CR0 4-1/2"-8RD NUE



17000



2700



200



14,44 4,400 404 183 3010020142



N677SFD 21400BPD 200MCM CR0 4-1/2"-8RD NUE



21400



3400



200



17,72 5,400 483 219 3010020143



N677SFD 25200BPD 200MCM CR0 4-1/2"-8RD NUE



25200



4000



200



20,99 6,400 560 254 3010020144



100



17,72 5,400 483 219 3010020139 20,99 6,400 560 254 3010020140



2018 Page 541



> Miscellaneous Equipment > Filters



> Downhole Gravitation Filter



GLOSSARY DOWNHOLE GRAVITATION FILTER N XXX DGF



XXXBPD



XXXMCM



XXX



X-X/X" -XXRD XUE



DX Manufacturer (Novomet) Series, (see Table 1) Downhole Gravitation Filter Max capacity, bpd Filtration rating, mcm 100 Corrosion resistance, (see Table 2) Thread size, (see Table 3) Thread type: -10RD NUE, 10 threads per inch, Non Upset Ends Design, (see Table 4)



e.g., N449DGF 1900BPD 100MCM CR1 2-7/8"-10RD NUE D0 Table 1 - Series



Series



HSG OD, in



HSG OD, mm



449



4.49



114



Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



CR1



Corrosion Resistant 1



Moderately aggressive fluid



1.25 0.01



0.01 1.45



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



pH



Description



20



4.0..8.5



Carbon Steel



200



3.0..9.0



Stainless Steel



2018 Page 542



> Miscellaneous Equipment > Filters



> Downhole Gravitation Filter



Table 3 - Thread size



in



mm



23/8



60



Table 4 - Design



0 1



Design With tail pipe and sealing unit for 53/4" casing With container and sealing unit for 53/4" casing



DOWNHOLE GRAVITATION FILTER specification Description



Installation Length



Weight



Series



Nominal capacity



Filtration rating



Part Number



ft



m



lb



kg



in



mm



bpd



m /day



mcm



N449DGF 1900BPD 100MCM CR1 2-7/8"-10RD NUE D0



48.5



14.793



227



103



4.49



114



1900



300



100



3010030020



N449DGF 1900BPD 100MCM CR1 2-7/8"-10RD NUE D1



70.9



21.600 1098



498



4.49



114



1900



300



100



3010030021



3



2018 Page 543



> Miscellaneous Equipment > Filters



> Downhole Disk Filter



GLOSSARY Downhole Disk Filter N XXX DDF



XXXBPD



XXXMCM



XXX



X-X/X"



-XXRD XUE



DX Manufacturer (Novomet) Series, (see Table 1) Downhole Disk Filter Max capacity, bpd Filtration rating, mcm 100 200 300 Corrosion resistance, (see Table 2) Thread size, (see Table 3) Thread type: -10RD NUE, 10 threads per inch, Non Upset Ends Design, (see Table 4)



e.g., N443DDF 190BPD 100MCM CR1 2-7/8"-10RD NUE D2



Table 1 - Series



Series



HSG OD, in



HSG OD, mm



433



4.33



110



Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



CR1



Corrosion Resistant 1



Moderately aggressive fluid



0.01 1.25



1.45 0.01



200



pH



Description



Stainless Steel for internal parts and 4.0..8.5 core. Head and base are from Carbon Steel



Table 3 - Thread size



in



mm



2 /8



73



7



Table 4 - Design



Design 0 2



Standard With bypass valve



2018 Page 544



> Miscellaneous Equipment > Filters



> Downhole Disk Filter



Downhole Disk Filter specification Capacity Description bpd



m3/day



N433DDF 190BPD 100MCM CR1 2-7/8"-10RD NUE D2



190



N433DDF 380BPD 100MCM CR1 2-7/8"-10RD NUE D2



380



N433DDF 570BPD 100MCM CR1 2-7/8"-10RD NUE D2



570



90



N433DDF 760BPD 100MCM CR1 2-7/8"-10RD NUE D2



760



120



Filtration rating mcm



Installation Length



Weight Part Number



ft



m



lb



kg



30



4.4



1.3



53



24



3010030064



60



8.0



2.4



93



42



3010030065



100



11.6



3.6



132



60



3010030066



15.3



4.7



172



78



3010030067



N433DDF 940BPD 100MCM CR1 2-7/8"-10RD NUE D2



940



150



18.9



5.8



212



96



3010030068



N433DDF 1150BPD 100MCM CR1 2-7/8"-10RD NUE D2



1150



180



22.5



6.9



251



114



3010030069



N433DDF 380BPD 200MCM CR1 2-7/8"-10RD NUE D2



380



60



4.4



1.3



53



24



3010030070



N433DDF 760BPD 200MCM CR1 2-7/8"-10RD NUE D2



760



120



8.0



2.4



93



42



3010030071



N433DDF 1150BPD 200MCM CR1 2-7/8"-10RD NUE D2



1150



180



11.6



3.6



132



60



3010030072



N433DDF 1500BPD 200MCM CR1 2-7/8"-10RD NUE D2



1500



240



15.3



4.7



172



78



3010030073



200



N433DDF 1900BPD 200MCM CR1 2-7/8"-10RD NUE D2



1900



300



18.9



5.8



212



96



3010030074



N433DDF 2260BPD 200MCM CR1 2-7/8"-10RD NUE D2



2260



360



22.5



6.9



251



114



3010030075



N433DDF 630BPD 300MCM CR1 2-7/8"-10RD NUE D2



630



100



4.4



1.3



53



24



3010030076



N433DDF 1250BPD 300MCM CR1 2-7/8"-10RD NUE D2



1250



200



8.0



2.4



93



42



3010030062



N433DDF 1900BPD 300MCM CR1 2-7/8"-10RD NUE D2



1900



300



11.6



3.6



132



60



3010030061



300



N433DDF 2510BPD 300MCM CR1 2-7/8"-10RD NUE D2



2510



400



15.3



4.7



172



78



3010030063



N433DDF 3150BPD 300MCM CR1 2-7/8"-10RD NUE D2



3150



500



18.9



5.8



212



96



3010030077



N433DDF 3770BPD 300MCM CR1 2-7/8"-10RD NUE D2



3770



600



22.5



6.9



251



114



3010030078



2018 Page 545



> Miscellaneous Equipment > Filters



> Downhole Cascade Filter



GLOSSARY Downhole Cascade Filter N XXX DCF



XXXBPD



XXXMCM



XXX



X-X/X"



-XXRD XUE



DX Manufacturer (Novomet) Series, (see Table 1) Downhole Cascade Filter Max capacity, bpd 315 630 1250 Filtration rating, mcm 100 200 Corrosion resistance, (see Table 2) Thread size, (see Table 3) Thread type: -10RD NUE, 10 threads per inch, Non Upset Ends Design, (see Table 4)



e.g., N362DCF 630BPD 100MCM CR1 2-3/8"-10RD NUE D0



Table 1 - Series



Series



HSG OD, in



362



3.62



ФСК92-60.0-100-100/00



HSG OD, mm 92



Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



CR1



Corrosion Resistant 1



Moderately aggressive fluid



0.01 1.25



1.45 0.01



200



pH



Description



Stainless Steel for internal parts and 4.0..8.5 housing. Head and base are from Carbon Steel



Table 3 - Thread size



in



mm



2 /8



60



3



Table 4 - Design



0 2



Design 1st cascade - Hydrocyclone separator 2nd cascade - Slotted filter with bypass valve 1st cascade - Hydrocyclone separator with bypass valve 2nd cascade - Slotted filter with bypass valve



2018 Page 546



> Miscellaneous Equipment > Filters



> Downhole Cascade Filter



Downhole Cascade Filter specification Capacity



Filtration rating



bpd m3/day



mcm



Description



N362DCF 315BPD 100MCM CR1 2-3/8"-10RD NUE D0



315



50



N362DCF 315BPD 100MCM CR1 2-3/8"-10RD NUE D2



315



50



N362DCF 630BPD 100MCM CR1 2-3/8"-10RD NUE D0



630



100



Installation Length



Part Number ft



m



lb



kg



602±93



273±42



3010030028



84.3±14.8 25.7±4.5



615±93



279±42



3010030029



93.4±14.8 28.5±4.5



701±93



318±42



3010030030



83.6±14.8 25.5±4.5 100



Weight



N362DCF 630BPD 100MCM CR1 2-3/8"-10RD NUE D2



630



100



94.1±14.8 28.7±4.5



714±93



324±42



3010030031



N362DCF 630BPD 200MCM CR1 2-3/8"-10RD NUE D0



630



100



83.6±14.8 25.5±4.5



600±93



272±42



3010030032



84.3±14.8 25.7±4.5



613±93



278±42



3010030033



93.4±14.8 28.5±4.5



699±93



317±42



3010030034



94.1±14.8 28.7±4.5



712±93



323±42



3010030035



N362DCF 630BPD 200MCM CR1 2-3/8"-10RD NUE D2



630



100



N362DCF 1250BPD 200MCM CR1 2-3/8"-10RD NUE D0



1250



200



N362DCF 1250BPD 200MCM CR1 2-3/8"-10RD NUE D2



1250



200



200



2018 Page 547



> Miscellaneous Equipment > Filters



> Downhole Slotted Gravitation Filter



GLOSSARY DOWNHOLE SLOTTED GRAVITATION FILTER N XXX SGFD XXXBPD



XXXMCM



XXX



X-X/X" -XXRD XUE



DX Manufacturer (Novomet) Series, (see Table 1) Slotted Gravitation Filter (Downhole) Max capacity, bpd Filtration rating, mcm 100 Corrosion resistance, (see Table 2) Thread size, (see Table 3) Thread type: -10RD NUE, 10 threads per inch, Non Upset Ends Design, (see Table 4)



e.g., N449SGFD 1900BPD 100MCM CR1 2-3/8"-10RD NUE D1 Table 1 - Series



Series



HSG OD, in



HSG OD, mm



449



4.49



114



Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



CR1



Corrosion Resistant 1



Moderately aggressive fluid



1.25 0.01



0.01 1.45



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



pH



Description



20



4.0..8.5



Carbon Steel



200



3.0..9.0



Stainless Steel



Table 3 - Thread size



in



mm



2 /8



60



3



2018 Page 548



> Miscellaneous Equipment > Filters



> Downhole Slotted Gravitation Filter



Table 4 - Design



0 1 2 3 4 5 6



Design With tail pipe and sealing unit for 53/4" casing With container and sealing unit for 53/4" casing With bypass valve With tail pipe and sealing unit for 7" casing With container and sealing unit for 7" casing With tail pipe and sealing unit for 65/8" casing With container and sealing unit for 65/8" casing



DOWNHOLE SLOTTED GRAVITATION FILTER specification Description



Installation Length ft



m



Capacity bpd



Filtration rating



Weight



m3/day



mcm



lb



kg



Part Number



N449SGFD 630BPD 100MСM CR1 2-3/8"-10RD NUE D0



70.9



21.6



630



100



100



525



238



3010030023



N449SGFD 1250BPD 100MСM CR1 2-3/8"-10RD NUE D0



88.3



26.9



1250



200



100



741



336



3010030022



N449SGFD 1900BPD 100MСM CR1 2-3/8"-10RD NUE D0 105.6



32.2



1900



300



100



957



434



3010030018



N449SGFD 630BPD 100MСM CR1 2-3/8"-10RD NUE D1



93.2



28.4



630



100



100



1374



623



3010030024



N449SGFD 1250BPD 100MСM CR1 2-3/8"-10RD NUE D1 110.6



33.7



1250



200



100



1590



721



3010030019



N449SGFD 1900BPD 100MСM CR1 2-3/8"-10RD NUE D1 128.0



39.0



1900



300



100



1806



819



3010030025



N449SGFD 630BPD 100MСM CR1 2-3/8"-10RD NUE D3



71.5



21.8



630



100



100



613



278



3010030040



N449SGFD 1250BPD 100MСM CR1 2-3/8"-10RD NUE D3



88.9



27.1



1250



200



100



829



376



3010030042



N449SGFD 1900BPD 100MСM CR1 2-3/8"-10RD NUE D3 106.3



32.4



1900



300



100



1045



474



3010030044



N449SGFD 4400BPD 200MСM CR1 2-3/8"-10RD NUE D3 116.1 N449SGFD 630BPD 100MСM CR1 2-3/8"-10RD NUE D4



35.4



4400



700



200



1158



525



3010030045



93.9



28.6



630



100



100



1462



663



3010030041



N449SGFD 1250BPD 100MСM CR1 2-3/8"-10RD NUE D4 111.3



33.9



1250



200



100



1678



761



3010030043



N449SGFD 1900BPD 100MСM CR1 2-3/8"-10RD NUE D4 128.6



39.2



1900



300



100



1894



859



3010030036



N449SGFD 4400BPD 200MСM CR1 2-3/8"-10RD NUE D4 138.5



42.2



4400



700



200



2007



910



3010030046



N449SGFD 630BPD 100MСM CR1 2-3/8"-10RD NUE D5



72.0



22.0



630



100



100



617



280



3010030054



N449SGFD 1250BPD 100MСM CR1 2-3/8"-10RD NUE D5



89.4



27.3



1250



200



100



833



378



3010030056



N449SGFD 1900BPD 100MСM CR1 2-3/8"-10RD NUE D5 106.8



32.5



1900



300



100



1050



476



3010030057



N449SGFD 4400BPD 200MСM CR1 2-3/8"-10RD NUE D5 116.6



35.5



4400



700



200



1162



527



3010030059



94.4



28.8



630



100



100



1466



665



3010030055



N449SGFD 1250BPD 100MСM CR1 2-3/8"-10RD NUE D6 111.7



N449SGFD 630BPD 100MСM CR1 2-3/8"-10RD NUE D6



34.1



1250



200



100



1682



763



3010030039



N449SGFD 1900BPD 100MСM CR1 2-3/8"-10RD NUE D6 129.1



39.4



1900



300



100



1899



861



3010030058



N449SGFD 4400BPD 200MСM CR1 2-3/8"-10RD NUE D6 139.0



42.4



4400



700



200



2011



912



3010030060



2018 Page 549



> Miscellaneous Equipment > Filters



> Slotted Screen Pump Intake



GLOSSARY SLOTTED SCREEN PUMP INTAKE N



XXX



SSPI



XXXBPD



XXXMCM



XXX



X.XX"



XXX



XXX Manufacturer (Novomet) Series, (see Table 1) Slotted Screen Pump Intake Max capacity, bpd Filtration rating, mcm* 100 200 Corrosion resistance, (see Table 2) Shaft diameter, inches Shaft material and yield strength: S13 - Stainless steel (1275 MPa) S14 - Stainless steel (1370 MPa) I13 - Inconel alloy (1275 MPa) Flange connection design: empty - standard flange-to-housing FJI - Flush Joint Inserted



e.g., N406SSPI 1000BPD 100MCM CR3 0.67" S14 *To choose the most suitable filtration rating please specify type and size of solids.



Table 1 - Series



Series



HSG OD, in



HSG OD, mm



362



3.62



92



406



4.06



103



Table 2 - Corrosion resistance



Fluid



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



pH



Description



CR0



Corrosion Resistant 0



Slightly aggressive 0.01 fluid



0.01



20



5.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Stainless Steel



UCR



Ultra Corrosion Resistant



Extremely aggressive fluid



>1.25



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used for housing, head and base.



2018 Page 550



11.47



37.6 40.9 11.4 14.7 18.0



N406SSPI 1820BPD 100MCM CR1 0.87'' S14



N406SSPI 2010BPD 100MCM CR1 0.87'' S14



N406SSPI 760BPD 200MCM CR1 0.87'' S14



N406SSPI 1000BPD 200MCM CR1 0.87'' S14



N406SSPI 1260BPD 200MCM CR1 0.87'' S14



31.1 34.4



N406SSPI 1630BPD 100MCM CR1 0.87'' S14



27.8



N406SSPI 1320BPD 100MCM CR1 0.87'' S14



N406SSPI 1480BPD 100MCM CR1 0.87'' S14



21.2 24.5



N406SSPI 1010BPD 100MCM CR1 0.87'' S14



18.0



N406SSPI 820BPD 100MCM CR1 0.87'' S14



N406SSPI 1160BPD 100MCM CR1 0.87'' S14



11.4 14.7



N406SSPI 500BPD 100MCM CR1 0.87'' S14



N406SSPI 660BPD 100MCM CR1 0.87'' S14



37.6 40.9



N362SSPI 2770BPD 200MCM CR1 0.79'' S14



N362SSPI 2260BPD 200MCM CR1 0.79'' S14



N362SSPI 2510BPD 200MCM CR1 0.79'' S14



31.1 34.4



N362SSPI 2070BPD 200MCM CR1 0.79'' S14



27.8



N362SSPI 1890BPD 200MCM CR1 0.79'' S14



6.47



21.2 24.5



N362SSPI 1390BPD 200MCM CR1 0.79'' S14



N362SSPI 1630BPD 200MCM CR1 0.79'' S14



5.47



18.0



N362SSPI 1130BPD 200MCM CR1 0.79'' S14



5.47



4.47



3.47



12.47



11.47



10.47



9.47



8.47



7.47



6.47



5.47



4.47



3.47



12.47



11.47



10.47



9.47



8.47



7.47



4.47



3.47



11.4 14.7



12.47



N362SSPI 940BPD 200MCM CR1 0.79'' S14



N362SSPI 1820BPD 100MCM CR1 0.79'' S14



10.47



9.47



8.47



5.47



N362SSPI 720BPD 200MCM CR1 0.79'' S14



37.6 40.9



N362SSPI 1660BPD 100MCM CR1 0.79'' S14



31.1



27.8 34.4



24.5



N362SSPI 1070BPD 100MCM CR1 0.79'' S14



N362SSPI 1260BPD 100MCM CR1 0.79'' S14



N362SSPI 1380BPD 100MCM CR1 0.79'' S14



7.47



21.2



N362SSPI 1510BPD 100MCM CR1 0.79'' S14



6.47



18.0



N362SSPI 760BPD 100MCM CR1 0.79'' S14



N362SSPI 910BPD 100MCM CR1 0.79'' S14



4.47



14.7



N362SSPI 630BPD 100MCM CR1 0.79'' S14



3.47



m



11.4



ft



Installation Length



N362SSPI 470BPD 100MCM CR1 0.79'' S14



Description



318



254



190



763



699



635



571



507



443



381



318



254



190



666



609



551



496



441



386



333



276



221



165



666



609



551



496



441



386



333



276



221



165



lb



144



115



86



346



317



288



259



230



201



173



144



115



86



302



276



250



225



200



175



151



125



100



75



302



276



250



225



200



175



151



125



100



75



kg



Weight



4.06



4.06



4.06



4.06



4.06



4.06



4.06



4.06



4.06



4.06



4.06



4.06



4.06



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



3.62



103



103



103



103



103



103



103



103



103



103



103



103



103



92



92



92



92



92



92



92



92



92



92



92



92



92



92



92



92



92



92



92



92



mm



Series 3.62



in



1260



1000



760



2010



1820



1630



1480



1320



1160



1010



820



660



500



2770



2510



2260



2070



1890



1630



1390



1130



940



720



1820



1660



1510



1380



1260



1070



910



760



630



470



bpd



200



160



120



320



290



260



235



210



185



160



130



105



80



440



400



360



330



300



260



220



180



150



115



290



265



240



220



200



170



145



120



100



75



m3/day



Nominal capacity



200



200



200



100



100



100



100



100



100



100



100



100



100



200



200



200



200



200



200



200



200



200



200



100



100



100



100



100



100



100



100



100



100



mcm



Filtration rating



SLOTTED SCREEN PUMP INTAKE specification



0.87



0.87



0.87



0.87



0.87



0.87



0.87



0.87



0.87



0.87



0.87



0.87



0.87



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



0.79



in



22



22



22



22



22



22



22



22



22



22



22



22



22



20



20



20



20



20



20



20



20



20



20



20



20



20



20



20



20



20



20



20



20



mm



Shaft diameter



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



TBA



S14 shaft



Part Number



> Miscellaneous Equipment > Filters > Slotted Screen Pump Intake



2018 Page 551



10.47 11.47



27.8 31.1 34.4 37.6 40.9



N406SSPI 2010BPD 200MCM CR1 0.87'' S14



N406SSPI 2260BPD 200MCM CR1 0.87'' S14



N406SSPI 2520BPD 200MCM CR1 0.87'' S14



N406SSPI 2770BPD 200MCM CR1 0.87'' S14



N406SSPI 3020BPD 200MCM CR1 0.87'' S14



12.47



9.47



8.47



7.47



24.5



N406SSPI 1760BPD 200MCM CR1 0.87'' S14



6.47



m



21.2



ft



Installation Length



N406SSPI 1510BPD 200MCM CR1 0.87'' S14



Description



763



699



635



571



507



443



381



346



317



288



259



230



201



173



kg



Weight lb



4.06



4.06



4.06



4.06



4.06



4.06



103



103



103



103



103



103



103



mm



Series 4.06



in



3020



2770



2520



2260



2010



1760



1510



bpd



480



440



400



360



320



280



240



m3/day



Nominal capacity



200



200



200



200



200



200



200



mcm



Filtration rating



0.87



0.87



0.87



0.87



0.87



0.87



0.87



in



22



22



22



22



22



22



22



mm



Shaft diameter



TBA



TBA



TBA



TBA



TBA



TBA



TBA



S14 shaft



Part Number



SLOTTED SCREEN PUMP INTAKE specification continued



> Miscellaneous Equipment > Filters > Slotted Screen Pump Intake



2018 Page 552



> Miscellaneous Equipment > Upper Sand Trap



GLOSSARY UPPER SAND TRAP UST



X-X/X" -XX RD



XXX



XXX Upper Sand Trap Thread size, inches, (see Table 1) Pitch, threads per inch: 8 10 rd - round thread Thread type: EUE - External Upset Ends (for 8rd)* NUE - Non Upset Ends (for 10rd)* S - Short casing thread (51/2" and 53/4" are 8rd only) Corrosion resistance, (see Table 2)



* - for 1.315", 1.660" and 1.900" threads both EUE and NUE options are 10rd only; for 41/2" thread both EUE and NUE options are 8rd only e.g., UST 2-3/8"-8RD EUE UCR Table 1 - Thread size



in



mm



23/8



60



7



2 /8



73



31/2



89



41/2



114



51/2



140



53/4



146



2018 Page 553



> Miscellaneous Equipment > Upper Sand Trap



Table 2 - Corrosion resistance



Abbr.



Full name



Max chemical content, g/l CO2 Cl H2S



Fluid



pH



Description



CR0



Corrosion Re- Slightly aggressive 0.01 sistant 0 fluid



0.01



20



5.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



1.45



200



3.0..9.0



Stainless Steel



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used



Highly aggressive fluid



1.25



UPPER SAND TRAP specification Description



Housing OD in



mm



Installation Length ft



m



Weight lb



kg



Part Number



UST 2-3/8"-10RD NUE CR0



3,15



80



2,76



0,842



14,1



6,4



3012020011



UST 2-3/8"-10RD NUE CR3



3,15



80



2,76



0,842



14,1



6,4



3012020012



UST 2-3/8"-10RD NUE UCR



3,15



80



2,76



0,842



14,1



6,4



3012020021



UST 2-3/8"-8RD EUE CR0



3,15



80



2,76



0,842



14,3



6,5



3012020010



UST 2-3/8"-8RD EUE CR3



3,15



80



2,76



0,842



14,3



6,5



3012020009



UST 2-3/8"-8RD EUE UCR



TBA



TBA



TBA



TBA



TBA



TBA



3012020022



UST 2-7/8"-10RD NUE CR0



3,51



89



2,73



0,831



21,8



9,9



3012010020



UST 2-7/8"-10RD NUE CR3



3,51



89



2,73



0,831



21,8



9,9



3012020004



UST 2-7/8"-10RD NUE UCR



3,51



89



2,73



0,833



21,9



9,9



3012020039



UST 2-7/8"-8RD EUE CR0



3,54



90



2,74



0,836



21,8



9,9



3012010019



UST 2-7/8"-8RD EUE CR3



3,54



90



2,74



0,836



21,8



9,9



3012020007



UST 2-7/8"-8RD EUE UCR



3,54



90



2,73



0,831



21,9



9,9



3012020023



UST 3-1/2"-10RD NUE CR0



4,25



108



3,42



1,041



24,9



11,3



3012020005



UST 3-1/2"-10RD NUE CR3



4,25



108



3,42



1,041



24,9



11,3



3012020008



UST 3-1/2"-10RD NUE UCR



4,25



108



3,42



1,042



27,5



12,5



3012020024



UST 3-1/2"-8RD EUE CR0



4,53



115



3,42



1,041



27,3



12,4



3012020019



UST 3-1/2"-8RD EUE CR3



4,50



114,3



3,42



1,041



27,3



12,4



3012020020



UST 3-1/2"-8RD EUE UCR



TBA



TBA



TBA



TBA



TBA



TBA



3012020025



UST 4-1/2"-8RD NUE CR0



TBA



TBA



TBA



TBA



TBA



TBA



3012020006



UST 4-1/2"-8RD NUE CR3



5,20



132



5,17



1,575



42,1



19,1



3012020026



UST 4-1/2"-8RD NUE UCR



TBA



TBA



TBA



TBA



TBA



TBA



3012020027



UST 4-1/2"-8RD EUE CR0



5,59



142



5,17



1,575



42,6



19,3



3012020028



UST 4-1/2"-8RD EUE CR3



5,55



141



5,17



1,575



46,7



21,2



3012020029



UST 5-3/4"-8RD S CR0



6,54



166



9,22



2,811



329,0



149,2



3050090007



UST 5-3/4"-8RD S CR3



TBA



TBA



TBA



TBA



TBA



TBA



3012020030



2018 Page 554



> Miscellaneous Equipment > Sand Catcher



GLOSSARY SAND catcher N



XXX



SC



XXXX



XXX



XXX



XXX Manufacturer (Novomet) Series, (see Table 1) Sand Catcher Nominal capacity, bpd @60Hz Abrasion resistance, (see Table 2) Corrosion resistance, (see Table 3) Design, (see Table 4)



e.g., N460SC1000 AR3 CR3 D2 Table 1 - Series



Series



HSG OD, in



HSG OD, mm



460



4.60



117



Table 2 - Abrasion resistance



Abbr.



Full name



Description



AR3



Abrasion Resistant 3



For fluid containing solids up to 1050 ptb (3000 mg/l)



Table 3 - Corrosion resistance



Abbr.



Full name



Fluid



CR3



Corrosion Resistant 3



Highly aggressive fluid



Max chemical content, g/l CO2 Cl H2S 1.25



1.45



200



pH



Description



3.0..9.0 Stainless Steel housing, head and base.



Table 4 - Design



Design 0



Standard design



1



With container



2



With tail pipe



3



With container and tail pipe



2018 Page 555



> Miscellaneous Equipment > Sand Catcher



SAND Catcher specification Installation Length



Weight



Housing diameter



Shaft diameter



lb



kg



in



mm



in



40.0



Nomenclature ft



m



N460SC1000 AR3 CR3 D0



2.80



4.60



117



0.79



N460SC1000 AR3 CR3 D4



43.66 13.309 452.0 205.0 4.60



0.854 88.2



117



0.79



Nominal pump flow rate Part bpd m3/day Number mm @ @ 60 Hz 50 Hz 20 1000 125 3031010006 20



1000



125



3031010007



2018 Page 556



> Miscellaneous Equipment > Scale Preventer



GLOSSARY SCALE PREVENTER SP



XXX



XX/X" -XX RD



X



XXX



XXXXBPD



XXX Scale Preventer Series 315 350 449 Type: S - Solid E - Encapsulated D - Displacing Thread size, inches Pitch, threads per inch: 10 RD - round thread Thread type: NUE - Non Upset Ends (for 10rd) Water component in fluid, bpd Corrosion resistance, (see Table 1)



e.g., SP350S 2-3/8"-10RD NUE 160BPD CR0



Table 1 - Thread size



in



mm



3



2 /8



60



27/8



73



1



3 /2



89



41/2



114



51/2



140



53/4



146



2018 Page 557



> Miscellaneous Equipment > Scale Preventer



Table 2 - Corrosion resistance



Max chemical content, g/l CO2 Cl H 2S



Abbr.



Full name



Fluid



pH



Description



CR0



Corrosion Resistant 0



Slightly aggressive fluid



0.01



0.01



20



5.0..8.5



Carbon Steel



CR1



Corrosion Resistant 1



Moderately aggressive fluid



1.25 0.01



0.01 1.45



200



4.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0 Stainless Steel



SCALE PREVENTER specification Description



Housing diameters in



mm



Weight lb



kg



Part Number



SP350S 2-3/8"-10RD NUE 95BPD CR0



3.50



89



399



181



3013010011



SP350S 2-3/8"-10RD NUE 160BPD CR0



3.50



89



560



254



3013010002



SP350S 2-3/8"-10RD NUE 315BPD CR0



3.50



89



721



327



3013010004



SP350S 2-3/8"-10RD NUE 500BPD CR0



3.50



89



1063



482



3013010006



SP350S 2-3/8"-10RD NUE 630BPD CR0



3.50



89



1224



555



3013010008



SP350S 2-3/8"-10RD NUE 790BPD CR0



3.50



89



1385



628



3013010010



SP350S 2-3/8"-10RD NUE 95BPD CR0



3.50



89



399



181



3013010024



SP350S 2-3/8"-10RD NUE 160BPD CR0



3.50



89



560



254



3013010021



SP350S 2-3/8"-10RD NUE 315BPD CR0



3.50



89



721



327



3013010015



SP350S 2-3/8"-10RD NUE 500BPD CR0



3.50



89



1063



482



3013010016



SP350S 2-3/8"-10RD NUE 630BPD CR0



3.50



89



1224



555



3013010022



SP350S 2-3/8"-10RD NUE 790BPD CR0



3.50



89



1385



628



3013010023



SP315E 2-3/8"-10RD NUE 250BPD CR0



3.15



80



1715



778



3013010038



SP315E 2-3/8"-10RD NUE 380BPD CR0



3.15



80



2287



1037



3013010039



SP449E 2-3/8"-10RD NUE 160BPD CR0



4.50



114



553



251



3013010028



SP449E 2-3/8"-10RD NUE 315BPD CR0



4.50



114



1087



493



3013010029



SP449E 2-3/8"-10RD NUE 630BPD CR0



4.50



114



2154



977



3013010030



SP449E 2-3/8"-10RD NUE 940BPD CR0



4.50



114



3222



1461



3013010031



23/8" -10rd NUE thread is used for Novomet motor base. Other thread sizes are available on Customer request. CR1 and CR3 modifications are available on Customer request.



2018 Page 558



> Miscellaneous Equipment > Shroud



GLOSSARY SHROUD SHROUD



XXXI/XXXM



XXX



XXXFT



XXX



X/X" Motor Shroud Intake/Motor series Single and Tandem shrouds: SGL - Single DBL - Double TRP - Triple UT - Upper Tandem CT - Center Tandem LT - Lower Tandem Shroud length, ft Corrosion resistance, (see Table 1) Size of slot for capillary tube, inches, if required



e.g., SHROUD 362-406I/406M SGL 23FT CR0 1/4"



Table 1 - Corrosion resistance



Abbr.



Full name



Fluid



Max chemical content, g/l CO2 Cl H2S



pH



Description



CR0



Corrosion Re- Slightly aggressive 0.01 sistant 0 fluid



0.01



20



5.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



1.45



200



3.0..9.0



Stainless Steel



Highly aggressive fluid



1.25



2018 Page 559



> Miscellaneous Equipment > Shroud



Shroud specification single section Description



Intake series



Motor series



Housing OD Housing ID in



mm



in



mm



Installation Length



Part Number



ft



m



SHROUD 272INTAKE/319MOTOR SGL 9.8FT CR0



9 .84



3 .00



3014040211



SHROUD 272INTAKE/319MOTOR SGL 13.1FT CR0



13 .12



4 .00



3014040180



SHROUD 272INTAKE/319MOTOR SGL 16.4FT CR0



16 .41



5 .00



3014040185



SHROUD 272INTAKE/319MOTOR SGL 19.7FT CR0



19 .69



6 .00



3014040190



SHROUD 272INTAKE/319MOTOR SGL 23FT CR0



272



319



4 .21



107



3 .94



100



22 .97



7 .00



3014040195



SHROUD 272INTAKE/319MOTOR SGL 26.2FT CR0



26 .25



8 .00



3014040200



SHROUD 272INTAKE/319MOTOR SGL 29.5FT CR0



29 .53



9 .00



3014040205



SHROUD 272INTAKE/319MOTOR SGL 32.8FT CR0



32 .81 10 .00



3014040210



SHROUD 319INTAKE/319MOTOR SGL 9.8FT CR0



9 .84



3 .00



3014040247



SHROUD 319INTAKE/319MOTOR SGL 13.1FT CR0



13 .12



4 .00



3014040242



SHROUD 319INTAKE/319MOTOR SGL 16.4FT CR0



16 .41



5 .00



3014040237



SHROUD 319INTAKE/319MOTOR SGL 19.7FT CR0



19 .69



6 .00



3014040232



22 .97



7 .00



3014040227 3014040222



SHROUD 319INTAKE/319MOTOR SGL 23FT CR0



319



319



4 .33



110



4 .08



103 .5



SHROUD 319INTAKE/319MOTOR SGL 26.2FT CR0



26 .25



8 .00



SHROUD 319INTAKE/319MOTOR SGL 29.5FT CR0



29 .53



9 .00



3014040217



SHROUD 319INTAKE/319MOTOR SGL 32.8FT CR0



32 .81 10 .00



3014040212



SHROUD 338INTAKE/378MOTOR SGL 9.8FT CR0



9 .84



3 .00



3014030177



SHROUD 338INTAKE/378MOTOR SGL 13.1FT CR0



13 .12



4 .00



3014030182



SHROUD 338INTAKE/378MOTOR SGL 16.4FT CR0



16 .41



5 .00



3014030187 3014030192



SHROUD 338INTAKE/378MOTOR SGL 19.7FT CR0



19 .69



6 .00



22 .97



7 .00



3014030197



SHROUD 338INTAKE/378MOTOR SGL 26.2FT CR0



26 .25



8 .00



3014030203



SHROUD 338INTAKE/378MOTOR SGL 23FT CR0



338



338



4 .65



118



TBA



TBA



SHROUD 338INTAKE/378MOTOR SGL 29.5FT CR0



29 .53



9 .00



3014030208



SHROUD 338INTAKE/378MOTOR SGL 32.8FT CR0



32 .81 10 .00



3014030213



SHROUD 362INTAKE/406MOTOR SGL 9.8FT CR0



9 .84



3 .00



3014010275 3014010280



SHROUD 362INTAKE/406MOTOR SGL 13.1FT CR0



13 .12



4 .00



SHROUD 362INTAKE/406MOTOR SGL 17.1FT CR0



16 .41



5 .00



3014010285



SHROUD 362INTAKE/406MOTOR SGL 19.7FT CR0



19 .69



6 .00



3014010290



SHROUD 362INTAKE/406MOTOR SGL 23FT CR0



362



406



4 .86



123 .5



TBA



TBA



22 .97



7 .00



3014010295



SHROUD 362INTAKE/406MOTOR SGL 26.2FT CR0



26 .25



8 .00



3014010300



SHROUD 362INTAKE/406MOTOR SGL 29.5FT CR0



29 .53



9 .00



3014010305



SHROUD 362INTAKE/406MOTOR SGL 32.8FT CR0



32 .81 10 .00



3014010310



SHROUD 362INTAKE/460MOTOR SGL 9.8FT CR0 1/4"



9 .84



3 .00



3014020785



SHROUD 362INTAKE/460MOTOR SGL 13.1FT CR0 1/4"



13 .12



4 .00



3014020790



SHROUD 362INTAKE/460MOTOR SGL 17.1FT CR0 1/4"



16 .41



5 .00



3014020795



SHROUD 362INTAKE/460MOTOR SGL 19.7FT CR0 1/4"



19 .69



6 .00



3014020800



22 .97



7 .00



3014020805



SHROUD 362INTAKE/460MOTOR SGL 26.2FT CR0 1/4"



26 .25



8 .00



3014020810



SHROUD 362INTAKE/460MOTOR SGL 29.5FT CR0 1/4"



29 .53



9 .00



3014020815



SHROUD 362INTAKE/460MOTOR SGL 32.8FT CR0 1/4"



32 .81 10 .00



3014020820



SHROUD 362INTAKE/460MOTOR SGL 23FT CR0 1/4"



362



460



5 .59



142



4 .88



124



2018 Page 560



> Miscellaneous Equipment > Shroud



Intake series



Description



Motor series



Housing OD Housing ID in



mm



in



mm



Installation Length ft



m



Part Number



SHROUD 406INTAKE/460MOTOR SGL 9.8FT CR0



9 .84



3 .00



SHROUD 406INTAKE/460MOTOR SGL 13.1FT CR0



13 .12



4 .00



3014020874



SHROUD 406INTAKE/460MOTOR SGL 17.1FT CR0



16 .41



5 .00



3014020879



SHROUD 406INTAKE/460MOTOR SGL 19.7FT CR0



3014020869



19 .69



6 .00



3014020884



22 .97



7 .00



3014020889



SHROUD 406INTAKE/460MOTOR SGL 26.2FT CR0



26 .25



8 .00



3014020894



406



SHROUD 406INTAKE/460MOTOR SGL 23FT CR0



460



5 .59



142



4 .88



124



SHROUD 406INTAKE/460MOTOR SGL 29.5FT CR0



29 .53



9 .00



3014020899



SHROUD 406INTAKE/460MOTOR SGL 32.8FT CR0



32 .81 10 .00



3014020904



SHROUD 449INTAKE/512MOTOR SGL 9.8FT CR0 1/4"



9 .84



3 .00



3014050248 3014050243



SHROUD 449INTAKE/512MOTOR SGL 13.1FT CR0 1/4"



13 .12



4 .00



SHROUD 449INTAKE/512MOTOR SGL 16.4FT CR0 1/4"



16 .41



5 .00



3014050238



SHROUD 449INTAKE/512MOTOR SGL 19.7FT CR0 1/4"



19 .69



6 .00



3014050233



449



SHROUD 449INTAKE/512MOTOR SGL 23FT CR0 1/4"



512



5 .91



150



5 .28



134



22 .97



7 .00



3014050228



SHROUD 449INTAKE/512MOTOR SGL 26.2FT CR0 1/4"



26 .25



8 .00



3014050223



SHROUD 449INTAKE/512MOTOR SGL 29.5FT CR0 1/4"



29 .53



9 .00



3014050218



SHROUD 449INTAKE/512MOTOR SGL 32.8FT CR0 1/4"



32 .81 10 .00



3014050213



SHROUD 535INTAKE/562MOTOR SGL 9.8FT CR0 1/4"



9 .84



3 .00



3014060142



SHROUD 535INTAKE/562MOTOR SGL 13.1FT CR0 1/4"



13 .12



4 .00



3014060137



SHROUD 535INTAKE/562MOTOR SGL 16.4FT CR0 1/4"



16 .41



5 .00



3014060132



SHROUD 535INTAKE/562MOTOR SGL 19.7FT CR0 1/4"



19 .69



6 .00



3014060127



22 .97



7 .00



3014060122



SHROUD 535INTAKE/562MOTOR SGL 26.2FT CR0 1/4"



26 .25



8 .00



3014060117



SHROUD 535INTAKE/562MOTOR SGL 29.5FT CR0 1/4"



29 .53



9 .00



3014060112



SHROUD 535INTAKE/562MOTOR SGL 32.8FT CR0 1/4"



32 .81 10 .00



3014060107



449



SHROUD 535INTAKE/562MOTOR SGL 23FT CR0 1/4"



512



5 .91



150



5 .28



134



double section Description



Intake series



Motor series



Housing OD Housing ID



m



SHROUD 319INTAKE/319MOTOR DBL 29.5FT CR0 1/4"



29 .53



9 .00



SHROUD 319INTAKE/319MOTOR DBL 32.8FT CR0 1/4"



32 .81 10 .00



3014040135



SHROUD 319INTAKE/319MOTOR DBL 36.1FT CR0 1/4"



36 .09 11 .00



3014040140



SHROUD 319INTAKE/319MOTOR DBL 39.4FT CR0 1/4"



39 .37 12 .00



3014040145



SHROUD 319INTAKE/319MOTOR DBL 42 .6FT CR0 1/4"



SHROUD 319INTAKE/319MOTOR DBL 49.2FT CR0 1/4"



319



319



4 .33



mm



110



in



3 .94



mm



Part Number



ft



SHROUD 319INTAKE/319MOTOR DBL 46FT CR0 1/4"



in



Installation Length



100



3014040130



42 .65 13 .00



3014040150



45 .93 14 .00



3014040155



49 .22 15 .00



3014040160



SHROUD 319INTAKE/319MOTOR DBL 52.5FT CR0 1/4"



52 .50 16 .00



3014040165



SHROUD 319INTAKE/319MOTOR DBL 55.8FT CR0 1/4"



55 .78 17 .00



3014040170



SHROUD 319INTAKE/319MOTOR DBL 59.1FT CR0 1/4"



59 .06 18 .00



3014040175



2018 Page 561



> Miscellaneous Equipment > Shroud



Description



Intake series



Motor series



Housing OD Housing ID in



mm



in



mm



Installation Length



Part Number



ft



m



SHROUD 338INTAKE/378MOTOR DBL 29.5FT CR0 1/4"



29 .53



9 .00



3014030304



SHROUD 338INTAKE/378MOTOR DBL 32.8FT CR0 1/4"



32 .81 10 .00



3014030299



SHROUD 338INTAKE/378MOTOR DBL 36.1FT CR0 1/4"



36 .09 11 .00



3014030294



SHROUD 338INTAKE/378MOTOR DBL 39.4FT CR0 1/4"



39 .37 12 .00



3014030289



SHROUD 338INTAKE/378MOTOR DBL 42.6FT CR0 1/4"



42 .65 13 .00



3014030284



45 .93 14 .00



3014030279



SHROUD 338INTAKE/378MOTOR DBL 46FT CR0 1/4"



338



338



4 .88



124



4 .65



118



SHROUD 338INTAKE/378MOTOR DBL 49.2FT CR0 1/4"



49 .22 15 .00



3014030274



SHROUD 338INTAKE/378MOTOR DBL 52.5FT CR0 1/4"



52 .50 16 .00



3014030269



SHROUD 338INTAKE/378MOTOR DBL 55.8FT CR0 1/4"



55 .78 17 .00



3014030264 3014030259



SHROUD 338INTAKE/378MOTOR DBL 59.1FT CR0 1/4"



59 .06 18 .00



SHROUD 362INTAKE/406MOTOR DBL 29.5FT CR0 1/4"



29 .53



9 .00



3014010401



SHROUD 362INTAKE/406MOTOR DBL 33.5FT CR0 1/4"



32 .81 10 .00



3014010396



SHROUD 362INTAKE/406MOTOR DBL 36.7FT CR0 1/4"



36 .09 11 .00



3014010390



SHROUD 362INTAKE/406MOTOR DBL 40.7FT CR0 1/4"



39 .37 12 .00



3014010384



SHROUD 362INTAKE/406MOTOR DBL 42.6FT CR0 1/4"



42 .65 13 .00



3014010381



45 .93 14 .00



3014010376



SHROUD 362INTAKE/406MOTOR DBL 46FT CR0 1/4"



362



406



4 .86



123 .5



4 .45



113



SHROUD 362INTAKE/406MOTOR DBL 48.6FT CR0 1/4"



49 .22 15 .00



3014010372



SHROUD 362INTAKE/406MOTOR DBL 51.8FT CR0 1/4"



52 .50 16 .00



3014010367



SHROUD 362INTAKE/406MOTOR DBL 55.8FT CR0 1/4"



55 .78 17 .00



3014010361



SHROUD 362INTAKE/406MOTOR DBL 59.1FT CR0 1/4"



59 .06 18 .00



3014010356



SHROUD 362INTAKE/460MOTOR DBL 29.5FT CR0 1/4"



29 .53



3014020536



9 .00



SHROUD 362INTAKE/460MOTOR DBL 32.8FT CR0 1/4"



32 .81 10 .00



3014020541



SHROUD 362INTAKE/460MOTOR DBL 36.1FT CR0 1/4"



36 .09 11 .00



3014020546



SHROUD 362INTAKE/460MOTOR DBL 39.4FT CR0 1/4"



39 .37 12 .00



3014020535



SHROUD 362INTAKE/460MOTOR DBL 42.6FT CR0 1/4"



42 .65 13 .00



3014020555



45 .93 14 .00



3014020560



SHROUD 362INTAKE/460MOTOR DBL 49.2FT CR0 1/4"



49 .22 15 .00



3014020565 3014020570



SHROUD 362INTAKE/460MOTOR DBL 46FT CR0 1/4"



362



460



5 .88



149 .4



5 .51



140



SHROUD 362INTAKE/460MOTOR DBL 52.5FT CR0 1/4"



52 .50 16 .00



SHROUD 362INTAKE/460MOTOR DBL 55.8FT CR0 1/4"



55 .78 17 .00



3014020575



SHROUD 362INTAKE/460MOTOR DBL 59.1FT CR0 1/4"



59 .06 18 .00



3014020580



SHROUD 406INTAKE/460MOTOR DBL 29.5FT CR0 1/4"



29 .53



9 .00



3014020365



SHROUD 406INTAKE/460MOTOR DBL 32.8FT CR0 1/4"



32 .81 10 .00



3014020370



SHROUD 406INTAKE/460MOTOR DBL 36.1FT CR0 1/4"



36 .09 11 .00



3014020375



SHROUD 406INTAKE/460MOTOR DBL 39.4FT CR0 1/4"



39 .37 12 .00



3014020380



SHROUD 406INTAKE/460MOTOR DBL 42.6FT CR0 1/4"



42 .65 13 .00



3014020385



45 .93 14 .00



3014020389



SHROUD 406INTAKE/460MOTOR DBL 46FT CR0 1/4"



406



460



5 .88



149 .4



5 .51



140



SHROUD 406INTAKE/460MOTOR DBL 49.2FT CR0 1/4"



49 .22 15 .00



3014020394



SHROUD 406INTAKE/460MOTOR DBL 52.5FT CR0 1/4"



52 .50 16 .00



3014020399



SHROUD 406INTAKE/460MOTOR DBL 55.8FT CR0 1/4"



55 .78 17 .00



3014020404



SHROUD 406INTAKE/460MOTOR DBL 59.1FT CR0 1/4"



59 .06 18 .00



3014020409



2018 Page 562



> Miscellaneous Equipment > Shroud



Description



Intake series



Motor series



Housing OD Housing ID



m



SHROUD 449INTAKE/512MOTOR DBL 29.5FT CR0 1/4"



29 .53



9 .00



SHROUD 449INTAKE/512MOTOR DBL 32.8FT CR0 1/4"



32 .81 10 .00



3014050172



SHROUD 449INTAKE/512MOTOR DBL 36.1FT CR0 1/4"



36 .09 11 .00



3014050177



SHROUD 449INTAKE/512MOTOR DBL 39.4FT CR0 1/4"



39 .37 12 .00



3014050182



SHROUD 449INTAKE/512MOTOR DBL 42.6FT CR0 1/4"



42 .65 13 .00



3014050187



45 .93 14 .00



3014050192



449



512



6 .28



mm



159 .4



in



5 .91



mm



Part Number



ft



SHROUD 449INTAKE/512MOTOR DBL 46FT CR0 1/4"



in



Installation Length



150



3014050167



SHROUD 449INTAKE/512MOTOR DBL 49.2FT CR0 1/4"



49 .22 15 .00



3014050197



SHROUD 449INTAKE/512MOTOR DBL 52.5FT CR0 1/4"



52 .50 16 .00



3014050202



SHROUD 449INTAKE/512MOTOR DBL 55.8FT CR0 1/4"



55 .78 17 .00



3014050207



SHROUD 449INTAKE/512MOTOR DBL 59.1FT CR0 1/4"



59 .06 18 .00



3014050212



SHROUD 535INTAKE/562MOTOR DBL 29.5FT CR0 1/4"



29 .53



9 .00



3014060020



SHROUD 535INTAKE/562MOTOR DBL 32.8FT CR0 1/4"



32 .81 10 .00



3014060025



SHROUD 535INTAKE/562MOTOR DBL 36.1FT CR0 1/4"



36 .09 11 .00



3014060030



SHROUD 535INTAKE/562MOTOR DBL 39.4FT CR0 1/4"



39 .37 12 .00



3014060035



42 .65 13 .00



3014060040



45 .93 14 .00



3014060045



SHROUD 535INTAKE/562MOTOR DBL 42.6FT CR0 1/4" SHROUD 535INTAKE/562MOTOR DBL 46FT CR0 1/4"



535



562



6 .93



176



6 .61



168



SHROUD 535INTAKE/562MOTOR DBL 49.2FT CR0 1/4"



49 .22 15 .00



3014060018



SHROUD 535INTAKE/562MOTOR DBL 52.5FT CR0 1/4"



52 .50 16 .00



3014060052



SHROUD 535INTAKE/562MOTOR DBL 55.8FT CR0 1/4"



55 .78 17 .00



3014060057



SHROUD 535INTAKE/562MOTOR DBL 59.1FT CR0 1/4"



59 .06 18 .00



3014060062



triple section Description



Intake series



Motor series



Housing OD Housing ID in



mm



in



mm



SHROUD 338INTAKE/378MOTOR TRP 59.7FT CR0 1/4"



Installation Length ft



m



59 .71 18 .20



Part Number 3014030214



SHROUD 338INTAKE/378MOTOR TRP 62.3FT CR0 1/4"



62 .34 19 .00



3014030218



SHROUD 338INTAKE/378MOTOR TRP 65.6FT CR0 1/4"



64 .96 19 .80



3014030223



SHROUD 338INTAKE/378MOTOR TRP 68.9FT CR0 1/4"



68 .90 21 .00



3014030228



SHROUD 338INTAKE/378MOTOR TRP 72.2FT CR0 1/4"



72 .18 22 .00



3014030233



75 .46 23 .00



3014030238



SHROUD 338INTAKE/378MOTOR TRP 75.5FT CR0 1/4"



338



378



TBA



TBA



TBA



TBA



SHROUD 338INTAKE/378MOTOR TRP 78.7FT CR0 1/4"



78 .74 24 .00



3014030243



SHROUD 338INTAKE/378MOTOR TRP 82FT CR0 1/4"



82 .03 25 .00



3014030248



SHROUD 338INTAKE/378MOTOR TRP 85.3FT CR0 1/4"



85 .31 26 .00



3014030253



SHROUD 338INTAKE/378MOTOR TRP 88.6FT CR0 1/4"



88 .59 27 .00



3014030258



SHROUD 362INTAKE/406MOTOR TRP 59.7FT CR0 1/4"



59 .71 18 .20



3014010355



SHROUD 362INTAKE/406MOTOR TRP 62.3FT CR0 1/4"



62 .34 19 .00



3014010351



SHROUD 362INTAKE/406MOTOR TRP 65FT CR0 1/4"



64 .96 19 .80



3014010347



SHROUD 362INTAKE/406MOTOR TRP 68.9FT CR0 1/4"



68 .90 21 .00



3014010341



SHROUD 362INTAKE/406MOTOR TRP 72.2FT CR0 1/4"



72 .18 22 .00



3014010336



SHROUD 362INTAKE/406MOTOR TRP 75.5FT CR0 1/4"



362



406



5 .24



133



4 .86



123 .5



75 .46 23 .00



3014010331



SHROUD 362INTAKE/406MOTOR TRP 78.7FT CR0 1/4"



78 .74 24 .00



3014010326



SHROUD 362INTAKE/406MOTOR TRP 82FT CR0 1/4"



82 .03 25 .00



3014010321



SHROUD 362INTAKE/406MOTOR TRP 85.3FT CR0 1/4"



85 .31 26 .00



3014010316



SHROUD 362INTAKE/406MOTOR TRP 88.6FT CR0 1/4"



88 .59 27 .00



3014010311



2018 Page 563



> Miscellaneous Equipment > Shroud



Description



Intake series



Motor series



Housing OD Housing ID in



mm



in



mm



Installation Length ft



m



Part Number



SHROUD 362INTAKE/460MOTOR TRP 59.7FT CR0 1/4"



59 .71 18 .20



3014021042



SHROUD 362INTAKE/460MOTOR TRP 62.3FT CR0 1/4"



62 .34 19 .00



3014021038



SHROUD 362INTAKE/460MOTOR TRP 65.6FT CR0 1/4"



64 .96 19 .80



3014021033



SHROUD 362INTAKE/460MOTOR TRP 68.9FT CR0 1/4"



68 .90 21 .00



3014021028



72 .18 22 .00



3014021023



75 .46 23 .00



3014021018



SHROUD 362INTAKE/460MOTOR TRP 72.2FT CR0 1/4" SHROUD 362INTAKE/460MOTOR TRP 75.5FT CR0 1/4"



362



460



5 .88



149 .4



5 .51



140



SHROUD 362INTAKE/460MOTOR TRP 78.7FT CR0 1/4"



78 .74 24 .00



3014021013



SHROUD 362INTAKE/460MOTOR TRP 82FT CR0 1/4"



82 .03 25 .00



3014021008



SHROUD 362INTAKE/460MOTOR TRP 85.3FT CR0 1/4"



85 .31 26 .00



3014021003



SHROUD 362INTAKE/460MOTOR TRP 88.6FT CR0 1/4"



88 .59 27 .00



3014020998



SHROUD 406INTAKE/460MOTOR TRP 59.7FT CR0 1/4"



59 .71 18 .20



3014020581



SHROUD 406INTAKE/460MOTOR TRP 62.3FT CR0 1/4"



62 .34 19 .00



3014020585



SHROUD 406INTAKE/460MOTOR TRP 65.6FT CR0 1/4"



64 .96 19 .80



3014020590



SHROUD 406INTAKE/460MOTOR TRP 68.9FT CR0 1/4"



68 .90 21 .00



3014020594



72 .18 22 .00



3014020598



SHROUD 406INTAKE/460MOTOR TRP 72.2FT CR0 1/4" SHROUD 406INTAKE/460MOTOR TRP 75.5FT CR0 1/4"



406



460



TBA



TBA



TBA



TBA



75 .46 23 .00



3014020603



SHROUD 406INTAKE/460MOTOR TRP 78.7FT CR0 1/4"



78 .74 24 .00



3014020608



SHROUD 406INTAKE/460MOTOR TRP 82FT CR0 1/4"



82 .03 25 .00



3014020613



SHROUD 406INTAKE/460MOTOR TRP 85.3FT CR0 1/4"



85 .31 26 .00



3014020618



SHROUD 406INTAKE/460MOTOR TRP 88.6FT CR0 1/4"



88 .59 27 .00



3014020623



SHROUD 449INTAKE/512MOTOR TRP 59.7FT CR0 1/4"



59 .71 18 .20



3014050122



SHROUD 449INTAKE/512MOTOR TRP 62.3FT CR0 1/4"



62 .34 19 .00



3014050126



SHROUD 449INTAKE/512MOTOR TRP 65.6FT CR0 1/4"



64 .96 19 .80



3014050131



SHROUD 449INTAKE/512MOTOR TRP 68.9FT CR0 1/4"



68 .90 21 .00



3014050136



SHROUD 449INTAKE/512MOTOR TRP 72.2FT CR0 1/4" SHROUD 449INTAKE/512MOTOR TRP 75.5FT CR0 1/4"



449



512



6 .28



159 .4



5 .91



150



72 .18 22 .00



3014050141



75 .46 23 .00



3014050146



SHROUD 449INTAKE/512MOTOR TRP 78.7FT CR0 1/4"



78 .74 24 .00



3014050151



SHROUD 449INTAKE/512MOTOR TRP 82FT CR0 1/4"



82 .03 25 .00



3014050156



SHROUD 449INTAKE/512MOTOR TRP 85.3FT CR0 1/4"



85 .31 26 .00



3014050161



SHROUD 449INTAKE/512MOTOR TRP 88.6FT CR0 1/4"



88 .59 27 .00



3014050166



SHROUD 535INTAKE/562MOTOR TRP 59.7FT CR0 1/4"



59 .71 18 .20



3014060065 3014060069



SHROUD 535INTAKE/562MOTOR TRP 62.3FT CR0 1/4"



62 .34 19 .00



SHROUD 535INTAKE/562MOTOR TRP 65.6FT CR0 1/4"



64 .96 19 .80



3014060017



SHROUD 535INTAKE/562MOTOR TRP 68.9FT CR0 1/4"



68 .90 21 .00



3014060078



SHROUD 535INTAKE/562MOTOR TRP 72.2FT CR0 1/4" SHROUD 535INTAKE/562MOTOR TRP 75.5FT CR0 1/4"



535



562



TBA



TBA



TBA



TBA



72 .18 22 .00



3014060064



75 .46 23 .00



3014060086



SHROUD 535INTAKE/562MOTOR TRP 78.7FT CR0 1/4"



78 .74 24 .00



3014060091



SHROUD 535INTAKE/562MOTOR TRP 82FT CR0 1/4"



82 .03 25 .00



3014060096



SHROUD 535INTAKE/562MOTOR TRP 85.3FT CR0 1/4"



85 .31 26 .00



3014060101



SHROUD 535INTAKE/562MOTOR TRP 88.6FT CR0 1/4"



88 .59 27 .00



3014060106



2018 Page 564



> Miscellaneous Equipment > Pump/Motor Clamp



GLOSSARY PUMP/MOTOR CLAMP PUMP/MOTOR CLAMP



XXX..XXX SERIES



XTON Pump/Motor Clamp Range of Pump/Motor series Load capacity, ton



e.g., PUMP/MOTOR CLAMP 338..449SERIES 5TON



PUMP/MOTOR CLAMP specification Description



Enclosed diameters



Load capacity



Application



Part Number



3000



Pump, Gas separator and Protector of 272 series, Motor of 319 series



2059010164



3000



Pump, Gas separator and Protector of 272 and 319 series, Motor of 319 series



3020010011



Pump, Gas separator, Protector and Motor of 319 series



3020010019



Pump and Gas separator of 338, 362, 406 and 449 series. Protector of 338, 362 and 406 series. Motor of 378 and 406 series.



3020010007



Pump and Protector of 362, 406 and 449 series. Motor of 378, 406 and 460 series.



3020010015



3000



Shroud for Motor of 406 series.



3020010006



11025



5000



Pump and Gas separator of 449, 484 and 512 series. Protector of 449 and 484 series. Motor of 512 series.



3020020002



140



6615



3000



Shroud for Motor of 460 series.



3020010003



5.35 - 5.62



136 - 143



11025



5000



Pump of 535 series. Protector of 535 series. Motor of 562 series.



3020010009



5.35 - 5.62



136 - 143



33075 15000



Pump and Gas Separator of 535 series. Protector of 535 series. Motor of 562 series.



3020010018



6.02



153



Shroud for Motor of 512 series.



3020010012



in



mm



lb



kg



PUMP/MOTOR CLAMP 276 SERIES 3TON



2.72 - 3.19



69 - 81



6615



PUMP/MOTOR CLAMP 272..319SERIES 3TON



2.72 - 3.19



69 - 81



6615



PUMP/MOTOR CLAMP 319SERIES 15TON



3.19 - 3.70



81 - 94



33075 15000



PUMP/MOTOR CLAMP 338..449SERIES 5TON



3.38 - 4.49



86 - 114



11025



PUMP/MOTOR CLAMP 460SERIES 10TON*



3.62 - 4.60



92 - 117



22050 10000



4.06



103



6615



4.49 - 5.12



114 - 130



5.51



PUMP/MOTOR CLAMP 535..562SERIES 5TON



PUMP/MOTOR CLAMP 535..562SERIES 15TON



SHROUD ELEVATOR 406SERIES 3TON



PUMP/MOTOR CLAMP 449..512SERIES 5TON



SHROUD ELEVATOR 551SERIES 3TON



SHROUD ELEVATOR 600SERIES 3TON



6615



5000



3000



2018 Page 565



> Miscellaneous Equipment > Pump/Motor Clamp



Description



Enclosed diameters



Load capacity



Application



Part Number



7000



Pump of 677 series. Protector of 677 series.



3020020001



5000



Pump of 740 series. Motor of 744 series.



3020010001



33075 15000



Pump of 740 series. Motor of 744 series.



3020010017



Pump and Gas separator of 362 and 406. Protector of 362 and 406 series. Motor of 406 and 460 series.



3020010002



in



mm



lb



kg



PUMP/MOTOR CLAMP 677SERIES 7TON



6.77



172



15435



PUMP/MOTOR CLAMP 744SERIES 5TON



7.40 - 7.44



188 - 189



11025



PUMP/MOTOR CLAMP 744SERIES 15TON



7.44



189



3.62 - 4.60



92 - 117



EUTI546.000 PUMP/MOTOR CLAMP HEU-3



6615



3000



*PUMP/MOTOR CLAMP 460SERIES 10TON is used instead of EUTI546.000 PUMP/MOTOR CLAMP HEU-3 * Quantity of PUMP-MOTOR CLAMPS depends on type of equipment: 2 pcs for Pumps, 1 pcs for single motors and shrouds, 2 pcs for tandem motors and shrouds



2018 Page 566



> Miscellaneous Equipment > Cable Band



GLOSSARY CABLE BAND CABLE BAND



XX"



XXX Cable band Length, inches, (see Table 1) Corrosion resistance, (see Table 2)



e.g., CABLE BAND 12" CR0 Table 1



Length in



mm



8



210



12



300



14



350



16



400



18



450



20



500



24



600



33



850



Table 2 - Corrosion resistance



Fluid



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



pH



Description



CR0



Corrosion Resistant 0



Slightly aggressive 0.01 fluid



0.01



20



5.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



Highly aggressive fluid



1.25



1.45



200



3.0..9.0



Stainless Steel



UCR



Ultra Corrosion Resistant



Extremely aggressive fluid



>1.25



1.45



200



3.0..9.0



Monel



2018 Page 567



> Miscellaneous Equipment > Cable Band



CABLE BAND specification Tubing OD



Description



in



ESP Component OD*



mm



in



mm



Length in



mm



Weight oz



kg



Part Number



CABLE BAND 8" CR0



11/2



48



2.72



69



8.3



210



2.12



0.06



2118010015



CABLE BAND 12" CR0



23/8; 27/8



60; 73



3.19



81



11.8



300



2.82



0.08



2118010006



CABLE BAND 14" CR0



31/2



89



3.19; 3.38



81; 86



13.8



350



3.17



0.09



2118010001



CABLE BAND 16" CR0



4



102



3.62; 4.06



92; 103



15.7



400



3.53



0.10



2118010002



CABLE BAND 18" CR0



41/2



114



4.49; 4.84



114; 123



17.7



450



3.88



0.11



2118010004



CABLE BAND 20" CR0



5; 5 /2



127; 140



5.35



136



19.7



500



4.59



0.13



2118010007



CABLE BAND 24" CR0



53/4



146



6.77



172



23.6



600



4.94



0.14



2118010003



1



CABLE BAND 8" CR3



11/2



48



2.72



69



8.3



210



2.12



0.06



2118010016



CABLE BAND 12" CR3



2 /8; 27/8



60; 73



3.19



81



11.8



300



2.82



0.08



2118010009



CABLE BAND 14" CR3



31/2



89



3.19; 3.38



81; 86



13.8



350



3.17



0.09



2118010010



CABLE BAND 16" CR3



4



102



3.62; 4.06



92; 103



15.7



400



3.53



0.10



2118010011



CABLE BAND 18" CR3



1



4 /2



114



4.49; 4.84



114; 123



17.7



450



3.88



0.11



2118010013



CABLE BAND 20" CR3



5; 51/2



127; 140



5.35



136



19.7



500



4.59



0.13



2118010014



CABLE BAND 24" CR3



53/4



146



6.77



172



23.6



600



4.94



0.14



2118010012



CABLE BAND 8" UCR



11/2



48



2.72



69



8.3



210



2.12



0.06



2118010023



CABLE BAND 12" UCR



23/8; 27/8



60; 73



3.19



81



11.8



300



2.82



0.08



2118010017



CABLE BAND 14" UCR



31/2



89



3.19; 3.38



81; 86



13.8



350



3.17



0.09



2118010018



CABLE BAND 16" UCR



4



102



3.62; 4.06



92; 103



15.7



400



3.53



0.10



2118010019



CABLE BAND 18" UCR



1



4 /2



114



4.49; 4.84



114; 123



17.7



450



3.88



0.11



2118010021



CABLE BAND 20" UCR



5; 51/2



127; 140



5.35



136



19.7



500



4.59



0.13



2118010022



CABLE BAND 24" UCR



53/4



146



6.77



172



23.6



600



4.94



0.14



2118010020



CABLE PROTECTOR 73B/2



11/2



48



2.72



69



8.3



210



2.12



0.06



3035010005



3



* - In case MLE Guard is not available, Cable bands shall be used. To make accurate design, please refer to the above table, column "ESP Component OD". To calculate the number of Cable bands (type is based on tubing OD) the here below order shall be followed: Divide Pump setting depth (in ft) by 13, then add extra 15%. E.g., for 449 series pump Cable band of 18" to be used.



2018 Page 568



> Miscellaneous Equipment > MLE Guard



GLOSSARY MLE GUARD MLE GUARD



XXXX



XXX



MODX MLE GUARD Type: Pump XXX series Protector XXX series Corrosion resistance, (see Table 1) Modification, (see Table 2)



e.g., MLE GUARD PUMP338SERIES CR3 MOD1 Table 1 - Corrosion resistance



Max chemical content, g/l CO2 Cl H2S



Abbr.



Full name



Fluid



CR3



Corrosion Resistant 3



Highly aggressive fluid



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



1.25



pH



Description



1.45



200



3.0..9.0



Stainless Steel



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used



2018 Page 569



> Miscellaneous Equipment > MLE Guard



MLE GUARD specification Protector Description MLE GUARD PROTECTOR272SERIES CR3



Protector series



Motor series



Part Number



272



319



3019040003



MLE GUARD PUMP/PROTECTOR319SERIES CR3



319



319



3019080003



MLE GUARD PROTECTOR362SERIES CR3



362



406



3019010002



MLE GUARD PROTECTOR362SERIES CR3 1/4"



362



406



3019010009



MLE GUARD PROTECTOR362SERIES CR3



362



406



3019010016



MLE GUARD PROTECTOR406SERIES CR3



406



460



3019020002



MLE GUARD PROTECTOR406SERIES CR3 1/4"



406



460



3019020011



MLE GUARD PROTECTOR406SERIES CR3



406



460



3019020017



MLE GUARD PROTECTOR449SERIES CR3



449



512



3019060003



MLE GUARD PROTECTOR535SERIES CR3, for MLE AWG#4



535



535



3019050006



MLE GUARD PROTECTOR677SERIES CR3



677



744



3019030002



The number of MLE Guards of 'Protector type' is equal to one.



Pump Description



Pump series



Part Number



272



3019040005



MLE GUARD PUMP319SERIES CR3



319



3019080003



MLE GUARD PUMP362SERIES CR3



362



3019010001



MLE GUARD PUMP362SERIES CR3 1/4"



362



3019010007



MLE GUARD PUMP362SERIES CR3



362



3019010015



MLE GUARD PUMP272SERIES CR3



MLE GUARD PUMP406SERIES CR3



406



3019020001



MLE GUARD PUMP406SERIES CR3 1/4"



406



3019020008



MLE GUARD PUMP406SERIES CR3



406



3019020016



MLE GUARD PUMP449SERIES CR3



449



3019060002



MLE GUARD PUMP535SERIES CR3, for MLE AWG#4



535



3019050005



MLE GUARD PUMP677SERIES CR3



677



3019030001



The number of MLE Guards of ‘Pump type’ is equal to the number of pump sections.



2018 Page 570



> Miscellaneous Equipment > Centralizer



GLOSSARY Centralizer CENTRALIZER



XXX"



XXX" -XX RD



XXX



XXX



MODX Centralizer Casing OD, inches Thread size, inches Pitch, threads per inch: 10 RD - round thread Thread type: EUE - External Upset Ends (for 8rd) NUE - Non Upset Ends (for 10rd) Corrosion resistance, (see Table 1) Modification, (see Table 2)



e.g., CENTRALIZER 7" 2-3/8"-10RD NUE CR3 MOD2



Table 1 - Corrosion resistance



Abbr.



Full name



Fluid



Max chemical content, g/l CO2 Cl H2S



pH



Description



CR0



Corrosion Re- Slightly aggressive 0.01 sistant 0 fluid



0.01



20



5.0..8.5



Carbon Steel



CR3



Corrosion Resistant 3



1.45



200



3.0..9.0



Stainless Steel



UCR



Ultra Corrosion Extremely aggres>1.25 Resistant sive fluid



1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used



Highly aggressive fluid



1.25



Table 2 - Modification



0



Standard design



1



Cylindrical springs and shoes



2



Supporting ribs



3



Hinged spring connection and movable supporting sleeve



2018 Page 571



> Miscellaneous Equipment > Centralizer



Centralizer specification Description



Part Number



CENTRALIZER 4" 2-3/8"-10RD NUE CR3 MOD0



3034010002



CENTRALIZER 4-1/2" 2-3/8"-10RD NUE CR3 MOD0



3034010003



CENTRALIZER 5-3/4" 2-7/8"-10RD NUE CR3 MOD1



3034010005



CENTRALIZER 6-5/8" 3-1/2"-10RD NUE CR3 MOD1



3034010008



CENTRALIZER 7" 2-3/8"-10RD NUE CR3 MOD2



3034010009



CENTRALIZER 7" 3-1/2"-10RD NUE CR3 MOD1



3034010006



CENTRALIZER (4''-4.5") 2-3/8"-10RD NUE CR3 MOD3



3034010011



2018 Page 572



> Miscellaneous Equipment > Flexible coupling



GLOSSARY Flexible coupling FLEXIBLE COUPLING



XXXSER



XXX''



- XXRD



XXX



XXX - XXRD



XXX



CRX



XX Flexible coupling series Thread size of upper part, inches Pitch, threads per inch Thread type of upper part Thread size of lower part, inches Pitch, threads per inch Thread type of lower part Corrosion resistance CR0 - Carbon steel CR3 - Stainless steel Heat resistance MT - ambient temperature is up to 250°F (120°C)



e.g., FLEXIBLE COUPLING 272SER 1.890"-10RD NUE BOX – 1.890"-10RD NUE PIN CR0 MT



2018 Page 573



> Miscellaneous Equipment > Flexible coupling



Flexible coupling specification Length



Weight



mm



lb



kg



Part Number



FLEXIBLE COUPLING 217SER 1.890"-10RD NUE BOX – 1.890"-10RD NUE PIN CR3 MT 1.02



0.31



8.16



3.70



2024011041



FLEXIBLE COUPLING 319SER 2-3/8"-10RD NUE BOX - 2-3/8"-10RD NUE PIN CR0 MT 1.02



0.31 17.49 7.93



TBA



FLEXIBLE COUPLING 362SER 2-7/8"-10RD NUE BOX - 2-7/8"-10RD NUE PIN CR0 MT TBA



TBA



TBA



FLEXIBLE COUPLING 406SER 2-7/8"-10RD NUE BOX - 2-7/8"-10RD NUE PIN CR0



1.32



0.40 31.97 14.50 2024011479



FLEXIBLE COUPLING 449SER 3-1/2"-10RD NUE BOX - 3-1/2"-10RD NUE PIN CR0



TBA



TBA



Description



ft



TBA TBA



TBA TBA



TBA



2018 Page 574



> Miscellaneous Equipment > Spline Coupling



GLOSSARY Spline Coupling X.XX'' XXX - X.XX'' XXX



XXX



XXX



Upper mating shaft diameter, inches, (see Table 1) STR - Straight-sided splines empty - involute splines Lower mating shaft diameter, inches, (see Table 1) STR - Straight-sided splines empty - involute splines Application: PMP - axial thrust bearing in a pump PRT - axial thrust bearing in a protector CMP1 - compression design, conventional CMP coupling CMP2 - compression design, "precise" CMP coupling empty - the rest applications Corrosion resistance, (see Table 2)



e.g., SPLINE COUPLING 0.87"-0.98" PRT CR3 Table 1 - Mating shaft diameters



in



mm



0.39



10



0.50



12.8



0.55



14



0.67



17



0.79



20



0.87



22



0.98



25



1.10



28



1.18



30



1.26



32



1.34



34



1.38



35



1.50



38



1.65



42



1.69



43



Table 1 - Corrosion resistance



Abbr.



Full name



Fluid



CR3



Corrosion Resistant 3



Highly aggressive fluid



UCR



Ultra Corrosion Resistant



Extremely aggressive fluid



Max chemical content, g/l CO2 Cl H2S 1.25



pH



Description



1.45



200



3.0..9.0



Stainless Steel



> 1.25 1.45



200



3.0..9.0



Materials resistant to Sulfide Stress Cracking are used



2018 Page 575



> Miscellaneous Equipment > Spline Coupling



Pump section - Pump section Series



Pump stage NAV(130-250)H



272



338



Designation of the coupling



Part Number



Floater



0.50



SPLINE COUPLING 0.50"-0.50" PRT CR3



2024010353



Semi-Compression



0.50



SPLINE COUPLING 0.50"-0.50" PRT CR3



2024010353



Semi-Compression



0.50



SPLINE COUPLING 0.50"-0.50" PRT CR3



2024010353



NAV(440-630)H



Semi-Compression



0.50



SPLINE COUPLING 0.50"-0.50" PRT CR3



2024010353



NA(630-1300)H



Сompression



0.50



SPLINE COUPLING 0.50"-0.50" CR3



2024010458



Floater



0.55



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



Semi-Compression



0.55



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



NB(630-1000)H



Сompression



0.55



SPLINE COUPLING 0.55"-0.55" CMP CR3



2024010416



NB(1100-1800)H



Сompression



0.67



SPLINE COUPLING 0.67"-0.67" CMP CR3



2024010897



NDV150



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NDV230



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



ND470



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



ND600



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NDV1500



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.55



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



Semi-Compression



0.55



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



NFV150



Floater



0.55



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



NFV(130-250)H



Сompression



0.50



SPLINE COUPLING 0.50"-0.50" CR3



2024010458



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NFV110



NFV190



NFV230



NFV260



NFV330 362



Pump shaft diameter, inches



NAV(190-380)H



NBV(250-500)H 319



Pump assembly design



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NFV380



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NFV(310-630)H



Compression



0.55



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NFV600



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NFV760



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



NFV450



NFV940 NF(900-1300)H NF(1300-2000)H NFV3800



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Сompression



0.55



SPLINE COUPLING 0.55"-0.55" CMP CR3



2024010416



Сompression



0.79



SPLINE COUPLING 0.79"-0.79" CMP CR3



2024010333 2024010570



Floater



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



Semi-Compression



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



2018 Page 576



> Miscellaneous Equipment > Spline Coupling



Series



Pump stage NHV200



NHV250



NHV260



NHV380



NHV760 NHV(790-1000)Н NHV940



406



NHV1200



Pump shaft diameter, inches



Designation of the coupling



Part Number



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Semi-Compression



0.67



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



Floater



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



Semi-Compression



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



Сompression



0.55



SPLINE COUPLING 0.55"-0.55" CMP CR3



2024010416



Floater



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



Semi-Compression



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119 2024010119



Floater



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



Semi-Compression



0.79



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



NH(1000-1600)Н



Сompression



0.67



SPLINE COUPLING 0.67"-0.67" CMP CR3



2024010575 2024010579



NH(1600-2300)Н



Сompression



0.67



SPLINE COUPLING 0.67"-0.67" CMP CR3



2024010575 2024010579



NH(2500-3100)Н



Сompression



0.79



SPLINE COUPLING 0.79"-0.79" CMP CR3



2024010333 2024010570



NH(2500-3800)Н



Сompression



0.79



SPLINE COUPLING 0.79"-0.79" CMP CR3



2024010333 2024010570



NH3000



NHV3800



NH(4400-5000)H NHV5300



NJV6000 449



Pump assembly design



NJV7600 NJ9400 NLV1000



484 NLV1900



Floater



0.87



SPLINE COUPLING 0.87"-0.87" PRT CR3



2024010186



Semi-Compression



0.87



SPLINE COUPLING 0.87"-0.87" PRT CR3



2024010186



Floater



0.87



SPLINE COUPLING 0.87"-0.87" PRT CR3



2024010186



Semi-Compression



0.87



SPLINE COUPLING 0.87"-0.87" PRT CR3



2024010186



Сompression



0.87



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340



Сompression



0.87



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340 2024010569



Floater



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Semi-Compression



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Floater



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Semi-Compression



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Floater



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Semi-Compression



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Floater



1.18



SPLINE COUPLING 1.18"-1.18" PRT CR3



2024010417



Floater



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Semi-Compression



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Floater



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



Semi-Compression



0.98



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



2018 Page 577



> Miscellaneous Equipment > Spline Coupling



Series



535



677



740



Pump stage



Pump assembly design



Pump shaft diameter, inches



Designation of the coupling



Part Number



NP(1900-2500)H



Сompression



0.87



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340 2024010569



NP(3100-4400)H



Сompression



0.87



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340 2024010569



NP(4400-5700)Н



Сompression



1.18



SPLINE COUPLING 1.18"-1.18" CMP CR3



2024010543



NP(4700-6300)Н



Сompression



0.87



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340



NP(7900-10100)Н



Сompression



0.98



SPLINE COUPLING 0.98"-0.98" CR3



2024010535



NP(11300-15100)Н



Сompression



1.18



SPLINE COUPLING 1.18"-1.18" CMP CR3



2024010543



NRV3800



Semi-Compression



1.18



SPLINE COUPLING 1.18"-1.18" PRT CR3



2024010417



NRV7600



Floater



1.50



SPLINE COUPLING 1.50"-1.50" CR3



2024010581



NR12000



Сompression



1.50



SPLINE COUPLING 1.50"-1.50" CR3



2024010581



NR(10000-11300)Н



Сompression



1.18



SPLINE COUPLING 1.18"-1.18" CMP CR3



2024010543



NRV15000



Сompression



1.65



SPLINE COUPLING 1.65"-1.65" CR3



2024010597



NR(12600-15700)Н



Сompression



1.38



SPLINE COUPLING 1.38"-1.38" CR3



2024010503



NRV19000



Сompression



1.65



SPLINE COUPLING 1.65"-1.65" CR3



2024010597



NR(15700-19000)Н



Сompression



1.38



SPLINE COUPLING 1.38"-1.38" CR3



2024010503



NRV22500



Сompression



1.65



SPLINE COUPLING 1.65"-1.65" CR3



2024010597



NR30000



Сompression



1.65



SPLINE COUPLING 1.65"-1.65" CR3



2024010597



NТ38000



Сompression



1.65



SPLINE COUPLING 1.65"-1.65" CR3



2024010597



2018 Page 578



> Miscellaneous Equipment > Spline Coupling



Pump section - Multiphase Pump Series



Pump assembly design



Pump shaft diameter, inches



Floater



0.50



SemiCompression



0.50



NAV(190-380)H



SemiCompression



0.50



NAV(440-630)H



SemiCompression



0.50



NA(630-1300)H



Сompression



0.50



Pump stage



NAV(130-250)H



272



Multiphase Pump



N272MPP940



Designation of the coupling



Part Number



SPLINE COUPLING 0.50"-0.50" PRT CR3



2024010353



SPLINE COUPLING 0.50"-0.50" CR3



2024010458



SPLINE COUPLING 0.55"-0.67" PRT CR3



2024010290



Floater



0.55



NBV(250-500)H



SemiCompression



0.55



NB(630-1000)H



Сompression



0.55



SPLINE COUPLING 0.55"-0.67" CMP CR3



2024010607



0.67



SPLINE COUPLING 0.67"-0.67" CMP CR3



2024010897



SPLINE COUPLING 0.55"-0.79" PRT CR3



2024010339



SPLINE COUPLING 0.50"-0.79" CMP CR3



TBA



SPLINE COUPLING 0.67"-0.79" PRT CR3



2024010306



SPLINE COUPLING 0.55"-0.79" PRT CR3



2024010339



SPLINE COUPLING 0.67"-0.79" PRT CR3



2024010306



319



NB(1100-1800)H Сompression Floater



0.55



NFV110



SemiCompression



0.55



NFV150



Floater



0.55



NFV(130-250)H



Сompression



0.50



Floater



0.67



SemiCompression



0.67



Floater



0.67



SemiCompression



0.67



Floater



0.67



SemiCompression



0.67



NFV190



NFV230



NFV260



Floater



0.67



NFV330



SemiCompression



0.67



NFV380



Floater



0.67



NFV(310-630)H



Compression



0.55



362



Floater



0.67



NFV450



SemiCompression



0.67



NFV600



Floater



0.67



NFV760



Floater



0.67



N319MPP940



N362MPP1500



Floater



0.67



NFV940



SemiCompression



0.67



NF(900-1300)H



Сompression



0.55



SPLINE COUPLING 0.55"-0.79" CMP CR3



2024010701



NF(1300-2000)H Сompression



0.79



SPLINE COUPLING 0.79"-0.79" CMP CR3



2024010333



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



NFV3800



Floater



0.79



SemiCompression



0.79



2018 Page 579



> Miscellaneous Equipment > Spline Coupling



Series



Pump assembly design



Pump shaft diameter, inches



Floater



0.67



SemiCompression



0.67



Floater



0.67



SemiCompression



0.67



Floater



0.67



SemiCompression



0.67



Floater



0.67



SemiCompression



0.67



Floater



0.79



SemiCompression



0.79



NHV(790-1000)Н Сompression



0.55



Pump stage



NHV200



NHV250



NHV260



NHV380



NHV760



406



Designation of the coupling



Part Number



SPLINE COUPLING 0.67"-0.87" PRT CR3



2024010269



SPLINE COUPLING 0.79"-0.87" PRT CR3



2024010270



SPLINE COUPLING 0.55"-0.87" CMP CR3



2024010379



SPLINE COUPLING 0.79"-0.87" PRT CR3



2024010270



Floater



0.79



SemiCompression



0.79



Floater



0.79



SemiCompression



0.79



NH(1000-1600)Н Сompression



0.67



SPLINE COUPLING 0.67"-0.87" CMP CR3



2024010525



NH(1600-2300)Н Сompression



0.67



SPLINE COUPLING 0.67"-0.87" CMP CR3



2024010525



NH(2500-3100)Н Сompression



0.79



NH(2500-3800)Н Сompression



0.79



SPLINE COUPLING 0.79"-0.87" CMP CR3



2024010526



SPLINE COUPLING 0.87"-0.87" PRT CR3



2024010186



NHV940



NHV1200



N406MPP940 N406MPP2400 N406MPP3800



Floater



0.87



SemiCompression



0.87



Floater



0.87



SemiCompression



0.87



Сompression



0.87



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340



NH(4400-5000)H Сompression



0.87



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340



NP(1900-2500)H Сompression



0.87



NP(3100-4400)H Сompression



0.87



SPLINE COUPLING 0.87"-1.18" CMP CR3



2024010541



NP(4400-5700)Н Сompression



1.18



SPLINE COUPLING 1.18"-1.18" CMP CR3



2024010543



NH3000



NHV3800



535



Multiphase Pump



N535MPP12000



NP(4700-6300)Н Сompression



0.87



SPLINE COUPLING 0.87"-1.18" CMP CR3



2024010541



NP(7900-10100)Н Сompression



0.98



SPLINE COUPLING 0.98"-1.18" CMP CR3



2024010759



NP(11300-15100)Н Сompression



1.18



SPLINE COUPLING 1.18"-1.18" CMP CR3



2024010543



2018 Page 580



> Miscellaneous Equipment > Spline Coupling



Pump section (MPP) - Intake device Series



Pump stage



Pump assembly design



Pump shaft diameter, inches



272



NAV(130-250)H NAV(190-380)H NAV(440-630)H



Floater Semi-Compression



0.50



NA(630-1300)H N272MPP940



Сompression



NBV(250-500)H



NB(630-1000)H



Floater Semi-Compression



338



NDV150 NDV230 ND470 ND600 NDV1500



NFV(130-250)H



NFV110 NFV150 NFV(310-630)H



Floater



Сompression



NF(900-1300)H



NFV190 NFV230 NFV260 NFV330 NFV380 NFV450 NFV600 NFV760 NFV940



2024010458



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



N319I 0.67"



SPLINE COUPLING 0.55"-0.67" CMP CR3



2024010607



0.67



N319I 0.67"



SPLINE COUPLING 0.67"-0.67" CMP CR3



2024010897



0.67



N338I 0.67" N338GS1900"



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



N362GH1900 0.67" N362I 0.67"



SPLINE COUPLING 0.50"-0.67" CMP CR3



2024010770



N362GS1500 0.79" N362GH1900 0.79" N362I 0.79" N362AGH1500 0.79"



SPLINE COUPLING 0.50"-0.79" CMP CR3



TBA



N362GH1900 0.67" N362I 0.67"



SPLINE COUPLING 0.55"-0.55" PRT CR3



2024010117



N362GS1500 0.79" N362GH1900 0.79" N362I 0.79" N362AGH1500 0.79"



SPLINE COUPLING 0.55"-0.79" PRT CR3



2024010339



N362GH1900 0.67" N362I 0.67"



SPLINE COUPLING 0.55"-0.67" CMP CR3



2024010607



N362GS1500 0.79" N362GH1900 0.79" N362I 0.79" N362AGH1500 0.79"



SPLINE COUPLING 0.55"-0.79" CMP CR3



2024010701



N362GH1900 0.67" N362I 0.67"



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



N362GS1500 0.79" N362GH1900 0.79" N362I 0.79" N362AGH1500 0.79"



SPLINE COUPLING 0.67"-0.79" PRT CR3



2024010306



SPLINE COUPLING 0.79"-0.79" CMP CR3



2024010333



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



Сompression



Floater Semi-Compression



SPLINE COUPLING 0.50"-0.50" CR3



2024010416



0.67



NF(1300-2000)H Сompression N362MPP1500 NFV3800



2024010353



SPLINE COUPLING 0.55"-0.55" CMP CR3



Floater Compression



Floater Semi-Compression



SPLINE COUPLING 0.50"-0.50" PRT CR3



2024010290



0.55



362



Part Number



SPLINE COUPLING 0.55"-0.67" PRT CR3



0.50



0.79



N319I 0.67"



Designation of the coupling



N319GH300 0.55" N319I 0.55"



Сompression



NB(1100-1800)H Сompression N319MPP940



N272I 0.50" N272AGH600 0.50" N319GH300 0.55" N319I 0.55"



0.55 319



Intake device



N362GS1500 0.79" N362GH1900 0.79" N362I 0.79" N362AGH1500 0.79"



2018 Page 581



> Miscellaneous Equipment > Spline Coupling



Series



Pump stage



Pump assembly design



NHV(790-1000)Н Сompression



NHV200 NHV250 NHV260 NHV380



Pump shaft diameter, inches



0.55



Floater Semi-Compression



0.67



406



NH(1000-1600)Н Сompression NH(1600-2300)Н



NHV760 NHV940 NHV1200



Floater Semi-Compression



NH3000 NHV3800



Floater Semi-Compression



NHV3800 NH(4400-5000)H N406MPP940 Сompression N406MPP2400 N406MPP3800



449



535



0.79



0.87



Intake device



Designation of the coupling



Part Number



N406GH1900 0.67"



SPLINE COUPLING 0.55"-0.67" CMP CR3



2024010607



N406GS2600 0.79" N406GH1900 0.79" N406I 0.79"



SPLINE COUPLING 0.55"-0.79" CMP CR3



2024010701



N406GS2600 0.87" N406GS3800 0.87" N406GH5300 0.87" N406I 0.87" N406AGH1700 0.87"



SPLINE COUPLING 0.55"-0.87" CMP CR3



2024010379



N406GH1900 0.67"



SPLINE COUPLING 0.67"-0.67" PRT CR3



2024010242



N406GS2600 0.79" N406GH1900 0.79" N406I 0.79"



SPLINE COUPLING 0.67"-0.79" PRT CR3



2024010306



N406GS2600 0.87" N406GS3800 0.87" N406GH5300 0.87" N406I 0.87" N406AGH1700 0.87"



SPLINE COUPLING 0.67"-0.87" PRT CR3



2024010269



N406GH1900 0.67"



SPLINE COUPLING 0.67"-0.67" CMP CR3



2024010575



N406GS2600 0.79" N406GH1900 0.79" N406I 0.79"



SPLINE COUPLING 0.67"-0.79" CMP CR3



2024010524



N406GS2600 0.87" N406GS3800 0.87" N406GH5300 0.87" N406I 0.87" N406AGH1700 0.87"



SPLINE COUPLING 0.67"-0.87" CMP CR3



2024010525



N406GS2600 0.79" N406GH1900 0.79" N406I 0.79"



SPLINE COUPLING 0.79"-0.79" PRT CR3



2024010119



N406GS2600 0.87" N406GS3800 0.87" N406GH5300 0.87" N406I 0.87" N406AGH1700 0.87"



SPLINE COUPLING 0.79"-0.87" PRT CR3



2024010270



SPLINE COUPLING 0.87"-0.87" PRT CR3



2024010186



SPLINE COUPLING 0.87"-0.87" CMP CR3



2024010340



N406GS2600 0.87" N406GS3800 0.87" N406GH5300 0.87" N406I 0.87" N406AGH1700 0.87"



NHV5300



Floater Semi-Compression



0.98



N406I 0.98"



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



NJV6000 NJV7600



Floater Semi-Compression



0.98



N449I 0.98"



SPLINE COUPLING 0.98"-0.98" PRT CR3



2024010243



NJ9400



Floater



1.18



N449I 1.18"



SPLINE COUPLING 1.18"-1.18" PRT CR3



2024010395



SPLINE COUPLING 0.87"-1.18" CMP CR3



2024010541



SPLINE COUPLING 0.98"-1.18" CMP CR3



2024010759



SPLINE COUPLING 1.18"-1.18" CMP CR3



2024010543



NP(1900-2500)H NP(3100-4400)H NP(4700-6300)Н



0.87



NP(7900-10100)Н Сompression



0.98



NP(4400-5700)Н NP(11300-15100)Н N535MPP12000



1.18



N535I 1.18" N535GS7600 1.18"



2018 Page 582



> Miscellaneous Equipment > Spline Coupling



Intake device - Protector Intake device shaft OD, inches



Protector



Intake device



N272MP



N272GS760 0.50" N272AGH600 0.50"



N272I 0.50" 0.50



Designation of the coupling



Part Number



SPLINE COUPLING 0.50"-0.55" CR3



2024010352



SPLINE COUPLING 0.50"-0.55" CR3



2024010563



N319I 0.55" N319GH300 0.55"



0.55



SPLINE COUPLING 0.55"-0.79" CR3



2024010118



N319I 0.67" N319GH300 0.67" N319AGH760 0.67"



0.67



SPLINE COUPLING 0.67"-0.79" CR3



2024010326



N338MP



N338I 0.67" N338GS1900 0.67"



0.67



SPLINE COUPLING 0.67"-0.98" CR3



2024010445



N362MP



N362GS1500 0.79" N362I 0.79" N362AGH1500 0.79" N362GH1900 0.79"



0.79



SPLINE COUPLING 0.79"-0.98" CR3



2024010304



N406GS2600 0.87" N406GS3800 0.87" N406GH5300 0.87" N406I 0.87" N406AGH1700 0.87"



0.87



SPLINE COUPLING 0.87"-0.98" CR3



2024010344



N406GH5300 0.98" N406I 0.98"



0.98



SPLINE COUPLING 0.98"-0.98" CR3



2024010317



N449I 0.98"



0.98



SPLINE COUPLING 1.18"-1.38" CR3



2024010364



N449I 1.18"



1.18



SPLINE COUPLING 1.18"-1.38" CR3



2024010364



N535I 1.18" N535GS7600 1.18"



1.18



SPLINE COUPLING 1.18"-1.50" CR3



2024010367



N319MP



N406MP



N449MP N535MP



Protector - Motor Protector



Protector shaft OD, inches



N272MP



0.55



OFFSET MODULE N272OM



0.79



Motor series 319



Designation of the coupling



Part Number



SPLINE COUPLING 0.55"-0.79" CR3



2024010504



SPLINE COUPLING 0.79"-0.79" CR3



2024010377



N319MP



0.79



319



SPLINE COUPLING 0.79"-0.79" CR3



2024010139



N338MP



0.98



378



SPLINE COUPLING 0.98"-0.98" CR3



2024010338



378



SPLINE COUPLING 0.98"-0.98" CR3



2024010338



N362MP



0.98



406



SPLINE COUPLING 0.98"-0.98" CR3



2024010338



N406MP



0.98



460



SPLINE COUPLING 0.98"-1.18" CR3



2024010305



406



SPLINE COUPLING 0.98"-0.98" CR3



2024010338



460



SPLINE COUPLING 0.98"-1.18" CR3



2024010305



512



SPLINE COUPLING 0.98"-1.50" CR3



2024010309



512



SPLINE COUPLING 1.38"-1.50" CR3



2024010313



562



SPLINE COUPLING 1.38"-1.50" CR3



2024010313



1.50



562



SPLINE COUPLING 1.50"STR-1.50"STR CR3



2024010114



1.65



744



SPLINE COUPLING 1.65"-1.50" CR3



2024010455



N449MP



1.38



N535MP N677MP



2018 Page 583



Tools and consumables



> Tools and Consumables > Installation Tools



INSTALLATION TOOLS



Part Number



Description



3098040018



TOOLBOX 26"



2139010012



7201-8993_WRENCH



7004110021 TBA



TORQUE WRENCH TORCOFIX-SE 4100-01 ADAPER WORK TOOL SOCKET FOR MLE POTHHEAD BOLT TORQUE ( 7003 - 7531 )



7004330024



RECTANGULAR OPEN END FITTING 7112-14 14MM



7004330014



RECTANGULAR OPEN END FITTING 7112-17 17MM



7004110033



DOUBLE-ENDED OPEN SPANNER 24X27MM



Designation



Q-ty Units



Box for installation tools kit storage



2



pcs



Tool for plug screwing into motor and protector



2



pcs



Tool for tightening torque measuring. Can be used with socket heads (see below)



1



pcs



2



pcs



1



pcs



1



pcs



Tool for nut screwing/unscrewing per appropriate size (here 24x27 mm - 0.95"x1.06")



1



pcs



1



pcs



Head is intended to provide required tightening torque when joining motor with protector, protector with intake device and used in combine with torque wrench (see above)



7004110050



COMBINATION WRENCH 10X10MM



Double-sided (ring spanner and pin-face wrench) tool for bolt and nut tightening per appropriate size (here 10x10 mm - 0.39"x0.39")



7004110052



COMBINATION WRENCH 12X12MM



Double-sided (ring spanner and pin-face wrench) tool for bolt and nut tightening per appropriate size (here 12x12 mm - 0.47"x0.47")



1



pcs



7004110053



COMBINATION WRENCH 13X13MM



Double-sided (ring spanner and pin-face wrench) tool for bolt and nut tightening per appropriate size (here 12x12 mm - 0.51"x0.51")



1



pcs



7004110054



COMBINATION WRENCH 14X14MM



Double-sided (ring spanner and pin-face wrench) tool for bolt and nut tightening per appropriate size (here 12x12 mm - 0.55"x0.55")



2



pcs



7004110057



COMBINATION WRENCH 17X17MM



Double-sided (ring spanner and pin-face wrench) tool for bolt and nut tightening per appropriate size (here 12x12 mm - 0.67"x0.67")



2



pcs



7004110058



COMBINATION WRENCH 19X19MM



Double-sided (ring spanner and pin-face wrench) tool for bolt and nut tightening per appropriate size (here 12x12 mm - 0.75"x0.75")



2



pcs



7004110067 TBA



COMBINATION WRENCH 8X8MM



1



pcs



ADJUSTABLE WRENCH 6 "



2



pcs



TBA



PIPE WRENCH 20 "



1



pcs



TBA



PIPE WRENCH RIDGID 24 "



1



pcs



TBA



CHAIN WRENCH



2



pcs



Double-sided (ring spanner and pin-face wrench) tool for bolt and nut tightening per appropriate size (here 10x10 mm - 0.31"x0.31")



TBA



STRAP WRENCH



1



pcs



TBA



MLE CABLE GUARD WRENCH



2



pcs



TBA



ADAPTER WORK TOOL SOCKET FOR MLE POTHEAD AND PLUGS TORQUE



2



pcs



7004320005 7004110196 TBA



STUD DRIVER ATF-5116-BLS Square spanner DROP BAR



7001180005



HEX WRENCH SET (S1.5-S10)



7004110193



HEX WRENCH 7/16"



7001090024



SCREWDRIVER PH #2-100MM



7001090006



SCREWDRIVER PH #4-200MM



7001090047



SCREWDRIVER PH #3-150MM



7001090011



FLATHEAD SCREWDRIVER 3.2X100MM



7001090025



FLATHEAD SCREWDRIVER SL6X150MM



7001090016



FLATHEAD SCREWDRIVER SL8X150MM



7001150001 TBA



AWL 200MM METAL SHEARS



Device is intended as a driver for square spanner



1



pcs



Universal tool for unscrewing the studs of different sizes. It is used in combine with stud driver



1



pcs



For break, drain valve choke during pull out operation.



2



pcs



Tool set is intended to screw/unscrew bolts with hexahedron head seat



1



pcs



Tool for drain choke tightening with 7/16" spline dimension



1



pcs



1



pcs



1



pcs



1



pcs



Tool for screwing/unscrewing bolts with cross-sliding head per different sizes



Tool for screwing/unscrewing bolts with splined head per different sizes



Tool for O-rings removing



1



pcs



1



pcs



1



pcs



1



pcs



2



pcs



2018 Page 585



> Tools and Consumables > Installation Tools



Part Number



Description



7001060003



SIDE CUTTER 180MM



7003240127



KNIFE



7001080002



METAL CUTTING SNIP 320MM



TBA



CHANNEL LOCK 10 "



TBA



VISE GRIP 10 "



Designation



Q-ty Units



Tool for wires cut-off, tightening



1



pcs



Tool for any additional works (if necessary)



1



pcs



1



pcs



Tool for metal cutting



1



pcs



1



pcs



1



pcs



7001060009



ROUND PLIERS 280 MM



This tool is intended for socket change (if necessary) and for installation of joint couplings.



7001060014



TONGS 200 MM



Cramp tool with plane grips for additional works (if necessary), is intended to hold details



1



pcs



7003150012



FLAT BROACH FILE



Tool for metal abrading



2



pcs



7003150016



RHOMBIC BROACH FILE



Tool for metal abrading



2



pcs



7003150081



FLAT FILE 250 #2



Tool for metal abrading



1



pcs



7001140003



FILE HOLDER



7001070004



HAMMER 0.500KG



7001030004



CHISEL 200 MM



2212010004



7201-0630.20_TAP WRENCH



Holder for file



1



pcs



Tool for any additional works (if necessary), to hit, hammer in



1



pcs



Tool for metal cutting



1



pcs



Key for shaft rotating with appropriate heads (see below) per different shaft sizes



1



pcs



7004060074



7201-0630.10-07_HEAD



1



pcs



7004060075



7201-0630.10-08_HEAD



1



pcs



7004060076



7201-0630.10-09_HEAD



1



pcs



7004060077



7201-0630.10-10_HEAD



1



pcs



1



pcs



7004060078



7201-0630.10-11_HEAD



Heads are intended with the tap wrench (see above) as an additional detail to suit per different shaft sizes



7004060079



7201-0630.10-12_HEAD



1



pcs



7004060080



7201-0630.10-13_HEAD



1



pcs



7004060081



7201-0630.10-14_HEAD



1



pcs



TBA



MANUAL CABLE BAND CUTTING TOOL



TBA



PNEUMATIC BANDING TOOL FROMM CGXA #576059 PN A-480347 700RPM FOR 3/4" BANDING)



TBA



CABLE BAND ROLL HOLDER



TBA



AIR HOSE 5/16" 20BAR



TBA



Compressed air impact screwdriver



TBA



AIR PURIFIER/CASE FOR AIR HOSE



TBA



QUICK CONNECTOR FITTING FOR AIR HOSE



TBA



FLEXIBLE EARTHING CABLE, 30 M for SPOOLER



1



pcs



Tool for tightening of cable bands between tubing and power cable



2



pcs



Cable band roll holder



2



pcs



Air hose for pneumatic banding tool



2



pcs



2



pcs



Tool for installation MLE guard Case for hose accommodation Conductor for Spooler grounding



1



2139060001



7003-6713.00 PRESSURE TEST TOOL



1



pcs



1115030032



BRONZE FULL BORE BALL VALVE DU15 PU16



1



pcs



1110040097



MANOMETER 63MM TIP-TM-310R



2



pcs pcs



2059010023



CLAMP "NORMA" 12-22MM



Device for pressure testing of protector and motor. All four units should be used together.



2



pcs



1



pcs



1110210013



OIL FILLING PUMP MTS-2000



Device for pumping motor oil into protector and motor, for pressure testing of protector and motor



2139060002



7201-8913_ADAPTER



Adapter for protector pressure testing. Is installed between priming pump (see above) and hosepipe going to protector.



1



pcs



7004140006



TAP HOLDER 8-25MM



Universal holder for appropriate taps (see below)



1



pcs



2018 Page 586



> Tools and Consumables > Splicing Tools and Consumables



Part Number



Description



7003130154



TAP M10_GOST 3266-81 (2PCS)



7003130225



TAP M10X1_GOST 3266-81 (2PCS)



7003130155



TAP M12_GOST 3266-81 (2PCS)



7003130205



TAP M12X1.25_GOST 3266-81 (2PCS)



TBA



Designation



Cutting tool for cutting and cleaning-up the threads in the holes. Is used with tap holder (see above)



Q-ty Units 1



set



1



set



1



set



1



set



DRILL PITS SET 1.5 -10 MM 15 PEC



1



pcs



7001130001



METAL HACKSAW FRAME



1



pcs



7003210002



HACKSAW BLADE 12" X 0.5"



2



pcs



Instrument for metal cutting Tool for liquid extraction from bolt dimples



1130020009



RUBBER SQUIRT #1 HARD TIP



1



pcs



7002240004



TRAMMEL SHTS-250



1



pcs



TBA



MEASURE TAPE 10 M



1



pcs



TBA



WIRE BRUSH



TBA



TUBING CUTTER 1/8 - 1 1/8"



Tool for measuring of linear dimensions up to 250mm (9.84")



2



pcs



1



pcs



Table 2- Electrical Tools



Part Number TBA 1110150050



Description DOWNHOLE SENSOR SIGNAL SIMULATOR PHASE INDICATOR ST-860



1110030024



HV INDICATOR KVM_TU4221-003-5642



7001060107



CLAMP-ON AMMETER APPA A11R



TBA



Solder wire 3 mm



1110120181



MEGAOHMMETER DIGITAL E6-24



1130010004



DIELECTRIC LATEX SEEMLESS GLOVES TU38.3065-63-97



1110030025



FLASHLIGHT FAG-R



1110040089



CHARGER AZU-6/7.2 FOR FOS.FAG



3099010491



MK101M.00.00.0.01_ECHOMETER GEOSTAR-111.E SOUND GENERATOR GIG-102



Q-ty Units



Device for checking of data channels and Surface Panel



1



pcs



Indicator for phase sequence measuring on the motor



1



pcs



Indicator for phase sequence measuring, gauging of output voltage from the Step-up transformer, up to 3000V



1



pcs



Tool for electrical parameters measuring



1



pcs



SOLDERING IRON 100W



1075020002



1110040099



Designation



1



Device for insulation resistance measuring



1



pcs



Gloves for people safety while operation with electrical equipment



1



pcs



Device for emergency and additional lighting and it's charger



1



pcs



1



pcs



1



pcs



Device for measuring of reservoir fluid level and annulus pressure



1



pcs



TBA



DRILL PITS MACHINE BOSCH GSR 1800L1



Device is used in combine with echometer (see above)



1



pcs



TBA



CABLE EXTENSION



2



pcs



TBA



BATTERY CHARGER SIZE AA, AAA, 9V



1



pcs



TBA



NSPR STANDALONE PANEL, COMPLETED BY POWER AND DOWNHOLE TEST CABLE WITH CROCODILE CLIPS



For reading data during RIH



1



2018 Page 587



> Tools and Consumables > Splicing Tools and Consumables



Table 3 - Supporting tools & equipment



Part Number



Description



Designation



SOFT SLING



Q-ty Units



TBA



TEXTILE HOISTING SLING



TBA



CABLE SPOOLER 15 TON, COMPLETE WITH PROPER SPACERS



1



pcs



TBA



CABLE REEL LIFTING BEAM 15 TON



1



pcs



Pump, Gas separator and Protector of 272 series.



2



pcs



3020010011



PUMP/MOTOR CLAMP 276SERIES 3TON



3020010008



PUMP/MOTOR CLAMP 319SERIES 3TON



3020010007



PUMP/MOTOR CLAMP 338..449SERIES 5TON



3020010006



PUMP/MOTOR CLAMP 484SERIES 3TON



1



Pump, Gas separator, Protector and Motor of 319 series.



2



pcs



Pump and Gas separator of 338, 362, 406 and 449 series. Protector of 338, 362 and 406 series. Motor of 378 and 406 series.



2



pcs



Shroud for Motor of 406 series.



2



pcs



2



pcs



3020020002



PUMP/MOTOR CLAMP 449..512SERIES 5TON



Pump and Gas separator of 449, 484 and 512 series. Protector of 449 and 484 series. Motor of 378 and 406 series.



3020010009



PUMP/MOTOR CLAMP 535..562SERIES 5TON



Pump of 535 series. Protector of 535 series. Motor of 562 series.



2



pcs



3020010003



PUMP/MOTOR CLAMP 551SERIES 3TON



Shroud for Motor of 460 series.



2



pcs



3020020001



PUMP/MOTOR CLAMP 677SERIES 7TON



Pump of 677 series. Protector of 677 series.



2



pcs



3020010001



PUMP/MOTOR CLAMP 744SERIES 5TON



Pump of 740 series. Motor of 744 series.



2



pcs



3020010002



EUTI546.000 PUMP/MOTOR CLAMP HEU-3



Universal pump/motor clamp is intended to hold and lift sections of ESP system above the well head while installation operations



2



pcs



TBA



CHAIN L3 M, LEG 1, 8 TON



2



pcs



TBA



INSTALLATION TABLE



1



pcs



TBA



CABLE SHEAVE CROSS-ARM



1



pcs



TBA



CHAIN HOISTING SLING 2STs,



1



pcs



2-1, pr3-16,0



Table 4 - Additional Instrument for Installation of Compression Design Pump



Part Number



Description



Designation



Q-ty Units



TBA



299.044.0000_SHAFT ADJUSTMENT TOOL



272 pump series



1



pcs



TBA



299.044.0000-01_SHAFT ADJUSTMENT TOOL



319 pump series



1



pcs



TBA



299.044.0000-02_SHAFT ADJUSTMENT TOOL



338 pump series



1



pcs



TBA



299.044.0000-05_SHAFT ADJUSTMENT TOOL



362 pump series



1



pcs



TBA



299.044.0000-07_SHAFT ADJUSTMENT TOOL



406 pump series



1



pcs



TBA



299.044.0000-08_SHAFT ADJUSTMENT TOOL



449 pump series



1



pcs



TBA



299.044.0000-09_SHAFT ADJUSTMENT TOOL



512/535 pump series



1



pcs



7004210157 7002220011 7002240004



K.8099-0012_SHAFT ADJUSTMENT TOOL DEPTH GAUGE SHGTS-150 HOLEX (418740) TRAMMEL SHTS-250



Tool for shaft overhang measuring



1



pcs



Tool for measuring of depth dimensions up to 150mm (5.9")



1



pcs



Tool for measuring of linear dimensions up to 250mm (9.84")



1



pcs



TBA



Tool for shaft extension adjustment К.80990012



1



pcs



TBA



Installation cap 7003-7653



1



pcs



2018 Page 588



> Tools and Consumables > Splicing Tools and Consumables



Table 5 – Additional Instrument for installation of Tandem Motor



Part Number 7004210098



Description 7003-7497_ASSEMBLY TOOL FOR MOTOR



Designation Tool for tandem motors assembly (2 Jacks + plate + handle)



Q-ty Units 1



pcs



Table 6 – Splicing Tools



Part Number 7001060026 TBA



Description



Designation



Q-ty Units



CRIMPER KO5D, 6-50 MM KLAUKE



1



pcs



Crimper # X , P , J



1



pcs



2139070003



GAUGE K.8388-0016



1



pcs



2139070004



GAUGE K.8166-0002



1



pcs



2139070002



GAUGE K.8388-0010



1



pcs



1



pcs



7001070004



HAMMER, 0.500 KG



Tool for any additional works (if necessary), to hit, hammer in



2139060004



WORK TOOL 7003-6481



1



pcs



7002070004



RULER 500 MM



1



pcs



7001050008



STAMP KIT (FIGURES) #6



1



pcs



7001050003



STAMP KIT (LETTERS) #6



1



pcs



SCRAPER 7003-6609



1



pcs



2139190002



2139110001



KNIFE_7003-6747



1



pcs



2139060047



STRIPPING TOOL 7003-6778



1



pcs



1



pcs



1



pcs



1



pcs



1



pcs



3098040018



TOOL BOX_607137



7001080002



METAL CUTTERS



7003240127



KNIFE



Tools for metal cutting



Cramp tool with plane grips for additional works (if necessary), is intended to hold details



7001060013



TONGS 180 MM



7001080008



WIRE CUTTERS (UP TO DIA 18 MM)



1



pcs



7001080007



SNIPS NKT-30 (NK-240) KVT



1



pcs



7001040013



ELECTRIC PLIERS 425 V



1



pcs



7001060038



TONGS 200 MM



1



pcs



Cramp tool with plane grips for additional works (if necessary), is intended to hold details



3099010133



WORK BENCH FOR CABLE SPLICING 3900-138.000



1



pcs



7003150081



FLAT FILE 250 MM



1



pcs



7001060003



SIDECUTTER 180 MM



1



pcs



2139060004



ARMOR APPLYING TOOL 7003-6481



TBA



Abrasive paper N8 – special paper for metal abrading



TBA



Contact cleaner Insulation tester Fluke 1550C Digital Multimeter 87V Clamp-on ammeter Fluke 376



Tool for wires cut-off, tightening Work tool for installing armor



pcs



Special paper for metal abrading



pcs



Special liquid for cleaning conductors



pcs



device for insulation resistance measuring for measuring low voltage level (below 1000V), phase to phase resistance measurement and etc. tool for electrical parameters measuring



2018 Page 589



> Tools and Consumables > Splicing Tools and Consumables



SPLICING TOOLS Description Crimper KO5D, 6-50 mm Klauke Gauge K.8388-0016 Gauge K.8166-0002 Gauge K.8388-0010 Hammer, 0.500 kg Work tool 7003-6481 Ruler 500 mm Stamp kit (figures) #6 Stamp kit (letters) #6 Scraper 7003-6609 Knife_7003-6747 Stripping tool 7003-6778 Tool box_607137 Metal cutters Knife Tongs 180 mm Wire cutters (up to dia 18 mm) Snips NKT-30 (NK-240) KVT Electric Pliers 425 V Tongs 200 mm Work bench for cable splicing 3900-138.000 Flat file 250 mm Sidecutter 180 mm



Q-ty



Units



Part Number



1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1



pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs pcs



7001060026 2139070003 2139070004 2139070002 7001070004 2139060004 7002070004 7001050008 7001050003 2139110001 2139190002 2139060047 3098040018 7001080002 7003240127 7001060013 7001080008 7001080007 7001040013 7001060038 3099010133 7003150081 7001060003



Q-ty



Units



Part Number



12 12 4 16 0.2 1



pcs pcs pcs m pcs can



3098030015 1040030019 1040040003 1040040022 1040040019 1105040008



SPLICING CONSUMABLES Description Film Nitoflon 903 UL (0.08*19) Film F-4EO 0.04*20_roll 25g_GOST24222 Sticky tape, 48 mm (roll) Unwoven material_SZ.10.080.060.2 Jacketing tape, 50 m (0.15*20) Benzine BR-1 0.5l_ТU 38.401.-67-108-92



2018 Page 590



Engineering tables



0.67



0.67



0.67



0.67



0.67



0.67



0.67



0.79



0.67



0.67



0.67



0.67



0.55



0.79



0.79



0.79



0.67



0.87



0.87



NFV260



NFV340



NFV380



NFV450



NFV600M1



NFV760



NFV940



NFV3800



NHV200



NHV250



NHV380



NHV450



NHV600



NHV760



NHV940



NHV1200



NH1900M1



NH3000



NHV3800



0.98



0.67



NFV230



NHV5300



0.67



NFV190M2



0.67



NDV1500



0.50



0.67



ND600



NFO150



0.67



ND530



0.55



0.67



NDV230



0.55



0.50



NDO190



NFV150



0.67



NDV150



NFV110M1



Diameter, in



Model



0.76



0.59



0.59



0.35



0.49



0.49



0.49



0.24



0.35



0.35



0.35



0.35



0.49



0.35



0.35



0.35



0.35



0.35



0.35



0.35



0.35



0.35



0.20



0.24



0.24



0.35



0.35



0.35



0.35



0.20



0.35



Area, in2



636



434



434



322



322



322



322



105



193



193



193



193



322



193



193



193



193



193



193



193



193



193



87



105



105



193



193



193



193



87



193



S13



684



467



467



346



346



346



346



121



217



217



217



217



346



217



217



217



217



217



217



217



217



217



100



121



121



217



217



217



217



100



217



S14



789



531



531



402



402



402



402



137



241



241



241



241



402



241



241



241



241



241



241



241



241



241



113



137



137



241



241



241



241



113



241



7.5



6.8



7.1



4.5



7.7



8.2



8.4



3.6



4.9



5.4



5.9



5.9



3.8



4.9



4.6



4.6



4.3



4.3



4.3



3.7



3.9



3.7



1.8



2.7



3.0



3.0



2.9



3.0



3.2



1.6



3.3



23.8



22.5



22.5



18.1



10.8



9.8



16.2



10.8



16.5



19.7



14.3



16.5



19.1



7.9



6.7



11.1



7.3



5.4



5.7



6.0



5.7



14.3



2.6



7.9



7.9



12.4



7.3



7.8



7.0



-



7.3



H,m left limit of recommended operating range



22.7



26.6



27.9



29.4



36.4



38.7



39.7



34.3



32.4



35.1



38.5



38.7



H / 406 series (OD 4.06 in)



18.0



32.1



30.2



30.4



28.3



28.3



28.3



24.6



25.5



24.1



20.5



26.5



29.2



F / 362 series (OD 3.62 in)



19.4



18.9



19.8



21.3



15.4



21.7



D / 338 series (OD 3.38 in)



Max pump downthrust Max pump downper stage of FLT and thrust per stage of SCMP design, lb CMP design, lb S16



BHP limit, hp



Shaft with involute splines



60 Hz 3500 rpm



7144



7144



7144



7144



7144



7144



7144



7144



7144



7144



7144



7144



4763



4763



4763



4763



4763



4763



4763



4763



4763



4763



4763



4763



4763



1588



1588



1588



1588



1588



1588



955



1050



1002



1594



931



874



853



2012



1447



1334



1216



1209



1257



972



1033



1027



1102



1102



1102



1271



1224



1296



2686



1741



1575



538



551



526



490



989



479



Load limit for HL Thrust Brg Thrust Brg, lb (Ref Protector), FLT, SCMP



CONVENTIONAL PUMP ENGINEERING DATA Imperial system



-



317



-



-



662



726



-



683



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



1228 1861



1245



1489



675



1747



1550



1940



1721



1282 1449



1100



1315



608



1466 1628



1676



1466 1628



1087



496



374



457



595



398



493



763



375



928



854



1032



1000



460



432



517



643



828



1097



533



403



492



640



427



530



820



432



1043



960



1160



1124



494



485



582



723



931



1233



1250 1406



615



458



559



743



496



616



953



489



1159



1066



1289



1249



574



539



646



803



1034



1369



1561



1508 1695 1883



1554



1379



1115



955



1141



541



1304



1491



1304



946



1496 1682 1868



Maximum Number of Stages Using Shaft with involute HL Thrust Brg splines (Ref Protector), S13 S14 S16 CMP



583



496



474



450



364



341



333



386



409



377



344



341



737



412



438



435



467



467



467



539



519



549



647



500



452



683



700



668



622



862



609



Housing (depending on Housing Burst Pressure Limit



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 592



1.76



1.76



0.98



1.18



0.98



0.98



1.18



1.50



1.50



1.65



1.65



1.65



1.65



1.65



NJV7600



NJ9400



NLV1000



NLV1900



NRV3800



NRV7600



NR12000



NRV15000



NRV19000



NRV22500



NR30000



NT38000



2.15



2.15



2.15



2.15



2.15



1.09



0.76



0.76



1.09



0.76



0.76



0.98



NJV6000



Area, in2



Diameter, in



Model



684



684



S14



789



789



684



684



789



789



3061 3292 3766



3061 3292 3766



3061 3292 3766



3061 3292 3766



3061 3292 3766



2259 2433 2781



2259 2433 2781



1110 1199 1376



636



636



1110 1199 1376



636



636



S13



70.3



54.5



63.8



78.5



93.3



73.4



79.2



46.9



17.5



17.5



13.2



10.3



10.8



251.5



197.5



190.8



173.7



182.3



152.7



136.2



101.0



27.6



22.5



38.7



37.1



39.1



H,m left limit of recommended operating range



75.6



T / 740 series (OD 7.40 in)



58.6



68.5



84.4



100.3



96.4



103.9



98.7



R / 677 series (OD 6.77 in)



52.9



52.9



L / 484 series (OD 4.84 in)



27.9



31.1



32.6



J / 449 series (OD 4.49 in)



Max pump downthrust Max pump downper stage of FLT and thrust per stage of SCMP design, lb CMP design, lb S16



BHP limit, hp



Shaft with involute splines



21168



21168



21168



21168



21168



21168



21168



21168



8203



8203



8203



8203



8203



-



-



-



-



-



-



267



451



470



470



620



799



763



Load limit for HL Thrust Brg Thrust Brg, lb (Ref Protector), FLT, SCMP



84



107



111



122



116



139



-



-



-



-



-



-



-



152



257



201



201



200



201



231



210



482



656



435



262



316



S13



164



277



216



216



215



217



249



227



518



705



470



281



340



S14



187



316



247



247



246



248



284



260



598



813



540



325



393



S16



Maximum Number of Stages Using Shaft with involute splines



HL Thrust Brg (Ref Protector), CMP



94



122



104



84



71



74



69



72



224



224



426



381



364



Housing (depending on Housing Burst Pressure Limit



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 593



17



NFV600M1



20



17



22



22



NHV940



NHV1200



NH1900M1



NH3000



NHV3800



25



20



NHV760



NHV5300



14



20



NHV600



17



17



NFV450



NHV450



17



NFV380



17



17



NFV340



NHV380



17



NFV260



17



17



NFV230



NHV250



17



17



12.8



NFO150



NFV190M2



NHV200



14



NFV150



20



14



NFV110M1



NFV3800



17



NDV1500



17



17



ND600



17



17



ND530



NFV760



129



17



NDV230



NFV940



154



12.8



NDO190



491



380



380



227



314



314



314



154



227



227



227



227



314



227



227



227



227



227



227



227



227



227



154



227



227



227



227



129



227



17



NDV150



Area, mm2



Diameter, mm



Model



395



270



270



120



200



200



200



65



120



120



120



120



200



120



120



120



120



120



120



120



120



120



54



65



65



120



120



120



120



54



120



S13



425



290



290



135



215



215



215



75



135



135



135



135



215



135



135



135



135



135



135



135



135



135



62



75



75



135



135



135



135



62



135



S14



490



330



330



150



250



250



250



85



150



150



150



150



250



150



150



150



150



150



150



150



150



150



70



85



85



150



150



150



150



70



150



2.4



2.1



2.2



1.4



2.4



2.6



2.6



1.1



1.6



1.7



1.9



1.9



1.2



1.5



1.5



1.5



1.4



1.4



1.4



1.2



1.2



1.2



0.6



0.9



1.0



0.9



0.9



1.0



1.0



0.5



1.0



7.5



7.1



7.1



5.7



3.4



3.1



5.1



3.4



5.2



6.2



4.5



5.2



6.0



2.5



2.1



3.5



2.3



1.7



1.8



1.9



1.8



4.5



0.8



2.5



2.5



3.9



2.3



2.5



2.2



-



2.3



H,m left limit of recommended operating range



4.8



5.6



5.9



6.2



7.7



8.2



8.4



7.3



6.9



7.4



8.2



8.2



2700



2700



2700



2700



2700



2700



2700



2700



2700



2700



2700



2700



1800



1800



1800



1800



1800



1800



1800



1800



1800



1800



1800



1800



1800



600



600



600



600



600



600



1146



1260



1203



1912



1117



1049



1024



2415



1736



1601



1459



1451



1509



1167



1240



1232



1322



1322



1322



1526



1469



1555



3223



2089



1889



645



661



631



588



1187



575



Load limit for HL Thrust Brg Thrust Brg, kg (Ref Protector), FLT, SCMP



H / 406 series (OD 103 mm)



3.8



6.8



6.4



6.4



6.0



6.0



6.0



5.2



5.4



5.1



4.3



5.6



6.2



F / 362 series (OD 92 mm)



4.1



4.0



4.2



4.5



3.9



4.6



D / 338 series (OD 81 mm)



Max pump downthrust Max pump downper stage of FLT and thrust per stage of SCMP design, kg CMP design, kg S16



BHP limit, kW



Shaft with involute splines



50 Hz 2910 rpm



CONVENTIONAL PUMP ENGINEERING DATA Metric system



-



380



-



-



794



871



-



794



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



-



2411 1759



2679



1910



974



1596 1809



1685



877



2109 2344



2012 2235



2109 2344



1558



712



703



839



1047



1350



1776



828



781



932



1163



1500



1974



1875



713



538



643



522



570



709



1042



533



1333



1235



1543



1875



767



578



690



587



613



762



1120



615



884



658



786



652



712



887



1302



697



1500 1667



1389



1500 1688



1444 1625 1805



662



625



745



930



1200



1579



1500 1688



2182 2455 2727



2222 2500 2778



2000 2250 2500



1588 1824 2059



1383



1461



779



1875



1788



1875



1357



2143



Maximum Number of Stages Using Shaft with involute HL Thrust Brg splines (Ref Protector), S13 S14 S16 CMP



840



715



682



648



524



492



480



555



589



543



495



492



1061



593



630



626



672



672



672



775



747



791



931



720



651



983



1008



962



896



1029



877



Housing (depending on Housing Burst Pressure Limit)



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 594



Diameter, mm



25



25



30



25



25



30



38



38



42



42



42



42



42



Model



NJV6000



NJV7600



NJ9400



NLV1000



NLV1900



NRV3800



NRV7600



NR12000



NRV15000



NRV19000



NRV22500



NR30000



NT38000



1385



1385



1385



1385



1385



1134



1134



707



491



491



707



491



491



Area, mm2



745



425



425



745



425



425



S14



855



490



490



855



490



490



1902 2046 2340



1902 2046 2340



1902 2046 2340



1902 2046 2340



1902 2046 2340



1404 1512 1728



1404 1512 1728



690



395



395



690



395



395



S13



22.2



17.2



20.1



24.7



29.4



23.1



24.9



14.8



5.5



5.5



4.2



3.2



3.4



79.2



62.2



60.1



54.7



57.4



48.1



42.9



31.8



8.7



7.1



12.2



11.7



12.3



H,m left limit of recommended operating range



16.0



T / 740 series (OD 188 mm)



12.4



14.5



17.9



21.2



20.4



22.0



20.9



R / 677 series (OD 172 mm)



11.2



11.2



L / 484 series (OD 123 mm)



5.9



6.6



6.9



8000



8000



8000



8000



8000



8000



8000



8000



3100



3100



3100



3100



3100



-



-



-



-



-



-



321



542



564



564



744



959



915



Load limit for HL Thrust Brg Thrust Brg, kg (Ref Protector), FLT, SCMP



J / 449 series (OD 114 mm)



Max pump downthrust Max pump downper stage of FLT and thrust per stage of SCMP design, kg CMP design, kg S16



BHP limit, kW



Shaft with involute splines



101



129



133



146



139



166



-



-



-



-



-



-



-



163



274



276



289



287



289



332



300



626



940



624



376



454



S13



175



294



297



311



309



312



357



324



674



1012



674



404



489



S14



200



337



339



355



353



356



409



372



777



1167



774



466



563



S16



Maximum Number of Stages Using Shaft with involute splines



HL Thrust Brg (Ref Protector), CMP



136



175



150



122



102



106



99



104



323



323



613



549



524



Housing (depending on Housing Burst Pressure Limit)



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 595



113-227 113-264 151-302 415-760 415-755 1132-1887



75-151 113-189 75-189 136-264 151-340 166-377 241-453 264-491 302-566 453-792 604-906 604-1207 2641-4528



136-264 151-340 189-440 264-528 450-760 528-1057 717-1208 981 - 1547 1430-2260 2415-3623 2642-4529 4151-6340



5283-9811 5283-9811 7547-11320



906-1509 1358-2340



3014-4905 5283-9811 8302-14339 10566-19622 12830-27169 18112-27169 21131-36225



NFV110M1 NFV150 NFO150 NFV190M2 NFV230 NFV260 NFV340 NFV380 NFV450 NFV600M1 NFV760 NFV940 NFV3800



NHV200 NHV250 NHV380 NHV450 NHV600 NHV760 NHV940 NHV1200 NH1900M1 NH3000 NHV3800 NHV5300



NJV6000 NJV7600 NJ9400



NLV1000 NLV1900



NRV3800 NRV7600 NR12000 NRV15000 NRV19000 NRV22500 NR30000



3773 7547 12075 15094 18867 22640 30187



981 1887



6037 7547 9434



189 257 377 377 604 755 936 1207 1887 3019 3773 5283



113 151 151 189 226 264 340 377 453 604 755 943 3773



151 189 226 528 604 1509



Recommended Recommended Operating Range, capacity at BEP, bpd bpd



NDV150 NDO190 NDV230 ND530 ND600 NDV1500



Model



4.17 8.20 10.39 13.33 14.56 15.76 15.95



0.67 1.09



1.97 2.48 2.52



1.48 0.15 0.17 0.16 0.25 0.34 0.41 0.54 0.54 0.93 1.11 1.27



0.07 0.07 0.05 0.09 0.09 0.10 0.13 0.14 0.14 0.21 0.26 0.34 0.70



0.08 0.05 0.09 0.13 0.12 0.39



93.5 96.7 75.6 84.5 69.2 62.0 46.3



49.6 47.4



27.9 27.9 23.2



35.5 30.9 28.3 29.5 30.9 35.0 36.0 34.3 23.6 24.9 22.6 20.3



26.4 26.2 16.7 23.4 22.6 21.8 24.2 24.2 24.5 27.1 27.2 27.2 16.5



22.7 15.5 21.6 17.9 17.3 18.3



FLT



+



+ + + + + + + J / 449 series (OD 4.49 in) + + + L / 484 series (OD 4.84 in) + + R / 677 series (OD 6.77 in)



+ + + + + + + + + + + + H / 406 series (OD 4.06 in) + + + +



+



+



+



+ + +



+ + + + + + + +



+ + +



+



+ + + +



+



SCMP



Pump Design



D / 338 series (OD 3.38 in) + + + + + + F / 362 series (OD 3.62 in)



Power per stage, Head per stage, ft hp



60 Hz 3500 rpm



+ + + + +



+



+



CMP



CONVENTIONAL PUMP ENGINEERING DATA



MV, C MV, C M, C MV, C MV, C MV, C M, C



PV, P PV, P



MV, C MV, C M, C



PV, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P P, P M, C MV, C MV, C



PV, P PV, P P, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P MV, C



PV, P P, P PV, P P, P P, P PV, C



Stage Design*



3000



5000



5000



5600



5600



5600



Housing pressure limit, psi



Imperial system



8.03



5.71



5.31



4.91



4.70



4.13



Maximum ESP System OD, in



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 596



30187-45281



37734



Recommended Recommended Operating Range, capacity at BEP, bpd bpd 26.93



67.2



FLT



SCMP



Pump Design



T / 740 series (OD 7.40 in)



Power per stage, Head per stage, ft hp



P, P - Pancake stage, powder metallurgy P, C - Pancake stage, cast metallurgy PV, P - Pancake stage with Vortex crown, powder metallurgy PV, C - Pancake stage with Vortex crown, cast metallurgy M, P - Mixed Flow stage, powder metallurgy M, C - Mixed Flow stage, cast metallurgy MV, P - Mixed Flow stage with Vortex crown, powder metallurgy MV, C - Mixed Flow stage with Vortex crown, cast metallurgy PV, PC - Panсake stage with Vortex crown, powder and cast metallurgy



NT38000



Model



+



CMP M, C



Stage Design*



3000



Housing pressure limit, psi



8.29



Maximum ESP System OD, in



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 597



15-30 15-35 20-40 55-100 55-100 150-250



10-20 15-25 10-25 18-35 20-45 22-50 32-60 35-65 40-75 60-105 80-120 80-160 350-600



18-35 20-45 30-70 35-70 60-100 70-140 95-160 130-205 190-300 320-480 350-600 550-840



550-1000 700-1300 1000-1500



120-200 180-310



400-650 700-1300 1100-1900 1400-2600 1700-3600 2400-3600 2800-4800



NFV110M1 NFV150 NFO150 NFV190M2 NFV230 NFV260 NFV340 NFV380 NFV450 NFV600M1 NFV760 NFV940 NFV3800



NHV200 NHV250 NHV380 NHV450 NHV600 NHV760 NHV940 NHV1200 NH1900M1 NH3000 NHV3800 NHV5300



NJV6000 NJV7600 NJ9400



NLV1000 NLV1900



NRV3800 NRV7600 NR12000 NRV15000 NRV19000 NRV22500 NR30000



500 1000 1600 2000 2500 3000 4000



130 250



800 1000 1250



25 34 50 50 80 100 124 160 250 400 500 700



15 20 20 25 30 35 45 50 60 80 100 125 500



20 25 30 70 80 200



Recommended Recommended Operating Range, capacity at BEP, bpd bpd



NDV150 NDO190 NDV230 ND530 ND600 NDV1500



Model



1.80 3.54 4.49 5.76 6.29 6.81 6.89



0.29 0.47



0.852 1.07 1.09



0.64 0.07 0.07 0.07 0.11 0.15 0.18 0.23 0.23 0.40 0.48 0.55



0.03 0.03 0.02 0.04 0.04 0.04 0.06 0.06 0.06 0.09 0.11 0.15 0.30



0.034 0.023 0.040 0.055 0.053 0.168



19.8 20.5 16.0 17.9 14.7 13.1 9.8



10.5 10.0



5.90 5.9 4.9



7.5 6.55 6.00 6.2 6.6 7.4 7.6 7.3 5.0 5.3 4.8 4.3



5.6 5.6 3.5 5.0 4.8 4.6 5.1 5.1 5.2 5.7 5.8 5.8 3.5



4.8 3.3 4.6 3.78 3.66 3.9



FLT



+



+ + + + + + + J / 449 series (OD 114 mm) + + + L / 484 series (OD 123 mm) + + R / 677 series (OD 172 mm)



+ + + + + + + + + + + + H / 406 series (OD 103 mm) + + + +



+



+



+



+ + +



+ + + + + + + +



+ + +



+



+ + + +



+



SCMP



Pump Design



D / 338 series (OD 86 mm) + + + + + + F / 362 series (OD 92 mm)



Power per stage, Head per stage, ft hp



50 Hz 2910 rpm



+ + + + +



+



+



CMP



CONVENTIONAL PUMP ENGINEERING DATA



MV, C MV, C M, C MV, C MV, C MV, C M, C



PV, P PV, P



MV, C MV, C M, C



PV, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P P, P M, C MV, C MV, C



PV, P PV, P P, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P PV, P MV, C



PV, P P, P PV, P P, P P, P PV, C



Stage Design*



210



350



350



390



390



390



Housing pressure limit, psi



Metric system



204



145



135



124.8



119.3



105



Maximum ESP System OD, in



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 598



4000-6000



5000



Recommended Recommended Operating Range, capacity at BEP, bpd bpd 11.63



14.2



FLT



SCMP



Pump Design



T / 740 series (OD 188 mm)



Power per stage, Head per stage, ft hp



P, P - Panсake stage, powder metallurgy P, C - Panсake stage, cast metallurgy PV, P - Panсake stage with Vortex crown, powder metallurgy PV, C - Pancake stage with Vortex crown, cast metallurgy M, P - Mixed Flow stage, powder metallurgy M, C - Mixed Flow stage, cast metallurgy MV, P - Mixed Flow stage with Vortex crown, powder metallurgy MV, C - Mixed Flow stage with Vortex crown, cast metallurgy PV, PC - Panсake stage with Vortex crown, powder and cast metallurgy



NT38000



Model



+



CMP M, C



Stage Design*



210



Housing pressure limit, psi



210.5



Maximum ESP System OD, in



> Engineering Tables > Conventional Pump Engineering Data



2018 Page 599



NH(4400-5000)H



NH(2500-3800)H



NH(2500-3100)H



NH(1500-2500)H



NH(1200-2100)H



NHV(790-1000)H



NF(2500-4400)H



NF(2000-3100)H



NF(1300-2000)H



NF(900-1300)H



NFV(310-630)H



NFV(130-250)H



NB(2000-3100)H



NB(1500-2500)H



NB(1100-1800)H



NB(630-1000)H



NBV(250-500)H



NBV(160-250)H



NA(630-1300)H



NAV(440-630)H



NAV(190-380)H



NAV(130-250)H



Model



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490



Rotation speed, rpm



0.87



0.79



0.79



0.67



0.67



0.55



0.79



0.79



0.79



0.55



0.55



0.39



0.67



0.67



0.67



0.55



0.55



0.50



0.50



0.50



0.50



0.50



Diameter, in



0.59



0.49



0.49



0.35



0.35



0.24



0.49



0.49



0.49



0.24



0.24



0.20



0.35



0.35



0.35



0.24



0.24



0.20



0.20



0.20



0.20



0.20



Area, in2



87 105 161 193 161 193 268 322 268 322 362 434



72 87 87 78 87 105 268 321 268 321 268 321



67 87 86 105 86 104 161 193 161 193 161 193



72 87 72 87 72 87 72 87



S13



101 121 181 217 181 217 288 346 288 346 389 466



83 100 101 90 101 121 288 346 288 346 288 346



78 100 98 121 98 121 181 217 181 217 181 217



83 100 83 100 83 100 83 100



S14



114 137 201 241 201 241 335 402 335 402 442 530



94 113 114 102 114 137 335 400 335 400 335 400



87 113 111 137 111 137 201 241 201 241 201 241



94 112 94 112 94 112 94 113



S16



BHP limit, hp



Shaft with involute splines



1.6 2.3 3.1 4.4 3.3 4.7 3.8 5.5 3.8 5.5 3.8 5.4



0.7 1.0 1.4 2.0 1.8 2.6 3.7 5.3 3.1 4.5 3.0 4.4



1.2 1.9 1.6 2.3 1.2 1.7 2.2 3.1 1.6 2.3 1.6 2.4



0.8 1.1 1.1 1.6 0.8 1.2 0.6 0.9



Max pump downthrust per stage of CMP design @ operating Hz, lb left limit of recommended operating range



1.8 2.5 5.7 8.1 5.5 7.9 5.0 7.2 B / 319 series (OD 81 mm) 4.3 7.1 3.0 4.3 6.7 9.6 8.8 12.7 8.8 12.7 3.9 5.6 F / 362 series (OD 92 mm) 2.4 3.5 2.9 4.1 10.8 15.5 8.2 11.7 9.3 13.3 8.6 12.4 H / 406 series (OD 103 mm) 5.5 7.9 16.1 23.1 15.4 22.2 8.6 12.4 12.6 18.1 15.9 22.9



A / 272 series (OD 62 mm)



Max pump downthrust per stage of FLT and SCMP design @ operating Hz, lb left limit of recommended operating range



15.2 21.8 20.0 28.8 21.6 31.1 18.0 26.0 18.0 26.0 14.8 21.2



13.5 19.3 13.6 19.6 17.3 24.8 17.4 25.0 14.7 21.1 14.3 20.6



13.5 22.5 15.4 22.1 11.7 16.8 14.1 20.3 10.4 15.0 10.8 15.5



8.9 12.7 12.6 18.2 9.5 13.7 7.2 10.3



H,m left limit of recommended operating range



5954 7144 5954 7144 5954 7144 5954 7144 5954 7144 5954 7144



3969 4763 3969 4763 3969 4763 3969 4763 3969 4763 3969 4763



1103 1323 1103 1323 1103 1323 1103 1323 1103 1323 1103 1323



992 1191 992 1191 992 1191 992 1191



-



5590 4664 -



948 681 692 578 912 761 693 578 -



1295 1081 909 759 1202 1003 1604 1338



1080 901 370 309 386 322 692 578 474 395 374 312



1385 1155 367 306 486 406 429 358 462 385



165 138 125 104 125 105 286 238



197 165



903 631 667 464 609 423 769 536 645 449 750 521



2700 1882 1667 865 613 429 741 515 741 515 690 479



2000 1203 1201 852 1219 857 1364 949 1333 928 750 522



3724 2589 2951 2052 1622 1127 1317 918



S13



1042 727 750 522 685 476 827 576 694 483 806 560



3100 2163 1923 998 708 494 796 554 796 554 741 515



2320 1382 1370 982 1390 997 1534 1067 1500 1043 844 587



4276 2973 3388 2355 1862 1294 1512 1055



S14



1181 823 833 579 761 529 962 669 806 561 917 637



3500 2444 2179 1131 802 559 926 641 926 641 862 597



2600 1562 1557 1112 1581 1129 1705 1185 1667 1158 938 652



4828 3356 3825 2659 2102 1461 1707 1192



S16



Shaft with involute splines



873 607 661 460 613 426 733 510 733 510 896 623



983 684 972 676 767 533 761 529 900 626 923 642



983 589 860 598 1133 788 938 652 1268 882 1226 852



1493 1038 1048 729 1386 963 1850 1286



Housing (depending on Housing Burst Pressure Limit)



Imperial system Maximum Number of Stages Using



Load limit for HL Thrust Brg HL Thrust Brg HL Thrust (Ref Protector), (Ref Protector), Brg, lb CMP FLT, SCMP



Power Save Pump Engineering Data > Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 600



NR(15700-19000)H



NR(12600-15700)H



NR(10000-11300)H



NP(11300-15100)H



NP(7900-10100)H



NP(4700-6300)H



NP(4400-5700)H



NP(3100-4400)H



NP(1900-2500)H



Model



2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



Rotation speed, rpm



1.65



1.38



1.18



1.18



0.98



0.87



1.18



0.87



0.87



Diameter, in



2.15



1.49



1.10



1.10



0.76



0.59



1.10



0.59



0.59



Area, in2



695 835 1595 1912 2549 3057



362 434 362 434 925 1109 362 434 360 432 925 1109



S13



752 902 1718 2060 2742 3288



389 466 389 466 998 1197 389 466 387 464 998 1197



S14



862 1034 1963 2354 3136 3761



442 530 442 530 1146 1374 442 530 440 527 1146 1374



S16



BHP limit, hp



Shaft with involute splines



27.3 39.2 35.0 50.3 44.0 63.3



9.9 14.2 10.0 14.3 18.7 26.9 7.9 11.3 11.7 16.8 15.6 22.4



Max pump downthrust per stage of CMP design @ operating Hz, lb left limit of recommended operating range



P / 535 series (OD 136 mm) 35.3 50.7 40.8 58.7 47.8 68.8 33.3 47.9 35.9 51.7 43.9 63.1 R / 677 series (OD 172 mm) 106.7 153.5 116.0 166.8 94.4 135.7



Max pump downthrust per stage of FLT and SCMP design @ operating Hz, lb left limit of recommended operating range



57.4 82.6 54.1 77.9 47.2 68.0



38.7 55.7 39.0 56.2 39.4 56.6 30.8 44.4 35.4 51.0 32.8 47.2



H,m left limit of recommended operating range



17640 21168 17640 21168 17640 21168



9923 11907 9923 11907 9923 11907 9923 11907 9923 11907 9923 11907 -



165 138 152 127 187 156



281 235 243 203 207 173 298 249 276 230 226 189 126 88 277 193 362 251



509 354 321 223 605 421 241 168 240 167 168 117 136 95 299 208 389 270



547 380 345 240 654 454 259 180 258 179 181 126 156 109 341 237 445 309



623 433 393 273 750 521 295 205 293 204 208 145



Maximum Number of Stages Using Load Shaft with involute limit for HL Thrust Brg HL Thrust Brg splines HL Thrust (Ref Protector), (Ref Protector), Brg, lb CMP FLT, SCMP S13 S14 S16



230 160 244 170 280 195



342 238 339 236 336 234 429 298 373 260 403 280



Housing (depending on Housing Burst Pressure Limit)



> Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 601



NH(4400-5000)H



NH(2500-3800)H



NH(2500-3100)H



NH(1500-2500)H



NH(1200-2100)H



NHV(790-1000)H



NF(2500-4400)H



NF(2000-3100)H



NF(1300-2000)H



NF(900-1300)H



NFV(310-630)H



NFV(130-250)H



NB(2000-3100)H



NB(1500-2500)H



NB(1100-1800)H



NB(630-1000)H



NBV(250-500)H



NBV(160-250)H



NA(630-1300)H



NAV(440-630)H



NAV(190-380)H



NAV(130-250)H



Model



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2700 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490



Rotation speed, rpm



22



20



20



17



17



14



20



20



20



14



14



10



17



17



17



14



14



12.8



12.8



12.8



12.8



12.8



Diameter, mm



380



314



314



227



227



154



314



314



314



154



154



79



227



227



227



154



154



129



129



129



129



129



Area, mm2



65 78 120 144 120 144 200 240 200 240 270 324



54 65 65 78 65 78 200 240 200 240 200 240



50 65 64 77 64 77 120 144 120 144 120 144



54 65 54 65 54 65 54 65



S13



75 90 135 162 135 162 215 258 215 258 290 348



62 74 75 90 75 90 215 258 215 258 215 258



58 75 73 88 73 88 135 162 135 162 135 162



62 74 62 74 62 74 62 74



S14



85 102 150 180 150 180 250 300 250 300 330 396



70 84 85 102 85 102 250 300 250 300 250 300



65 84 83 100 83 100 150 180 150 180 150 180



70 84 70 84 70 84 70 84



S16



BHP limit, kW



Shaft with involute splines



0.7 1.0 1.4 2.0 1.5 2.1 1.7 2.5 1.7 2.5 1.7 2.5



0.3 0.5 0.6 0.9 0.8 1.2 1.7 2.4 1.4 2.0 1.4 2.0



0.5 0.9 0.7 1.0 0.5 0.8 1.0 1.4 0.7 1.0 0.7 1.1



0.3 0.5 0.5 0.7 0.4 0.5 0.3 0.4



Max pump downthrust per stage of CMP design @ operating Hz, kg



0.8 1.2 2.6 3.7 2.5 3.6 2.3 3.3 B / 319 series (OD 81 mm) 1.9 3.2 1.4 1.9 3.0 4.4 4.0 5.8 4.0 5.7 1.8 2.5 F / 362 series (OD 92 mm) 1.1 1.6 1.3 1.9 4.9 7.0 3.7 5.3 4.2 6.0 3.9 5.6 H / 406 series (OD 103 mm) 2.5 3.6 7.3 10.5 7.0 10.1 3.9 5.6 5.7 8.2 7.2 10.4



A / 272 series (OD 62 mm)



Max pump downthrust per stage of FLT and SCMP design @ operating Hz, kg



4.6 6.6 6.1 8.8 6.6 9.5 5.5 7.9 5.5 7.9 4.5 6.5



4.1 5.9 4.2 6.0 5.3 7.6 5.3 7.6 4.5 6.4 4.4 6.3



4.1 6.9 4.7 6.7 3.6 5.1 4.3 6.2 3.2 4.6 3.3 4.7



2.7 3.9 3.8 5.5 2.9 4.2 2.2 3.1



H,m left limit of recommended operating range



2700 3240 2700 3240 2700 3240 2700 3240 2700 3240 2700 3240



1800 2160 1800 2160 1800 2160 1800 2160 1800 2160 1800 2160



500 600 500 600 500 600 500 600 500 600 500 600



450 540 450 540 450 540 450 540



-



5590 4664 -



948 681 692 578 912 761 -



1295 1081 909 759 1202 1003 1604 1338



1080 901 370 309 386 322 692 578 474 395 374 312



1385 1155 367 306 486 406 429 358 462 385



165 138 125 104 125 105 286 238



197 165



903 628 667 463 609 423 769 535 645 449 750 521



2700 1884 1667 1159 613 427 741 515 741 515 690 479



2000 1204 1201 835 1219 848 1364 948 1333 927 750 521



3724 2589 2951 2059 1622 1127 1317 919



S13



1042 724 750 521 685 476 827 575 694 482 806 560



3100 2145 1923 1338 708 492 796 554 796 554 741 515



2320 1389 1370 952 1390 967 1534 1067 1500 1043 844 587



4276 2973 3388 2344 1862 1294 1512 1046



S14



1181 821 833 579 761 529 962 669 806 561 917 637



3500 2435 2179 1516 802 558 926 644 926 644 862 599



2600 1556 1557 1083 1581 1099 1705 1185 1667 1159 938 652



4828 3356 3825 2661 2102 1461 1707 1188



S16



Shaft with involute splines



873 607 661 460 613 426 733 510 733 510 896 623



983 684 972 676 767 533 761 529 900 626 923 642



983 589 860 598 1133 788 938 652 1268 882 1226 852



1493 1038 1048 729 1386 963 1850 1286



Housing (depending on Housing Burst Pressure Limit)



Metric system Maximum Number of Stages Using Load limit for HL Thrust Brg HL Thrust Brg HL Thrust (Ref Protector), (Ref Protector), Brg, kg CMP FLT, SCMP



Power Save Pump Engineering Data > Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 602



NR(15700-19000)H



NR(12600-15700)H



NR(10000-11300)H



NP(11300-15100)H



NP(7900-10100)H



NP(4700-6300)H



NP(4400-5700)H



NP(3100-4400)H



NP(1900-2500)H



Model



2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



Rotation speed, rpm



42



35



30



30



25



22



30



22



22



Diameter, mm



1385



962



707



707



491



380



707



380



380



Area, mm2



519 622 1190 1427 1902 1428



270 324 270 324 690 828 270 324 269 323 690 828



S13



561 673 1282 1538 2046 1538



290 348 290 348 745 893 290 348 289 347 745 893



S14



643 771 1465 1757 2340 1758



330 396 330 396 855 1025 330 396 328 393 855 1025



S16



BHP limit, kW



Shaft with involute splines



12.4 17.8 15.9 22.8 20.0 28.7



4.5 6.5 4.5 6.5 8.5 12.2 3.6 5.1 5.3 7.6 7.1 10.2



Max pump downthrust per stage of CMP design @ operating Hz, kg



P / 535 series (OD 136 mm) 16.0 23.0 18.5 26.6 21.7 31.2 15.1 21.7 16.3 23.4 19.9 28.6 R / 677 series (OD 172 mm) 48.4 69.6 52.6 75.7 42.8 61.6



Max pump downthrust per stage of FLT and SCMP design @ operating Hz, kg



17.5 25.2 16.5 23.7 14.4 20.7



11.8 17.0 11.9 17.1 12.0 17.3 9.4 13.5 10.8 15.5 10.0 14.4



H,m left limit of recommended operating range



8000 9600 8000 9600 8000 9600



4500 5400 4500 5400 4500 5400 4500 5400 4500 5400 4500 5400 -



165 138 152 127 187 156



281 235 243 203 207 173 298 249 276 230 226 189 126 88 277 193 362 157



509 354 321 223 605 421 241 168 240 167 168 117 136 95 299 208 389 170



547 380 345 240 654 454 259 180 258 179 181 126 156 109 341 237 445 194



623 433 393 273 750 521 295 205 293 204 208 145



Maximum Number of Stages Using Load Shaft with involute limit for HL Thrust Brg HL Thrust Brg splines HL Thrust (Ref Protector), (Ref Protector), Brg, kg CMP FLT, SCMP S13 S14 S16



124 86 132 91 151 105



307 213 304 211 302 210 385 268 335 233 362 252



Housing (depending on Housing Burst Pressure Limit)



> Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 603



NF(2500-4400)H



NF(2000-3100)H



NF(1300-2000)H



NF(900-1300)H



NFV(310-630)H



NFV(130-250)H



NB(2000-3100)H



NB(1500-2500)H



NB(1500-2500)H



NB(1100-1800)H



NB(630-1000)H



NB(630-1000)H



NBV(250-500)H



NBV(160-250)H



NA(630-1300)H



NA(630-1300)H



NAV(440-630)H



NAV(190-380)H



NAV(130-250)H



Model



Recommended Operating Range, bpd



94-157 113-189 144-283 170-340 220-409 264-491 503-755 604-906 503-755 604-906



119-214 145-264 195-346 233-421 428-704 509-843 428-704 509-843 503-1132 604-1358 943-1572 1132-1887 943-1572 1132-1887 1415-2358 1698-2830



94-157 113-189 220-409 264-491 503-1132 604-1358 943-1572 1126-1874 1509-2516 1811-3019 2012-3019 2421-3616



Rotation speed, rpm



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



126 151 314 377 880 1057 1321 1572 2012 2264 2516 3622



189 208 283 314 629 679 629 679 880 1069 1258 1509 1258 1509 2264 2830



126 151 214 258 314 377 629 755 629 755



Recommended capacity at BEP, bpd Head per stage, ft, nominal



A / 272 series (OD 2.72 in) 0.02 7.9 0.03 11.3 0.02 7.6 0.04 10.9 0.04 8.8 0.06 12.7 0.05 6.0 0.09 8.6 0.05 6.5 0.08 9.3 B / 319 series (OD 3.19 in) 0.04 10.8 0.06 15.6 0.05 13.0 0.09 18.6 0.07 9.7 0.12 14.0 0.08 10.8 0.13 15.5 0.12 11.3 0.20 16.2 0.12 8.5 0.20 12.2 0.12 9.5 0.21 13.7 0.02 9.0 0.03 12.9 F / 362 series (OD 3.62 in) 0.03 12.0 0.05 17.3 0.04 12.1 0.08 17.5 0.14 14.1 0.24 20.2 0.24 14.7 0.41 21.2 0.28 12.7 0.49 18.3 0.37 13.4 0.64 19.3



Power per stage, hp



+ +



+ + + +



FLT



+ +



+ +



+ +



+ + + +



+ +



+ +



+ +



SCMP



Pump Design



Power Save Pump Engineering Data



+ + + + + + + + + +



+ +



+ + + +



+ +



+ +



CMP



M, C



M, C



M, C



P, P



PV, P



PV, PC



M, C



M, C



M, C



M, C



P, P



P, P



PV, P



PV, P



M, C



M, C



PV, P



PV, P



PV, P



Stage Design*



5600



5600



5600



Housing pressure limit, psi



4,70



3,74



3,23



Maximum ESP System OD, in



Imperial system



> Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 604



Recommended Operating Range, bpd



189-1006 226-1207 817-1258 981-1509 849-1541 1019-1849 1509-2516 1824-3019 1962-3201 2358-3843 2201-3773 2641-4560



1006-2641 1207-3176 1761-4528 2113-5446 2830-5031 3396-6006 3459-5660 4151-6792 4402-8176 5283-9811 7547-12578 9056-15094



Rotation speed, rpm



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



NR(10000-11300)H



2910 6918-11949 3490 8301-14339 2910 8805-16351 NR(12600-15700)H 3490 10566-19622 2910 10691-22640 NR(15700-19000)H 3490 12830-27168 * P, P - Pancake stage, powder metallurgy P, C - Pancake stage, cast metallurgy PV, P - Pancake stage with Vortex crown, powder metallurgy PV, C - Pancake stage with Vortex crown, cast metallurgy M, P - Mixed Flow stage, powder metallurgy M, C - Mixed Flow stage, cast metallurgy MV, P - Mixed Flow stage with Vortex crown, powder metallurgy MV, C - Mixed Flow stage with Vortex crown, cast metallurgy PV, PC - Panсake stage with Vortex crown, powder and cast metallurgy



NP(11300-15100)H



NP(7900-10100)H



NP(4700-6300)H



NP(4400-5700)H



NP(3100-4400)H



NP(1900-2500)H



NH(4400-5000)H



NH(2500-3800)H



NH(2500-3100)H



NH(1500-2500)H



NH(1200-2100)H



NHV(790-1000)H



Model



10062 11320 12578 13836 15723 18867



1887 2264 3145 3773 4088 4937 4717 5660 6289 7547 10062 12075



629 755 1038 1132 1257 1508 2012 2421 2578 3094 3145 3773



Recommended capacity at BEP, bpd Head per stage, ft, nominal



H / 406 series (OD 4.06 in) 0.09 13.5 0.16 19.3 0.22 18.8 0.38 27.0 0.27 18.8 0.47 27.0 0.29 13.8 0.51 19.9 0.39 14.9 0.67 21.4 0.39 11.9 0.68 17.1 P / 535 series (OD 5.35 in) 0.68 33.1 1.18 47.6 1.08 32.6 1.86 46.9 1.63 37.8 2.81 54.3 1.20 27.1 2.07 38.9 1.85 29.2 3.20 42.0 2.96 31.5 5.11 45.3 R / 677 series (OD 6.77 in) 4.88 50.3 8.41 72.3 5.65 45.6 9.75 65.6 6.65 42.5 11.47 61.1



Power per stage, hp FLT



SCMP



Pump Design



+ + + + + +



+ + + + + + + + + + + +



+ + + + + + + + + + +



CMP



M, C



M, C



M, C



M, C



M, C



M, C



M, C



P, P



P, P



M, C



M, C



M, C



P, P



P, P



PV, PC



Stage Design*



3000



5000



5600



Housing pressure limit, psi



8,03



6,04



4,91



Maximum ESP System OD, in



> Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 605



NF(2500-4400)H



NF(2000-3100)H



NF(1300-2000)H



NF(900-1300)H



NFV(310-630)H



NFV(130-250)H



NB(2000-3100)H



NB(1500-2500)H



NB(1500-2500)H



NB(1100-1800)H



NB(630-1000)H



NB(630-1000)H



NBV(250-500)H



NBV(160-250)H



NA(630-1300)H



NA(630-1300)H



NAV(440-630)H



NAV(190-380)H



NAV(130-250)H



Model



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



Rotation speed, rpm



Recommended Operat- Recommended capacity Power per Head per stage, ing Range, m3/day stage, kW m nominal at BEP, m3/day A / 272 series (OD 69 mm) 15-25 20 0.01 2.4 18-30 24 0.02 3.5 23-45 34 0.02 2.3 27-54 41 0.03 3.3 35-65 50 0.03 2.7 42-78 60 0.05 3.9 80-120 100 0.04 1.8 96-144 120 0.06 2.6 80-120 100 0.03 2.0 96-144 120 0.06 2.8 B / 319 series (OD 81mm) 19-34 30 0.03 3.3 23-42 33 0.05 4.7 31-55 45 0.04 4.0 37-67 50 0.06 5.7 68-112 100 0.05 3.0 81-134 108 0.09 4.3 68-112 100 0.06 3.3 81-134 108 0.10 4.7 80-180 140 0.09 3.4 96-216 170 0.15 4.9 150-250 200 0.09 2.6 180-300 240 0.15 3.7 150-250 200 0.09 2.9 180-300 240 0.16 4.2 225-375 360 0.01 2.7 270-450 450 0.02 3.9 F / 362 series (OD 92 mm) 15-25 20 0.02 3.7 18-30 24 0.03 5.3 35-65 50 0.03 3.7 42-78 60 0.06 5.3 80-180 140 0.10 4.3 96-216 168 0.18 6.2 150-250 210 0.18 4.5 179-298 250 0.30 6.5 240-400 320 0.21 3.9 288-480 360 0.36 5.6 320-480 400 0.28 4.1 385-575 576 0.48 5.9 + +



+ + + +



+ +



+ +



+ +



+ + + +



+ +



+ +



+ +



+ + + + + + + + + +



+ +



+ + + +



+ +



+ +



Pump Design FLT SCMP CMP



Power Save™ PUMP ENGINEERING DATA



M, C



M, C



M, C



P, P



PV, P



PV, PC



M, C



M, C



M, C



M, C



P, P



P, P



PV, P



PV, P



M, C



M, C



PV, P



PV, P



PV, P



Stage Design*



390



390



390



390



119,3



95



95



82



Maximum ESP System OD, mm



Metric system Housing pressure limit, atm



> Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 606



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



2910 3490 2910 3490 2910 3490 2910 3490 2910 3490 2910 3490



Rotation speed, rpm



Recommended Operat- Recommended capacity Power per Head per stage, ing Range, m3/day stage, kW m nominal at BEP, m3/day H / 406 series (OD 103 mm) 30-160 100 0.07 4.1 36-192 120 0.12 5.9 130-200 165 0.16 5.7 156-240 180 0.28 8.2 135-245 200 0.20 5.7 162-294 240 0.35 8.2 240-400 320 0.22 4.2 290-480 385 0.38 6.1 312-509 410 0.29 4.5 375-611 492 0.50 6.5 350-600 500 0.29 3.6 420-725 600 0.51 5.2 P / 535 series (OD 136 mm) 160-420 300 0.511 10.1 192-505 360 0.88 14.5 280-720 500 0.806 9.9 336-866 600 1.39 14.3 450-800 650 1.215 11.5 540-955 785 2.10 16.6 550-900 750 0.896 8.3 660-1080 900 1.55 11.9 700-1300 1000 1.384 8.9 840-1560 1200 2.39 12.8 1200-2000 1600 2.212 9.6 1440-2400 1920 3.82 13.8 R / 677 series (OD 172 mm) 1100-1900 1600 3.640 15.3 1320-2280 1800 6.279 22.0 1400-2600 2000 4.220 13.9 1680-3120 2200 7.280 20.0 1700-3600 2500 4.960 12.9 2040-4320 3000 8.556 18.6



NR(10000-11300)H



2910 3490 2910 NR(12600-15700)H 3490 2910 NR(15700-19000)H 3490 * P, P - Pancake stage, powder metallurgy P, C - Pancake stage, cast metallurgy PV, P - Pancake stage with Vortex crown, powder metallurgy PV, C - Pancake stage with Vortex crown, cast metallurgy M, P - Mixed Flow stage, powder metallurgy M, C - Mixed Flow stage, cast metallurgy MV, P - Mixed Flow stage with Vortex crown, powder metallurgy MV, C - Mixed Flow stage with Vortex crown, cast metallurgy PV, PC - Panсake stage with Vortex crown, powder and cast metallurgy



NP(11300-15100)H



NP(7900-10100)H



NP(4700-6300)H



NP(4400-5700)H



NP(3100-4400)H



NP(1900-2500)H



NH(4400-5000)H



NH(2500-3800)H



NH(2500-3100)H



NH(1500-2500)H



NH(1200-2100)H



NHV(790-1000)H



Model FLT



+ + + + + +



+ + + + + + + + + + + +



+ + + + + + + + + + + +



Pump Design SCMP CMP



M, C



M, C



M, C



M, C



M, C



M, C



M, C



P, P



P, P



M, C



M, C



M, C



P, P



P, P



PV, PC



Stage Design*



210



350



390



Housing pressure limit, atm



204



153.5



124,8



Maximum ESP System OD, mm



> Engineering Tables > Power Save™ Pump Engineering Data



2018 Page 607



> Engineering Tables > Units of Measurement



UNITS OF MEASUREMENT in ft m mm lb kg bpd m3/day Hz hp kW psi atm MPa Amps Volt



Inch Foot Meter Millimeter Pound Kilogram Barrels Per Day Cubic meters per day Hertz Horse Power Kilowatt Pounds per square inch Atmosphere Megapascal Ampere Volt



2018 Page 608



> Engineering Tables > Units of Measurement



LIST OF ABBREVIATIONS % Amps AM API AR AWG B BEP BHP BOH BSB CAPEX CBM CMP cP CR CT CV D DBL DIFA DHS DV EE Eff EFIW E-Lead EN EPDM ESP EUE FLT FSD GFD GOR GS GSTA H H HL HSG HSPS HT I I8 I11 I13 ID JB lbf LSB LSBPB LSBSB LT M8 MLE MLE MP MPP



% of Nameplate Amps Asynchronous Motor American Petroleum Institute Abrasion Resistant American Wire Gauge Bag Best Efficiency Point Brake Horsepower Bolt-On Head Bag-Series-Bag Capital Expenditures Coal Bed Methane Compression pump design Centipoise Corrosion Resistant Center Tandem (pump, motor) Check Valve Depth Double motor Dismantle, Inspection, Failure Analysis Downhole Sensor System Drain Valve EPDM insulation; EPDM jacket Efficiency Enclosed filters for injection wells EPDM insulation; Lead sheath EPDM insulation; Nitrile Butadiene Rubber jacket Ethylene Propylene Diene Monomer insulation Electrical Submersible Pump Externally Upset Ends thread type Floater pump design Fixed Speed Drive Downhole Gravitation Filter Gas-Oil Ratio Gas Separator Galvanized Steel Tape Armor Height in "Power Save™" pump designation "Power Save™" pump, e.g. NH(2500-3100)H High Load thrust bearing Housing Horizontal Surface Pumping Systems High Temperature (resistance) Intake Inconel alloy (shaft material), Yield strength = 785 MPa Inconel alloy (shaft material), Yield strength = 1080 MPa Inconel alloy (shaft material), Yield strength = 1275 MPa Inside Diameter Junction Box Unit of weight and axial load Labyrinth-series-Bag Labyrinth-series-Bag-parallel-Bag Labyrinth-series-Bag-series-Bag Lower Tandem (motor) Monel alloy (shaft material), Yield strength = 785 MPa Motor Lead Extension Guard Motor Lead Extension Guard Modular Protector Multiphase Pum 2018 Page 609



> Engineering Tables > Units of Measurement



N3R NDSS NSTU NSР-B NSР-R NUE OD ONAN OPEX P PE PI PLT PMM POOH PP PP rd RIH rpm S S S8 S11 S13 S14 S16 SCMP SDT SFD SFI SGFD SGL SS Stg STL SUT TBA TBP TDH THD Thrust TMP TRP TSS UCR UHT UT V VSD W Wt



Nema 3R rating Novomet Downhole Sensor System Novomet Sand Trap Upper Novomet Surface Panel, Built-in type Novomet Surface Panel, Remote type Non Upset Ends thread type Outside Diameter Oil Natural Air Natural Operating expenditures Conventional Protector Polyethylene insulation Productivity Index Production Logging Tests Permanent Magnet Motor Pull Out Of Hole Piston Protector Polypropylene insulation round thread Run In Hole Revolutions Per Minute V-shaped thread type Single (motor) Stainless steel (shaft material), Yield strength = 785 MPa Stainless steel (shaft material), Yield strength = 1080 MPa Stainless steel (shaft material), Yield strength = 1275 MPa Stainless steel (shaft material), Yield strength = 1370 MPa Stainless steel (shaft material), Yield strength = 1570 MPa Semi-compression pump design Step-Down Transformer Slotted Filter Downhole Slotted Filter Intake Slotted Gravitation Filter Downhole Single motor Stainless Steel Stages Standard Load thrust bearing Step-Up Transformer To Be Advised To Be Provided Total Dynamic Head Total Harmonic Distorsion Brg Thrust Bearing Tandem Modular Protector Triple motor Total Suspended Solids Ultra Corrosion Resistant Ultra High Temperature (resistance) Upper Tandem (motor) Vortex type of stage Variable Speed Drive Width Weight



2018 Page 610



> Engineering Tables > Temperature Convension Table



TEMPERATURE CONVERSION TABLE



F=9/5oC + 32 = 1.8 (oC + 17.8) oC – 5/9 (oF – 32)



For interpretation 1oC = 1.8oF



o



o C -67.8 -62.2 -56.7 -51.1 -45.6 -40 -34.4 -31.7 -28.9 -26.1 -23.3 -20.6 -17.8 -15 -12.2 -9.4 -6.7 -3.9 -1.1 1.7 4.4 7.2 10 12.8 15.6 18.3 21.1 23.9 26.7 29.4 32.2 35 37.8 40.6 43.3 46.1 48.9 51.7 54.4 57.2 60 62.8 65.6 68.3



F | oC -90 -80 -70 -60 -50 -40 -30 -25 -20 -15 -10 -5 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155



o



o F -130 -112 -94 -76 -58 -40 -22 -13 -4 5 14 23 32 41 50 59 68 77 86 95 104 113 122 131 140 149 158 167 176 185 194 203 212 221 230 239 248 257 266 275 284 293 302 311



 



o C 71.1 73.9 76.7 79.4 82.2 85 87.8 90.6 93.3 96.1 98.9 101.7 104.4 107.2 110 112.8 115.6 118.3 121.1 126.7 132.2 137.8 143.3 148.9 154.4 160 165.6 171.1 176.7 182.2 187.8 193.3 198.9 204.4 210 215.6 221.1 226.7 232.2 237.8 243.3 248.9 254.4 260



F | oC 160 165 170 175 180 185 190 195 200 205 210 215 220 225 230 235 240 245 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500



o



o F 320 329 338 347 356 365 374 383 392 401 410 419 428 437 446 455 464 473 482 500 518 536 554 572 590 608 626 644 657 680 698 716 734 752 770 788 806 824 842 860 878 896 914 932



2018 Page 611



> Engineering Tables > Conversion Factors



CONVERSION FACTORS MULTIPLY



BY



TO OBTAIN



MULTIPLY



BY



TO OBTAIN



Atmospheres



1.01325



Bar



Inches of Mercury



0.03342



Atmospheres



Atmospheres



29.92123



Inches of Mercury



Inches of Mercury



0.03453



Kgs. / Sq. cm.



Atmospheres



1.03323



Kgs. / Sq. cm.



Inches of Mercury



0.4912



Lbs. / Sq. in.



Barrel (U.S Petroleum)



0.15897



Cubic Meter



Inches of Water



0.002458



Atmospheres



Barrel (U.S Petroleum)



5.6146



Cubic Feet



Kilograms / Meter



0.672



Lbs. / Ft.



Barrel - Oil



42



Gallons - Oil (U.S.)



Kilograms / Sq. cm.



0.9678



Atmospheres



Barrel (36 oAPI)



0.1342



Metric Ton



Kilograms / Sq. cm.



28.959



Inches of Mercury



Barrel Per Hour



0.7



Gallons Per Min



Kilograms / Sq. cm.



2048.1552



Lbs. / Sq. Foot



Barrel Per Day



0.02917



Gallons Per Min.



Kilograms / Sq. cm.



14.2233



Lbs. / Sq. in.



Bar



14.5038



PSI



Kilograms



2.2046



Pounds



Centimeters Centimeters of Mercury Centimeters of Mercury Centimeters of Mercury Centimeters / Second



0.3937



Inches



Kilometers



0.6214



Miles



0.01316



Atmospheres



Kilometers



1093



Yards



135.951



Kgs. / Sq. Meter



Kilometers / Hr.



16.67



Meters / Min.



0.1934



Lbs. /Sq. in.



Kilometers / Hr.



0.6214



Miles / Hr.



1.969



Feet / Min.



Kilowatt



1.341



Horsepower (US)



Centimeters / Second



0.6



Meters / Min.



Liters



0.03531



Cubic Feet



Cubic Cent meters



0.00003531



Cubic Feet



Liters



61.0255



Cubic inches



Cubic Cent meters



0.002113



Pints (Liquid)



Liters



0.2642



Gallons



Cubic Feet



0.1781



Barrels



Liters



1.057



Quarts (Liquid)



 



Cubic Feet



0.02832



Cubic Meters



Liters / Min



0.0005886



Cubic Ft. / Sec.



Cubic Feet



7.48052



Gallons



Meters



3.281



Feet



Cubic Feet



28.3106



Liters



Meters



39.37



Inches



Cubic Feet / Minute Cubic Feet / Second Cubic Inches Cubic Inches



10.686 448.831 16.39 0.01639



Barrels Per Hour Gallons / Minute Cubic Centimeters Liters



Meters



1.094



Yards



(Cub. Meters / Day ) / (Kg / Sq. cm) (PI)



0.44227



Barrels / Day / PSI (PI)



Cubic Meters / Hour



150.972



Barrels / Day



Cubic Meters



35.3147



Cubic Feet



4.4028



Cubic Meters



1.308



Cubic Yards



5.61397



Cubic Meters



264.172



Gallons (U.S.)



Cubic Meters / Hour Cubic Meter / Cub. Meter (GOR) Meters / Min.



3.281



Gallons / Minute Cubic Feet / Barrel (GOR) Feet / Min.



Cubic Meters



6.289



Barrels



Meters / Min.



0.05468



Feet / Sec.



Cubic Yards



0.7646



Cubic Meters



Meters / Sec.



3.281



Feet / Sec.



Cubic Yards



202



Gallons



Miles



1.609



Kilometers



Drams



27.34375



Grains



Miles/Hr



1.609



Kilometers / Hrs.



Feet



30.48



Centimeters



Ounces



16



Drams



Feet



0.3048



Meters



Ounces



0.0625



Pounds



Feet of Water



0.0295



Atmospheres



Parts / Million



8.345



Lbs. / Million Gal.



Feet of Water



0.8826



Inches of Mercury



Pounds



0.4536



Kilograms



Feet of Water



0.03048



Kgs. / Sq. cm.



 



 



 



Feet of Water



0.4335



Lbs. /Sq. in.



 



 



 



2018 Page 612



> Engineering Tables > Shaft Diameter | Maximum break horse power (BHP) of shafts with involute splines | ESP system overall dimensions



Shaft Diameter Shaft diameter



Motor series



in



mm



319



0.79



20.00



378



0.98



25.00



406



0.98



25.00



460



1.18



30.00



512



1.50



38.00



562



1.50



38.00



744



1.50



38.00



MAXIMUM BREAK HORSE POWER (BHP) OF SHAFTS WITH INVOLUTE SPLINES Shaft diameter in



mm



Area in



S8 60 Hz



S11 50 Hz



60 Hz



S13



S14



50 Hz



60 Hz



50 Hz



S16



60 Hz



50 Hz



60 Hz



50 Hz



mm



hp



kw



hp



kw



hp



kw



hp



kw



hp



kw



hp



kw



hp



kw



hp



kw



hp



kw



hp



0.50 12.8 0.20 129



48



36



40



30



72



54



60



45



87



65



72



54



100



74



83



62



113



84



94



kw 70



0.55 14 0.24 154



58



43



48



36



88



66



74



55



105



78



87



65



121



90



101



75



137 102 114



85



0.67 17 0.35 227 116



86



96



72



169 126 141 105 193 144 161 120 217 162 181 135 241 180 201 150



0.79 20 0.49 314 193 144 161 120 273 204 228 170 322 240 268 200 346 258 288 215 402 300 335 250 0.87 22 0.59 380 265 198 221 165 370 276 308 230 434 324 362 270 466 348 389 290 531 396 442 330 0.98 25 0.76 491 386 288 322 240 539 402 449 335 635 474 529 395 683 510 570 425 788 588 657 490 1.18 30 1.10 707 675 504 563 420 933 696 777 580 1110 828 925 690 1198 894 998 745 1375 1026 1146 855 1.38 35 1.49 962 1179 880 982 733 1619 1208 1349 1007 1914 1428 1595 1190 2061 1538 1718 1282 2356 1758 1963 1465 1.50 38 1.76 1134 1389 1037 1158 864 1910 1426 1592 1188 2258 1685 1881 1404 2431 1814 2026 1512 2779 2074 2316 1728 1.65 42 2.15 1385 1881 1404 1568 1170 2566 1915 2139 1596 3058 2282 2549 1902 3290 2455 2742 2046 3763 2808 3136 2340



ESP SYSTEM OVERALL DIMENSIONS Novomet Pump Pump OD Pump Series series in mm A 272 2.72 69 B



319



3.19



81



D



338



3.38



86



F



362



3.62



92



H



406



4.06 103



Motor Series



Motor OD



Max ESP System OD (including MLE)



319



in 3.19



mm 81



in 3.23



mm 82



319



3.19



81



3.74



95



Max ESP System OD Min Max (including MLE Casing weight, Guard) OD, in lb/ft in mm 3.23 82 4.000 13.4 -



-



4.500



13.5



378



3.78



96



4.13



105



4.20



106.6



5.000



18.0



406



4.06



103



4.44



112.8



4.53



115.1



5.500



23.0



460



4.60



117



4.70



119.3



4.78



121.5



5.500



17.0



406



4.06



103



4.74



120.4



4.84



123.0



5.500



17.0



460



4.60



117



4.91



124.8



5.02



127.4



6.625



32.0



J



449



4.49 114



512



5.12



130



5.31



135



5.43



137.8



6.625



32.0



L



484



4.84 123



512



5.12



130



5.71



145



-



-



6.625



24.0



N



512



5.12 130



562



5.62



143



5.94



151



-



-



7.000



32.0



512



5.12



130



5.98



152.0



6.03



153.1



7.000



29.0



562



5.62



143



6.04



153.5



6.17



156.8



7.000



26.0



744



7.44



189



8.03



204.0



8.07



205.0



9.625



53.5



P



535



5.35 136



R



677



6.77 172



2018 Page 613



> Engineering Tables > Viscosity Correlation T



740



7.40 188



744



7.44



10 000 8000 6000



189



8.29



210.5



-



-



9.625



53.5



55



60



сP -API CORRELATION



4000 2000 1000 800 600



Absolute viscosity of gas-free crude oil, cP



400 200 100 80 60 40 20 10 8 6 4 2 1 0.8 0.6 0.4 0.2 0.1 10



15



20



25



30



35



40



45



50



Crude oil gravity oAPI at 60 oF and atmospheric pressure



2018 Page 614



> Engineering Tables > API Casing Chart



API Casing Chart CASING SIZE OD IN. 4-1/2



4.500



CASING COUPLING OD IN. NOMINAL WEIGHT LBS/FT INSIDE DIAMETER ID IN.



API DRIFT ID IN.



5.000



9.50



4.090



3.965



5.000



10.50



4.052



3.927



5.000



11.60



4.000



3.875



5.000



13.50



3.920



3.795



5



5.563



11.50



4.560



4.435



5.563



13.00



4.494



4.369



5.000



5.563



15.00



4.408



4.283



5.563



18.00



4.276



4.151



5-1/2



6.050



14.00



5.012



4.887



6.050



15.50



4.950



4.825



6.050



17.00



4.892



4.767



6.050



20.00



4.778



4.653



6.050



23.00



4.670



4.545



6-5/8



7.390



20.00



6.049



5.924



7.390



24.00



5.921



5.796



6.625



7.390



28.00



5.791



5.666



7.390



32.00



5.675



5.550



7.656



17.00



6.538



6.413



7.656



20.00



6.456



6.331



7.656



23.00



6.366



6.241



7.656



26.00



6.276



6.151



7.656



29.00



6.184



6.059



7.656



32.00



6.094



5.969



5.500



7



7.000



7-5/8



7.625



8-5/8



8.625



9-5/8



7.656



35.00



6.004



5.879



7.656



38.00



5.920



5.795



8.500



20.00



7.125



7.000



8.500



24.00



7.025



6.900



8.500



26.40



6.969



6.844



8.500



29.70



6.875



6.750



8.500



33.70



6.765



6.640



8.500



39.00



6.625



6.500



9.625



24.00



8.097



7.972



9.625



28.00



8.017



7.892



9.625



32.00



7.921



7.796



9.625



36.00



7.825



7.700



9.625



40.00



7.725



7.600



9.625



44.00



7.625



7.500



9.625



49.00



7.511



7.386



10.625



29.30



9.063



8.907



2018 Page 615



> Engineering Tables > API Casing Chart



CASING SIZE OD IN.



9.625



10-3/4



10.750



11-3/4 11.750 13-3/8



13.375



16 16.000 18-5/8 20 20.000



CASING COUPLING OD IN. NOMINAL WEIGHT LBS/FT INSIDE DIAMETER ID IN.



API DRIFT ID IN.



10.625



32.30



9.001



8.845



10.625



36.00



8.921



8.765



10.625



40.00



8.835



8.679



10.625



43.50



8.755



8.599



10.625



47.00



8.681



8.525



10.625



53.50



8.535



8.379



11.750



32.75



10.192



10.036



11.750



40.50



10.050



9.984



11.750



45.50



9.950



9.794



11.750



51.00



9.850



9.694



11.750



55.50



9.760



9.604



11.750



60.70



9.660



9.504



11.750



65.70



9.560



9.404



12.750



42.00



11.084



10.928



12.750



47.00



11.000



10.844



12.750



54.00



10.880



10.724



12.750



60.00



10.772



10.616



14.375



48.00



12.715



12.559



14.375



54.50



12.615



12.459



14.375



61.00



12.515



12.359 12.259



14.375



68.00



12.415



14.375



72.00



12.347



12.191



17.000



65.00



15.250



15.062



17.000



75.00



15.124



14.936



17.000



84.00



15.010



14.822



20.000



87.50



17.755



17.567 18.936



21.000



94.00



19.124



21.000



106.50



19.000



18.812



21.000



133.00



18.730



18.542



21.000



169.00



18.376



18.188



NOTE: For metric equivalents (millimeters), multiply the inches by 25.4.



2018 Page 616



1.05



1.315



1.660



1.900



2.063



2.375



2.875



/4



1



1 1/4



1 1/2



2 1/16



2 3/8



2 7/8



3



OD in.



Nom. in.



Tubina Size



6.50 6.50 6.50 8.70 6.50 8.70 6.50 8.70



6.40 6.40 6.40 8.60 6.40 8.60 6.40 8.60



4.70 5.95



4.70



4.70 5.95 4.70 5.95



4.70



4.00 4.60 4.00 4.60 4.00 4.60 5.80 4.00 4.60 5.80 4.60 5.80



2.750



2.300



1.700



1.14



T & C Non T & C Upset upset, lb/ft lb/ft



Nominal Weight



0.113 0.125 0.140 0.125 0.140 0.140 0.140 0.125 0.145 0.125 0.145 0.145 0.145 0.156



H-40 J-55 C-75 N-80



H-40 H-40 J-55 J-55 C-75 N-80



H-40 H-40 J-55 J-55 C-75 N-80



H-40 J-55 C-75 N-80



H-40 J-55 C-75 C-75 N-80 N-80 P-105 P-105 0.217 0.217 0.217 0.308 0.217 0.308 0.217 0.308



0.167 0.190 0.167 0.190 0.167 0.190 0.254 0.167 0.190 0.254 0.190 0.254



0.113



H-40 J-55 C-75 N-80



H-40 H-40 J-55 J-55 C-75 C-75 C-75 N-80 N-80 N-80 P-105 P-105



Wall Thickness in.



Grade



2.441 2.441 2.441 2.259 2.441 2.259 2.441 2.259



2.041 1.995 2.041 1.995 2.041 1.995 1.867 2.041 1.995 1.867 1.995 1.867



1.751



1.650 1.610 1.650 1.610 1.610 1.610



1.410 1.380 1.410 1.380 1.380 1.380



1.049



0.824



Inside Dia. in.



2.347 2.347 2.347 2.165 2.347 2.165 2.347 2.165



1.947 1.901 1.947 1.901 1.947 1.901 1.773 1.947 1.901 1.773 1.901 1.773



1.516



1.286



0.955



0.730



Drift Dia. in.



3.500



2.875



2.200



2.054



0.660



1.313



Non Upset in.



3.668



3.063



2.500



2.200



1.900



1.660



Upset Reg. in.



Upset Spec. in.



Couping Outsice Dia.



Threaded Coupling



tubing



5.230 6.800 8.900 12.200 9.420 12.920 12.560 17.220



4.880 5.520 6.340 7.180 8.150 9.380 12.180 8.660 9.940 12.890 13.250 17.190



5.240 6.820 8.910 9.440



4.450 5.290 5.790 6.870 8.990 9.520



5.220 5.790 6.790 7.530 9.840 10.420



6.820 8.860 11.590 12.270



7.200 9.370 12.250 12.710



Collapse Resistance, psi



5.280 7.260 9.910 14.060 10.570 15.000 13.870 19.690



4.920 5.600 6.770 7.700 9.230 10.500 14.040 9.840 11.200 14.970 14.700 19.650



5.290 7.280 9.920 10.590



10.020 10.680



5.270 5.900 7.250 8.120 11.070 11.810



7.080 9.730 13.270 14.160



7.530 10.360 14.120 15.070



Internal Yield Pressure, psi



52.780 72.580 98.970 149.360 105.570 159.310 138.560 209.100



30.130 35.960 41.430 49.450 56.500 67.430 96.560 60.260 71.930 102.990 94.410 135.180



26.250 35.800 38.180



19.090



21.360 29.120 31.060



15.530



10.960 15.060 20.540 21.910



6.360 8.740 11.920 12.710



72.480 99.660 135.900 185.290 144.960 198.710 190.260 260.810



104.340 135.400 136.940 177.710



97.820 126.940



71.730



52.170



43.970 59.960 63.960



31.980



36.770 50.140 53.480



26.740



19.760 27.160 37.040 39.510



13.300 18.290 24.940 26.610



T&C T&C Nonupset, upset, lb lb



Joint Yield Strenoth



0.0058 0.0058 0.0058 0.0050 0.0058 0.0050 0.0058 0.0050



0.0040 0.0039 0.0040 0.0039 0.0040 0.0039 0.0034 0.0040 0.0039 0.0034 0.0039 0.0034



0.0030



0.0026 0.0025 0.0026 0.0025 0.0025 0.0025



0.0019 0.0018 0.0019 0.0018 0.0018 0.0018



0.0011



0.0007



Barrels per Linear, ft



172.76 172.76 172.76 201.72 172.76 201.72 172.76 201.72



247.12 258.65 247.12 258.65 247.12 258.65 295.33 247.12 258.65 295.33 258.65 295.33



335.75



378.11 397.14 378.11 397.14 397.14 397.14



517.79 540.55 517.79 540.55 540.55 540.55



935.49



1516.13



Linear ft per barrel



Capacity Table



> Engineering Tables > Tubing



2018 Page 617



OD in.



3.500



4.000



4.500



Nom. in.



3 1/2



4



4 1/2



Tubina Size



12.600



9.500



7.70 9.20 10.20 7.70 9.20 10.20 7.70 9.20 10.20 12.70 7.70 9.20 10.20 12.70 9.20 12.70



12.750



11.000



12.95 9.30 12.95



9.30



12.95



9.30



9.30



9.30



T & C Non T & C Upset upset, lb/ft lb/ft



Nominal Weight



0.216 0.254 0.289 0.216 0.254 0.289 0.216 0.254 0.289 0.375 0.216 0.254 0.289 0.375 0.254 0.375 0.226 0.262 0.226 0.262 0.226 0.262 0.226 0.262 0.271



H-40 H-40 H-40 J-55 J-55 J-55 C-75 C-75 C-75 C-75 N-80 N-80 N-80 N-80 P-105 P-105



H-40 H-40 J-55 J-55 C-75 C-75 N-80 N-80



H-40 J-55 C-75 N-80



Grade



Wall Thickness in.



3.958



3.548 3.476 3.548 3.476 3.548 3.476 3.548 3.476



3.068 2.992 2.922 3.068 2.992 2.922 3.068 2.992 2.922 2.750 3.068 2.992 2.922 2.750 2.992 2.750



Inside Dia. in.



3.833



3.423 3.351 3.423 3.351 3.423 3.351 3.423 3.351



2.943 2.867 2.797 2.943 2.867 2.797 2.943 2.867 2.797 2.625 2.943 2.867 2.797 2.625 2.867 2.625



Drift Dia. in.



5.200



4.750



4.250



Non Upset in.



5.563



5.000



4.500



Upset Reg. in.



4.180



Upset Spec. in.



Couping Outsice Dia.



Threaded Coupling



3.930 5.100 6.430 6.810



3.580 4.420 4.650 5.750 5.800 7.330 6.120 7.780



4.070 5.050 5.680 5.290 6.560 7.390 6.690 8.530 9.660 12.200 7.080 9.080 10.230 12.920 12.110 17.200



Collapse Resistance, psi



4.220 5.800 7.900 8.430



3.960 4.580 5.440 6.300 7.420 8.600 7.910 9 170



4.320 5.080 5.780 5.940 6.980 7.950 8.100 9.520 10.840 14.060 8.640 10.160 11.560 15.000 13.330 19.690



Internal Yield Pressure, psi



104.360 143.500 195.680 208.730



144.010



135.010



99.010



72.000



65.070 79.540 92.550 89.470 109.370 127.250 122.010 149.140 173.530 230.990 130.140 159.090 185.100 246.390 208.800 323.390



144.020 198.030 270.240 288.040



246 1 40



230.750



169.220



123.070



294.530 271.970 386.570



207.220



194.260 276.120



142.460



103.610



T&C T&C Nonupset, upset, lb lb



Joint Yield Strenoth



0.0152



0.0122 0.0117 0.0122 0.0117 0.0122 0.0117 0.0122 0.0117



0.0091 0.0087 0.0083 0.0091 0.0087 0.0083 0.0091 0.0087 0.0083 0.0073 0.0091 0.0087 0.0083 0.0073 0.0087 0.0073



Barrels per Linear, ft



65.71



81.78 85.20 81.78 85.20 81.78 85.20 81.78 85.20



109.37 114.99 120.57 109.37 114.99 120.57 109.37 114.99 120.57 136.12 109.37 114.99 120.57 136.12 114.99 136.12



Linear ft per barrel



Capacity Table



> Engineering Tables > Tubing



2018 Page 618



> Engineering Tables > Pump, Motor RU->ENG Series



Pump RU-ENG series Prev. Series



New Series



Pump OD, mm



Pump OD, inch



Pump series



2



217



55



2.17



217



2A



A



69



2.72



272



3



B



81



3.19



319



86



3.38



338



92



3.62



362



103



4.06



406



114



4.49



449



123



4.84



484



130



5.12



512



136



5.35



535



172



6.77



677



188



7.40



740



C 4



D E



5



F G



5A



H



6



J



I K 6A



L M



7



N O



7A



P Q



8



R



8A



S



9



T



Motor RU-ENG series Motor OD, mm



Motor OD, inch



55



2.17



81



3.19



96



3.78



103



4.06



117



4.60



130



5.12



143



5.62



189



7.44



2018 Page 619