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THE EXCAVATORS DATA BOOK 2nd Edition



HS-EN003J



09.12 (KA/KA,GT2) Printed in Japan



THE EXCAVATORS DATA BOOK



2nd Edition



CONTENTS SECTION 1



HITACHI HYDRAULIC EXCAVATORS Model Name Designation .......................................................................1-2 History of Hitachi Hydraulic Excavators..................................................1-3



SECTION 2



FUNDAMENTALS OF HYDRAULIC EXCAVATOR General ...................................................................................................2-2 Outline of Hydraulic Excavator............................................................2-2 Features of Hydraulic Excavator .........................................................2-3 Suitability of Hydraulic Excavator........................................................2-5 Types of Hydraulic Excavator .............................................................2-6 Applications .........................................................................................2-7 Function of Components .....................................................................2-9 Noise level.........................................................................................2-11 Specifications........................................................................................2-12 Front-end Attachments......................................................................2-12 Bucket Capacity ................................................................................2-14 Engine Output ...................................................................................2-15 Pumps ...............................................................................................2-17 Hydraulic Pressure............................................................................2-20 Swing Speed .....................................................................................2-22 Swing Circle ......................................................................................2-22 Operating Weight ..............................................................................2-23 Travel Speed .....................................................................................2-23 Ground Pressure ...............................................................................2-24 Gradeability .......................................................................................2-25 Rollers ...............................................................................................2-25 Type of Shoes ...................................................................................2-26 Digging Forces ..................................................................................2-27 Working Ranges................................................................................2-28 Lifting Capacity..................................................................................2-29 Hydraulic Breaker..............................................................................2-30 Hydraulic Crusher .............................................................................2-33



SECTION 3



PRODUCT DATA Economy .................................................................................................3-2 General................................................................................................3-2 Owning and Operating Cost................................................................3-3 Productivity ...........................................................................................3-13 Arm End Dimensions ............................................................................3-16



SECTION 4



SPECIFICATIONS Description of Illustrated Specifications ..................................................4-2 ZX70-3 class ...........................................................................................4-7 ZX110-3 class .......................................................................................4-22 ZX120-3 class .......................................................................................4-30 ZX160-3 class .......................................................................................4-40 ZX180-3 class .......................................................................................4-43 ZX200-3 class .......................................................................................4-49 ZX240-3 class .......................................................................................4-70 ZX270-3 class .......................................................................................4-80 ZX330-3 class .......................................................................................4-86 ZX450-3 class .......................................................................................4-96 ZX500-3 class .....................................................................................4-104 ZX650-3 class .....................................................................................4-107 ZX850-3 class .....................................................................................4-110 EX1200-6 ............................................................................................4-116 EX1900-6 ............................................................................................4-117 EX2500-6 ............................................................................................4-118 EX3600-6 ............................................................................................4-119 EX5500-6 ............................................................................................4-120 EX8000-6 ............................................................................................4-121 ZX W-3 Series .....................................................................................4-122



SECTION 1 HITACHI HYDRAULIC EXCAVATORS



1-1



Model Name Designation ZAXIS spells Z-AXIS. It is the third axis, followed by X-and Y-axis, and symbolises the future. ZAXIS also means creative power drawn in the future’s space. Example The ZAXIS 200 implies model number. The stamped/registered model number is the ZX200.



Improvement number Operating weight range Approx. 20,000 kg ZAXIS



Long Crawler undercarriage



Marsh



Wheeled



Heavy-duty model



1-2



History of hydraulic excavators



1-3



1-4



SECTION 2 FUNDAMENTALS OF HYDRAULIC EXCAVATOR



2-1



2-1 General 2-1-1 Outline of Hydraulic Excavator A hydraulic excavator consists of the basic machine which has the full 360q swing upperstructure and the undercarriage for traveling; and the front-end attachment which can be exchanged to allow a wide range of applications including digging and loading.



Front-end attachment



Upperstructure



Undercarriage



This machine is fully driven hydraulically in a manner completely different from a mechanically driven type. Mechanical energy of the engine is first converted into hydraulic energy to actuate cylinders and motors in which hydraulic energy is then converted into mechanical energy. In other words, travel, swing, digging and their combined operations are all done by hydraulic power. Hydraulic excavator: Engine



Hyd. pump



Hyd. Cylinder



Work



Hyd. motor



Hydraulic excavator



Mechanical excavator: Engine



Gears Chains Wire ropes



Work



Mechanical excavator



2-2



2-1-2 Feature of Hydraulic Excavator A big feature of a hydraulic excavator is a full 360q swing while stationary. In addition, combined operations of digging, loading and swing are possible, ensuring high operating efficiency and production. By exchanging the front-end attachment, a range of applications is widened greatly, giving high versatility.



x Operating cost is minimum: Wear of undercarriage is minimal because operations can be done with the machine stationary.



x The machine, even while stationary, can get the job done in wide ranges.



x The machine can be stationed on firm ground while digging in water or soft ground.



x The machine can dig ditches and foundations, precisely and safely.



x The machine can swing a full 360q, allowing easy operation in confined area.



2-3



x The front-end attachment can be exchanged easily for a wide scope of applications.



x Travel on rough terrain and soft ground is possible.



x Lifting work in pipe-laying can be done.



x High stability



x Digging and loading can be done stationarily. So operation is comfortable and fatigue-free.



x The undercarriage can counter-rotate with minimum movement trace in confined area.



x The undercarriage allows efficient job-to-job travel.



x A wheeled hydraulic excavator gives high mobility.



2-4



2-1-3 Suitability Of Hydraulic Excavator A hydraulic excavator is a really versatile machine. Here, we'll show you several kinds of construction jobs for which a hydraulic excavator is suitable, compared with other construction equipment. Jobs



Hydraulic Dozer Bulldozer excavator shovel



Wheel loader



Digging narrow ditch Digging wide ditch



Advantages of hydraulic excavator x Wide working ranges including deep ditching capability x Digging at elevated level x Long reach x Operation without damaging scaffolding x Lifting x A wide scope of applications



Dozing



Advantages of dozer shovel



Digging in water



x Large loading capacity x Towing x Bulldozing x Short-range hauling



Slope finishing Leveling Loading dump truck Filling Digging hole Hauling Lifting : Excellent



: Good



: Inferior



2-5



2-1-4 Types of Hydraulic Excavators Hydraulic excavators are divided into three types; crawler, wheel and truck types, according to types of under carriages.



1. Crawler type xMost popular type, widely used in small to giant sizes xGround pressure  Small and medium sizes: 0.3 to 0.7 kgf/cm2 Large size: 0.7 kgf/cm2 or over For operation on swamp and muddy site, wide undercarriage is employed to reduce ground pressure down to 0.2 to 0.3 kgf/cm2.



2. Wheel type x Similar to crawler construction, but tires are employed instead of crawlers.



Characteristics x High travel speed (about 30 km/h, 18.6 mph), quick job-to-job travel x Does not damage pavement x Not applicable on rough and soft ground x Poor stability



Characteristics x Applicable regardless of jobsite ground conditions such as soft ground and rough terrain x Good stability x Low travel speed (about 3 km/h): inferior mobility x Damaging pavement



3. Truck type x Truck chassis of special design, different from an ordinary automobile, using outriggers to ensure high stability in operation. Mobility is higher than that of wheel type.



Characteristics x Highest travel speed with maximum speed of 50 km/h (31 mph). Long-distance travel possible. x Does not damage pavement x Not applicable under adverse road conditions



2-6



2-1-5 Applications A hydraulic excavator is very versatile. Here are typical applications, including civil-engineering, mining and recycle jobs.



1. Civil-engineering works Sewage work



Road widen work



Attach. ML Crane hook



Attach. Slide type arm Rock braking



Dragging



Attach. Breaker



2. Resources mining Overburden removal in coal mining



Pipe laying



Gravel collecting



2-7



3. Forestry works Timber handling



Prune off work



Attach. Timber grapple



Attach. Harvester



4. Demolition / Crushing Bill crushing



Bill crushing



House crushing



Attach. 2-Piece Front + Pulverrise



Attach. 3-Piece Front + Crusher



Attach. Fork grapple



Slag handling



Scrap handling



Scrap handling



Attach. Magnet



Attach. High-mount Cab + Fork grapple



Attach. Orange Peel grapple



5. Metal recycle



2-8



2-1-6 Functions of Components



Backhoe 9. TRACTION DEVICE 10. ROLLERS 11. TRACK ADJUSTER 12. CONTROL LEVERS 13. INSTRUMENT PANEL 14. HYDRAULIC TANK 15. FUEL TANK



1. 2. 3. 4. 5. 6. 7. 8.



ENGINE RADIATOR HYDRAULIC PUMPS CONTROL VALVES HYDRAULIC OIL FILTERS SWING MECHANISM SWING CIRCLE CENTER JOINT



Loading shovel 10. ROLLERS 11. TRACK ADJUSTER 12. CONTROL LEVERS 13. INSTRUMENT PANEL 14. HYDRAULIC OIL COOLER 15. HYDRAULIC TANKS 16. FUEL TANK 17. BATTERIES 18. AIR GREASE GUN



1. 2. 3. 4. 5. 6. 7. 8. 9.



ENGINE RADIATOR HYDRAULIC PUMPS CONTROL VALVES HYDRAULIC OIL FILTERS SWING MECHANISM SWING CIRCLE CENTER JOINT TRACTION DEVICE



2-9



TERMINOLOGY Engine drives pumps through engine transmission. Here, mechanical energy from the engine is converted into hydraulic energy. Radiator maintains engine coolant at adequate temperature. Hydraulic pump is the heart of the hydraulic system to deliver the oil flow to all circuits.



Traction device consists of hydraulic motors, reduction gears and sprockets. Left and right side frames are each provided with one traction device, thus allowing back-and-forth movement, pivot turn and counter-rotation turn. On most Hitachi hydraulic excavators, the swing and travel mechanisms are provided with planetary reduction gears. Planetary reduction gear features compact and larger reduction ratio, compared with spur gear.



Control valve regulates the pressure, flow rate and direction of the oil flow in the hydraulic system. Motor



Control valve Planetary reduction gear Cylinder



Spur gear



Rollers are employed for smooth travel.



Hydraulic oil filter catches and eliminates contaminants from the oil. Swing mechanism functions to convert hydraulic energy into mechanical energy when the oil is fed into the swing motor from the pump. As a result, the swing motor runs to swing the superstructure.



Track adjuster adjusts the tension of the track link in such a manner as to move the front idler back or forth by greasing. Control levers are shifted to regulate the control valve spools.



Swing circle supports and turns the superstructure smoothly.



Instrument panel is strategically arranged for maximum operator efficiency.



Center joint is one type of rotary joints, located at the center of the machine, to connect the hydraulic line on the superstructure to the traction device on the travel mechanism.



Hydraulic oil cooler maintains the oil at adequate temperature.



Rotation side



Hydraulic tank serves as both a reservoir and an oil conditioner. Fuel tank reserves fuel.



Center joint



Fixed side



2-10



2-1-7 Noise Level In Japan, to measure machine noise level and to evaluate sound suppression method, noise level (sound pressure level) had been used. Noise level is the intensity (sound pressure) of sound emitted from a sound source at a specific point in space. Noise level varies with not only noise source, but measuring environment and conditions. On the contrary, in U.S.A and Europe, sound power level is used in sound measurement standards. To follow this technological trend, JIS has been revised to use sound power level in its measurement standards. Accordingly, construction equipment noise measuring method has also been changed. In Japan, “Low noise Construction Equipment Certification System” has been introduced since October 1995. What’s Sound Pressure Level? Sound pressure level inherent in a sound source is defined in principle by only sound source, and constant at any place unless operating conditions of the noise source are changed. Therefore, sound pressure is an effective measure in the evaluation of noise suppression method, and in the definition, indication and prediction of machine noise.



Noise Measuring Method and Judging Criteria by the Ministry of Land, Infrastructure and Transport (Japan) 1. Change of Noise Measuring Method y Giving consideration to machine noise at work y Conforming to ISO (International Standards) — sound power level indication and measuring method New Measuring Method (ISO 6395) Varies with the type of machine Operating condi- ˜ Bulldozer: Forward travel/reversing tions ˜ Hydraulic excavator: 90° swing and excavation (simulation operation) 6 points on semi-spherical surface Measuring points (Radius is 4, 10 or 16 m, which is selected according to the size of machine.) Sound power level in dB (A) Measurements indication



Conventional Measuring Method (JCMAS 011) ˜ Stationary test ˜ High idling of unloaded engine (including some stipulation to define machine noise at work) Measuring points at the distance of 7, 15 and 30 m from the machine in four directions at the height of 1.5 m. Average energy of sound pressure levels in dB (A) in 4 directions (front, rear, left and right)



2. Noise Judging Criteria Comparison  New Vs. Conventional Standards Backhoe Rated Output kW P  55 55  P  103 103  P  206 206  P



*Data in (



New Standard (Simulation) Sound Power Level dB (A) 99 104 106 106



Conventional Standard (High Idle) Average energy at 7 m in 4 directions dB (A) 70 (99)* 73 (105)* 76 (107)* 79 (109)*



) are conventional standard data converted by the new standards.



2-11



2-2 Specifications 2-2-1 Front-End Attachments The front-end attachment can be easily exchanged for a wide range of applications.



Backhoe: An excavator normally digs, while rolling in the bucket and arm under the ground on which the excavator is stationed.



Ejector bucket: For digging and ejecting clay type soil through linkage. When the bucket cylinder rod is retracted, the bucket and ejector rotate in roll-out direction to forcibly discharge sticky mud from the bucket since the ejector rotates slower than the bucket.



Breaker: For breaking rock and concrete



Backhoe bucket: For general digging operation



One-point ripper: For ripping hardpan



Ripper bucket: For ripping and loading hardpan



Slope-finishing blade: For all slope finishing jobs including scraping up and down, compacting, leveling, and grading V-shaped bucket: For ditching waterway and drainage



2-12



Clamshell: For vertical deep digging, piling, footing, dredging and cleaning in confined space like manholes



Loading shovel: With shorter boom and arm than standard ones on a backhoe, a loading shovel normally digs above the ground on which it is stationed, while tilting the bucket in, featuring excellent loading on dump trucks, etc.



Short-reach front: For digging operation in limited space, both in height and area; especially, suited for underground construction work.



Long-range front: For efficient river maintenance work using extra long reach of 13 m (43 ft) to 18 m (60 ft)



Loading shovel buckets: Bottom dump bucket and tilt dump bucket are available. Bottom dump bucket provides many advantages -speedy dumping, less shocks and fewer material spills for easy, simple loading, with shorter cycle times. Tilt dump bucket features simple, rugged construction and larger bucket capacity for heavy-duty operation. Offset arm front: For digging parallel to the center line of a machine on its left or right side.



Bottom dump bucket



Tilt dump bucket



2-13



2-2-2 Bucket Capacity Bucket capacity is rated by using heaped capacity and struck capacity. At present, heaped capacity is widely used. 1



1



1



1



1



Heaped capacity



From this table, we can see that Hitachi rating (based on JIS) and ISO use the same angle of repose. PCSA and SAE use the greater angle of repose.



1



1



1



Struck capacity



Strike off plane



1. Struck capacity Nearly equal



Struck capacity is defined as the volume bounded by the inside bucket contour without consideration for material supported or carried by spill guard or on bucket teeth.



2. Heaped capacity Heaped capacity is defined as the volume in the bucket under the strike off plane, plus that of the heaped material above the strike off plane with an angle of repose of 1:2, without consideration for material supported or carried by the spill guard or bucket teeth. At present, there are different standards to define the heaped capacity of a hoe bucket, causing confusion. This is chiefly attributed to the difference in defining the angle of repose. On the contrary, for a loading shovel bucket, almost the same definitions are employed.



For calculation of bucket capacity, refer to Appendix.



Note: JIS: Japanese Industrial Standards (A3403-4) PCSA: Power Crane and Shovel Association (USA) SAE: Society of Automobile Engineers (USA) (J296) CECE: Committee for European Construction Equipment ISO: International Standards Management (7451)



Loading shovel bucket The angles of repose are shown in the following table. Angles of repose Standard Hitachi rating PCSA SAE CECE ISO (Based on JIS) Bucket type Hoe bucket



1:1



1:1



1:1



1:2



1:1



Loader bucket



1:2



1:2



1:2



1:2



1:2



2-14



2-2-3 Engine Output ENGINE OUTPUT Engine output is determined by the following equation.



where,



P (kW)



=



2S u T u N 60 x 102



P (kW)



=



2S u T u N 60 u 75



or



2. Maximum horsepower Maximum horsepower is defined as maximum horsepower generated by an engine at the specified speed. Maximum horsepower is commonly used to rate horsepower of a diesel engine for automobile. Applicable standards are: JIS D 1004: Maximum automobile horsepower DIN 70020: Maximum automobile horsepower SAE J1349, gross: Maximum horsepower



P: Rated engine output, kW or PS T: Shaft torque, kgf˜m N: Engine revolution speed, rpm



Engine output is expressed by rated horsepower or maximum horsepower. Engine horsepower is further defined by the following three standards: JIS: Japanese Industrial Standards DIN: Deutsche Industrie Norm SAE: Society of Automobile Engineers Hitachi employs both rated net horsepower (DIN 6270, net) and maximum gross horsepower (SAE J270, gross) for convenience of comparison with competitors'.



1. Rated horsepower Rated horsepower is defined as engine output generated for one hour of continuous operation at the speed specified by manufacturer.



The difference between rated horsepower and maximum horsepower is just the engine output allowance. The greater the difference, the higher the durability.



Reference: 1) Gross horsepower Gross horsepower is defined as engine output to be measured at a flywheel without power- consuming accessories such as muffler, fan, alternator and air cleaner. 2) Net horsepower Net horsepower is defined as engine output to be measured at a flywheel with all standard power consuming accessories such as muffler, fan, alternator and air cleaner.



Net



Gross



3) Power conversion 1PS = 0.986 HP = 0.735 kW 1HP = 1.014 PS = 0.746 kW 4) Brake horsepower Brake horsepower is the same as flywheel horsepower. By SAE J1349, brake power is defined as a power available at a flywheel or another output member to do useful work. Brake horsepower (BHP) = Flywheel horsepower



2-15



Accessories



Standard conditions



Measuring Conditions of Respective Standards



Barometic pressure



JIS D1005



DIN 70020



DIN 6271



SAE J1349 (GroND)



SAE J1349 (Net) 750



mm Hg



760



760



736



750



Temperature



qC



20



25



20



25



25



Water vapor pressure



mm Hg



1 1.4











7.5



7.5



Relative atmospheric humidity



%











60











Air cleaner



{



¯



{



Radiator



¯



¯



{



Fan



{



¯ ({: Air cooled)



{



Oil pan



{



{



{



Muffler*



¯



Generator Others



JIS or equivalent



JIS or equivalent



¯



{



{: charge



¯



{: Not charge



Items required for engine are provided



Basic engine



Fully equipped



*Exhaust manifold is included in the basic engine.



Types of combustion chambers There are three types of combustion chambers: direct injection type, swirl type and precombustion type. The direct-injection type gives the highest fuel efficiency, the swirl type is the second, and precombustion type is the lowest.



Fuel efficiency



2-16



2-2-4 Pumps A pump is the heart of the hydraulic system. The pump delivers the oil to each hydraulic component on the machine to get the job done. As explained earlier, the pump converts mechanical energy into hydraulic energy.



Types of pumps There are two types of displacement pumps: non-positive displacement type and positive displacement type. A water wheel, illustrated, is an example of the non positive displacement pump. All it does is pick up fluid and move it. The positive displacement moves fluid while sealing it from coming again. All hydraulic systems today operate under high pressure, thus need the positive displacement pumps. Non-positive



positive



A pump does not create pressure, but flow only.



Tank



System



2-17



The positive displacement pumps are further divided into the following three types: Gear pump Vane pump Piston pump In all these pumps, fluids are circulared inside, as shown below.



Hydraulic pump displacement Displacement is the volume of fluid to be displaced by the pump at each cycle. Hydraulic pumps fall into the following two types: Fixed displacement pump Variable displacement pump The fixed displacement pump always delivers the constant volume of fluid at constant pump speed. To change this volume, you must change the pump speed. On the other hand, the variable displacement pump can change the volume of fluid ... without need for changing the pump speed. That is, the volume is increased when the pressure is reduced; while the volume is decreased when the pressure is increased.



Gear pump



Vane pump



Functions of variable displacement pump Stroke



Piston pump



POSITIONING: The greater the swash plate angle T, the greater the output flow ... for faster operation.



The piston pump fall in two types: Axial piston pump Radial piston pump The axial piston pump has the pistons which move axially in parallel with its center line (axis), as illustrated below. The radial piston pump has the radially moved pistons. From the illustrations below, you can find that both types employ the reciprocating pistons. These pistons move axially but are driven by rotary motion.



Axial piston pump



Radial piston pump



2-18



Stroke



DIGGING: The smaller the swash plate angle T, the less the output flow ... for more digging power.



Gear pump vs. piston pump Type



Gear pump



Item



Piston pump



Simple construction with fewer parts Variable displacement Inlet Outlet Control lever Regulator Inlet



Construction



Inlet



Drive shaft



Outlet



Cylinder Shoe Outlet



Std. pressure setting bar kgf/cm2 psi Std. oil flow rate liter/min Imp gpm US gpm Pump efficiency %



Swashplate



175 to 210 175 to 210 2 500 to 3 000



210 to 350 210 to 350 2 990 to 5 000



50 to 300 10 to 65 13 to 80 80 to 85



100 to 500 20 to 110 26 to 130 85 to 90 Delivery flow is automatically regulated with pressure increase. (Pressure compensation)



Fixed flow



Noise Self-priming



Evaluation



Pressure setting



Pressure setting



Hydraulic horsepower



Pressure setting



Not so loud Superior x Inefficient use of engine output x Compact construction and simple maintenance x Low cost x Suitable for smaller-sized, lower-priced excavators



2-19



Pressure setting



louder Slightly inferior x Variable displacement permits best use of engine output. x Relatively complex construction. Foreign matter in the oil causes trouble: oil must be always kept clean. x Relatively high cost x Suitable for larger-sized excavators



2-2-5 Hydraulic Pressure The setting of hydraulic pressure is a key factor in determining of the production of a hydraulic excavator. There is the increasing trend toward higher hydraulic pressure setting among hydraulic excavator manufacturers in the world. Of course, the setting of higher hydraulic pressure gives both advantages and disadvantages. The advantages include increased digging force and swing force, and smaller pressure loss due to reduced oil flow speed. On the other hand, the disadvantages include decreased efficiency of pumps and motors due to increased internal leakage, premature oil deterioration due to excessive oil temperature rise, breakage of pipings and hoses, increased oil leakage from seals, and occurrence of cavitation. Note that most of these problems cannot be solved easily, even with modern hydraulic technology. Hitachi design policy is to give the highest priority to the reliability to a hydraulic system, apart from today's design trend toward higher pressure. The result is higher reliability of Hitachi machines--that is, high availability.



Advantages of high pressure setting Increased power



Reduced pressure loss due to reduced oil flow



Hitachi machine



2-20



Disadvantages of high pressure setting Increased oil leakage from seals



Occurrence of cavitation



Decreased efficiency of pumps and motors due to increased internal leakage



High



Low



2-21



2-2-6 Swing Speed



2-2-7 Swing Circle



Swing speed is defined as the speed [expressed by RPM (min-1)] at which the superstructure revolves stably. This means it is not starting or braking swing speed during acceleration/deceleration. Swing speed is determined by oil flow to swing motors from pumps, not by the oil pressure. In most digging operations, the superstructure is revolved in a swing range of 0q to 180q in which the swing motor is accelerated or decelerated. But, swing becomes stabilized after 3/4 to 1-1/2 turns. Therefore, the above defined swing speed is practically meaningless.



The Hitachi machines employ the internal gears for swing circle.



Internal gear



External gear



Actual operation Advantages of internal gear



0 to 180q



x The internal gear has high durability to allow high contact pressure and tooth bending force since convex tooth surfaces of the pinion gear and concave tooth surfaces of the swing circle gear are engaged snugly. x The internal gear permits the swing circle to receive high bending force. x The sealed internal gear can minimize lubrication and wear. Swing speed test



After 270 to 540q (3/4 to 1-1/2 turns)



Instead, practically important swing performance is acceleration/deceleration capability.



Higher production



Lower production



2-22



2-2-8 Operating Weight 2-2-9 Travel Speed In catalog, operating weight is generally used to express the weight of a hydraulic excavator. In addition to the operating weight, machine weight and dry weight are also used. Operating Machine weight weight Excavator with front-end attachment Tools Fuel Hydraulic oil Lubricant Engine coolant Operator



Dry weight



{



{



{



{



{



¯



{



{



¯



Travel speed is defined as the speed at which the machine travels, and is expressed by travel distance per hour at the rated engine RPM. Travel speed is based on traveling on firm, level ground. Therefore, when traveling on rough terrain or muddy ground, travel speed is reduced because engine RPM or oil flow to hydraulic pump drops due to increased load; particularly, when climbing a slope. Travel time occupies 10 to 15% of all operation time of a hydraulic excavator.



{ ¯ ¯ {: Including ¯: Not including



Generally, it seems that mobility in the performance of a hydraulic excavator is not so important, but becomes essential performance in operations requiring frequent movements such as pipelaying work or when the machine itself travels away in case of blasting on quarrying site. Trenching



Refilling



Pipelaying



2-23



2-2-10 Ground Pressure Ground pressure is the weight of a hydraulic excavator acting on a unit area of the ground, as determined below. Ground pressure =



Examples of ground pressure



Operating weight Total ground contact area*



*Total ground contact area = (L + 0.35h) u shoe width u 2 where, L: Center-to-center distance between tumblers h: Height of crawler Drive tumbler



Examples Man (standing on one leg)



03 to 0.4 (0.3 to 0.4, 4 to 6)



Automobile



1.2 to 2.4 (1.2 to 2.5, 17 to 35)



Truck



2.5 to 7.5 (2.5 to 7.5, 35 to 110)



Bulldozer



0.6 to 1.5 (0.6 to 1.5, 8 to 20)



Hydraulic excavator



0.2 to 1.3 (0 2 to 1.3, 3 to 19)



Wheeled excavator



4.5 to 5.0 (4.5 to 5.0, 65 to 70)



Wheel loader



2.8 to 4.0 (2.8 to 4.0, 40 to 55)



h



L



Note that ground pressure under the rollers will be occasionally increased several times as calculated above. Ground pressure is a good guideline to prejudge which size of hydraulic excavator can operate on soft ground or rough terrain without settlement. Generally speaking, it is difficult to reduce the weights of major components from the design standpoint. Thus, there is the tendency that the greater the machine, the heavier the ground pressure.



2-24



Ground pressure bar 2 (kgf cm , psi)



2-2-11 Gradeability



2-2-12 Rollers



Gradeability is defined as the ability of a hydraulic excavator to climb, descend and stop on a firm, smooth slope under unloaded and fully equipped conditions, with no slippage of shoes. Gradeability is also determined with traction force, travel mechanism, allowable inclination angle of the engine and leakage of fuel and hydraulic oil in mind. Gradeability can be expressed as follows.



As illustrated, there is the difference between ground pressure distribution patterns of a hydraulic excavator and a bulldozer. You can easily understand that the bulldozer mainly performs crowding operation, so the vertical force to the ground, due mainly to its own weight, is relatively small. On the contrary, the hydraulic excavator gives greater pressure to the ground, especially at the end of track, when digging hardpan, rock or the like. Accordingly, the Hitachi hydraulic excavators are equipped with the ruggedly designed tracks including rollers.



TanT =



B a



Gradeability 70% equalsT = 35q 58% equalsT = 30q Furthermore, gradeability is classified into two kinds: continuous and maximum gradeability.



1. Continuous gradeability The ability to almost continuously climb a slope, determined by allowable inclination angle of the engine. Continuous gradeabiiity



Look at the lower rollers on both types of machines. The rollers of the bulldozer are mainly designed for higher mobility, while those of the hydraulic excavator must be ruggedly designed for tough digging operation. Some manufactures, however, use the bulldozer rollers on their hydraulic excavators. This will easily cause trouble such as oil leakage. Excavator



Roller



Bush



Floating seal



Collar



Rollers for hydraulic excavator: Ruggedly designed for heavy load



2. Maximum gradeability The ability to instantaneously climb a slope, which is regarded as a maximum gradeability to be calculated.



Bulldozer



Roller



Bush



Floating seal



Collar Maximum gradeability



Rollers for bulldozer: Chiefly designed for high mobility



2-25



2-2-13 Types of Shoes The shoes must be properly selected according to underfoot conditions. When operating on the soft, level ground, wide shoes are to be selected. In this case, if these shoes are employed under adverse underfoot conditions, they will be easily damaged. It is recommended to use the narrowest possible shoes for tractor-type excavators.



1. Grouser shoes



3. Low ground pressure shoes Triangular shoes Triangular shoes are selected for operation on soft ground, which give low ground pressure and great traction force. What's more, triangular shoes are shaped for easy mud removal and high ground compaction.



Grouser shoes are most widely used, and fall in three types: single grouser, double grouser and triple grouser shoes. Most Hitachi hydraulic excavators are provided with triple grouser shoes as standard for excellent steering performance and durability. In particular, single grouser shoes hold the ground well, thus giving big traction force on soft ground.



Single grouser



Double grouser



Triangular shoe



Triple grouser



Wide grouser shoes



2. Flat shoes Flat shoes are best suited for operation on the pavement. In other words, grouser shoes will damage the pavement easily.



Shoes with wide grousers are selected for operation on marshy land. These shoes are designed to lower ground pressure and greater traction. Note that they are not suited for rough terrain.



Wide grouser shoe Flat shoe



2-26



2-2-14 Digging Forces 1. Maximum digging force



3. Arm digging force



Maximum digging force is defined as that caused at teeth of the bucket during digging operation. For a backhoe, maximum digging force is due to bucket cylinder or arm cylinder; and for a loading shovel, maximum digging force is expressed as maximum crowding force or maximum breakout force.



Arm digging force is defined as maximum digging force due to arm cylinder in tangential direction at bucket tooth in position where bucket tooth force due to bucket cylinder is maximized.



2. Bucket digging force Bucket digging force is defined as maximum digging force due to bucket cylinder in tangential direction at bucket tooth as illustrated below.



A shorter arm gives greater roll-in force, while a longer arm gives wider working ranges, as illustrated below. Short arm: Bigger digging force



As shown below, the shorter the bucket tooth radius, the greater the bucket roll-in force.



Shorter



Longer



Long arm: Wide working ranges



Bucket roll-in force



2-27



2-2-15 Woking Ranges Working ranges, similar to digging force, are key specification to indicate the digging performance of a hydraulic excavator. Working ranges are expressed by the following items. A:



Maximum cutting height Maximum height from ground level to bucket tooth tip when it is raised fully.



D:



Maximum dumping height Minimum height from ground level to the lowest point of moving trace of bucket tooth tip when the bucket performs dumping at highest possible level. The higher the maximum dumping height, the easier the loading onto a dump truck.



E:



Minimum swing radius Minimum horizontal distance from center of swing to most outside of the front-end attachment when it is fully retracted. Minimum swing radius is an index to show how operation is easily done in tight space.



F:



Maximum vertical wall Maximum vertical wall is the deepest underground depth in digging vertical wall with the bucket. This value is varied according to bucket wrist angle.



Max. digging reach Maximum horizontal distance from center of swing to bucket tooth tip, normally at boom foot level.



A': Maximum digging reach (on ground) Maximum horizontal distance from center of swing to bucket tooth tip when it is extended fully and rested on the ground. B:



C:



Maximum digging depth Maximum digging depth from ground level to bucket tooth tip at lowest level.



B': Maximum digging depth (8' level) Maximum digging depth at which 8 feet can be dug with the bucket in parallel with ground level. This value is varied according to bucket wrist angle.



2-28



2-2-16 Lifting Capacity Many hydraulic excavators have been employed for various pipelaying works such as water/sewage pipelines, gas pipelines and pipings in plants. In these operations, the machine slings a pipe on the back of a bucket or from the link, and places down into a dug trench. Lifting capacity is defined by SAE and PCSA Standards.



Lifting capacity is the rated stability capacity or rated hydraulic lift capacity, whichever is the smaller.



Rated stability capacity: Rated hydraulic lift capacity:



Definition of load point height: SAE:



Vertical height from ground level to a point on the back of a bucket suspending the load. PCSA: Vertical height from ground level to a pin connecting the bucket and arm.



2-29



75% of tipping load 87% of hydraulic lift capacity



2-2-17 Hydraulic Breaker There is increasing demand for hydraulic breakers at many job sites because they not only improve working conditions but also reduce labor costs and increase productivity. There are two different types of breaker on the market: a hydraulic type and a pneumatic type. The pneumatic type, besides producing considerable noise, requires the extra investment of an air compressor for operation. The hydraulic type has reduced noise problem and requires no air compressor.



2. Important points required to be explained sufficiently: Before the customer signs a sales contract, it is required to explain the following items enough to let the customer understand well. Also, give sufficient operating and installing instructions to the customer at the delivery of the machine, using “Operation Manual” and “Installation Manual for Hydraulic Breaker Piping Kits on the Service bulletin.”



1. Features and applications x Typical features 1. No need for an air compressor 2. Reduced noise x Applications 1. Demolition of buildings, bridges, roads, etc. 2. Crushing rocks at mine 3. Crushing rocks at foundation for building construction site. 4. Breaking concrete piles and beams excluding steel beams.



1. 2. 3. 4. 5. 6. 7. 8.



2-30



Breaker High pressure delivery line Return line Breaker control valve Main control valve with safety valve Hydraulic pump Hydraulic tank Hydraulic oil cooler



HYDRAULIC BREAKER OPERATING TIPS Carefully study the operation manuals of the machine and breaker, and perform the required checks and or inspection before connecting the breaker to the arm.



7. Operate the hydraulic excavator carefully to avoid hitting against the object to be broken.



1. Perform the required checks and inspection daily before operation. 2. Operate machine slowly, breaker is heavier than bucket.



8. Do not operate the breaker in water.



3. Avoid hammering operation of breaker. Do not use boom and arm functions to crush. Objects, machine damage may result.



Rod



9. Do not use breaker for lifting operation. Machine damage may result. Avoid tipping the machine, do not use breaker to lift objects. 4. Do not use breaker to move objects, machine damage may result.



5. Do not operate the breaker with the hydraulic cylinder rod fully retracted or fully extended to prevent cylinder or machine damage.



10. Do not swing upperstructure to operate breaker on side of machine. Machine may become unstable and shortened undercarriage component life may result from breaker being operated facing the side.



6. Stop operation if breaker hydraulic hoses jump abnormally. Change in breaker accumulator pressure or damaged accumulator will cause abnormal hose jumping and may cause breaker and/or machine damage. Accumulator



2-31



REPLACEMENT OF HYDRAULIC OIL AND FILTER ELEMENT Hydraulic breaker operation subjects the machine’s hydraulic system to possible contamination and accelerated deterioration. Hydraulic filter elements and hydraulic oil must be replaced more often than digging applications to prevent damage to hydraulic pumps and other hydraulic components. Recommended changing intervals are as shown below.



Changing interval (hours)



Note: *1



Machine with Hydraulic Breaker



Machine with Ordinary Bucket



Hydraulic Oil



600 *1



1 500 or 2 500 *3



Filter Element



100 *2



500



The above figures are applied to the machines when their breaker time sharing is 100%. For the machine of smaller breaker time sharing, changing intervals can be extended as shown in the diagram below.



*2



Replace elements when the machine continues breaker operation more than 100 hours.



*3



2500-hours oil change intervals are applied to only Daphne Super-Hydro LW46H (Idemitsu Kosan) and Tellus Oil R46 (Shell Oil), both being Hitachi’s recommended oils.



Breaker Time Sharing (%)



Time of replacing filter element



Time of replacing Hydraulic oil –1500 hours life



Changing Intervals (hours)



2-32



Time of replacing Hydraulic oil –2500 hours life



2-2-18 Hydraulic Crusher There’s increasing demand for hydraulic crusher on many job sites because they not only improve working conditions but also reduce labor costs and increase producticity.



1. Features and applications x Typical features 1. Reduced noise and vibration. 2. 360q free turning mechanism. 3. With the high performance cutter.



2. Important points required to be explained sufficiently: Before the customer signs a sales contract, it is required to explain the following items enough to let the customer understand well. Also, give sufficient operating and installing instructions to the customer at the delivery of the machine, using “Operation Manual” and “Installation Manual for Hydraulic Breaker Piping Kits on the Service bulletin.”



x Applications 1. Demolition of buildings, bridges, etc. 2. Breaking concrete piles and beams excluding steel beams.



1. 2. 3. 4. 5. 6. 7. 8.



2-33



Crusher High pressure delivery and return line High pressure delivery and return line Crusher control valve Main control valve with safety valve Hydraulic pump Hydraulic tank Hydraulic oil cooler



HYDRAULIC CRUSHER OPERATING TIPS The crusher is much heavier than bucket in weight. Operate the machine slowly to prevent tipping the machine. Also operate the machine with the following precautions. 1. Do not operate crusher with bucket and arm cylinder fully extended or retracted to prevent machine damage. Do no allow machine’s weight to be supported by crusher, the bucket cylinder or the crusher or machine may become damaged. 2. Do not swing upperstructure to perform crushing operation on side of machine. Avoid tipping machine, always perform crushing operation in forward and rearward direction. 3. Do not operate crusher on a slope. Always operate crusher on level ground. When traveling over crushed scraps reduce engine speed and select slow travel speed. 4. Do not use crusher to haul crushed scraps. 5. Always remove crusher from excavator when transporting machine. Close all hydraulic piping with cap or plugs.



REPLACEMENT OF HYDRAULIC OIL AND FILTER ELEMENT Frequently replacing the bucket with the crusher or breaker subjects the machine’s hydraulic system to possible contamination and accelerated deterioration. Replace hydraulic filter elements and hydraulic oil more often than digging applications to prevent damage to hydraulic pumps and other hydraulic components. Refer to item of Hydraulic Breaker Operating Tips for the changing interval.



2-34



SECTION 3 PRODUCT DATA



3-1



Economy General A hydraulic excavator capable of achieving great economy must be low in fuel consumption and operating cost, and high in productivity with excellent availability. The operating cost includes cost for maintenance and expendable parts such as filters and oil. In other words, a hydraulic excavator high in reliability.



Check points • Operating condition • Fuel consumption and production rate • Operating cost and production rate • Refilling and replacement intervals for maintenance and expendable parts such as filter elements and oil. • Availability



Comparison The degree of productivity varies greatly depending on operating conditions. Thus, a comparison must be based on similar operating conditions.



1. Fuel cost and production rate Formula: Actual fuel consumption Production rate 2. Operating cost and production rate Formula: Operating cost Production rate



3-2



Owning and Operating Cost 1. Fixed and operating costs



Table: Standard useful service life (hours)



The outlay for acquiring and running machinery is a major item in the costing of a contract. With the increase in mechanization and the adoption of larger and more efficient units, this share is increasing, and the accurate calculation of machinery expenses has become extremely important. The success or failure of a construction contract is virtually dependent on the accuracy with which costs are estimated. The form suggested for estimating machine costs is based on PCSA (Power Crane and Shovel Association) recommendations. In different countries and regions alternative methods of estimating costs may be used, and these recommendations should be modified where necessary after taking local conditions into consideration.



2. Fixed costs Fixed costs are items incurred as a result of purchasing the machine and are treated separately from the costs incurred in operating it. Depreciation, interest, insurance, taxes, etc. are fixed costs because they must be paid whether or not the machine is being used.



a) Economic or useful service life The useful life of a machine is the basic figure in calculating costs. This is used in determining depreciation, as well as the costs of repairs, maintenance, supplies, and other expenses.



3-3



Model



Standard useful service life (h)



ZX70/75US/85US Class



6 000 to 8 000



ZX110/120/135US Class



6 000 to 8 000



ZX140W Class



6 000 to 8 000



ZX160/160W/180/180W Class



7 000 to 9 000



ZX200/210W/225US/240N Class



8 000 to 10 000



ZX240/270 Class



9 000 to 10 000



ZX330 Class



10 000 to 12 000



ZX400 Class



11 000 to 13 000



ZX450/520 Class



12 000 to 16 000



ZX650 Class



14 000 to 18 000



ZX850 Class



15 000 to 19 000



EX1200 Class



20 000 to 24 000



EX1900 Class



30 000 to 35 000



EX2500 Class



35 000 to 40 000



EX3600 Class



40 000 to 45 000



EX5500 Class



40 000 to 45 000



EX8000 Class



40 000 to 45 000



b) Depreciation



c) Salvage value



Depreciation is the decline in a machine's value over its useful life as a result of a combination of wear, weathering, and obsolescence. For tax purposes it is expressed as a yearly figure, but for determining costs, it must be expressed in hourly terms. Using the straight-line calculation method, depreciation is the same each year, dropping from cost when new to salvage value at the end of the machine's useful life. This method has the advantage that it is simple to calculate and easy to apply.



A machine's salvage value will depend on its condition, its obsolescence, and the general resale market for that type of machine. It may have only scrap value or only 20% or more of its original value. Generally, an average value of 15% is a useful figure for estimating costs.



Table: Example of Depreciation Using a Straight-line Method Useful Life



% of the total to be taken



Depreciation (%)



in years



in working hours



Per year



Per hour



1



3 000



100.00



0.03333



2



6 000



50.00



0.01667



3



9 000



33.33



0.01111



4



12 000



25.00



0.00833



5



15 000



20.00



0.00667



6 18 000 16.67 0.00556 Note: Assuming 3,000 working hours per year.



d) Interest, tax, insurance, and storage These fixed cost items are commonly estimated as a percentage of the average investment in a machine. Each item can vary widely between different areas and different users. Because of this, whenever possible, the actual figures provided by a user should be accepted instead of an estimate. 15% is a reasonable figure and the following formula gives the hourly cost: Formula: Hourly cost Average Investment X 15% (or whatever rate is used)



=



Working hours per year



where, Average Investment Total Machine Investment + Salvage value = 2



3-4



3. Operating costs



There are three important points which must be remembered concerning repairs and maintenance.



Although operating costs would normally be expected to vary more or less directly with the time the machine is operated, for convenience some part of them can be estimated as fixed rather than variable costs.



a) Repairs, maintenance, and supplies Repairs, maintenance and supplies can be calculated by using the formula: Hourly cost =



Annual depreciation Working hours per year



• The figures given in the above table assume proper maintenance. If this is not carried out, repair bills can increase at an alarming rate. • It is assumed that the machine will be used within its specified rating. Even when operated within its rated capacity, the severity of the work will make a great difference in the degree of maintenance and repairs required. • Expenses will not be uniform from year to year, and it is to be expected that both the amount of repairs and losses resulting from downtime will increase as the machine gets older.



X percentage factor



b) Fuel consumption



Table: Percentages of Repair, Maintenance and Supply Costs Type of Application or Service Moderate



Average



Severe



50 to 60%



60 to 80%



80 to 95%



The percentages given in the above table are believed to be fairly representative of the repair costs of hydraulic excavators. They represent totals for labor, parts and supplies, and are calculated against depreciable value. It is advisable, when estimating, to apply moderate (50% to 60%) to small-size class such as the ZX110 class. Average (60% to 80%) to medium-size class such as the ZX200 class, and severe (80% to 95%) for large-size machines such as the EX1200 class and larger.



The table below estimates of hourly fuel consumption at three different ranges of application. To estimate hourly fuel cost, select the job condition based on application and find hourly fuel consumption. Hourly fuel cost = Hourly fuel consumption X local unit price of fuel



3-5



Table: Hourly Fuel Consumption Low



Medium



High



ZX70/75US/85US Class



Model



4 to 5



5 to 7



7 to 10



ZX110/120/135US Class



6 to 8



8 to 10



10 to 16



ZX140W Class



6 to 8



8 to 10



10 to 16



ZX160/160W/180/180W Class



8 to 10



10 to 13



13 to 19



ZX200/210W/225US/240N Class



10 to 13



13 to 18



18 to 27



ZX240 Class



12 to 15



15 to 20



20 to 30



ZX270 Class



12 to 16



16 to 21



21 to 32



ZX330 Class



16 to 20



20 to 27



27 to 40



ZX400 Class



16 to 20



20 to 27



27 to 40



ZX450 Class



23 to 30



30 to 39



39 to 59



ZX520 Class



23 to 30



30 to 39



39 to 59



ZX650 Class



30 to 39



39 to 52



52 to 78



ZX850 Class



35 to 45



45 to 60



60 to 90



EX1200 Class



49 to 62



62 to 83



83 to 125



EX1900 Class



73 to 93



93 to 125



125 to 187



EX2500 Class



93 to 120



120 to 160



160 to 240



EX3600 Class



125 to 160



160 to 214



214 to 321



EX5500 Class



187 to 240



240 to 320



320 to 480



EX8000 Class



250 to 321



321 to 428



428 to 642



Note: ZX:Based on ZX-3 Series EX:Based on EX-6 Series ZX70 to ZX 330: P mode ZX400 to EX1200:HP mode This data has been calculated from the engine load as a measure if general operations and is not a guarantee of fuel comsumption rates. When using this data, please keep in mind the many variables such as operator's skill, ambient temperature, type of jobs, can affect fuel consumption.



3-6



3-7



c) Hydraulic oil, engine oil, gear oil, grease, filters The table below is a guide to consumption of oils and grease. Hourly cost of them can be approximately estimated in the same manner as the fuel consumption. The cost of filter can be calculated from the local price of filter and the replacement interval. The hourly filter cost is the total of the hourly costs for each type of filter. Formula: Hourly cost of filter A = No. of A filters X local price of A filter replacement interval of A filter



Table: Hourly Consumption of Oil Model



Engine Oil l/h



l/h*



Gear Oil* l/h



Hydraulic Oil* l/h



Grease kg/h 0.01



ZX70/75US/85US Class



0.025



0.024



0.012



0.02-0.07



ZX110 Class



0.04



0.032



0.007



0.0325-0.087



0.01



ZX120/135US Class



0.05



0.032



0.007



0.0325-0.087



0.01



ZX140W Class



0.04



0.032



0.044



0.034-0.11



0.01



ZX180 Class



0.05



0.032



0.013



0.045-0.12



0.01



ZX160W/180W Class



0.05



0.046



0.02



0.034-0.11



0.01



ZX200/225US/240N Class



0.05



0.046



0.014



0.05-0.13



0.02



ZX210W Class



0.05



0.046



0.021



0.034-0.11



0.02



ZX240 Class



0.06



0.046



0.017



0.05-0.13



0.02



ZX270 Class



0.06



0.046



0.027



0.0625-0.17



0.02



ZX330 Class



0.075



0.072



0.027



0.08-0.21



0.02



ZX400 Class 0.08 0.082 0.0294 0.06-0.2 0.02 Note: Marked with * are concerned with periodical replacement = Quantity (Liter) / Replacement interval (hour) = L/h ZX:Based on ZX-3 Series EX:Based on EX-6 Series This data has been calculated from the engine load as a measure if general operations and is not a guarantee of comsumption rates. When using this data, please keep in mind the many variables such as operator's skill, type of jobs, can affect consumption.



3-8



Table: Hourly Consumption of Oil Engine Oil l/h



l/h*



Gear Oil* l/h



Hydraulic Oil* l/h



Grease kg/h



ZX450 Class



0.09



0.114



0.024



0.14-0.37



0.04-0.14



ZX520 Class



0.09



0.114



0.027



0.14-0.37



0.04-0.14



ZX650 Class



0.12



0.114



0.043



0.18-0.48



0.05-0.14



ZX850 Class



0.14



0.114



0.055



0.18-0.53



0.05-0.15



EX1200 Class



0.19



0.14



0.123



0.335-0.675



0.09-0.37



EX1900 Class



0.29



0.332-0.632



0.251



0.55-1.1



0.69-3.24



EX2500 Class



0.37



0.47-0.71



0.389



0.74-1.48



0.69-3.24



EX3600 Class



0.50



0.76-1.0



0.644



1.0-2.0



0.74-3.49



EX5500 Class



0.74



0.94-1.42



0.788



1.55-3.1



0.81-3.83



Model



EX8000 Class 1.00 1.52-2.07 1.18 2.4-4.85 1.31-6.33 Note: Marked with * are concerned with periodical replacement = Quantity (Liter) / Replacement interval (hour) = L/h ZX:Based on ZX-3 Series EX:Based on EX-6 Series This data has been calculated from the engine load as a measure if general operations and is not a guarantee of comsumption rates. When using this data, please keep in mind the many variables such as operator's skill, type of jobs, can affect consumption. Grease conditions: The ZX-3 series and EX1200-6 in question are backhoes, and EX1900-6 and lager models in question are loading shovels. 1) The ZX450-3 and larger models are lubricated using an auto lubricator. However, buckets on the ZX-3 series and EX1200-6 are manually greased, and those on the EX1900-6 and larger models are auto greased. 2) Grease volume is the total of auto and manual greasing volume at all greasing points on the front attachments and swing circles. 3) For auto lubrication, minimum and maximum data at the set lubricating intervals are listed. 4) Calculation is made on condition that manual greasing interval at the front attachment is 8 hours. 5) Greasing interval at the swing circle is 250 hours.



3-9



d) Tires (for wheel loaders and dump trucks)



Table: Wheel Loader and Dump Truck Tire Coefficient



Tires are fast-wearing parts and tire costs are generally high. When calculating operating costs for wheel loaders, it is better to include tire costs as an independent item. Tire cost is calculated from the following formula. Hourly tire cost =



Tire price Estimated tire life



Conditions Road Maintenance



Slope



As tire prices vary in different parts of the world, the actual price or data from tire manufacturers lists should be used in calculating tire costs. The useful life of tires fitted to construction machines is much shorter than for those used on ordinary trucks. For example, when tires are used on rocky ground, they will only last for 200 hours or so because of rock cuts. Their useful life may be 4,000 hours on good roads. Heat separation (especially in summer) can cause rapid tire failure, and their useful life will again vary according to the way they are used. Generally the following method of calculation is useful in estimating the effective life of tires according to the condition of use.



Curves



Load



Travel speed



Road surface



Wheel position Other conditions



3-10



Coefficient



Very good



1.0



Good



0.9



Poor



0.7



Flat



1.0



Maximum 6%



0.9



Maximum 15%



0.7



No curves



1.0



Medium curves



0.9



Sharp curves



0.8



Rated



1.0



20% over



0.8



40% over



0.6



Over 16 km/h (10 mph)



1.0



Over 32 km/h (20 mph)



0.8



Over 48 km/h (30 mph)



0.6



No rocks, soft soil



1.0



Soft soil with some rocks



0.9



Gravel, level



0.9



Gravel, uneven



0.8



Sharp rocks



0.6



Idle wheel



1.0



Front wheel



0.9



Drive wheel



0.8



None



1.0



Medium



0.9



Miscellaneous



0.8



The maximum useful life of tires at a driving speed of 16 km/h is supposed to be 5,000 hours, and the coefficients for various conditions are given in the following table. Other conditions include such situations as breakages owing to impact, operation on rugged rocky surfaces after blasting, road conditions when wet, unevenness of road surfaces, etc. For instance, the suseful life of tires of a well adjusted wheel loader (drive wheel) used on flat ground with no curves at a speed of 32 km/h with a standard load on soft soil with some rocks in the surface can be estimated as follows: Useful tire life = 5 000 X 0.9 X 1.0 X 1.0 X 0.8 X 0.9 X 0.8 X 1.0 = 2 592 hours



[Tire chains] Tire cost represents a large proportion of the total repair costs in the case of heavy machines, especially large-sized wheel loaders. This is because these machines are operated under severe working conditions, and damage is caused by the sear of tires owing to slipping when loading, with tread or side wall cuts making them unserviceable, shock bursts, etc.



Tire chains may be used to reduce the wear and slashing of tires. The use of tire chains has the following effects: • Wear of tires is decreased. • Cuts in the tire tread and side walls are reduced. • Punctures are decreased. • Loading efficiency is raised as the thrusting of the bucket can be carried without the fear of shock bursts. • Pulling power is increased and slippage is reduced. • The need for spare tires decreases as the useful life of tires is extended. • The center of gravity is lowered by the weight of chains and the stability of the loader is improved. On the other hand, the following adverse effects can also be expected: • The cost of tire chains and their upkeep will be involved. • Work has to stop when repairs to tire chains are necessary. • More time is required to change tires when chains are fitted.



e) Operator's wages The wages paid to operators vary from country to country and the applied rate, locally should be used.



3-11



OPERATING COST ESTIMATING FORM (PCSA Recommendation)



Date: ____________



Prepared for: ________________________________________________________________________ Address: ___________________________________________________________________________ Model and Type: _____________________________________________________________________ Application: _________________________________________________________________________ 1. Total Machine Investment: ........................................................................................... $ ____________ 2. Salvage Value: ............................................................................................................. $ ____________ (_____% of No. 1) 3. Depreciable Value: ....................................................................................................... $ ____________ (No. 1 minus No. 2) 4. Economic or Useful Life: __________ Years or __________ Hours (_____Hours per Year) 5. Average Investment:..................................................................................................... $ ____________ No. 1 plus No. 2 2 FIXED COST



PER YEAR



PER HOUR



6. Depreciation: ______ % per Year of No. 3.............................. $________________ $ _____________ 7. Interest, Tax, Insurance and Storage per Year: ..................... $________________ $ _____________ (_____% of No. 5) 8. Total Fixed Cost: .................................................................... $________________ $ _____________



OPERATING COST (ACTUAL or ESTIMATE) 9. Repairs, Maintenance and Supplies per Year: ...................... $________________ $ _____________ (_____% of No. 6) 10. Diesel Fuel: ______ Liters per Hour, @ _____ ¢per Liter ......................................... $ 11. Hydraulic Oil, Engine Oil, Gear Oil and Grease:......................................................... $ 12. Operator's Wages: .................................................................................................... $ 13. Oiler's Wages (if assigned): ...................................................................................... $ 14. Tire (wheel loader): ................................................................................................... $



____________ ____________ ____________ ____________ ____________



$ Hours



Tire Price = Estimated Life



15. Miscellaneous: .......................................................................................................... $ ____________ 16. Total Operating Cost: ................................................................................................ $ ____________ TOTAL COST (No. 8 plus No. 16) .................................................................................... $ ____________ COST PER TON:



Total Cost Hourly Production



$ ................................ $ Per Tonne ___________ Tonne



=



3-12



Productivity Hourly productivity can be determined by the following equation. V=



3600 x Q x K x E C xD



Where V = hourly productivity, m3/h Q = bucket capacity (heaped), m3 K = bucket factor (see Table 1) E = work efficiency (see Table 2) C = basic cycle time (sec) D = factor between swing angle and digging depth (see Table 3)



Bucket Factor (K)



Bucket factor (K) varies with kind of soil and digging depth. Cumulative data, obtained depending on kind and conditions of soil, are generally used for actual planning. Table 1



Bucket Factor (K)



(Using JIS bucket capacity definition)



Type of Excavation



Light excavation



K Kind and conditions of soil



Medium excavation



0.8  1.0



0.7  0.9



Loose sand; easily heaped condensed soil with little air void in bucket; and clay containing lots of sand.



Easily collapsed soil when stockpiled (no blasting required); sand and soil loaded in bucket with air void; wet or dry clay; coarse gravel: and compacted sand and soil.



Relatively tough excavation



Tough excavation



0.6 - 0.8



0.4 - 0.7



Bulky blasted rocks Finely crushed loaded in bucket limestone and with large air void. sandstone; wet cohesive clay; gravel containing rubble; and excavation in water.



Work Efficiency (E) Work efficiency (E) varies largely with operator’s skill as well as machine travel distance, preparation time length and dump trucks combined. (Actual work efficiency is from 0.5 to 0.8. ) Table 2



Work Efficiency (E)



Work Conditions



Work Efficiency



Very good



0.9 (55 minutes/hour)



Good



0.83 (50 minutes/hour)



Ordinary



0.75 (45 minutes/hour)



3-13



Basic Cycle Time (C) Cycle time varies with kind and conditions of soil as well as the degree of excavation difficulty. Here, basic cycle time (C) is defined on condition that kind of soil is ordinary, swing angle is 90°, digging depth is 60% maximum digging depth (catalog data), and operation is dumping onto a well matched dump truck. Basic Cycle Time (C) Backhoe



Unit: sec



Basic Cycle Time



Mode



ZX70 class



13



Maximum output mode



ZX110 class



14



Maximum output mode



ZX120 class



14



Maximum output mode



ZX160LC class



15



Maximum output mode



ZX200 class



16



Maximum output mode



ZX240 class



17



Maximum output mode



ZX270 class



17



Maximum output mode



ZX330 class



17



Maximum output mode



ZX450 class



18



Maximum output mode



ZX650 class



19



Maximum output mode



ZX850 class



20



Maximum output mode



EX1200



22



Maximum output mode



EX1900



25



Maximum output mode



EX2500



27



Maximum output mode



EX3600



28



Maximum output mode



30



Maximum output mode



EX5500 Note: ZX:Based on ZX-3 Series EX:Based on EX-6 Series



Factor between Swing Angle and Digging Depth (D) Cycle time varies with swing speed and digging depth. Table 3



Factor between Swing Angle and Digging Depth



Digging Depth



Swing Angle 45°



90°



135°



Less than 40% maximum digging depth



0.80



0.85



0.95



1.05



40% to 75% maximum digging depth



0.95



1.00



1.10



1.20



More than 75% maximum digging depth



1.10



1.15



1.25



1.40



3-14



180°



Hourly Production (Loose Soil Volume) (V) Hourly production (V) of each model in light excavation is tabulated below for reference. V=



3600 x Q x K x E C xD



where



K = 0.9 E = 0.9 D = 1.0



Hourly Production (Loose Soil Volume) (V) Backhoe Bucket Capacity (Q) (heaped) m3



Unit: m3/h



Work Efficiency (E) 1.0



0.83



0.75



ZX70 class



0.28



70



58



52



35



ZX110 class



0.45



104



86



78



52



ZX120 class



0.5



116



96



87



58



ZX160 class



0.6



130



108



97



65



ZX200 class



0.8



162



134



122



81



ZX240 class



1.0



191



158



143



95



ZX270 class



1.1



210



174



157



105



ZX330 class



1.4



267



221



200



133



ZX450 class



1.9



342



284



257



171



ZX650 class



2.9



495



410



371



247



ZX850 class



3.4



551



457



413



275



EX1200



5.2



766



636



574



383



EX1900



12.0



1 555



1 291



1 166



778



EX2500



15.0



1 800



1 494



1 350



900



EX3600



22.0



2 546



2 113



1 909



1 273



EX5500 29.0 Note: ZX:Based on ZX-3 Series EX:Based on EX-6 Series



3 132



2 600



2 349



1 566



3-15



0.5



Arm End Dimentions Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J



Bucket Cylinder



I



+ ZX75US Class



ZX70 Class



Unit : mm



ZX70, ZX70-3 EX60-5



EX60-2, EX60-3



EX60



ZX75US-3, ZX75US-A, ZX75US EX75US-5



A



255



255



255



255



B



188



178



178



188



C



200



178



178



200



D



310



310



310



310



E (diameter)



50



45



45



50



F (diameter)



50



45



45



50



G (diameter)



50



45



45



50



H (diameter)



55



55



55



55



I



70



70



65



70



J



15



15



15



15



Dimensions



3-16



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J



Bucket Cylinder



I



+ ZX110(M) Class



ZX135US Class



Dimensions



ZX110(M), ZX110(M)-3 EX100(M)-5



EX100(M)-3



A B C D E (diameter) F (diameter) G (diameter) H (diameter) I J



325 253 254 362 65 65 65 65 87 5



325 254 254 362 65 65 65 65 87 5



Unit : mm



EX100(M)



ZX135US-3, ZX135US



EX140US-3



EX135USR-5



365 254 254 420 65 65 65 65 98 20



325 253 254 362 65 65 65 65 87 5



325 253 254 362 65 65 65 65 87 5



325 253 254 362 65 65 65 65 87 5



ZX120 Class



ZX140W Class



Dimensions



ZX120-3, ZX120, EX120-5



EX120-3



EX120



ZX140W-3



ZX130W



A B C D E (diameter) F (diameter) G (diameter) H (diameter) I J



325 253 254 362 65 65 65 65 87 5



325 254 254 362 65 65 65 65 87 5



340 254 254 420 65 65 65 65 98 10



325 253 254 362 65 65 65 65 87 5



325 253 254 362 65 65 65 65 87 5



3-17



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J +



Bucket Cylinder



I ZX170W Class



ZX160 Class ZX160LC-3, ZX160LC EX150LC-5



EX150



ZX170W-3, ZX160W



EX160WD



A



370



370



370



370



B



304



305



305



305



C



305



305



305



305



D



401



391



401



391



E (diameter)



71



65



71



65



F (diameter)



80



80



80



80



G (diameter)



80



80



80



80



H (diameter)



71



71



71



71



I



97



97



97



97



J



0



0



0



0



Dimensions



ZX180W Class ZX190W-3



ZX180W



A



Dimensions



450



450



B



304



304



C



305



305



D



476



476



E (diameter)



71



71



F (diameter)



80



80



G (diameter)



80



80



H (diameter)



80



80



I



96



96



J



0



0



3-18



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J -



Bucket Cylinder



J +



I ZX200 Class



ZX210W Class



Unit : mm



ZX200-3, ZX200, EX200-5, EX200-3, EX200-2



EX200



ZX210W-3,



ZX210W



ZX200



A



450



450



450



450



450



B



305



305



304



305



305



C



305



305



305



305



305



D



476



472



476



476



476



E (diameter)



71



71



71



71



71



F (diameter)



80



80



80



80



80



G (diameter)



80



80



80



80



80



Dimensions



H (diameter)



80



80



80



80



80



I



96



96



96



96



96



J



0



0



0



0



0



ZX225US/USR Class



ZX200 to 330 Class Super Long



ZX225US-3, / USR-3, ZX225US / USR



EX225USR-5



ZX200-3



EX-5 Super Long, EX-2, EX-3



EX Super Long



A



450



450



290



290



235



B



305



305



221



221



221



C



305



305



221



221



221



D



476



476



325



325



325



E (diameter)



71



71



65



65



50



F (diameter)



80



80



65



65



50



G (diameter)



80



80



65



65



50



Dimensions



H (diameter)



80



80



65



65



55



I



96



96



87



87



65



J



0



0



-5



-5



-5



3-19



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J -



Bucket Cylinder



J +



I ZX200LCH Class H15 Super Long Front



ZX240 Class



Unit : mm



ZX200-3 H15 ZX200 H15



EX200-5 H15 SL



ZX240-3, EX220-5, ZX230



EX220-2, EX220-3



EX220



A



290



290



460



460



460



B



219



219



367



368



368



C



221



221



408



408



408



D



355



355



475



475



475



E (diameter)



65



65



80



80



80



F (diameter)



65



65



90



90



90



G (diameter)



65



65



90



90



90



Dimensions



H (diameter)



65



65



90



90



90



I



87



87



123



123



123



J



-5



-5



5



5



0



ZX270 Class ZX270-3, ZX270



EX270-5



EX270



A



475



475



475



B



407



408



408



C



408



408



408



D



475



475



475



E (diameter)



80



80



80



F (diameter)



90



90



90



G (diameter)



90



90



90



Dimensions



H (diameter)



90



90



90



I



137



137



137



J



0



0



0



3-20



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J -



Bucket Cylinder



J +



I



ZX330 Class



Unit : mm ZX330-3, ZX330, EX300-5



EX300-3, EX300-3C, EX300-2



EX300



A



575



570



570



B



418



418



418



C



418



418



418



D



585



585



585



E (diameter)



90



90



90



F (diameter)



100



100



100



G (diameter)



100



100



100



H (diameter)



100



100



100



I



124



124



124



J



-10



0



0



Dimensions



3-21



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J +



Bucket Cylinder



I



ZX400(R,LCH) Class



Unit : mm



ZX400-3



ZX380HH



ZX370MTH



ZX330-3, EX300-5, ZX330



A



575



575



575



575



570



570



B



418



418



418



418



418



418



C



418



418



418



418



418



418



D



585



585



585



585



585



585



E (diameter)



90



90



90



90



90



90



F (diameter)



100



100



100



100



100



100



G (diameter)



100



100



100



100



100



100



H (diameter)



100



100



100



100



100



100



I



124



124



124



124



124



124



J



-10



-10



-10



-10



Dimensions



3-22



EX300-3C, EX300-3, EX-2



EX300



0



0



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J +



Bucket Cylinder



I



ZX450 Class Dimensions



Unit : mm ZX450-3



ZX450, ZX450-3



EX400-3, EX400-5



EX400



A



520



520



520



530



B



430



430



430



430



C



470



470



470



470



D



568



568



568



572



E (diameter)



100



100



100



100



F (diameter)



110



110



110



110



G (diameter)



110



110



110



110



H (diameter)



110



110



110



110



I



140



140



140



140



-10



-10



-10



J -10 Data adapt to the standard arm and the H arm.



3-23



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J +



Bucket Cylinder



I



ZX500 Class Dimensions



Unit : mm ZX500LC-3



ZX520LCH-3



A



520



520



B



430



430



C



470



470



D



568



568



E (diameter)



100



100



F (diameter)



110



110



G (diameter)



110



110



H (diameter)



110



110



I



140



140



J -10 Data adapt to the standard arm and the H arm.



-10



ZX650 Class Dimensions



Unit : mm ZX650-3



ZX600



EX550-5



EX550-3



A



600



545



545



545



B



485



470



470



470



C



520



510



510



510



D



666



620



620



620



E (diameter)



110



110



110



110



F (diameter)



130



120



120



120



G (diameter)



120



120



120



120



H (diameter)



140



130



130



130



I



150



155



155



155



0



0



0



J -20 Data adapt to the standard arm and the H arm.



3-24



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J +



Bucket Cylinder



I



ZX850-3 Class Dimensions



Unit : mm ZX850-3



ZX800



EX700 to 750



UH23



A



600



600



600



530



B



488



500



500



608



C



550



552



552



651



D



676



676



676



630



E (diameter)



110



110



110



110



F (diameter)



140



130



130



120



G (diameter)



130



130



130



110



H (diameter)



150



140



140



130



I



160



166



166



138



20



0



20



J -20 Data adapt to the standard arm and the H arm.



3-25



Pin diameter E



Pin diameter F



B



Note: Dimensions shown are for guideline for installation. Be careful that some attachments cannot be installed because of the differences in bucket cylinder stroke, arm height/width, pin joint, and hydraulic pressure/oil flow; or interference with other components at cylinder stroke ends.



C Pin diameter H D



Arm



Pin diameter G



A



Bucket



Pin diameter J J +



Bucket Cylinder



I



EX1200 Class Dimensions



Unit : mm EX1200-6



EX1200-5, EX1200-5C, EX1200-5D



EX1100-3m/c



EX1100-3



A



655



661



661



661



661



B



640



640



640



640



640



C



642



642



642



642



636



D*1



765



730



730



730



730



E (diameter)



130



130



130



130



130



F (diameter)



160



160



160



160



160



G (diameter)



140



140



140



140



140



H (diameter)



160



160



160



160



160



I



196



196



196



196



196



J -90 -90 Data adapt to the standard arm and the H arm.



-90



-90



-90



3-26



SECTION 4 SPECIFICATIONS



4-1



DESCRIPTION OF ILLUSTRATED SPECIFICATIONS 15.



Manufacturer and model



liter Hydraulic oil tank capacity



ENGINE



16.



1. Make and model



liter



2.



Hydraulic system capacity kW(HP) @min



-1



17. Type of swing brake



Rated horsepower (ISO 9249, net) 18.



3.



min-1(rpm)



kW(HP) @min-1 Swing speed



Rated horsepower (EEC 80 / 1269, net) 19.



4.



kN·m (kgf·m)



kW(HP) @min-1 Swing torque



Rated horsepower (SAE J1349, net)



20. Parking brake



5. kW(HP) @min-1 Max. horsepower (EEC 80 / 1269, gross) 6.



CONTROL SYSTEM kW(HP) @min-1 21. Type



Max. horsepower (SAE J1349, gross) 7. No.of cylinder



22. No. of levers and pedals



8. liter Piston displacement



DIMENSIONS



9. liter



23.



Fuel tank capacity



E



10. Injection/Aspiration



D



F C



HYDRAULICS A B



11. Hydraulic system 12. Working pumps



H



I



G



Variable displacement piston pump Fixed displacement piston pump Vane pump Gear pump



A. Center-to-center distance



mm



B. Track length



mm



C. Counterweight clearance



mm



D. Weight of counterweight E. Rear-end swing radius



kg mm



13. MPa (kgf/cm2) Max. pressure setting 14. liter/min Max. oil flow



4- 2



F. Overall height of cab



mm



G. Track gauge



mm



H. Min. ground clearance



mm



I. Track height



mm



32. Max. boom-swing angle



UNDERCARRIAGE



degree



33. Max. offset-distance



24. Type 25. No. of upper/lower rollers (each side)



kg



26.



Operating weight



C



A



mm



34.



D B



BLADE



E A. Max. travel speed



35. km/h



B. Max. traction force C. Gradeability



%(deg.)



D. Shoe width



A



BACKHOE 27. Boom length



m



28. Arm length



m



1



mm



B. Overall height of blade



mm



C. Blade distance



mm



D. Max. raising height above ground



mm



E. Max. lowering depth from ground F. Blade angle



1



kg Operating weight with blade



2



m3 Bucket capacity, CECE heaped PCSA:Power Crane and Shovel Association (U.S.A) CECE:Committee for European Construction Equipment 31.



G E



F



I H



C D



B A



mm degree



36.



m3



1



C



A. Overall width of blade



Bucket capacity, PCSA heaped 30.



D E



mm



E. Ground pressure (When equipped with a backhoe kPa(kgf/cm2) front-end attachment)



29.



F



B



kN(kgf)



8'



A. Max. digging reach



mm



B. Max. digging reach on G.L.



mm



C. Max. digging depth



mm



D. Max. digging depth (8' level)



mm



E. Max. cutting height



mm



F. Max. dumping height



mm



G. Min. swing radius



mm



H. Max. digging force by bucket cylinder kN (kgf) I. Max. digging force by arm cylinder



kN (kgf)



4- 3



LOADING SHOVEL 33. Bucket type Bottom dump type Tilt dump type 34. m3 Bucket capacity 35.



E F



D



G



H C



B A



A. Max. digging reach



mm



B. Max. digging reach on G.L.



mm



C. Level crowding distance



mm



D. Dumping height



mm



E. Working radius at D



mm



F. Max. cutting height



mm



G. Breakout force



kN(kgf)



H. Crowding force



kN(kgf)



36. kg Operating weight



4- 4



Manufacturer and model



15. Type of swing brake 16. min-1(rpm)



ENGINE Swing speed



1. Make and model 17.



2.



kN·m (kgf·m)



kW(HP) @min-1 Swing torque



Rated horsepower (ISO 9249, net) 3. kW(HP) @min-1



CONTROL SYSTEM



Rated horsepower (EEC 80 / 1269, net)



18. Type



4.



19. No. of levers



kW(HP) @min-1 Max. horsepower (SAE J1349, net) 5. No.of cylinder



DIMENSIONS



6.



20.



liter



A



Piston displacement 7.



C



D



G



liter Fuel tank capacity



B



8. Injection/Aspiration



HYDRAULICS



E F



A. Rear-end swing radius



mm



B. Wheel base



mm



C. Weight of counterweight



9. Hydraulic system



D. Overall height of cab



10. Working pumps Variable displacement piston pump Fixed displacement piston pump Vane pump



kg mm



E. Overall width tires



mm



F. Outrigger width



mm



G. Min. ground clearance



mm



UNDERCARRIAGE 21. Travel mechanism



Gear pump



22. Drive system 23. Tires (Front/Rear) 11.



24. Tire size



mm



2



MPa (kgf/cm )



25. Outriggers



Max. pressure setting



26.



12.



A



liter/min Max. oil flow



B



13. liter



C



Hydraulic oil tank capacity A. Max. travel speed



14.



B. Gradeability



liter



C. Min. turning radius



Hydraulic system capacity



4- 5



km/h %(deg.) mm



BACKHOE (with monoblock boom)



BACKHOE (with two-piece boom)



27. Boom length



m



33. Boom length



m



28. Arm length



m



34. Arm length



m



29.



1



1



35.



1



1



m3



m3



Bucket capacity, PCSA heaped 30.



1



Bucket capacity, PCSA heaped



2



36.



1



2



m3



m3



Bucket capacity, CECE heaped



Bucket capacity, CECE heaped



PCSA:Power Crane and Shovel Association (U.S.A) CECE:Committee for European Construction Equipment



PCSA:Power Crane and Shovel Association (U.S.A) CECE:Committee for European Construction Equipment



31.



37.



G E



F



E I H



C D



G



B A



F



I H



C D 8'



B A



8'



A. Max. digging reach



mm



A. Max. digging reach



mm



B. Max. digging reach on G.L.



mm



B. Max. digging reach on G.L.



mm



C. Max. digging depth



mm



C. Max. digging depth



mm



D. Max. digging depth (8' level)



mm



D. Max. digging depth (8' level)



mm



E. Max. cutting height



mm



E. Max. cutting height



mm



F. Max. dumping height



mm



F. Max. dumping height



mm



G. Min. swing radius



mm



G. Min. swing radius



mm



H. Max. digging force by bucket cylinder kN (kgf) I. Max. digging force by arm cylinder



H. Max. digging force by bucket cylinder kN (kgf)



kN (kgf)



I. Max. digging force by arm cylinder



32.



kN (kgf)



38. kg



kg



Operating weight



Operating weight



4- 6



ZX60USB with Blade UNDERCARRIAGE



ENGINE Yanmar 4TNV98



1. Make/model ISO net kW(HP) @min-1



2.



26. ECC net kW(HP) @min-1



40.5(54.3) @ 2 000



4.



SAE net kW(HP) @min-1



40.5(54.3) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



3.318



liter



120



13. 14.



liter



16.



liter



2.97*



SAE/PCSA



m3



0.22-0.24



CECE



m3



−



A



mm



6 230 / 6 560



B



mm



6 090 / 6 420



C



mm



3 770 / 4 120



D



mm



−/−



E



mm



5 960 / 6 190



F



mm



4 170 / 4 400



G



mm



2 470 / 2 560



H



kN (kgf)



41.1 (4 190)



I



kN (kgf)



31.1 / 27.0 (3 170) / (2 750)



1



1



2



G



100



F



I



127.5



H



Hydraulic with disc



18.



min-1(rpm)



0-9.5(9.5)



19.



kN·m (kgf·m)



11.0(1 120)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



mm



Left 80 / Right 60 Left 720 / Right 850



kg



BLADE



DIMENSIONS 23.



degree



33. Max. Offset-Distance



Hydraulic servo



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



35 (0.36)



1.50* / 1.85



1×144



17. Type of swing brake



kPa E (kgf/cm 2)



m



E



15.



P400



34 (0.35)



m



24.5(250),25.7(262) tarvel



Max. liter/min



R400



36 (0.35)



1



31.



1× MPa (kgf/cm2)



G400*



28. Arm length



30.



E-P contorol & OHS



12. Working pumps



58(30)



mm



27. Boom length



29.



HYDRAULICS 11. Hydraulic system



39.8 (4 058)



BACKHOE



Direct



10. Injection/Aspiration



B kN(kgf)



D



E



9.



0 - 2.5 -4.5



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



1/4



25. Upper/lower rollers



40.5(54.3) @ 2 000



3.



Tractor type



24. Type



A



mm



1 990



B



mm



G2 450 / R2 500



C



mm



B



615



A



−



D



kg



E



mm



1 300



F



mm



G2 550 / R2 560



G



mm



1 600



H



mm



330



I



mm



555



F



D E C



36.



2 000



A



mm



B



mm



415



C



mm



1 900



D



mm



445



E



mm



390



F



degree kg



6 090



Remarks *mark shows data to compute operating weight(s).



4- 7



ZX60USB with Blade



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Yanmar 4TNV98



1. Make/model ISO net kW(HP) @min-1



2.



26. ECC net kW(HP) @min-1



40.5(54.3) @ 2 000



4.



SAE net kW(HP) @min-1



40.5(54.3) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



3.318



liter



120



13. 14.



liter



16.



liter



2.97*



SAE/PCSA



m3



0.13-0.28



CECE



m3



−



A



mm



6 230 / 6 560



B



mm



6 090 / 6 420



C



mm



3 770 / 4 120



D



mm



−/−



E



mm



5 960 / 6 190



F



mm



4 170 / 4 400



G



mm



2 470 / 2 560



H



kN (kgf)



41.1 (4 190)



I



kN (kgf)



31.1 / 27.0 (3 170) / (2 750)



1



1



2



G



100



F



I



127.5



H



Hydraulic with disc



18.



min-1(rpm)



0-9.5(9.5)



19.



kN·m (kgf·m)



11.0(1 120)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



mm



Left 80 / Right 60 Left 720 / Right 850



kg



BLADE



DIMENSIONS 23.



degree



33. Max. Offset-Distance



Hydraulic servo



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



35 (0.36)



1.50* / 1.85



1×144



17. Type of swing brake



kPa E (kgf/cm 2)



m



E



15.



P400



36 (0.35)



m



24.5(250),25.7(262) tarvel



Max. liter/min



G400



34 (0.35)



1



31.



1× MPa (kgf/cm2)



R400*



28. Arm length



30.



E-P contorol & OHS



12. Working pumps



58(30)



mm



27. Boom length



29.



HYDRAULICS 11. Hydraulic system



39.8 (4 058)



BACKHOE



Direct



10. Injection/Aspiration



B kN(kgf)



D



E



9.



0 - 2.5 -4.5



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



1/4



25. Upper/lower rollers



40.5(54.3) @ 2 000



3.



Tractor type



24. Type



A



mm



1 990



B



mm



2 500



C



mm



620



B A



−



D



kg



E



mm



1 300



F



mm



2 560



G



mm



1 600



H



mm



335



I



mm



560



F



D E C



36.



2 000



A



mm



B



mm



415



C



mm



1 900



D



mm



445



E



mm



390



F



degree kg



5 990



Remarks *mark shows data to compute operating weight(s).



4- 8



ZX70-3 UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



26. ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135



13. 14.



m



3.72*



m



1.62* / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



6 320 / 6 810



B



mm



6 170 / 6 670



C



mm



4 170 / 4 670



D



mm



3 820 / 4 385



E



mm



7 150 / 7 550



F



mm



5 060 / 5 450



G



mm



1 720 / 2 080



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 (3 900)



1



1



1



2



31.



3× MPa (kgf/cm2)



26.0(265),31.4(320) travel



G



2×72.6, 1×61.6



Max. liter/min



E



15.



liter



60



16.



liter



100



18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



14.3(1 460)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



6 500



A



mm



2 200



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



30.



E-P contorol & OHS



12. Working pumps



C %(deg.)



27. Boom length



29.



HYDRAULICS 11. Hydraulic system



58.9 (6 010)



BACKHOE



Direct/Turbocharged



10. Injection/Aspiration



B kN(kgf)



23 29 30 kPa 30 E (kgf/cm 2) (0.31) (0.23) (0.30) (0.31)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers



39.4(52.8) @ 2 000



3.



Tractor type



24. Type



A



mm



2 140



B



mm



2 765



C



mm



760



D



kg



750



E



mm



1 750



F



mm



2 600



G



mm



1 750



H



mm



360



I



mm



655



B A F



D E C



36.



kg



7 000



Remarks *mark shows data to compute operating weight(s).



4- 9



ZX70LC-3 UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



3.72*



m



1.62* / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



6 320 / 6 810



B



mm



6 170 / 6 670



C



mm



4 170 / 4 670



D



mm



3 820 / 4 385



E



mm



7 150 / 7 550



F



mm



5 060 / 5 450



G



mm



1 720 / 2 080



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 / 32 (3 900) / (3 300)



1



1



30.



1



2



G



2×72.6, 1×61.6 E



15.



liter



60



16.



liter



100



18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



14.3(1 460)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



6 600



A



mm



2 320



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



C %(deg.)



BACKHOE



31.



3×



12. Working pumps



58.9 (6 010)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



22 28 28 kPa 28 E (kgf/cm 2) (0.29) (0.22) (0.29) (0.29)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



750



E



mm



1 750



F



mm



2 600



G



mm



1 870



H



mm



360



I



mm



655



B A F



D E C



36.



kg



7 100



Remarks *mark shows data to compute operating weight(s).



4- 10



ZX70-3 Off-set Front UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



D



4



8.



.liter



2.179



9.



liter



135 Direct/Turbocharged



10. Injection/Aspiration



0 - 3.4 -5.3



B kN(kgf)



58.9 (6 010)



C %(deg.)



70(35)



D



mm



G450*



kPa E (kgf/cm 2)



32 (0.33)



BACKHOE m



28. Arm length



m



1.62



SAE/PCSA



m3



0.13-0.28



CECE



m3



1



1



30.



1



2



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



26.0(265),31.4(320) travel



14.



Max. liter/min



2×72.6, 1×61.6



15.



liter



16.



G E



F



I



60 H



100



liter



C D



Hydraulic with disc



17. Type of swing brake



0.12-0.24 0m



Max



31.



3×



12. Working pumps



Off-set Boom



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



B A



8'



A



mm



6 320



5 880



B



mm



6 170



5 710



C



mm



4 160



3 710



D



mm



3 790



3 330



E



mm



7 130



6 780



F



mm



5 050



4 700



2 150



2 160 / 2 310



18.



min-1(rpm)



0-10.5(10.5)



G



mm



19.



kN·m (kgf·m)



14.3(1 460)



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 (3 900)



Hydraulic with disc



20. Parking brake



CONTROL SYSTEM



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



kg



E D



F C A B



H G



I



−



1 150 / 1 150 7 000



BLADE



DIMENSIONS 23.



−



degree L/R mm



A



mm



2 140



B



mm



2 765



C



mm



760



D



kg



850



E



mm



1 750



F



mm



2 600



G



mm



1 750



H



mm



360



I



mm



655



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 11



ZX70LC-3 Off-set Front UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



D



4



8.



.liter



2.179



9.



liter



135 Direct/Turbocharged



10. Injection/Aspiration



0 - 3.4 -5.3



B kN(kgf)



58.9 (6 010)



C %(deg.)



70(35)



D



mm



G450*



kPa E (kgf/cm 2)



30 (0.31)



BACKHOE m



28. Arm length



m



1.62



SAE/PCSA



m3



0.13-0.28



CECE



m3



1



1



30.



1



2



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



26.0(265),31.4(320) travel



14.



Max. liter/min



2×72.6, 1×61.6



15.



liter



16.



G E



F



I



60 H



100



liter



C D



Hydraulic with disc



17. Type of swing brake



0.12-0.24 0m



Max



31.



3×



12. Working pumps



Off-set Boom



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



B A



8'



A



mm



6 320



5 880



B



mm



6 170



5 710



C



mm



4 160



3 710



D



mm



3 790



3 330



E



mm



7 130



6 780



F



mm



5 050



4 700



−



2 160 / 2 310



18.



min-1(rpm)



0-10.5(10.5)



G



mm



19.



kN·m (kgf·m)



14.3(1 460)



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 (3 900)



Hydraulic with disc



20. Parking brake



CONTROL SYSTEM



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



kg



E D



F C A B



H G



I



−



1 150 / 1 150 7 100



BLADE



DIMENSIONS 23.



−



degree L/R mm



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



750



E



mm



1 750



F



mm



2 600



G



mm



1 870



H



mm



360



I



mm



655



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 12



ZX80LCK-3 UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



D



4



8.



.liter



2.179



9.



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa



14.



(kgf/cm2)



60



16.



liter



100



18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



14.3(1 460)



SAE/PCSA



m3



0.13-0.28



CECE



m3



0.12-0.24



A



mm



7 130



B



mm



7 000



C



mm



4 460



D



mm



4 220



E



mm



8 210



F



mm



6 090



G



mm



1 670



H



kN (kgf)



55 (5 600)



I



kN (kgf)



32 (3 300)



1



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D C A B



G



8'



I



degree



−



mm



−



kg



7 400



BLADE



DIMENSIONS



H



B A



33. Max. Offset-Distance



Hydraulic servo



F



32 (0.33)



32. Max. Boom-Swing Angle



CONTROL SYSTEM



E



kPa E (kgf/cm 2)



K4.0*



21. Type



23.



G450*



K2.12*



Hydraulic with disc



20. Parking brake



mm



m



Hydraulic with disc



17. Type of swing brake



70(35)



D



m



E



liter



C %(deg.)



1



2×72.6, 1×61.6



15.



58.9 (6 010)



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



B kN(kgf)



BACKHOE



31.



3×



12. Working pumps



0 - 3.4 -5.3



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 140



B



mm



2 765



C



mm



760



D



kg



1 100



E



mm



1 750



F



mm



2 730



G



mm



1 870



H



mm



360



I



mm



655



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 13



ZX70LC-3 with Blade



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



3.72



m



1.62 / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



6 320 / 6 810



B



mm



6 170 / 6 670



C



mm



4 170 / 4 670



D



mm



3 820 / 4 390



E



mm



7 150 / 7 550



F



mm



5 060 / 5 450



G



mm



1 720 / 2 080



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 / 32 (3 900) / (3 300)



1



1



30.



1



2



G



2×72.6, 1×61.6 E



15.



liter



60



16.



liter



100



18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



14.3(1 460)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



−



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



C %(deg.)



BACKHOE



31.



3×



12. Working pumps



58.9 (6 010)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



25 31 31 kPa 31 E (kgf/cm 2) (0.32) (0.25) (0.32) (0.32)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



750



E



mm



1 750



F



mm



2 600



G



mm



1 870



H



mm



360



I



mm



655



B A F



D E C



36.



2 320



A



mm



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree kg



7 280



Remarks *mark shows data to compute operating weight(s).



4- 14



ZX70LCN-3 with Blade



UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



EUROPEAN SPEC



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



3.72*



m



1.62* / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



6 320 / 6 810



B



mm



6 170 / 6 670



C



mm



4 170 / 4 670



D



mm



3 820 / 4 385



E



mm



7 150 / 7 550



F



mm



5 060 / 5 450



G



mm



1 720 / 2 080



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 / 32 (3 900) / (3 300)



1



1



30.



1



2



G



2×72.6, 1×61.6 E



15.



liter



60



16.



liter



100



18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



14.3(1 460)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



−



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



C %(deg.)



BACKHOE



31.



3×



12. Working pumps



58.9 (6 010)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



25 31 31 kPa 31 E (kgf/cm 2) (0.32) (0.25) (0.32) (0.32)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



750



E



mm



1 750



F



mm



2 600



G



mm



1 750



H



mm



360



I



mm



655



B A F



D E C



36.



2 200



A



mm



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree kg



7 270



Remarks *mark shows data to compute operating weight(s).



4- 15



ZX70LC-3 Off-set Front with Blade



UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



3.



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



Tractor type



24. Type



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



C %(deg.)



70(35)



m



1.62*



SAE/PCSA



m3



0.13-0.28



CECE



m3



1



1



1



2



13.



MPa (kgf/cm2)



26.0(265),31.4(320) travel



14.



Max. liter/min



2×72.6, 1×61.6



16.



G E



F



I



60



liter



H



100



liter



C D



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



14.3(1 460)



B A



8'



CONTROL SYSTEM



mm



6 320



5 875



B



mm



6 165



5 710



C



mm



4 160



3 710



D



mm



3 780



3 330



E



mm



7 130



6 775



F



mm



5 050



4 700



G



mm



2 150



2 160 / 2 310



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 (3 900)



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D C A B I



−



degree L/R mm kg



−



1 150 / 1 150 −



BLADE



DIMENSIONS 23.



Max



A



Hydraulic with disc



20. Parking brake



0.12-0.24 0m



31.



3×



15.



Off-set Boom



m



28. Arm length



E-P contorol & OHS



12. Working pumps



F



mm G450* G600 P450 R450



BACKHOE



30.



11. Hydraulic system



G



58.9 (6 010)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



25 33 33 kPa 33 E (kgf/cm 2) (0.34) (0.26) (0.34) (0.34)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



750



E



mm



1 750



F



mm



2 600



G



mm



1 870



H



mm



360



I



mm



655



B A F



D E C



36.



2 320



A



mm



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree kg



7 700



Remarks *mark shows data to compute operating weight(s).



4- 16



ZX70LCN-3 Off-set Front with Blade



UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



3.



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



Tractor type



24. Type



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



C %(deg.)



70(35)



m



1.62*



SAE/PCSA



m3



0.13-0.28



CECE



m3



1



1



1



2



13.



MPa (kgf/cm2)



26.0(265),31.4(320) travel



14.



Max. liter/min



2×72.6, 1×61.6



16.



G E



F



I



60



liter



H



100



liter



C D



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



14.3(1 460)



B A



8'



CONTROL SYSTEM



mm



6 320



5 880



B



mm



6 170



5 710



C



mm



4 160



3 710



D



mm



3 790



3 330



E



mm



7 130



6 780



F



mm



5 050



4 700



G



mm



2 150



2 160 / 2 310



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 (3 900)



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D C A B I



−



degree L/R mm kg



−



1 150 / 1 150 −



BLADE



DIMENSIONS 23.



Max



A



Hydraulic with disc



20. Parking brake



0.12-0.24 0m



31.



3×



15.



Off-set Boom



m



28. Arm length



E-P contorol & OHS



12. Working pumps



F



mm G450* G600 P450 R450



BACKHOE



30.



11. Hydraulic system



G



58.9 (6 010)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



25 33 33 kPa 33 E (kgf/cm 2) (0.34) (0.26) (0.34) (0.34)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



750



E



mm



1 750



F



mm



2 600



G



mm



1 750



H



mm



360



I



mm



655



B A F



D E C



36.



2 200



A



mm



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree kg



7 690



Remarks *mark shows data to compute operating weight(s).



4- 17



ZX85USBLC-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



3.72



m



1.62 / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



7 210 / 7 700



B



mm



7 050 / 7 550



C



mm



3 970 / 4 470



D



mm



−/−



E



mm



6 810 / 7 180



F



mm



4 790 / 5 140



G



mm



2 740 / 2 890



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 / 32 (3 900) / (3 300)



1



liter



16.



liter



1



30.



1



2



G



2×79.2, 1×61.6 E



15.



56



F



I



100



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



16.0(1 630)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



mm kg



Left 60 / Right 60 Left 910 / Right 720 −



BLADE



DIMENSIONS 23.



degree



33. Max. Offset-Distance



Hydraulic servo



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



C %(deg.)



BACKHOE



31.



3×



12. Working pumps



71.0 (7 240)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



27 35 35 kPa 35 E (kgf/cm 2) (0.36) (0.28) (0.37) (0.36)



4



9.



0 - 3.1 -5.0



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



1 480



E



mm



1 490



F



mm



2 690



G



mm



1 870



H



mm



360



I



mm



650



B A F



D E C



36.



2 320



A



mm



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree kg



8 080



Remarks *mark shows data to compute operating weight(s).



4- 18



ZX85USB-3 with Blade UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



3.67*



m



1.62* / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



7 210 / 7 700



B



mm



7 050 / 7 550



C



mm



3 970 / 4 470



D



mm



−/−



E



mm



6 810 / 7 180



F



mm



4 790 / 5 140



G



mm



2 740 / 2 890



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 / 32 (3 900) / (3 300)



1



liter



16.



liter



1



30.



1



2



G



2×79.2, 1×61.6 E



15.



56



F



I



100



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



16.0(1 630)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



mm kg



Left 60 / Right 60 Left 910 / Right 720 −



BLADE



DIMENSIONS 23.



degree



33. Max. Offset-Distance



Hydraulic servo



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



C %(deg.)



BACKHOE



31.



3×



12. Working pumps



71.0 (7 240)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



27 35 35 kPa 35 E (kgf/cm 2) (0.36) (0.28) (0.37) (0.36)



4



9.



0 - 3.1 -5.0



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



1 480



E



mm



1 490



F



mm



2 690



G



mm



1 870



H



mm



360



I



mm



650



B A F



D E C



36.



2 320



A



mm



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree kg



8 080



Remarks *mark shows data to compute operating weight(s).



4- 19



ZX75US-3 UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



3.72*



m



1.62* / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



6 430 / 6 920



B



mm



6 260 / 6 760



C



mm



4 110 / 4 610



D



mm



3 760 / 4 330



E



mm



7 210 / 7 610



F



mm



5 120 / 5 510



G



mm



1 810 / 2 170



H



kN (kgf)



55 (5 600)



I



kN (kgf)



38 / 32 (3 900) / (3 300)



1



1



30.



1



2



G



2×79.2, 1×61.6 E



15.



liter



56



16.



liter



100



18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



16.0(1 630)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



−/−



mm



−/−



kg



7 200



A



mm



2 320



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree



BLADE



DIMENSIONS 23.



degree



33. Max. Offset-Distance



Hydraulic servo



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



C %(deg.)



BACKHOE



31.



3×



12. Working pumps



71.0 (7 240)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



25 31 31 kPa 31 E (kgf/cm 2) (0.32) (0.25) (0.32) (0.32)



4



9.



0 - 3.1 -5.0



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



1 380



E



mm



1 290



F



mm



2 690



G



mm



1 870



H



mm



360



I



mm



655



B A F



D E C



36.



kg



7 800



Remarks *mark shows data to compute operating weight(s).



4- 20



ZX85US-3 with Blade



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AU-4LE2X



1. Make/model ISO net kW(HP) @min-1



2.



39.4(52.8) @ 2 000



ECC net kW(HP) @min-1



39.4(52.8) @ 2 000



4.



SAE net kW(HP) @min-1



39.4(52.8) @ 2 000



5.



ECC gross kW(HP) @min-1



40.5(54.3) @ 2 000



6.



SAE gross kW(HP) @min-1



40.5(54.3) @ 2 000



A



B



.liter



2.179



liter



135 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & OHS



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



3.72*



m



1.62* / 2.12



SAE/PCSA



m3



0.13-0.33



CECE



m3



0.12-0.29



A



mm



6 430 / 6 920



B



mm



6 260 / 6 760



C



mm



4 110 / 4 610



D



mm



3 760 / 4 330



E



mm



7 210 / 7 610



F



mm



5 120 / 5 510



G



mm



1 810 / 2 170



H



kN (kgf)



55 / 55 (5 600) / (5 600)



I



kN (kgf)



38 / 32 (3 900) / (3 300)



1



1



30.



1



2



G



2×79.2, 1×61.6 E



15.



liter



56



16.



liter



100



18.



min-1(rpm)



0-10.5(10.5)



19.



kN·m (kgf·m)



16.6(1 690)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G450* G600 P450 R450



28. Arm length



26.0(265),31.4(320) travel



Max. liter/min



C %(deg.)



BACKHOE



31.



3×



12. Working pumps



71.0 (7 240)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



26 33 33 kPa 34 E (kgf/cm 2) (0.35) (0.27) (0.34) (0.34)



4



9.



0 - 3.1 -5.0



D



D



8.



A km/h



C



E



7. No.of cylinder



1/5



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 290



B



mm



2 920



C



mm



760



D



kg



1 380



E



mm



1 290



F



mm



2 690



G



mm



1 870



H



mm



360



I



mm



655



B A F



D E C



36.



2 320



A



mm



B



mm



460



C



mm



1 880



D



mm



360



E



mm



300



F



degree kg



7 800



Remarks *mark shows data to compute operating weight(s).



4- 21



ZX110-3 UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



4.27*



m



1.96 / 2.26* / 2.81



SAE/PCSA



m3



0.19-0.59



CECE



m3



0.17-0.50



A



mm



7 490 / 7 760 / 8 240



B



mm



7 350 / 7 620 / 8 110



C



mm



4 780 / 5 080 / 5 630



D



mm



4 520 / 4 850 / 5 430



E



mm



7 940 / 8 110 / 8 360



F



mm



5 530 / 5 700 / 5 960



G



mm



2 370 / 2 400 / 2660



H



kN (kgf)



90 (9 200)



I



kN (kgf)



60 / 55 / 48 (6 090) / (5 530) / (4 890)



1



1



30.



1



2



G



2×111 E



15.



liter



70



16.



liter



170



18.



min-1(rpm)



0-13.9(13.9)



19.



kN·m (kgf·m)



31.0(3 160)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



10 900



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 F510



28. Arm length



34.3(350),31.3(319) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



91.0 (9 300)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



31 27 37 kPa 37 E (kgf/cm 2) (0.38) (0.32) (0.28) (0.38)



4



9.



0 - 3.6 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 620



B



mm



3 340



C



mm



890



D



kg



1 850



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 480



D



mm



480



E



mm



500



F



degree kg



11 900



Remarks *mark shows data to compute operating weight(s).



4- 22



ZX110M-3 UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



4.27*



m



1.96 / 2.26* / 2.81



SAE/PCSA



m3



0.19-0.59



CECE



m3



0.17-0.50



A



mm



7 490 / 7 760 / 8 240



B



mm



7 300 / 7 580 / 8 070



C



mm



4 580 / 4 880 / 5 430



D



mm



4 320 / 4 650 / 5 220



E



mm



8 140 / 8 320 / 8 560



F



mm



5 730 / 5 910 / 6 170



G



mm



2 370 / 2 400 / 2 660



H



kN (kgf)



90 (9 200)



I



kN (kgf)



60 / 55 / 48 (6 090) / (5 530) / (4 890)



1



1



30.



1



2



G



2×111 E



15.



liter



70



16.



liter



170



18.



min-1(rpm)



0-13.9(13.9)



19.



kN·m (kgf·m)



31.0(3 160)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



13 100



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G700* G800 G900 T900



28. Arm length



34.3(350),31.3(319) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



130(13 300)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



25 23 23 kPa 28 E (kgf/cm 2) (0.29) (0.26) (0.23) (0.23)



4



9.



0 - 2.4 -4.2



D



D



8.



A km/h



C



E



7. No.of cylinder



2/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 990



B



mm



3 790



C



mm



1 100



D



kg



1 850



E



mm



2 130



F



mm



2 950



G



mm



1 990



H



mm



595



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 23



ZX110-3 Off-set Front UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



2.999



9.



liter



250 Direct/Turbocharged



10. Injection/Aspiration



C %(deg.)



70(35)



D



mm



G500*



kPa E (kgf/cm 2)



39 (0.40)



m



Off-set Boom



28. Arm length



m



1.95



SAE/PCSA



m3



0.45



CECE



m3



1



1



1



2



MPa (kgf/cm2)



34.3(350),31.3(319) swing



14.



Max. liter/min



2×111



15. 16.



E



F



I H



170



liter



C D



Hydraulic with disc



17. Type of swing brake 18.



G



70



liter



B A



8'



0-13.9(13.9)



min-1(rpm)



31.0(3 160)



kN·m (kgf·m)



CONTROL SYSTEM



mm



7 670



7 140



B



mm



7 530



7 000



C



mm



5 340



4 800



D



mm



5 060



4 520



E



mm



7 720



7 370



F



mm



5 330



4 980



G



mm



2 950



H



kN (kgf)



90 (9 200)



I



kN (kgf)



63 (6 400)



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree mm kg



2 520



− − 11 500



BLADE



DIMENSIONS 23.



Max



A



Hydraulic with disc



20. Parking brake



0.40 0m



31.



2×



13.



G



91.0 (9 300)



E-P contorol & HIOS II



12. Working pumps



H



B kN(kgf)



BACKHOE



30.



11. Hydraulic system



19.



0 - 3.6 -5.5



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



1/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 620



B



mm



3 340



C



mm



890



D



kg



1 850



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 24



ZX110M-3 Off-set Front UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



2.999



9.



liter



250 Direct/Turbocharged



10. Injection/Aspiration



C %(deg.)



70(35)



D



mm



G700*



kPa E (kgf/cm 2)



29 (0.30)



m



Off-set Boom



28. Arm length



m



1.95



SAE/PCSA



m3



0.45



CECE



m3



1



1



1



2



MPa (kgf/cm2)



34.3(350),31.3(319) swing



14.



Max. liter/min



2×111



15. 16.



E



F



I H



170



liter



C D



Hydraulic with disc



17. Type of swing brake 18.



G



70



liter



B A



8'



0-13.9(13.9)



min-1(rpm)



31.0(3 160)



kN·m (kgf·m)



CONTROL SYSTEM



mm



7 670



7 140



B



mm



7 480



6 950



C



mm



5 140



4 600



D



mm



4 860



4 320



E



mm



7 920



7 570



F



mm



5 530



5 180



G



mm



2 950



H



kN (kgf)



90 (9 200)



I



kN (kgf)



63 (6 400)



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



2 520



− 1 420 / 1 420



L/R mm kg



13 800



BLADE



DIMENSIONS 23.



Max



A



Hydraulic with disc



20. Parking brake



0.40 0m



31.



2×



13.



G



130(13 300)



E-P contorol & HIOS II



12. Working pumps



H



B kN(kgf)



BACKHOE



30.



11. Hydraulic system



19.



0 - 2.4 -4.2



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



2/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 990



B



mm



3 790



C



mm



1 100



D



kg



1 850



E



mm



2 130



F



mm



2 950



G



mm



1 990



H



mm



595



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 25



ZX110-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



4.27*



m



1.96 / 2.26* / 2.81



SAE/PCSA



m3



0.19-0.59



CECE



m3



0.17-0.50



A



mm



7 490 / 7 760 / 8 240



B



mm



7 350 / 7 620 / 8 110



C



mm



4 780 / 5 080 / 5 630



D



mm



4 520 / 4 850 / 5 430



E



mm



7 940 / 8 110 / 8 360



F



mm



5 530 / 5 700 / 5 960



G



mm



2 370 / 2 400 / 2 660



H



kN (kgf)



90 (9 200)



I



kN (kgf)



60 / 55 / 48 (6 090) / (5 530) / (4 890)



1



1



30.



1



2



G



2×111 E



15.



liter



70



16.



liter



170



18.



min-1(rpm)



0-13.9(13.9)



19.



kN·m (kgf·m)



31.0(3 160)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



11 100



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),31.3(319) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



91.0 (9 300)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



32 28 37 kPa 38 E (kgf/cm 2) (0.39) (0.33) (0.29) (0.38)



4



9.



0 - 3.6 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 620



B



mm



3 340



C



mm



890



D



kg



1 850



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 480



D



mm



480



E



mm



500



F



degree kg



12 200



Remarks *mark shows data to compute operating weight(s).



4- 26



ZX110M-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



70



16.



liter



170



18.



min-1(rpm)



0-13.9(13.9)



19.



kN·m (kgf·m)



31.0(3 160)



4.27*



SAE/PCSA



m3



0.19-0.59



CECE



m3



0.17-0.50



A



mm



7 490 / 7 760 / 8 240



B



mm



7 300 / 7 580 / 8 070



C



mm



4 580 / 4 880 / 5 430



D



mm



4 320 / 4 650 / 5 220



E



mm



8 140 / 8 320 / 8 560



F



mm



5 730 / 5 910 / 6 170



G



mm



2 370 / 2 400 / 2 660



H



kN (kgf)



90 (9 200)



I



kN (kgf)



60 / 55 / 48 (6 090) / (5 530) / (4 890)



1



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



13 100



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



23 (0.23)



1.96 / 2.26* / 2.81



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m



Hydraulic with disc



17. Type of swing brake



G900



25 (0.26)



m



E



liter



G800



28 (0.29)



1



2×111



15.



G700*



28. Arm length



34.3(350),31.3(319) swing



Max. liter/min



70(35)



mm



BACKHOE



31.



2×



12. Working pumps



130(13 300)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



D



E



9.



0 - 2.4 -4.2



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



2/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 990



B



mm



3 790



C



mm



1 100



D



kg



1 850



E



mm



2 130



F



mm



2 950



G



mm



1 990



H



mm



595



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 27



ZX110-3 Off-set Front



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



2.999



9.



liter



250 Direct/Turbocharged



10. Injection/Aspiration



C %(deg.)



70(35)



D



mm



G500*



kPa E (kgf/cm 2)



40 (0.41)



m



Off-set Boom



28. Arm length



m



1.96*



SAE/PCSA



m3



0.45



CECE



m3



1



1



1



2



MPa (kgf/cm2)



34.3(350),31.3(319) swing



14.



Max. liter/min



2×111



15. 16.



E



F



I H



170



liter



C D



Hydraulic with disc



17. Type of swing brake 18.



G



70



liter



B A



8'



0-13.9(13.9)



min-1(rpm)



31.0(3 160)



kN·m (kgf·m)



CONTROL SYSTEM



mm



7 670



7 140



B



mm



7 530



7 000



C



mm



5 340



4 800



D



mm



5 060



4 520



E



mm



7 720



7 370



F



mm



5 330



4 980



G



mm



2 950



H



kN (kgf)



90 (9 200)



I



kN (kgf)



63 (6 400)



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



2 520



− 1 420 / 1 420



L/R mm kg



11 700



BLADE



DIMENSIONS 23.



Max



A



Hydraulic with disc



20. Parking brake



0.40 0m



31.



2×



13.



G



91.0 (9 300)



E-P contorol & HIOS II



12. Working pumps



H



B kN(kgf)



BACKHOE



30.



11. Hydraulic system



19.



0 - 3.6 -5.5



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



1/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 620



B



mm



3 340



C



mm



890



D



kg



1 850



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 28



ZX110M-3 Off-set Front



UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



EUROPEAN SPEC



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



2.999



9.



liter



250 Direct/Turbocharged



10. Injection/Aspiration



C %(deg.)



70(35)



D



mm



G700*



kPa E (kgf/cm 2)



29 (0.30)



m



Offset- Boom



28. Arm length



m



1.96*



SAE/PCSA



m3



0.45



CECE



m3



1



1



1



2



MPa (kgf/cm2)



34.3(350),31.3(319) swing



14.



Max. liter/min



2×111



15. 16.



E



F



I H



170



liter



C D



Hydraulic with disc



17. Type of swing brake 18.



G



70



liter



B A



8'



0-13.9(13.9)



min-1(rpm)



31.0(3 160)



kN·m (kgf·m)



CONTROL SYSTEM



mm



7 670



7 140



B



mm



7 480



6 950



C



mm



5 140



4 600



D



mm



4 860



4 320



E



mm



7 920



7 570



F



mm



5 530



5 180



G



mm



2 950



H



kN (kgf)



90 (9 200)



I



kN (kgf)



63 (6 400)



32. Max. Boom-Swing Angle



21. Type



Hydraulic servo



33. Max. Offset-Distance



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



2 520



− 1 420 / 1 420



L/R mm kg



13 800



BLADE



DIMENSIONS 23.



Max



A



Hydraulic with disc



20. Parking brake



0.40 0m



31.



2×



13.



G



130(13 300)



E-P contorol & HIOS II



12. Working pumps



H



B kN(kgf)



BACKHOE



30.



11. Hydraulic system



19.



0 - 2.4 -4.2



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



2/6



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 990



B



mm



3 790



C



mm



1 100



D



kg



1 850



E



mm



2 130



F



mm



2 950



G



mm



1 990



H



mm



595



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 29



ZX120-3 UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



4.60*



m



2.1 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



7 960 / 8 320 / 8 790



B



mm



7 830 / 8 200 / 8 670



C



mm



5 150 / 5 570 / 6 060



D



mm



4 910 / 5 350 / 5 880



E



mm



8 370 / 8 570 / 8 900



F



mm



5 960 / 6 160 / 6 490



G



mm



2 370 / 2 390 / 2 640



H



kN (kgf)



99 (10 100)



I



kN (kgf)



73 / 65 / 58 (7 500) / (6 600) / (5 900)



1



1



30.



1



2



G



2×117 E



15.



liter



70



16.



liter



170



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



34.0(3 470)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



12 100



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 F510



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



102 (10 400)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



32 28 38 kPa 38 E (kgf/cm 2) (0.39) (0.33) (0.29) (0.39)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 880



B



mm



3 580



C



mm



890



D



kg



2 500



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 480



D



mm



480



E



mm



500



F



degree kg



13 200



Remarks *mark shows data to compute operating weight(s).



4- 30



ZX130K-3 UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



2.999



9.



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa



14.



(kgf/cm2)



70



16.



liter



170



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



34.0(3 470)



SAE/PCSA



m3



0.19-0.59



CECE



m3



0.17-0.50



A



mm



8 320



B



mm



8 200



C



mm



5 570



D



mm



5 350



E



mm



8 570



F



mm



6 160



G



mm



2 390



H



kN (kgf)



99 (10 100)



I



kN (kgf)



65 (6 600)



1



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D C A B



G



8'



I



degree



−



mm



−



kg



13 100



BLADE



DIMENSIONS



H



B A



33. Max. Offset-Distance



Hydraulic servo



F



41 (0.42)



32. Max. Boom-Swing Angle



CONTROL SYSTEM



E



kPa E (kgf/cm 2)



4.60*



21. Type



23.



G500*



K2.52*



Hydraulic with disc



20. Parking brake



mm



m



Hydraulic with disc



17. Type of swing brake



70(35)



D



m



E



liter



C %(deg.)



1



2×117



15.



102 (10 400)



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.4 -5.5



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 880



B



mm



3 580



C



mm



890



D



kg



3 100



E



mm



2 130



F



mm



2 870



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 31



ZX130-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



3.



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



4.60*



m



2.10 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



7 960 / 8 320 / 8 790



B



mm



7 830 / 8 200 / 8 670



C



mm



5 150 / 5 570 / 6 060



D



mm



4 910 / 5 350 / 5 880



E



mm



8 370 / 8 570 / 8 900



F



mm



5 960 / 6 160 / 6 490



G



mm



2 370 / 2 390 / 2 640



H



kN (kgf)



99 (10 100)



I



kN (kgf)



73 / 65 / 58 (7 500) / (6 600) / (5 900)



1



1



30.



1



2



G



2×117 E



15.



liter



70



16.



liter



170



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



33.0(3 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



12 500



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



95(9 690)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



33 28 38 kPa 39 E (kgf/cm 2) (0.40) (0.34) (0.29) (0.39)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



2 880



B



mm



3 580



C



mm



890



D



kg



2 700



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 480



D



mm



480



E



mm



500



F



degree kg



13 600



Remarks *mark shows data to compute operating weight(s).



4- 32



ZX130LCN-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



3.



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



MPa (kgf/cm2)



14.



m



4.60*



m



2.10 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



7 960 / 8 320 / 8 790



B



mm



7 830 / 8 200 / 8 670



C



mm



5 150 / 5 570 / 6 060



D



mm



4 910 / 5 350 / 5 880



E



mm



8 370 / 8 570 / 8 900



F



mm



5 960 / 6 160 / 6 490



G



mm



2 370 / 2 390 / 2 640



H



kN (kgf)



99 (10 100)



I



kN (kgf)



73 / 65 / 58 (7 500) / (6 600) / (5 900)



1



1



30.



1



2



G



2×117 E



15.



liter



70



16.



liter



170



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



33.0(3 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



12 700



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



95(9 690)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



32 27 37 kPa 39 E (kgf/cm 2) (0.40) (0.33) (0.28) (0.38)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



3 050



B



mm



3 750



C



mm



890



D



kg



2 700



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 33



ZX130-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



EUROPEAN SPEC



69.0(93.0) @ 2 000



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



2-Piece Boom



m



2.10* / 2.52 / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



7 950 / 8 320 / 8 800



B



mm



7 820 / 8 200 / 8 680



C



mm



4 940 / 5 340 / 5 830



D



mm



4 810 / 5 220 / 5 720



E



mm



9 070 / 9 390 / 9 820



F



mm



6 610 / 6 930 / 7 360



G



mm



1 750 / 1 820 / 2 000



H



kN (kgf)



99 (10 100)



I



kN (kgf)



73 / 65 / 58 (7 500) / (6 600) / (5 900)



1



liter



16.



liter



1



30.



1



2



G



2×117 E



15.



70



F



I



170



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



33.0(3 370)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



12 900



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



95(9 690)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



34 29 40 kPa 40 E (kgf/cm 2) (0.41) (0.35) (0.30) (0.41)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 880



B



mm



3 580



C



mm



890



D



kg



2 700



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 480



D



mm



480



E



mm



500



F



degree kg



14 000



Remarks *mark shows data to compute operating weight(s).



4- 34



ZX130LCN-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 2 000



3.



ECC net kW(HP) @min-1



69.0(93.0) @ 2 000



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



250 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



2-Piece Boom



m



2.10* / 2.52 / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



7 950 / 8 320 / 8 800



B



mm



7 820 / 8 200 / 8 680



C



mm



4 940 / 5 340 / 5 830



D



mm



4 810 / 5 220 / 5 720



E



mm



9 070 / 9 390 / 9 820



F



mm



6 610 / 6 930 / 7 360



G



mm



1 750 / 1 820 / 2 000



H



kN (kgf)



99 (10 100)



I



kN (kgf)



73 / 65 / 58 (7 500) / (6 600) / (5 900)



1



1



30.



1



2



G



2×117 E



15.



liter



70



16.



liter



170



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



33.0(3 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



13 100



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



95(9 690)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



33 25 38 kPa 39 E (kgf/cm 2) (0.40) (0.34) (0.26) (0.39)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 050



B



mm



3 750



C



mm



890



D



kg



2 700



E



mm



2 130



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 35



ZX135US-3 UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 1 800



ECC net kW(HP) @min-1



69.0(93.0) @ 1 800



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



220 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



4.60*



m



2.10 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



8 020 / 8 380 / 8 850



B



mm



7 880 / 8 250 / 8 720



C



mm



5 120 / 5 530 / 6 020



D



mm



4 880 / 5 320 / 5 840



E



mm



8 960 / 9 240 / 9 630



F



mm



6 510 / 6 780 / 7 180



G



mm



1 990 / 2 100 / 2 450



H



kN (kgf)



99 (10 100)



I



kN (kgf)



73 / 65 / 58 (7 500) / (6 600) / (5 900)



1



1



30.



1



2



G



2×117 E



15.



liter



62



16.



liter



120



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



34.0(3 470)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



13 400



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



117(11 940)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



35 31 42 kPa 42 E (kgf/cm 2) (0.43) (0.36) (0.32) (0.43)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 880



B



mm



3 580



C



mm



860



D



kg



3 680



E



mm



1 480



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 330



D



mm



480



E



mm



520



F



degree kg



14 300



Remarks *mark shows data to compute operating weight(s).



4- 36



ZX135USK-3 UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 1 800



ECC net kW(HP) @min-1



69.0(93.0) @ 1 800



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



2.999



9.



liter



220 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa



14.



(kgf/cm2)



62



16.



liter



120



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



34.0(3 470)



SAE/PCSA



m3



0.19-0.59



CECE



m3



0.17-0.50



A



mm



8 380



B



mm



8 250



C



mm



5 530



D



mm



5 320



E



mm



9 240



F



mm



6 780



G



mm



2 100



H



kN (kgf)



99 (10 100)



I



kN (kgf)



65 (6 600)



1



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D C A B



G



8'



I



degree



−



mm



−



kg



14 500



BLADE



DIMENSIONS



H



B A



33. Max. Offset-Distance



Hydraulic servo



F



41 (0.42)



32. Max. Boom-Swing Angle



CONTROL SYSTEM



E



kPa E (kgf/cm 2)



4.60



21. Type



23.



G500*



K2.52*



Hydraulic with disc



20. Parking brake



mm



m



Hydraulic with disc



17. Type of swing brake



70(35)



D



m



E



liter



C %(deg.)



1



2×117



15.



117(11 940)



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.3 -5.5



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



2 880



B



mm



3 580



C



mm



860



D



kg



4 510



E



mm



1 480



F



mm



2 870



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 37



ZX135US-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 1 800



3.



ECC net kW(HP) @min-1



69.0(93.0) @ 1 800



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



220 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



4.60*



m



2.10 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



8 020 / 8 380 / 8 850



B



mm



7 880 / 8 250 / 8 720



C



mm



5 120 / 5 530 / 6 020



D



mm



4 880 / 5 320 / 5 840



E



mm



8 960 / 9 240 / 9 630



F



mm



6 510 / 6 780 / 7 180



G



mm



1 990 / 2 100 / 2 450



H



kN (kgf)



99 (10 100)



I



kN (kgf)



73 / 65 / 58 (7 500) / (6 600) / (5 900)



1



1



30.



1



2



G



2×117 E



15.



liter



62



16.



liter



120



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



33.0(3 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



13 400



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



110(11 220)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



35 31 42 kPa 42 E (kgf/cm 2) (0.43) (0.36) (0.32) (0.43)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



2 880



B



mm



3 580



C



mm



860



D



kg



3 680



E



mm



1 480



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 330



D



mm



480



E



mm



520



F



degree kg



14 300



Remarks *mark shows data to compute operating weight(s).



4- 38



ZX135US-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AJ-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



69.0(93.0) @ 1 800



3.



ECC net kW(HP) @min-1



69.0(93.0) @ 1 800



4.



SAE net kW(HP) @min-1



69.0(93.0) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



220 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS II



13.



MPa



14.



(kgf/cm2)



m



2.52*



SAE/PCSA



m3



0.19-0.59



CECE



m3



0.17-0.50



A



mm



8 380



B



mm



8 250



C



mm



5 330



D



mm



5 220



E



mm



9 430



F



mm



6 970



G



mm



2 020



H



kN (kgf)



99 (10 100)



I



kN (kgf)



65 (6 600)



1



1



30.



2



G E



liter



62



16.



liter



120



18.



min-1(rpm)



0-13.7(13.7)



19.



kN·m (kgf·m)



33.0(3 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



14 000



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



2-Piece Boom



m



1



2×117



15.



70(35)



mm G500* G600 G700 P500



28. Arm length



34.3(350),32.3(329) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



110(11 220)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



37 32 44 kPa 44 E (kgf/cm 2) (0.45) (0.38) (0.33) (0.45)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



1/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



2 880



B



mm



3 580



C



mm



860



D



kg



3 680



E



mm



1 480



F



mm



2 740



G



mm



1 990



H



mm



440



I



mm



800



B A F



D E C



36.



2 490



A



mm



B



mm



610



C



mm



2 330



D



mm



480



E



mm



520



F



degree kg



14 900



Remarks *mark shows data to compute operating weight(s).



4- 39



ZX160LC-3 UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



5.10*



m



2.22 / 2.58* / 3.08



SAE/PCSA



m3



0.52-0.82



CECE



m3



0.45-0.70



A



mm



8 520 / 8 870 / 9 330



B



mm



8 340 / 8 700 / 9 160



C



mm



5 620 / 5 980 / 6 490



D



mm



5 340 / 5 740 / 6 270



E



mm



8 620 / 8 880 / 9 130



F



mm



5 940 / 6 170 / 6 400



G



mm



3 290 / 2 910 / 2 920



H



kN (kgf)



108 (11 000)



I



kN 110 / 87 / 78 (kgf) (11 200) / (8 900) / (7 900)



1



1



30.



1



2



G



2×191 E



15.



liter



125



16.



liter



210



18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



42.8(4 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



16 500



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 F600



28. Arm length



34.3(350),29.3(299) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



40 35 42 kPa 48 E (kgf/cm 2) (0.49) (0.41) (0.36) (0.43)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 100



B



mm



3 920



C



mm



1 030



D



kg



3 300



E



mm



2 490



F



mm



2 950



G



mm



1 990



H



mm



470



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 40



ZX160LC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



5.10*



m



2.22 / 2.58*



SAE/PCSA



m3



0.52-0.82



CECE



m3



0.45-0.70



A



mm



8 520 / 8 870



B



mm



8 340 / 8 700



C



mm



5 620 / 5 980



D



mm



5 340 / 5 740



E



mm



8 620 / 8 880



F



mm



5 940 / 6 170



G



mm



3 290 / 2 910



H



kN (kgf)



108 (11 000)



I



kN (kgf)



110 / 87 (11 200) / (8 900)



1



1



30.



1



2



G



2×191 E



15.



liter



125



16.



liter



210



18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



42.8(4 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



16 600



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 G800



28. Arm length



34.3(350),29.3(299) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



40 35 31 kPa 48 E (kgf/cm 2) (0.49) (0.41) (0.36) (0.32)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 100



B



mm



3 920



C



mm



1 030



D



kg



3 300



E



mm



2 490



F



mm



2 950



G



mm



1 990



H



mm



470



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 41



ZX160LC-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa (kgf/cm2)



14.



m



2-Piece Boom



m



2.22 / 2.58*



SAE/PCSA



m3



0.52-0.82



CECE



m3



0.45-0.70



A



mm



8 330 / 8 690



B



mm



8 150 / 8 510



C



mm



5 210 / 5 580



D



mm



5 090 / 5 470



E



mm



9 420 / 9 740



F



mm



6 600 / 6 900



G



mm



2 580 / 2 070



H



kN (kgf)



108 (11 000)



I



kN (kgf)



110 / 87 (11 200) / (8 900)



1



1



30.



1



2



G



2×191 E



15.



liter



125



16.



liter



210



18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



42.8(4 370)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



17 100



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G500* G600 G700 G800



28. Arm length



34.3(350),29.3(299) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



42 36 32 kPa 50 E (kgf/cm 2) (0.51) (0.43) (0.37) (0.33)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 100



B



mm



3 920



C



mm



1 030



D



kg



3 300



E



mm



2 490



F



mm



2 950



G



mm



1 990



H



mm



470



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 42



ZX180LC-3 UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



125



16.



liter



220



18.



min-1(rpm)



0-14.1.(14.1)



19.



kN·m (kgf·m)



53.3(5 440)



5.50*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 070 / 9 430 / 9 940



B



mm



8 910 / 9 270 / 9 790



C



mm



6 120 / 6 570 / 7 070



D



mm



5 870 / 6 320 / 6 870



E



mm



9 290 / 9 400 / 9 790



F



mm



6 450 / 6 570 / 6 940



G



mm



3 140 / 3 130 / 3 120



H



kN (kgf)



122 (12 500)



I



kN 105 / 91 / 81 (kgf) (10 700) / (9 300) / (8 300)



1



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



18 300



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



31 (0.32)



2.26 / 2.71* / 3.21



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m



Hydraulic with disc



17. Type of swing brake



G800



36 (0.37)



m



E



liter



G700



41 (0.42)



1



2×191



15.



G600*



28. Arm length



34.3(350),32.4(330) swing



Max. liter/min



70(35)



mm



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



D



E



9.



0 - 3.4 -5.3



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 000



E



mm



2 490



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 43



ZX180LC UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



125



16.



liter



220



18.



min-1(rpm)



0-14.1.(14.1)



19.



kN·m (kgf·m)



53.3(5 440)



5.50*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 070 / 9 430 / 9 940



B



mm



8 910 / 9 270 / 9 790



C



mm



6 120 / 6 570 / 7 070



D



mm



5 870 / 6 320 / 6 870



E



mm



9 290 / 9 400 / 9 790



F



mm



6 450 / 6 570 / 6 940



G



mm



3 140 / 3 130 / 3 120



H



kN (kgf)



122 (12 500)



I



kN 105 / 91 / 81 (kgf) (10 700) / (9 300) / (8 300)



1



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



18 000



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



35 (0.36)



2.26 / 2.71* / 3.21



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m



Hydraulic with disc



17. Type of swing brake



G700



41 (0.42)



m



E



liter



G600



48 (0.49)



1



2×191



15.



G500*



28. Arm length



34.3(350),32.4(330) swing



Max. liter/min



70(35)



mm



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



D



E



9.



0 - 3.4 -5.3



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 000



E



mm



2 490



F



mm



2 950



G



mm



1 990



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 44



ZX180LC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



5.50*



m



2.26 / 2.71*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 070 / 9 430



B



mm



8 910 / 9 270



C



mm



6 120 / 6 570



D



mm



5 870 / 6 320



E



mm



9 290 / 9 400



F



mm



6 450 / 6 570



G



mm



3 140 / 3 130



H



kN (kgf)



122 (12 500)



I



kN (kgf)



105 / 91 (10 700) / (9 300)



1



1



30.



1



2



G



2×191 E



15.



liter



125



16.



liter



220



18.



min-1(rpm)



0-14.1.(14.1)



19.



kN·m (kgf·m)



53.3(5 440)



F



I H



Hydraulic with disc



17. Type of swing brake



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



18 500



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350),32.4(330) swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



36 31 28 kPa 41 E (kgf/cm 2) (0.42) (0.37) (0.32) (0.29)



4



9.



0 - 3.4 -5.3



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 000



E



mm



2 490



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 45



ZX180LCN-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



MPa (kgf/cm2)



14.



125



16.



liter



220



18.



min-1(rpm)



0-14.1.(14.1)



19.



kN·m (kgf·m)



53.3(5 440)



5.50*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 070 / 9 430



B



mm



8 910 / 9 270



C



mm



6 120 / 6 570



D



mm



5 870 / 6 320



E



mm



9 290 / 9 400



F



mm



6 450 / 6 570



G



mm



3 140 / 3 130



H



kN (kgf)



122 (12 500)



I



kN (kgf)



105 / 91 (10 700) / (9 300)



1



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



18 100



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



35 (0.36)



2.26 / 2.71*



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m



Hydraulic with disc



17. Type of swing brake



G700



41 (0.42)



m



E



liter



G600



49 (0.50)



1



2×191



15.



G500*



28. Arm length



34.3(350),32.4(330) swing



Max. liter/min



70(35)



mm



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



D



E



9.



0 - 3.4 -5.3



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 000



E



mm



2 490



F



mm



2 950



G



mm



1 990



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 46



ZX180LC-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa (kgf/cm2)



14.



liter



16.



liter



2.26 / 2.71*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



8 980 / 9 350



B



mm



8 810 / 9 190



C



mm



5 640 / 6 050



D



mm



5 520 / 5 940



E



mm



10 260 / 10 530



F



mm



7 320 / 7 590



G



mm



2 280 / 2 230



H



kN (kgf)



122 (12 500)



I



kN (kgf)



105 / 91 (10 700) / (9 300)



1



1



30.



2



G



F



I



220



0-14.1.(14.1)



19.



kN·m (kgf·m)



53.3(5 440)



H C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



19 200



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



33 (0.34)



2-Piece Boom



Hydraulic with disc min-1(rpm)



kPa E (kgf/cm 2)



m



125



18.



G800



37 (0.38)



1



2×191



17. Type of swing brake



G700



43 (0.44)



m



E



15.



G600*



28. Arm length



34.3(350),32.4(330) swing



Max. liter/min



70(35)



mm



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



D



E



9.



0 - 3.4 -5.3



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 000



E



mm



2 490



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 47



ZX180LCN-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



2.



90.2(121) @ 2 000



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 000



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



2.999



liter



320 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa (kgf/cm2)



14.



liter



16.



liter



2.26 / 2.71*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



8 980 / 9 350



B



mm



8 810 / 9 190



C



mm



5 640 / 6 050



D



mm



5 520 / 5 940



E



mm



10 260 / 10 530



F



mm



7 320 / 7 590



G



mm



2 280 / 2 230



H



kN (kgf)



122 (12 500)



I



kN (kgf)



105 / 91 (10 700) / (9 300)



1



1



30.



2



G



F



I



220



0-14.1.(14.1)



19.



kN·m (kgf·m)



53.3(5 440)



H C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



18 900



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



37 (0.38)



2-Piece Boom



Hydraulic with disc min-1(rpm)



kPa E (kgf/cm 2)



m



125



18.



G700



43 (0.44)



1



2×191



17. Type of swing brake



G600



51 (0.52)



m



E



15.



G500*



28. Arm length



34.3(350),32.4(330) swing



Max. liter/min



70(35)



mm



BACKHOE



31.



2×



12. Working pumps



169 (17 250)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



D



E



9.



0 - 3.4 -5.3



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 000



E



mm



2 490



F



mm



2 950



G



mm



1 990



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 48



ZX200-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 430 / 9 920



B



mm



9 250 / 9 750



C



mm



6 180 / 6 670



D



mm



5 950 / 6 490



E



mm



9 670 / 10 040



F



mm



6 830 / 7 180



G



mm



3 280 / 3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



19 800



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



39 34 46 kPa 44 E (kgf/cm 2) (0.45) (0.40) (0.35) (0.47)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 350



E



mm



2 750



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 49



ZX200LC-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 430 / 9 920



B



mm



9 250 / 9 750



C



mm



6 180 / 6 670



D



mm



5 950 / 6 490



E



mm



9 670 / 10 040



F



mm



6 830 / 7 180



G



mm



3 280 / 3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



20 400



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



37 32 44 kPa 42 E (kgf/cm 2) (0.43) (0.38) (0.33) (0.45)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 660



B



mm



4 470



C



mm



1 030



D



kg



4 350



E



mm



2 750



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 50



ZX210H-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



5.193



9.



liter



400 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



liter



16.



liter



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



CECE



m3



0.45-1.00



A



mm



9 920



B



mm



9 750



C



mm



6 670



D



mm



6 490



E



mm



10 040



F



mm



7 180



G



mm



3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



109 (11 100)



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



21 000



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM



H5.68* H2.91*



21. Type



23.



47 (0.48)



0.51-1.20



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m3



1



240



min-1(rpm)



G600*



SAE/PCSA



Hydraulic with disc



18.



mm



m



135



17. Type of swing brake



70(35)



D



m



E



15.



C %(deg.)



1



2×212



Max. liter/min



203 (20 700)



28. Arm length



34.3(350)



(kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.5 -5.5



27. Boom length



29.



11. Hydraulic system



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 750



E



mm



2 750



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 51



ZX210LCH-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



5.193



9.



liter



400 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



liter



16.



liter



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



CECE



m3



0.45-1.00



A



mm



9 920



B



mm



9 750



C



mm



6 670



D



mm



6 490



E



mm



10 040



F



mm



7 180



G



mm



3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



109 (11 100)



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



21 400



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM



H5.68* H2.91*



21. Type



23.



44 (0.45)



0.51-1.20



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m3



1



240



min-1(rpm)



G600*



SAE/PCSA



Hydraulic with disc



18.



mm



m



135



17. Type of swing brake



70(35)



D



m



E



15.



C %(deg.)



1



2×212



Max. liter/min



203 (20 700)



28. Arm length



34.3(350)



(kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.5 -5.5



27. Boom length



29.



11. Hydraulic system



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 660



B



mm



4 470



C



mm



1 030



D



kg



4 750



E



mm



2 750



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 52



ZX210K-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



70(35) G600*



kPa E (kgf/cm 2)



49 (0.50)



27. Boom length



m



K5.68*



28. Arm length



m



K2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 920



B



mm



13.



MPa



9 750



C



mm



14.



6 670



D



mm



6 490



E



mm



10 040



F



mm



7 180



G



mm



3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



109 (11 100)



BACKHOE



1



G



2×212



Max. liter/min



E



liter



16.



liter



2



34.3(350)



(kgf/cm2)



15.



1



30.



1



31.



2×



12. Working pumps



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



21 900



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



203 (20 700)



mm



29.



11. Hydraulic system



B kN(kgf)



D



4



9.



0 - 3.5 -5.5



C %(deg.)



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



5 350



E



mm



2 750



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 53



ZX210LCK-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



70(35) G600*



kPa E (kgf/cm 2)



46 (0.47)



27. Boom length



m



K5.68*



28. Arm length



m



K2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 920



B



mm



13.



MPa



9 750



C



mm



14.



6 670



D



mm



6 490



E



mm



10 040



F



mm



7 180



G



mm



3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



109 (11 100)



BACKHOE



1



G



2×212



Max. liter/min



E



liter



16.



liter



2



34.3(350)



(kgf/cm2)



15.



1



30.



1



31.



2×



12. Working pumps



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



22 300



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



203 (20 700)



mm



29.



11. Hydraulic system



B kN(kgf)



D



4



9.



0 - 3.5 -5.5



C %(deg.)



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 660



B



mm



4 470



C



mm



1 030



D



kg



5 350



E



mm



2 750



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 54



ZX210-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.03 / 2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 300 / 9 500 / 9 990



B



mm



9 110 / 9 320 / 9 820



C



mm



5 800 / 6 180 / 6 670



D



mm



5 580 / 5 950 / 6 480



E



mm



9 580 / 9 670 / 10 040



F



mm



6 940 / 6 830 / 7 180



G



mm



3 480 / 3 350 / 3 250



H



kN (kgf)



151 (15 400)



I



kN 145 / 133 / 109 (kgf) (14 800) / (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



20 300



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



40 35 32 kPa 45 E (kgf/cm 2) (0.46) (0.41) (0.36) (0.33)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



4 750



E



mm



2 750



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 55



ZX210LC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.03 / 2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 300 / 9 500 / 9 990



B



mm



9 110 / 9 320 / 9 820



C



mm



5 800 / 6 180 / 6 670



D



mm



5 580 / 5 950 / 6 480



E



mm



9 580 / 9 670 / 10 040



F



mm



6 940 / 6 830 / 7 180



G



mm



3 480 / 3 350 / 3 250



H



kN (kgf)



151 (15 400)



I



kN 145 / 133 / 109 (kgf) (14 800) / (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



20 900



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



38 33 30 kPa 43 E (kgf/cm 2) (0.44) (0.39) (0.34) (0.31)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 660



B



mm



4 470



C



mm



1 030



D



kg



4 750



E



mm



2 750



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 56



ZX210LCN-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



D



4



8.



.liter



5.193



9.



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS II



11. Hydraulic system



14.



liter



16.



liter



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 300 / 9 500 / 9 990



B



mm



9 110 / 9 320 / 9 820



C



mm



5 800 / 6 180 / 6 670



D



mm



5 580 / 5 950 / 6 480



E



mm



9 580 / 9 670 / 10 040



F



mm



6 940 / 6 830 / 7 180



G



mm



3 480 / 3 350 / 3 250



H



kN (kgf)



151 (15 400)



I



kN 145 / 133 / 109 (kgf) (14 800) / (13 600) / (11 100)



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



21 000



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



52 (0.53)



SAE/PCSA



1



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



5.68*



240



min-1(rpm)



G500*



2.03 / 2.42 / 2.91*



Hydraulic with disc



18.



mm



m



135



17. Type of swing brake



70(35)



D



m



E



15.



C %(deg.)



1



2×212



Max. liter/min



203 (20 700)



28. Arm length



34.3(350)



MPa (kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.5 -5.5



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



3 660



B



mm



4 470



C



mm



1 030



D



kg



5 500



E



mm



2 750



F



mm



2 950



G



mm



1 980



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 57



ZX210-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



EUROPEAN SPEC



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



2-Piece Boom



m



2.03* / 2.42 / 2.91



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 280 / 9 500 / 10 000



B



mm



9 090 / 9 320 / 9 820



C



mm



5 420 / 5 720 / 6 230



D



mm



5 300 / 5 610 / 6 120



E



mm 10 590 / 10 640 / 11 080



F



mm



7 670 / 7 700 / 8 150



G



mm



2 700 / 2 700 / 2 390



H



kN (kgf)



151 (15 400)



I



kN 145 / 133 / 109 (kgf) (14 800) / (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



20 900



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



41 36 32 kPa 47 E (kgf/cm 2) (0.48) (0.42) (0.37) (0.33)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 030



D



kg



5 500



E



mm



2 750



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 58



ZX210LC-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



2-Piece Boom



m



2.03* / 2.42 / 2.91



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 280 / 9 500 / 10 000



B



mm



9 090 / 9 320 / 9 820



C



mm



5 420 / 5 720 / 6 230



D



mm



5 300 / 5 610 / 6 120



E



mm 10 590 / 10 640 / 11 080



F



mm



7 670 / 7 700 / 8 150



G



mm



2 700 / 2 700 / 2 390



H



kN (kgf)



151 (15 400)



I



kN 145 / 133 / 109 (kgf) (14 800) / (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



135



F



I



240



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



21 500



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



39 34 31 kPa 44 E (kgf/cm 2) (0.45) (0.40) (0.35) (0.23)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 660



B



mm



4 470



C



mm



1 030



D



kg



5 500



E



mm



2 750



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 59



ZX210LCN-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



D



4



8.



.liter



5.193



9.



liter



400 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



liter



16.



liter



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 280 / 9 500 / 10 000



B



mm



9 090 / 9 320 / 9 820



C



mm



5 420 / 5 720 / 6 230



D



mm



5 300 / 5 610 / 6 120



E



mm 10 590 / 10 640 / 11 080



F



mm



7 670 / 7 700 / 8 150



G



mm



2 700 / 2 700 / 2 390



H



kN (kgf)



151 (15 400)



I



kN 145 / 133 / 109 (kgf) (14 800) / (13 600) / (11 100)



1



30.



2



G



F



I H



C D



8'



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



21 600



BLADE



DIMENSIONS



G



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



54 (0.55)



SAE/PCSA



1



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



2-Piece Boom



240



min-1(rpm)



G500*



2.03* / 2.42 / 2.91



Hydraulic with disc



18.



mm



m



135



17. Type of swing brake



70(35)



D



m



E



15.



C %(deg.)



1



2×212



Max. liter/min



203 (20 700)



28. Arm length



34.3(350)



MPa (kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.5 -5.5



27. Boom length



29.



HYDRAULICS



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 660



B



mm



4 470



C



mm



1 030



D



kg



5 500



E



mm



2 750



F



mm



2 950



G



mm



1 990



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 60



ZX225US-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 520 / 10 010



B



mm



9 320 / 9 830



C



mm



6 210 / 6 700



D



mm



5 960 / 6 500



E



mm



10 560 / 10 980



F



mm



7 640 / 8 050



G



mm



2 740 / 2 370



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



23 200



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



45 40 54 kPa 52 E (kgf/cm 2) (0.53) (0.46) (0.41) (0.55)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



975



D



kg



7 570



E



mm



1 680



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 61



ZX225USLC-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 520 / 10 010



B



mm



9 320 / 9 830



C



mm



6 210 / 6 700



D



mm



5 960 / 6 500



E



mm



10 560 / 10 980



F



mm



7 640 / 8 050



G



mm



2 740 / 2 370



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



23 600



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



43 38 51 kPa 49 E (kgf/cm 2) (0.50) (0.44) (0.39) (0.52)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 660



B



mm



4 460



C



mm



975



D



kg



7 570



E



mm



1 680



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 62



ZX225USLC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 520 / 10 010



B



mm



9 320 / 9 830



C



mm



6 210 / 6 700



D



mm



5 960 / 6 500



E



mm



10 560 / 10 980



F



mm



7 640 / 8 050



G



mm



2 740 / 2 370



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



23 600



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



43 38 34 kPa 49 E (kgf/cm 2) (0.50) (0.44) (0.39) (0.35)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



3 660



B



mm



4 470



C



mm



975



D



kg



7 570



E



mm



1 680



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



2 900



A



mm



B



mm



715



C



mm



3 070



D



mm



570



E



mm



300



F



degree



25



kg



25 700



Remarks *mark shows data to compute operating weight(s).



4- 63



ZX225USLC-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



liter



16.



liter



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



2.91* 0.51-1.20



CECE



m3



0.45-1.00



A



mm



10 010



B



mm



9 830



C



mm



6 700



D



mm



6 500



E



mm



10 980



F



mm



8 050



G



mm



2 370



H



kN (kgf)



151 (15 400)



I



kN (kgf)



109 (11 100)



1



30.



2



G



F



I H



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



24 500



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



2-Piece Boom



m3



1



230



min-1(rpm)



39 (0.40)



SAE/PCSA



Hydraulic with disc



18.



kPa E (kgf/cm 2)



m



123



17. Type of swing brake



G800



44 (0.45)



m



E



15.



G700



51 (0.52)



1



2×212



Max. liter/min



G600*



28. Arm length



34.3(350)



(kgf/cm2)



70(35)



mm



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



D



E



9.



0 - 3.5 -5.5



C %(deg.)



4



8.



A km/h



C D



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 660



B



mm



4 470



C



mm



975



D



kg



7 570



E



mm



1 680



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



2 900



A



mm



B



mm



715



C



mm



3 070



D



mm



570



E



mm



300



F



degree



25



kg



26 500



Remarks *mark shows data to compute operating weight(s).



4- 64



ZX225USR-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 430 / 9 920



B



mm



9 250 / 9 750



C



mm



6 180 / 6 670



D



mm



5 950 / 6 490



E



mm



9 670 / 10 040



F



mm



6 830 / 7 180



G



mm



3 280 / 3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



22 300



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



43 38 52 kPa 50 E (kgf/cm 2) (0.513)(0.44) (0.39) (0.53)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 010



D



kg



6 650



E



mm



1 990



F



mm



2 950



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 65



ZX225USRLC-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 430 / 9 920



B



mm



9 250 / 9 750



C



mm



6 180 / 6 670



D



mm



5 950 / 6 490



E



mm



9 670 / 10 040



F



mm



6 830 / 7 180



G



mm



3 280 / 3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



22 700



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



41 36 49 kPa 47 E (kgf/cm 2) (0.48) (0.42) (0.37) (0.50)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 660



B



mm



4 460



C



mm



1 010



D



kg



6 650



E



mm



1 990



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 66



ZX225USRK-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



m



K2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 920



B



mm



9 750



C



mm



6 670



D



mm



6 490



E



mm



10 040



F



mm



7 180



G



mm



3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



109 (11 100)



1



liter



16.



liter



1



30.



2



G E



15.



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



23 400



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



K5.68*



m



1



2×212



Max. liter/min



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



(kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



45 40 54 kPa 52 E (kgf/cm 2) (0.53) (0.46) (0.41) (0.55)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 370



B



mm



4 170



C



mm



1 010



D



kg



6 900



E



mm



1 990



F



mm



3 080



G



mm



2 200



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 67



ZX225USRLCK-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



m



K2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 920



B



mm



9 750



C



mm



6 670



D



mm



6 490



E



mm



10 040



F



mm



7 180



G



mm



3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



109 (11 100)



1



liter



16.



liter



1



30.



2



G E



15.



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



23 800



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



K5.68*



m



1



2×212



Max. liter/min



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



(kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



43 38 51 kPa 49 E (kgf/cm 2) (0.50) (0.44) (0.39) (0.52)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 660



B



mm



4 460



C



mm



1 010



D



kg



6 900



E



mm



1 990



F



mm



3 080



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 68



ZX225USLC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



122(164) @ 2 000



3.



ECC net kW(HP) @min-1



122(164) @ 2 000



4.



SAE net kW(HP) @min-1



122(164) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



320 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



14.



m



5.68*



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



9 430 / 9 920



B



mm



9 250 / 9 750



C



mm



6 180 / 6 670



D



mm



5 950 / 6 490



E



mm



9 670 / 10 040



F



mm



6 830 / 7 180



G



mm



3 280 / 3 180



H



kN (kgf)



151 (15 400)



I



kN (kgf)



133 / 109 (13 600) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×212



Max. liter/min



123



F



I



230



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.3(13.3)



19.



kN·m (kgf·m)



69.0(7 040)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



22 700



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



203 (20 700)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



41 36 33 kPa 47 E (kgf/cm 2) (0.48) (0.42) (0.37) (0.34)



4



9.



0 - 3.5 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



3 660



B



mm



4 470



C



mm



1 010



D



kg



6 650



E



mm



1 990



F



mm



2 950



G



mm



2 390



H



mm



450



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 69



ZX240-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



6.00*



m



2.50 / 2.96* / 3.61



SAE/PCSA



m3



0.80-1.40



CECE



m3



0.70-1.20



A



mm



9 880 / 10 290 / 10 910



B



mm



9 690 / 10 110 / 10 750



C



mm



6 500 / 6 960 / 7 610



D



mm



5 940 / 6 750 / 7 440



E



mm



9 950 / 10 160 / 10 560



F



mm



6 990 / 7 200 / 7 580



G



mm



3 480 / 3 440 / 3 430



H



kN (kgf)



180 (18 400)



I



kN 150 / 125 / 109 (kgf) (15 300) / (12 800) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×224



Max. liter/min



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



23 400



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



222 (22 650)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



44 39 53 kPa 51 E (kgf/cm 2) (0.52) (0.45) (0.40) (0.54)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 460



B



mm



4 260



C



mm



1 090



D



kg



5 400



E



mm



2 940



F



mm



3 010



G



mm



2 390



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 70



ZX240LC-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



6.00*



m



2.50 / 2.96* / 3.61



SAE/PCSA



m3



0.80-1.40



CECE



m3



0.70-1.20



A



mm



9 880 / 10 290 / 10 910



B



mm



9 690 / 10 110 / 10 750



C



mm



6 500 / 6 960 / 7 610



D



mm



5 940 / 6 750 / 7 440



E



mm



9 950 / 10 160 / 10 560



F



mm



6 990 / 7 200 / 7 580



G



mm



3 480 / 3 440 / 3 430



H



kN (kgf)



180 (18 400)



I



kN 150 / 125 / 109 (kgf) (15 300) / (12 800) / (11 100)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×224



Max. liter/min



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



23 900



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



222 (22 650)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



41 36 49 kPa 47 E (kgf/cm 2) (0.48) (0.42) (0.37) (0.50)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/9



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 845



B



mm



4 640



C



mm



1 090



D



kg



5 400



E



mm



2 940



F



mm



3 010



G



mm



2 590



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 71



ZX250H-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



5.193



9.



liter



500 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



Max. liter/min liter



16.



liter



19.



kN·m (kgf·m)



73.5(7 500)



CECE



m3



0.70-1.00



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



10 290



B



mm



10 110



C



mm



6 960



D



mm



6 750



E



mm



10 160



F



mm



7 200



G



mm



3 440



H



kN (kgf)



180 (18 400)



I



kN (kgf)



125 (12 800)



8'



degree



−



mm



−



kg



24 700



BLADE



DIMENSIONS E



mm



33. Max. Offset-Distance



Hydraulic servo



H



B A



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM



H6.00* H2.96*



21. Type



23.



54 (0.55)



0.80-1.00



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m3



1



280



0-13.5(13.5)



G600*



SAE/PCSA



Hydraulic with disc min-1(rpm)



mm



m



156



18.



70(35)



D



1



2×224



17. Type of swing brake



C %(deg.)



m



E



15.



222 (22 650)



28. Arm length



34.3(350)



(kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.4 -5.5



27. Boom length



29.



11. Hydraulic system



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 460



B



mm



4 260



C



mm



1 090



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 390



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 72



ZX250LCH-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



4



8.



.liter



5.193



9.



liter



500 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



Max. liter/min liter



16.



liter



19.



kN·m (kgf·m)



73.5(7 500)



CECE



m3



0.70-1.00



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



10 290



B



mm



10 110



C



mm



6 960



D



mm



6 750



E



mm



10 160



F



mm



7 200



G



mm



3 440



H



kN (kgf)



180 (18 400)



I



kN (kgf)



125 (12 800)



8'



degree



−



mm



−



kg



25 300



BLADE



DIMENSIONS E



mm



33. Max. Offset-Distance



Hydraulic servo



H



B A



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM



H6.00* H2.96*



21. Type



23.



50 (0.51)



0.80-1.00



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m3



1



280



0-13.5(13.5)



G600*



SAE/PCSA



Hydraulic with disc min-1(rpm)



mm



m



156



18.



70(35)



D



1



2×224



17. Type of swing brake



C %(deg.)



m



E



15.



222 (22 650)



28. Arm length



34.3(350)



(kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.4 -5.5



27. Boom length



29.



11. Hydraulic system



A km/h



C



E



7. No.of cylinder



2/9



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 845



B



mm



4 640



C



mm



1 090



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 590



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 73



ZX250K-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



70(35) G600*



kPa E (kgf/cm 2)



56 (0.57)



27. Boom length



m



K6.00*



28. Arm length



m



K2.96*



SAE/PCSA



m3



0.80-1.25



CECE



m3



0.70-1.10



BACKHOE



1



13.



MPa



14.



Max. liter/min



G



2×224 E



liter



16.



liter



2



34.3(350)



(kgf/cm2)



15.



1



30.



1



31.



2×



12. Working pumps



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



10 290



B



mm



10 110



C



mm



6 960



D



mm



6 750



E



mm



10 160



F



mm



7 200



G



mm



3 440



H



kN (kgf)



180 (18 400)



I



kN (kgf)



125 (12 800)



8'



degree



−



mm



−



kg



25 400



BLADE



DIMENSIONS E



mm



33. Max. Offset-Distance



Hydraulic servo



23.



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



222 (22 650)



mm



29.



11. Hydraulic system



B kN(kgf)



D



4



9.



0 - 3.4 -5.5



C %(deg.)



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 460



B



mm



4 260



C



mm



1 090



D



kg



6 500



E



mm



2 940



F



mm



3 140



G



mm



2 390



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 74



ZX250LCK-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



70(35) G600*



kPa E (kgf/cm 2)



52 (0.53)



27. Boom length



m



K6.00*



28. Arm length



m



K2.96*



SAE/PCSA



m3



0.80-1.25



CECE



m3



0.70-1.10



BACKHOE



1



13.



MPa



14.



Max. liter/min



G



2×224 E



liter



16.



liter



2



34.3(350)



(kgf/cm2)



15.



1



30.



1



31.



2×



12. Working pumps



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



10 290



B



mm



10 110



C



mm



6 960



D



mm



6 750



E



mm



10 160



F



mm



7 200



G



mm



3 440



H



kN (kgf)



180 (18 400)



I



kN (kgf)



125 (12 800)



8'



degree



−



mm



−



kg



26 000



BLADE



DIMENSIONS E



mm



33. Max. Offset-Distance



Hydraulic servo



23.



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



222 (22 650)



mm



29.



11. Hydraulic system



B kN(kgf)



D



4



9.



0 - 3.4 -5.5



C %(deg.)



D



8.



A km/h



C



E



7. No.of cylinder



2/9



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 845



B



mm



4 640



C



mm



1 090



D



kg



6 500



E



mm



2 940



F



mm



3 140



G



mm



2 590



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 75



ZX250LC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



3.



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



6.00*



m



2.19 / 2.50 / 2.96*



SAE/PCSA



m3



0.76-1.39



CECE



m3



0.70-1.24



A



mm



9 660 / 9 880 / 10 290



B



mm



9 470 / 9 690 / 10 110



C



mm



6 190 / 6 500 / 6 960



D



mm



5 600 / 5 940 / 6 750



E



mm



10 000 / 9 950 / 10 160



F



mm



6 970 / 6 990 / 7 200



G



mm



3 580 / 3 480 / 3 440



H



kN (kgf)



180 (18 400)



I



kN 163 / 150 / 125 (kgf) (16 600) / (15 300) / (12 800)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×224



Max. liter/min



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



24 700



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



222 (22 650)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



42 37 34 kPa 49 E (kgf/cm 2) (0.50) (0.43) (0.38) (0.35)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/9



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 845



B



mm



4 640



C



mm



1 090



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 590



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 76



ZX250LCN-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



3.



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



14.



m



6.06*



m



2.19 / 2.50 / 2.96*



SAE/PCSA



m3



0.76-1.39



CECE



m3



0.70-1.24



A



mm



9 660 / 9 880 / 10 290



B



mm



9 470 / 9 690 / 10 110



C



mm



6 190 / 6 500 / 6 960



D



mm



5 600 / 5 940 / 6 750



E



mm



10 000 / 9 950 / 10 160



F



mm



6 970 / 6 990 / 7 200



G



mm



3 580 / 3 480 / 3 440



H



kN (kgf)



180 (18 400)



I



kN 163 / 150 / 125 (kgf) (16 600) / (15 300) / (12 800)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×224



Max. liter/min



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



24 600



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



222 (22 650)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



42 37 34 kPa 49 E (kgf/cm 2) (0.50) (0.43) (0.38) (0.35)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/9



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



3 845



B



mm



4 640



C



mm



1 090



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 390



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 77



ZX250LC-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



3.



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



2-Piece Boom



m



2.19 / 2.50 / 2.96*



SAE/PCSA



m3



0.76-1.39*



CECE



m3



0.70-1.24*



A



mm



9 770 / 10 010 / 10 430



B



mm



9 580 / 9 820 / 10 260



C



mm



5 810 / 6 080 / 6 530



D



mm



5 700 / 5 970 / 6 430



E



mm 11 300 / 11 470 / 11 840



F



mm



8 210 / 8 350 / 8 720



G



mm



2 500 / 2 560 / 2 310



H



kN (kgf)



180 (18 400)



I



kN 163 / 150 / 125 (kgf) (16 600) / (15 300) / (12 800)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×224



Max. liter/min



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



25 600



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



222 (22 650)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



44 39 35 kPa 51 E (kgf/cm 2) (0.52) (0.45) (0.40) (0.36)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/9



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 845



B



mm



4 640



C



mm



1 090



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 590



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 78



ZX250LCN-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



132(177) @ 2 000



3.



ECC net kW(HP) @min-1



132(177) @ 2 000



4.



SAE net kW(HP) @min-1



132(177) @ 2 000



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



2-Piece Boom



m



2.19 / 2.50 / 2.96*



SAE/PCSA



m3



0.76-1.39*



CECE



m3



0.70-1.24*



A



mm



9 770 / 10 010 / 10 430



B



mm



9 580 / 9 820 / 10 260



C



mm



5 810 / 6 080 / 6 530



D



mm



5 700 / 5 970 / 6 430



E



mm 11 300 / 11 470 / 11 840



F



mm



8 210 / 8 350 / 8 720



G



mm



2 500 / 2 560 / 2 310



H



kN (kgf)



180 (18 400)



I



kN 163 / 150 / 125 (kgf) (16 600) / (15 300) / (12 800)



1



30.



liter



16.



liter



2



G E



15.



1



1



2×224



Max. liter/min



156



F



I



280



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-13.5(13.5)



19.



kN·m (kgf·m)



73.5(7 500)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



25 500



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



222 (22 650)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



44 39 35 kPa 51 E (kgf/cm 2) (0.52) (0.45) (0.40) (0.36)



4



9.



0 - 3.4 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/9



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



3 840



B



mm



4 460



C



mm



1 090



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 390



H



mm



460



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 79



ZX270-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



140(188) @ 2 100



ECC net kW(HP) @min-1



140(188) @ 2 100



4.



SAE net kW(HP) @min-1



140(188) @ 2 100



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



6.20*



m



2.42 / 3.11* / 3.76



SAE/PCSA



m3



1.00-1.62



CECE



m3



0.90-1.40



1



liter



16.



liter



1



30.



1



2



G



2×236 E



15.



156



F



I



290



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-12.6(12.6)



19.



kN·m (kgf·m)



80.0(8 160)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



B



mm



9 870 / 10 520 / 11 100



C



mm



6 540 / 7 230 / 7 880



D



mm



6 320 / 7 050 / 7 720



E



mm



9 890 / 10 260 / 10 460



F



mm



6 970 / 7 310 / 7 520



G



mm



4 070 / 3 910 / 3 900



H



kN (kgf)



193 (19 700)



I



kN 174 / 137 / 121 (kgf) (17 800) / (14 000) / (12 300)



8'



degree



−



mm



−



kg



27 300



BLADE



DIMENSIONS E



mm 10 060 / 10 710 / 11 270



33. Max. Offset-Distance



Hydraulic servo



23.



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350),32.4(330)Swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



246 (25 100)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



48 42 57 kPa 55 E (kgf/cm 2) (0.56) (0.49) (0.43) (0.58)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 730



B



mm



4 670



C



mm



1 180



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 590



H



mm



510



I



mm



1 070



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 80



ZX270LC-3 UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



140(188) @ 2 100



ECC net kW(HP) @min-1



140(188) @ 2 100



4.



SAE net kW(HP) @min-1



140(188) @ 2 100



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



6.20*



m



2.42 / 3.11* / 3.76



SAE/PCSA



m3



1.00-1.62



CECE



m3



0.90-1.40



1



liter



16.



liter



1



30.



1



2



G



2×236 E



15.



156



F



I



290



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-12.6(12.6)



19.



kN·m (kgf·m)



80.0(8 160)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



B



mm



9 870 / 10 520 / 11 100



C



mm



6 540 / 7 230 / 7 880



D



mm



6 320 / 7 050 / 7 720



E



mm



9 890 / 10 260 / 10 460



F



mm



6 970 / 7 310 / 7 520



G



mm



4 070 / 3 910 / 3 900



H



kN (kgf)



193 (19 700)



I



kN 174 / 137 / 121 (kgf) (17 800) / (14 000) / (12 300)



8'



degree



−



mm



−



kg



27 800



BLADE



DIMENSIONS E



mm 10 060 / 10 710 / 11 270



33. Max. Offset-Distance



Hydraulic servo



23.



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350),32.4(330)Swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



246 (25 100)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



46 40 54 kPa 52 E (kgf/cm 2) (0.53) (0.47) (0.41) (0.55)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



4 050



B



mm



4 940



C



mm



1 180



D



kg



6 100



E



mm



2 940



F



mm



3 010



G



mm



2 590



H



mm



510



I



mm



1 070



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 81



ZX280LC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



140(188) @ 2 100



3.



ECC net kW(HP) @min-1



140(188) @ 2 100



4.



SAE net kW(HP) @min-1



140(188) @ 2 100



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa (kgf/cm2)



14.



m



6.20*



m



2.42 / 3.11*



SAE/PCSA



m3



0.91-1.38



CECE



m3



0.83-1.21



A



mm



10 060 / 10 710



B



mm



9 870 / 10 520



C



mm



6 540 / 7 230



D



mm



6 320 / 7 050



E



mm



9 890 / 10 260



F



mm



6 970 / 7 310



G



mm



4 070 / 3 910



H



kN (kgf)



193 (19 700)



I



kN (kgf)



174 / 137 (17 800) / (14 000)



1



liter



16.



liter



1



30.



1



2



G



2×236 E



15.



156



F



I



290



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-12.6(12.6)



19.



kN·m (kgf·m)



80.0(8 160)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



28 200



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350),32.4(330)Swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



246 (25 100)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



46 41 37 kPa 53 E (kgf/cm 2) (0.54) (0.47) (0.42) (0.38)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



4 052



B



mm



4 940



C



mm



1 180



D



kg



6 100



E



mm



2 940



F



mm



3 100



G



mm



2 590



H



mm



510



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 82



ZX280LCN-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



140(188) @ 2 100



3.



ECC net kW(HP) @min-1



140(188) @ 2 100



4.



SAE net kW(HP) @min-1



140(188) @ 2 100



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



MPa (kgf/cm2)



14.



m



6.20*



m



2.42 / 3.11*



SAE/PCSA



m3



0.91-1.38



CECE



m3



0.83-1.21



A



mm



10 060 / 10 710



B



mm



9 870 / 10 520



C



mm



6 540 / 7 230



D



mm



6 320 / 7 050



E



mm



9 890 / 10 260



F



mm



6 970 / 7 310



G



mm



4 070 / 3 910



H



kN (kgf)



193 (19 700)



I



kN (kgf)



174 / 137 (17 800) / (14 000)



1



liter



16.



liter



1



30.



1



2



G



2×236 E



15.



156



F



I



290



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-12.6(12.6)



19.



kN·m (kgf·m)



80.0(8 160)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



28 000



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350),32.4(330)Swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



246 (25 100)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



46 41 37 kPa 52 E (kgf/cm 2) (0.54) (0.47) (0.42) (0.38)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



4 052



B



mm



4 940



C



mm



1 180



D



kg



6 100



E



mm



2 940



F



mm



3 100



G



mm



2 400



H



mm



510



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 83



ZX280LC-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



140(188) @ 2 100



3.



ECC net kW(HP) @min-1



140(188) @ 2 100



4.



SAE net kW(HP) @min-1



140(188) @ 2 100



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa (kgf/cm2)



14.



m



2-Piece Boom



m



2.42 / 3.11*



SAE/PCSA



m3



0.91-1.38



CECE



m3



0.83-1.21



A



mm



10 070 / 10 740



B



mm



9 880 / 10 550



C



mm



6 020 / 6 690



D



mm



5 910 / 6 590



E



mm



11 500 / 12 080



F



mm



8 390 / 8 960



G



mm



2 820 / 2 580



H



kN (kgf)



193 (19 700)



I



kN (kgf)



174 / 137 (17 800) / (14 000)



1



liter



16.



liter



1



30.



1



2



G



2×236 E



15.



156



F



I



290



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-12.6(12.6)



19.



kN·m (kgf·m)



80.0(8 160)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



28 500



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350),32.4(330)Swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



246 (25 100)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



47 41 37 kPa 53 E (kgf/cm 2) (0.54) (0.48) (0.42) (0.38)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



4 052



B



mm



4 940



C



mm



1 180



D



kg



6 100



E



mm



2 940



F



mm



3 100



G



mm



2 590



H



mm



510



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 84



ZX280LCN-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AH-4HK1X



1. Make/model ISO net kW(HP) @min-1



2.



140(188) @ 2 100



3.



ECC net kW(HP) @min-1



140(188) @ 2 100



4.



SAE net kW(HP) @min-1



140(188) @ 2 100



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



5.193



liter



500 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa (kgf/cm2)



14.



m



2-Piece Boom



m



2.42 / 3.11*



SAE/PCSA



m3



0.91-1.38



CECE



m3



0.83-1.21



A



mm



10 070 / 10 740



B



mm



9 880 / 10 550



C



mm



6 020 / 6 690



D



mm



5 910 / 6 590



E



mm



11 500 / 12 080



F



mm



8 390 / 8 960



G



mm



2 820 / 2 580



H



kN (kgf)



193 (19 700)



I



kN (kgf)



174 / 137 (17 800) / (14 000)



1



liter



16.



liter



1



30.



1



2



G



2×236 E



15.



156



F



I



290



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-12.6(12.6)



19.



kN·m (kgf·m)



80.0(8 160)



C D



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM



33. Max. Offset-Distance



21. Type



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−/−



mm



−/−



kg



28 300



BLADE



DIMENSIONS 23.



G



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350),32.4(330)Swing



Max. liter/min



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



246 (25 100)



27. Boom length



29.



11. Hydraulic system



B kN(kgf)



46 41 37 kPa 53 E (kgf/cm 2) (0.54) (0.48) (0.42) (0.38)



4



9.



0 - 3.3 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



4 052



B



mm



4 940



C



mm



1 180



D



kg



6 100



E



mm



2 940



F



mm



3 100



G



mm



2 400



H



mm



510



I



mm



920



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 85



ZX330-3 UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



6.40*



m



2.67 / 3.20* / 4.00



SAE/PCSA



m3



1.15-1.86



CECE



m3



1.00-1.60



1



30.



liter



16.



liter



2



G E



15.



1



1



2×288



Max. liter/min



180



F



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



B



mm 10 360 / 10 890 / 11 670



C



mm



D



mm



6 640 / 7 210 / 8 040



E



mm



9 990 / 10 360 / 10 750



F



mm



6 940 / 7 240 / 7 630



G



mm



4610 / 4 460 / 4 470



H



kN (kgf)



234 (23 900)



I



kN 211 / 176 / 151 (kgf) (21 500) / (18 000) / (15 400)



8'



6 840 / 7 380 / 8 180



degree



−



mm



−



kg



31 600



BLADE



DIMENSIONS E



mm 10 570 / 11 100 / 11 860



33. Max. Offset-Distance



Hydraulic servo



23.



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



298 (29 200)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



56 49 66 kPa 64 E (kgf/cm 2) (0.65) (0.57) (0.50) (0.67)



6



9.



0 - 3.2 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 730



B



mm



4 640



C



mm



1 160



D



kg



6 800



E



mm



3 390



F



mm



3 160



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 86



ZX330LC-3 UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13. 14.



m



6.20*



m



2.42 / 3.11* / 3.76



SAE/PCSA



m3



1.15-1.86



CECE



m3



1.00-1.60



1



30.



liter



16.



liter



2



G E



15.



1



1



2×288



Max. liter/min



180



F



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D



F C A B



G



I



B



mm 10 360 / 10 890 / 11 670



C



mm



D



mm



6 640 / 7 210 / 8 040



E



mm



9 990 / 10 360 / 10 750



F



mm



6 940 / 7 240 / 7 630



G



mm



4610 / 4 460 / 4 470



H



kN (kgf)



234 (23 900)



I



kN 211 / 176 / 151 (kgf) (21 500) / (18 000) / (15 400)



8'



6 840 / 7 380 / 8 180



degree



−



mm



−



kg



32 200



BLADE



DIMENSIONS E



mm 10 570 / 11 100 / 11 860



33. Max. Offset-Distance



Hydraulic servo



23.



A



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



70(35)



mm G600* G700 G800 F600



28. Arm length



34.3(350)



MPa (kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



298 (29 200)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



53 47 62 kPa 61 E (kgf/cm 2) (0.62) (0.54) (0.48) (0.63)



6



9.



0 - 3.2 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



4 050



B



mm



4 940



C



mm



1 160



D



kg



6 800



E



mm



3 390



F



mm



3 160



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 87



ZX350H-3 UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



6



8.



.liter



7.79



9.



liter



630 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



liter



16.



liter



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



CECE



m3



1.00-1.30



A



mm



11 100



B



mm



10 890



C



mm



7 380



D



mm



7 210



E



mm



10 360



F



mm



7 240



G



mm



4 460



H



kN (kgf)



234 (23 900)



I



kN (kgf)



176 (18 000)



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



33 700



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM



H6.40* H3.20*



21. Type



23.



61 (0.62)



1.15-1.50



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m3



1



374



min-1(rpm)



G600*



SAE/PCSA



Hydraulic with disc



18.



mm



m



180



17. Type of swing brake



70(35)



D



m



E



15.



C %(deg.)



1



2×288



Max. liter/min



298 (29 200)



28. Arm length



34.3(350)



(kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.2 -5.5



27. Boom length



29.



11. Hydraulic system



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 730



B



mm



4 640



C



mm



1 160



D



kg



7 400



E



mm



3 390



F



mm



3 160



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 88



ZX350LCH-3 UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



D



6



8.



.liter



7.79



9.



liter



630 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



13.



MPa



14.



liter



16.



liter



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



CECE



m3



1.00-1.30



A



mm



11 100



B



mm



10 890



C



mm



7 380



D



mm



7 210



E



mm



10 360



F



mm



7 240



G



mm



4 460



H



kN (kgf)



234 (23 900)



I



kN (kgf)



176 (18 000)



1



30.



2



G



F



I H



C D



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



34 200



BLADE



DIMENSIONS



G



8'



33. Max. Offset-Distance



Hydraulic servo



H



B A



32. Max. Boom-Swing Angle



CONTROL SYSTEM



H6.40* H3.20*



21. Type



23.



64 (0.65)



1.15-1.50



Hydraulic with disc



20. Parking brake



kPa E (kgf/cm 2)



m3



1



374



min-1(rpm)



G600*



SAE/PCSA



Hydraulic with disc



18.



mm



m



180



17. Type of swing brake



70(35)



D



m



E



15.



C %(deg.)



1



2×288



Max. liter/min



298 (29 200)



28. Arm length



34.3(350)



(kgf/cm2)



B kN(kgf)



BACKHOE



31.



2×



12. Working pumps



0 - 3.2 -5.5



27. Boom length



29.



11. Hydraulic system



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



4 050



B



mm



4 940



C



mm



1 160



D



kg



7 400



E



mm



3 390



F



mm



3 160



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 89



ZX350K-3 UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



70(35) G600*



kPa E (kgf/cm 2)



70 (0.71)



27. Boom length



m



K6.40*



28. Arm length



m



K3.20*



SAE/PCSA



m3



1.15-1.40



CECE



m3



1.00-1.20



A



mm



11 100



B



mm



13.



MPa



10 890



C



mm



14.



7 380



D



mm



7 210



E



mm



10 360



F



mm



7 240



G



mm



4 460



H



kN (kgf)



234 (23 900)



I



kN (kgf)



176 (18 000)



BACKHOE



1



G



2×288



Max. liter/min



E



liter



16.



liter



2



34.3(350)



(kgf/cm2)



15.



1



30.



1



31.



2×



12. Working pumps



180



F



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



34 400



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



298 (29 200)



mm



29.



11. Hydraulic system



B kN(kgf)



D



6



9.



0 - 3.2 -5.5



C %(deg.)



D



8.



A km/h



C



E



7. No.of cylinder



2/7



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



3 730



B



mm



4 640



C



mm



1 160



D



kg



8 200



E



mm



3 390



F



mm



3 290



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 90



ZX350LCK-3 UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



70(35) G600*



kPa E (kgf/cm 2)



66 (0.67)



27. Boom length



m



K6.40*



28. Arm length



m



K3.20*



SAE/PCSA



m3



1.15-1.40



CECE



m3



1.00-1.20



A



mm



11 100



B



mm



13.



MPa



10 890



C



mm



14.



7 380



D



mm



7 210



E



mm



10 360



F



mm



7 240



G



mm



4 460



H



kN (kgf)



234 (23 900)



I



kN (kgf)



176 (18 000)



BACKHOE



1



G



2×288



Max. liter/min



E



liter



16.



liter



2



34.3(350)



(kgf/cm2)



15.



1



30.



1



31.



2×



12. Working pumps



180



F



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



C D



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



35 000



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



298 (29 200)



mm



29.



11. Hydraulic system



B kN(kgf)



D



6



9.



0 - 3.2 -5.5



C %(deg.)



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



4 050



B



mm



4 940



C



mm



1 160



D



kg



8 200



E



mm



3 390



F



mm



3 290



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 91



ZX350LC-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



3.



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa



14.



m



6.40*



m



2.33 / 2.67 / 3.20*



1



30.



liter



16.



liter



180



F



m3



1.03-14



CECE



m3



0.93-1.59



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



C D



B A



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D C A B I



mm



D



mm



6 300 / 6 640 / 7 210



E



mm



9 980 / 9 990 / 10 360



F



mm



6 900 / 6 940 / 7 240



G



mm



4 460 / 4 610 / 4 460



H



kN (kgf)



234 (23 900)



I



kN 239 / 211 / 176 (kgf) (24 400) / (21 500) / (18 000)



6 500 / 6 840 / 7 380



degree



−



mm



−



kg



33 300



BLADE



DIMENSIONS



F



mm 10 080 / 10 360 / 10 890



C



33. Max. Offset-Distance



Hydraulic servo



E



mm 10 310 / 10 570 / 11 100



B



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



A



8'



Hydraulic with disc



20. Parking brake



G



SAE/PCSA 2



G E



15.



1



1



2×288



Max. liter/min



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



(kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



298 (29 200)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



54 48 43 kPa 63 E (kgf/cm 2) (0.64) (0.55) (0.49) (0.44)



6



9.



0 - 3.2 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



4 050



B



mm



4 940



C



mm



1 160



D



kg



7 400



E



mm



3 390



F



mm



3 160



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 92



ZX350LCN-3 Monoblock Boom



UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



3.



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



MPa



14.



m



6.40*



m



2.33 / 2.67 / 3.20*



1



30.



liter



16.



liter



180



F



18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



1.03-14



CECE



m3



0.93-1.59



H C D



B A



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D C A B I



mm



D



mm



6 300 / 6 640 / 7 210



E



mm



9 980 / 9 990 / 10 360



F



mm



6 900 / 6 940 / 7 240



G



mm



4 460 / 4 610 / 4 460



H



kN (kgf)



234 (23 900)



I



kN 239 / 211 / 176 (kgf) (24 400) / (21 500) / (18 000)



6 500 / 6 840 / 7 380



degree



−



mm



−



kg



33 200



BLADE



DIMENSIONS



F



mm 10 080 / 10 360 / 10 890



C



33. Max. Offset-Distance



Hydraulic servo



E



mm 10 310 / 10 570 / 11 100



B



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



A



8'



Hydraulic with disc



20. Parking brake



G



m3



I



374 Hydraulic with disc



17. Type of swing brake



H



SAE/PCSA 2



G E



15.



1



1



2×288



Max. liter/min



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



(kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



298 (29 200)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



54 48 43 kPa 62 E (kgf/cm 2) (0.63) (0.55) (0.49) (0.44)



6



9.



0 - 3.2 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



13.



EUROPEAN SPEC



A



mm



4 050



B



mm



4 940



C



mm



1 160



D



kg



7 400



E



mm



3 390



F



mm



3 160



G



mm



2 400



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 93



ZX350LC-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



3.



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa



14.



m



2-Piece Boom



m



2.33 / 2.67 / 3.20*



1



30.



liter



16.



liter



180



F



m3



1.03-14



CECE



m3



0.93-1.59



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



C D



B A



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D C A B I



mm



6 040 / 6 360 / 6 900



D



mm



5 930 / 6 250 / 6 800



E



mm 11 870 / 12 060 / 12 550



F



mm



8 550 / 8 750 / 9 240



G



mm



3 250 / 3 120 / 2 890



H



kN (kgf)



234 (23 900)



I



kN 239 / 211 / 176 (kgf) (24 400) / (21 500) / (18 000) degree



−



mm



−



kg



34 200



BLADE



DIMENSIONS



F



mm 10 170 / 10 470 / 11 020



C



33. Max. Offset-Distance



Hydraulic servo



E



mm 10 390 / 10 680 / 11 220



B



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



A



8'



Hydraulic with disc



20. Parking brake



G



SAE/PCSA 2



G E



15.



1



1



2×288



Max. liter/min



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



(kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



298 (29 200)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



56 49 44 kPa 64 E (kgf/cm 2) (0.54) (0.48) (0.42) (0.38)



6



9.



0 - 3.2 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



4 050



B



mm



4 940



C



mm



1 160



D



kg



7 400



E



mm



3 390



F



mm



3 160



G



mm



2 590



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 94



ZX350LCN-3 2-Piece Boom



UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



3.



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



Tractor type



24. Type



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



E-P contorol & HIOS III



11. Hydraulic system



13.



MPa



14.



m



2-Piece Boom



m



2.33 / 2.67 / 3.20*



1



30.



liter



16.



liter



180



F



m3



1.03-14



CECE



m3



0.93-1.59



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



0-10.7(10.7)



19.



kN·m (kgf·m)



117.7(12 000)



C D



B A



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



D C A B I



mm



6 040 / 6 360 / 6 900



D



mm



5 930 / 6 250 / 6 800



E



mm 11 870 / 12 060 / 12 550



F



mm



8 550 / 8 750 / 9 240



G



mm



3 250 / 3 120 / 2 890



H



kN (kgf)



234 (23 900)



I



kN 239 / 211 / 176 (kgf) (24 400) / (21 500) / (18 000) degree



−



mm



−



kg



34 200



BLADE



DIMENSIONS



F



mm 10 170 / 10 470 / 11 020



C



33. Max. Offset-Distance



Hydraulic servo



E



mm 10 390 / 10 680 / 11 220



B



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



23.



A



8'



Hydraulic with disc



20. Parking brake



G



SAE/PCSA 2



G E



15.



1



1



2×288



Max. liter/min



70(35)



mm G600* G700 G800 G900



28. Arm length



34.3(350)



(kgf/cm2)



C %(deg.)



BACKHOE



31.



2×



12. Working pumps



298 (29 200)



27. Boom length



29.



HYDRAULICS



B kN(kgf)



56 49 44 kPa 64 E (kgf/cm 2) (0.54) (0.48) (0.42) (0.38)



6



9.



0 - 3.2 -5.5



D



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



H



EUROPEAN SPEC



A



mm



4 050



B



mm



4 940



C



mm



1 160



D



kg



7 400



E



mm



3 390



F



mm



3 160



G



mm



2 400



H



mm



500



I



mm



1 060



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 95



ZX400LCH-3 UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A



B



.liter



7.79



liter



630 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



70(35) G600*



kPa E (kgf/cm 2)



73 (0.74)



27. Boom length



m



6.4H



28. Arm length



m



3.2H



SAE/PCSA



m3



1.6



CECE



m3



1.2



A



mm



11 120



13.



B



mm



10 900



C



mm



7 310



D



mm



7 140



E



mm



10 440



F



mm



7 330



G



mm



4 460



H



kN (kgf)



236 (24 100)



I



kN (kgf)



176 (18 000)



1



G E



liter



16.



liter



298



min-1(rpm)



19.



kN·m (kgf·m)



F



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



2



2×288



Max. liter/min



15.



1



30.



1



34.3(350)



MPa (kgf/cm2)



14.



BACKHOE



31.



2×



12. Working pumps



C D



0-10.7(10.7)



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



39 000



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



322 (32 800)



mm



29.



11. Hydraulic system



B kN(kgf)



D



6



9.



0 - 2.9 -5.0



C %(deg.)



D



8.



A km/h



C



E



7. No.of cylinder



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



4 050



B



mm



5 060



C



mm



1 260



D



kg



8 000



E



mm



3 390



F



mm



3 390



G



mm



2 590



H



mm



560



I



mm



1 150



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 96



ZX400LCH-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AH-6HK1X



1. Make/model ISO net kW(HP) @min-1



2.



202(271) @ 1 900



ECC net kW(HP) @min-1



202(271) @ 1 900



4.



SAE net kW(HP) @min-1



202(271) @ 1 900



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



−



A km/h



0 - 2.9 -5.0



B kN(kgf)



322 (32 800)



C %(deg.)



70(35)



D



mm



G750



kPa E (kgf/cm 2)



59 (0.60)



27. Boom length



m



6.4H



28. Arm length



m



3.2H



SAE/PCSA



m3



1.6



CECE



m3



1.2



A



mm



11 120



B



mm



10 900



C



mm



7 310



D



mm



7 140



E



mm



10 440



F



mm



7 330



G



mm



4 460



H



kN (kgf)



236 (24 100)



I



kN (kgf)



176 (18 000)



A



B C D E



6



7. No.of cylinder 8.



.liter



7.79



9.



liter



630 Direct/Turbocharged



10. Injection/Aspiration



HYDRAULICS E-P contorol & HIOS III



G E



liter



16.



liter



298



min-1(rpm)



19.



kN·m (kgf·m)



F



I



374



H



Hydraulic with disc



17. Type of swing brake 18.



2



2×288



Max. liter/min



15.



1



30.



34.3(350)



MPa (kgf/cm2)



14.



1



1



31.



2×



12. Working pumps 13.



BACKHOE



29.



11. Hydraulic system



C D



0-10.7(10.7)



33. Max. Offset-Distance



Hydraulic servo



22. No. of lever/pedal



2 imp.levers 2 travel pedals with levers



34.



35.



E D



F C A B I



degree



−



mm



−



kg



39 000



BLADE



DIMENSIONS 23.



G



8'



32. Max. Boom-Swing Angle



CONTROL SYSTEM 21. Type



H



B A



Hydraulic with disc



20. Parking brake



2/8



25. Upper/lower rollers 26.



3.



Tractor type



24. Type



A



mm



4 050



B



mm



5 060



C



mm



1 260



D



kg



8 000



E



mm



3 390



F



mm



3 390



G



mm



2 590



H



mm



560



I



mm



1 150



B A F



D E C



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



degree kg



Remarks *mark shows data to compute operating weight(s).



4- 97



ZX450-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



0-3.4 / 0-5.5



B kN(kgf)



322 (32 800 )



C



D



70 (35)



mm



D



kPa E (kgf/cm 2)



E



600



750



85 (0.87)



69 (0.70)



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.0



28. Arm length



m



3.4



SAE/PCSA



m3



1.9



CECE



m3



1.7



A



mm



12 060



B



mm



11 840



C



mm



7 770



D



mm



7 630



E



mm



11 060



F



mm



7 650



G



mm



6 590



H



kN (kgf)



278 (28 400)



I



kN (kgf)



216 (22 000)



kg



45 700



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330



H



560



liter



C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



E



4 040



B



mm



5 040



C



mm



1 360



D



kg



9 150



E



mm



3 645



F



mm



3 330



G



mm



2 890 / 2 390



H



mm



723



I



mm



1 220



m3



2.3-2.6



2.6-2.8



A



mm



8 760



8 720



B



mm



9 380



8 360



C



mm



3 370



3 390



D



mm



10 070



10 030



E



mm



2 760



2 220



F



mm



10 070



10 000



G



kN (kgf)



271 (27 600)



259 (26 400)



H



kN (kgf)



34. 35.



G



A km/h



C %(deg.)



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



F



D



G



H C



B A



36.



kg



47 200



Remarks *mark shows data to compute operating weight(s).



4- 98



ZX450LC-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



0-3.4 / 0-5.5



B kN(kgf)



322 (32 800 )



C



D



mm



70 (35)



D



kPa E (kgf/cm 2)



E



600



750



900



79 (0.81)



64 (0.65)



54 (0.55)



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.0



28. Arm length



m



3.4



SAE/PCSA



m3



2.1



CECE



m3



1.8



A



mm



12 060



B



mm



11 840



C



mm



7 770



D



mm



7 630



E



mm



11 060



F



mm



7 650



G



mm



6 590



H



kN (kgf)



278 (28 400)



I



kN (kgf)



216 (22 000)



kg



46 700



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330



H



560



liter



C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



C %(deg.)



−



7. No.of cylinder



H



Tractor type 3/9



24. Type



I



mm



E



4 470



B



mm



5 470



C



mm



1 360



D



kg



9 150



E



mm



3 645



F



mm



3 330



G



mm



2 890 / 2 390



H



mm



723



I



mm



1 220



F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 99



ZX470H-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.4 / 0-5.5



B kN(kgf)



322 (32 800 )



C %(deg.)



70 (35)



D



600



mm



kPa E (kgf/cm 2)



88 (0.90)



27. Boom length



m



7.0 H



28. Arm length



m



3.4 H



SAE/PCSA



m3



1.9



CECE



m3



1.7



A



mm



12 060



B



mm



11 840



C



mm



7 770



D



mm



7 630



E



mm



11 060



F



mm



7 650



G



mm



6 590



H



kN (kgf)



288 (29 400)



I



kN (kgf)



218 (22 200)



kg



47 100



E



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330 560



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



4 040



B



mm



5 040



C



mm



1 360



D



kg



9 150



E



mm



3 645



F



mm



3 330



G



mm



2 890 / 2 390



H



mm



723



I



mm



1 220



m3



2.3-2.6



2.6-2.8



A



mm



8 760



8 720



B



mm



9 380



8 360



C



mm



3 370



3 390



D



mm



10 070



10 030



E



mm



2 760



2 220



F



mm



10 070



10 000



G



kN (kgf)



271 (27 600)



259 (26 400)



H



kN (kgf)



34. 35.



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



E F



D



G



H C



B A



36.



kg



48 100



Remarks *mark shows data to compute operating weight(s).



4- 100



ZX470LCH-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.4 / 0-5.5



B kN(kgf)



322 (32 800 )



C %(deg.)



70 (35)



D



mm



600



kPa E (kgf/cm 2)



82 (0.84)



27. Boom length



m



7.0 H



28. Arm length



m



3.4 H



SAE/PCSA



m3



1.9



CECE



m3



1.7



A



mm



12 060



B



mm



11 840



C



mm



7 770



D



mm



7 630



E



mm



11 060



F



mm



7 650



G



mm



6 590



H



kN (kgf)



288 (29 400)



I



kN (kgf)



218 (22 200)



kg



48 100



E



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330 560



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/9



24. Type



I



mm



4 470



B



mm



5 470



C



mm



1 360



D



kg



9 150



E



mm



3 645



F



mm



3 330



G



mm



2 890 / 2 390



H



mm



723



I



mm



1 220



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 101



ZX470R-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.4 / 0-5.5



B kN(kgf)



322 (32 800 )



C %(deg.)



70 (35)



D



mm



600



kPa E (kgf/cm 2)



89 (0.91)



27. Boom length



m



7.0 R



28. Arm length



m



3.4 R



SAE/PCSA



m3



1.9



CECE



m3



1.7



A



mm



12 060



B



mm



11 840



C



mm



7 770



D



mm



7 630



E



mm



11 060



F



mm



7 650



G



mm



6 590



H



kN (kgf)



288 (29 400)



I



kN (kgf)



218 (22 200)



kg



47 900



E



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330 560



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 040



B



mm



5 040



C



mm



1 360



D



kg



9 150



E



mm



3 645



F



mm



3 330



G



mm



2 890 / 2 390



H



mm



723



I



mm



1 220



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 102



ZX470LCR-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.4 / 0-5.5



B kN(kgf)



322 (32 800 )



C %(deg.)



70 (35)



D



mm



600



kPa E (kgf/cm 2)



83 (0.85)



27. Boom length



m



7.0 R



28. Arm length



m



3.4 R



SAE/PCSA



m3



1.9



CECE



m3



1.7



A



mm



12 060



B



mm



11 840



C



mm



7 770



D



mm



7 630



E



mm



11 060



F



mm



7 650



G



mm



6 590



H



kN (kgf)



288 (29 400)



I



kN (kgf)



218 (22 200)



kg



48 900



E



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330 560



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/9



24. Type



I



mm



4 470



B



mm



5 470



C



mm



1 360



D



kg



9 150



E



mm



3 645



F



mm



3 330



G



mm



2 890 / 2 390



H



mm



723



I



mm



1 220



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 103



ZX500LC-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



0-2.9 / 0-4.0



B kN(kgf)



415 (42 300 )



C



D



mm



70 (35)



D



kPa E (kgf/cm 2)



E



600



750



900



88 (0.89)



71 (0.72)



60 (0.61)



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.0



28. Arm length



m



3.4



SAE/PCSA



m3



2.1



CECE



m3



1.8



A



mm



12 060



B



mm



11 820



C



mm



7 690



D



mm



7 550



E



mm



11 130



F



mm



7 730



G



mm



4 840



H



kN (kgf)



278 (28 400)



I



kN (kgf)



216 (22 000)



kg



49 500



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330 560



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



C %(deg.)



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 250



B



mm



5 330



C



mm



1 435



D



kg



9 820



E



mm



3 645



F



mm



3 410



G



mm



2 920 / 2 420



H



mm



810



I



mm



1 290



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 104



ZX520LCH-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-2.9 / 0-4.0



B kN(kgf)



415 (42 300 )



C %(deg.)



70 (35)



D



mm



600



kPa E (kgf/cm 2)



91 (0.93)



27. Boom length



m



7.0 H



28. Arm length



m



3.4 H



SAE/PCSA



m3



2.1



CECE



m3



1.8



A



mm



12 060



B



mm



11 820



C



mm



7 690



D



mm



7 550



E



mm



11 130



F



mm



7 730



G



mm



4 840



H



kN (kgf)



288 (29 400)



I



kN (kgf)



218 (22 200)



kg



51 700



E



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330 560



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 250



B



mm



5 330



C



mm



1 435



D



kg



9 820



E



mm



3 645



F



mm



3 520



G



mm



2 890 / 2 390



H



mm



810



I



mm



1 290



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 105



ZX520LCR-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-01



1. Make/model 2.



ISO net kW(HP) @min-1



260 (349) @ 1 800



3.



ECC net kW(HP) @min-1



260 (349) @ 1 800



4.



SAE net kW(HP) @min-1



260 (349) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-2.9 / 0-4.0



B kN(kgf)



415 (42 300 )



C %(deg.)



70 (35)



D



mm



600



kPa E (kgf/cm 2)



93 (0.95)



27. Boom length



m



7.0 R



28. Arm length



m



3.4 R



SAE/PCSA



m3



1.9



CECE



m3



1.7



A



mm



12 060



B



mm



11 840



C



mm



7 770



D



mm



7 630



E



mm



11 060



F



mm



7 650



G



mm



6 590



H



kN (kgf)



288 (29 400)



I



kN (kgf)



218 (22 200)



kg



52 500



E



6



8. 9.



725



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 360



15.



liter



16.



E



F



I



330 560



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.0 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 250



B



mm



5 330



C



mm



1 435



D



kg



9 820



E



mm



3 645



F



mm



3 520



G



mm



2 890 / 2 390



H



mm



810



I



mm



1 290



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 106



ZX650LC-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-02



1. Make/model 2.



ISO net kW(HP) @min-1



345 (463) @ 1 800



3.



ECC net kW(HP) @min-1



345 (463) @ 1 800



4.



SAE net kW(HP) @min-1



345 (463) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



0-3.4 / 0-4.9



B kN(kgf)



460 (46 920 )



C



D



mm



70 (35)



D



kPa E (kgf/cm 2)



E



650



750



900



99 (1.01)



87 (0.87)



73 (0.75)



6



8. 9.



900



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.8 / 6.8 BE



28. Arm length



m



3.6 / 2.9 BE



SAE/PCSA



m3



2.9 / 3.5



CECE



m3



2.6 / 3.1



A



mm



13 250 / 11 800



B



mm



13 000 / 11 500



C



mm



8 530 / 7 120



D



mm



8 400 / 6 970



E



mm



11 920 / 11 190



F



mm



8 050 / 7 330



G



mm



5 780 / 5 240



H



kN (kgf)



324 / 369 (33 100) / (37 700)



I



kN (kgf)



255 / 306 (26 000) / (31 200)



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 456



15.



liter



16.



E



F



I



380 680



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.5 32.



kg



65 900 / 66 300



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



C %(deg.)



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 590



B



mm



5 840



C



mm



1 530



D



kg



E F



D



G



H C



11 100



E



mm



3 850



F



mm



3 450



G



mm



3 300



H



mm



860



I



mm



1 390



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 107



ZX670LCH-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-02



1. Make/model 2.



ISO net kW(HP) @min-1



345 (463) @ 1 800



3.



ECC net kW(HP) @min-1



345 (463) @ 1 800



4.



SAE net kW(HP) @min-1



345 (463) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.4 / 0-4.9



B kN(kgf)



460 (46 920 )



C %(deg.)



70 (35)



D



mm



kPa E (kgf/cm 2)



E



600 91 (0.93)



6



8. 9.



900



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.8 H / 6.8 BE



28. Arm length



m



3.6 H / 2.9 BE



SAE/PCSA



m3



2.9 / 3.3



CECE



m3



2.5 / 2.9



A



mm



13 280 / 11 800



B



mm



13 030 / 11 500



C



mm



8 560 / 7 120



D



mm



8 420 / 6 970



E



mm



11 940 / 11 190



F



mm



8 020 / 7 330



G



mm



4 840 / 5 240



H



kN (kgf)



324 / 369 (33 100) / (37 700)



I



kN (kgf)



255 / 306 (26 000) / (31 200)



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 456



15.



liter



16.



E



F



I



380 680



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.5 32.



kg



67 300 / 67 100



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 590



B



mm



5 840



C



mm



1 530



D



kg



11 100



E



mm



3 850



F



mm



3 450



G



mm



3 300



H



mm



860



I



mm



1 390



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 108



ZX670LCR-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-02



1. Make/model 2.



ISO net kW(HP) @min-1



345 (463) @ 1 800



3.



ECC net kW(HP) @min-1



345 (463) @ 1 800



4.



SAE net kW(HP) @min-1



345 (463) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.4 / 0-4.9



B kN(kgf)



460 (46 920 )



C %(deg.)



70 (35)



D



600



mm



kPa E (kgf/cm 2)



E



103 (1.05)



102 (1.04)



6



8. 9.



900



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.8 R / 6.8 BER



28. Arm length



m



3.6 R / 2.9 BER



SAE/PCSA



m3



2.9 / 3.3



CECE



m3



2.5 / 2.9



A



mm



13 280 / 11 800



B



mm



13 030 / 11 500



C



mm



8 560 / 7 120



D



mm



8 420 / 6 970



E



mm



11 940 / 11 190



F



mm



8 020 / 7 330



G



mm



4 840 / 5 240



H



kN (kgf)



324 / 369 (33 100) / (37 700)



I



kN (kgf)



255 / 306 (26 000) / (31 200)



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 456



15.



liter



16.



E



F



I



380 680



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



9.5 32.



kg



68 400 / 68 200



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 590



B



mm



5 840



C



mm



1 530



D



kg



11 100



E



mm



3 850



F



mm



3 450



G



mm



3 300



H



mm



860



I



mm



1 390



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 109



ZX850-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-03



1. Make/model 2.



ISO net kW(HP) @min-1



397(532) @ 1 800



3.



ECC net kW(HP) @min-1



397(532) @ 1 800



4.



SAE net kW(HP) @min-1



397(532) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



0-3.1 / 0-4.1



B kN(kgf)



560 (57 100)



C



D



70 (35)



mm



D



kPa E (kgf/cm 2)



E



650



750



121 (1.23)



105 (1.08)



6



8. 9.



1 120



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



8.4 / 7.1 BE



28. Arm length



m



3.7 / 2.95 BE



SAE/PCSA



m3



3.5 / 4.5



CECE



m3



3.1 / 3.9



A



mm



14 100 / 12 340



B



mm



13 820 / 12 020



C



mm



8 870 / 7 140



D



mm



8 740 / 7 000



E



mm



13 030 / 12 010



F



mm



9 080 / 8 130



G



mm



5 950 / 5 210



H



kN (kgf)



399 / 472 (40 700) / (48 200)



I



kN (kgf)



323 / 394 (33 000) / (40 200)



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 528



15.



liter



16.



E



F



I



500 790



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



7.3 32.



80 500 / 81 200



kg



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



4 590



B



mm



5 840



C



mm



1 680



D



kg



13 300



E



mm



4 600



F



mm



3 360



G



mm



3 450



H



mm



890



I



mm



1 500



m3



3.6-4.0



4.0-4.4



A



mm



10 000



10 000



B



mm



10 590



10 590



C



mm



3 860



3 860



D



mm



7 910



4 970



E



mm



F



mm



10 860



10 860



G



kN (kgf)



441 (46 000)



441 (46 000)



H



kN (kgf)



81 700



80 700



34. 35.



G



A km/h



C %(deg.)



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



E F



D



G



H C



B A



36.



kg



Remarks *mark shows data to compute operating weight(s).



4- 110



ZX850LC-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-03



1. Make/model 2.



ISO net kW(HP) @min-1



397(532) @ 1 800



3.



ECC net kW(HP) @min-1



397(532) @ 1 800



4.



SAE net kW(HP) @min-1



397(532) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



0-3.1 / 0-4.1



B kN(kgf)



560 (57 100)



C



D



mm



70 (35)



D



kPa E (kgf/cm 2)



E



650



750



900



112 (1.14)



98 (1.00)



82 (0.84)



6



8. 9.



1 120



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



8.4 / 7.1 BE



28. Arm length



m



3.7 / 2.95 BE



SAE/PCSA



m3



3.5 / 4.5



CECE



m3



3.1 / 3.9



A



mm



14 100 / 12 340



B



mm



13 820 / 12 020



C



mm



8 870 / 7 140



D



mm



8 740 / 7 000



E



mm



13 030 / 12 010



F



mm



9 080 / 8 130



G



mm



5 950 / 5 210



H



kN (kgf)



399 / 472 (40 700) / (48 200)



I



kN (kgf)



323 / 394 (33 000) / (40 200)



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 528



15.



liter



16.



E



F



I



500 790



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



7.3 32.



kg



82 200 / 83 000



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



C %(deg.)



−



7. No.of cylinder



H



Tractor type 3/9



24. Type



I



mm



E



5 110



B



mm



6 360



C



mm



1 680



D



kg



13 300



E



mm



4 600



F



mm



3 360



G



mm



3 450



H



mm



890



I



mm



1 500



F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 111



ZX870H-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-03



1. Make/model 2.



ISO net kW(HP) @min-1



397(532) @ 1 800



3.



ECC net kW(HP) @min-1



397(532) @ 1 800



4.



SAE net kW(HP) @min-1



397(532) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.1 / 0-4.1



B kN(kgf)



560 (57 100)



C %(deg.)



70 (35)



D



650



mm



kPa E (kgf/cm 2)



E



131 (1.33)



131 (1.33)



130 (1.32)



6



8. 9.



1 120



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



8.4 H / 7.1 BE / 7.1 BE



28. Arm length



m



3.7 H / 2.95 BE / 3.7 H



SAE/PCSA



m3



3.5 / 4.3 / 3.7



CECE



m3



3.1 / 3.8 / 3.2



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 528



15.



liter



16.



E



F



I



500 790



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



A



mm 14 100 / 12 340 / 12 820



B



mm 13 820 / 12 020 / 12 510



C



mm



8 870 / 7 140 / 7 820



D



mm



8 740 / 7 000 / 7 690



E



mm 13 030 / 12 010 / 12 130



F



mm



9 080 / 8 130 / 8 180



G



mm



5 950 / 5 210 / 5 090



H



kN 402 / 402 / 472 (kgf) (41 000) / (41 000) / (48 200)



I



kN 324 / 324 / 394 (kgf) (33 100) / (33 100) / (40 200)



8'



7.3



kg 82 100 / 82 400 / 81 700



32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



4 590



B



mm



5 840



C



mm



1 680



D



kg



13 300



E



mm



4 600



F



mm



3 780



G



mm



3 450



H



mm



890



I



mm



1 500



m3



3.6-4.0



4.0-4.4



A



mm



10 000



10 000



B



mm



10 590



10 590



C



mm



3 860



3 860



D



mm



7 910



4 970



E



mm



F



mm



10 860



10 860



G



kN (kgf)



441 (46 000)



441 (46 000)



H



kN (kgf)



82 800



81 700



34. 35.



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



E F



D



G



H C



B A



36.



kg



Remarks *mark shows data to compute operating weight(s).



4- 112



ZX870LCH-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-03



1. Make/model 2.



ISO net kW(HP) @min-1



397(532) @ 1 800



3.



ECC net kW(HP) @min-1



397(532) @ 1 800



4.



SAE net kW(HP) @min-1



397(532) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.1 / 0-4.1



B kN(kgf)



560 (57 100)



C %(deg.)



70 (35)



D



650



mm



kPa E (kgf/cm 2)



E



121 (1.23)



121 (1.23)



120 (1.23)



6



8. 9.



1 120



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.0 H / 7.1 BE / 7.1 BE



28. Arm length



m



3.4 H / 2.95 BE / 3.7 H



SAE/PCSA



m3



1.9 / 4.3 / 3.7



CECE



m3



1.7 / 3.8 / 3.2



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 528



15.



liter



16.



E



F



I



500 790



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



A



mm 12 060 / 12 340 / 12 820



B



mm 11 840 / 12 020 / 12 510



C



mm



7 770 / 7 140 / 7 820



D



mm



7 630 / 7 000 / 7 690



E



mm 11 060 / 12 010 / 12 130



F



mm



7 650 / 8 130 / 8 180



G



mm



6 590 / 5 210 / 5 090



H



kN 288 / 402 / 472 (kgf) (29 400) / (41 000) / (48 200)



I



kN 218 / 324 / 394 (kgf) (22 200) / (33 100) / (40 200)



8'



7.3



kg 48 100 / 84 300 / 83 500



32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/9



24. Type



I



mm



5 110



B



mm



6 360



C



mm



1 680



D



kg



13 300



E



mm



4 600



F



mm



3 780



G



mm



3 450



H



mm



890



I



mm



1 500



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 113



ZX870R-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-03



1. Make/model 2.



ISO net kW(HP) @min-1



397(532) @ 1 800



3.



ECC net kW(HP) @min-1



397(532) @ 1 800



4.



SAE net kW(HP) @min-1



397(532) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.1 / 0-4.1



B kN(kgf)



560 (57 100)



C %(deg.)



70 (35)



D



mm



650



kPa E (kgf/cm 2)



126 (1.26)



27. Boom length



m



8.4 H



28. Arm length



m



3.7 H



SAE/PCSA



m3



3.5



CECE



m3



3.1



A



mm



14 100



B



mm



13 820



C



mm



8 870



D



mm



8 740



E



mm



13 000



F



mm



9 080



G



mm



5 950



H



kN (kgf)



402 (41 000)



I



kN (kgf)



324 (33 100)



kg



83 600



E



6



8. 9.



1 120



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 528



15.



liter



16.



E



F



I



500 790



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



7.3 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/8



24. Type



I



mm



4 590



B



mm



5 840



C



mm



1 680



D



kg



13 300



E



mm



4 600



F



mm



3 360



G



mm



3 450



H



mm



890



I



mm



1 500



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 114



ZX870LCR-3 UNDERCARRIAGE



ENGINE Isuzu AH-6WG1XYSA-03



1. Make/model 2.



ISO net kW(HP) @min-1



397(532) @ 1 800



3.



ECC net kW(HP) @min-1



397(532) @ 1 800



4.



SAE net kW(HP) @min-1



397(532) @ 1 800



5.



ECC gross kW(HP) @min-1



−



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B C



0-3.1 / 0-4.1



B kN(kgf)



560 (57 100)



C %(deg.)



70 (35)



D



650



mm



kPa E (kgf/cm 2)



E



126 (1.26)



126 (1.26)



6



8. 9.



1 120



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



15.681



.liter



27. Boom length



m



7.1 BER / 7.1 BER



28. Arm length



m



2.95 BER / 3.7 R



SAE/PCSA



m3



4.3 / 3.7



CECE



m3



3.8 / 3.2



A



mm



12 340 / 12 820



B



mm



12 020 / 12 510



C



mm



7 140 / 7 820



D



mm



7 000 / 7 690



E



mm



12 010 / 12 130



F



mm



8 130 / 8 180



G



mm



5 090 / 6 090



H



kN (kgf)



402 / 472 (41 000) / (48 200)



I



kN (kgf)



324 / 394 (33 100) / (40 200)



1



29.



1



30.



HYDRAULICS Engine speed sensing system



11. Hydraulic system



1



2



31.



2×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3 (350)



14.



Max. liter/min



2 x 528



15.



liter



16.



E



F



I



500 790



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



7.3 32.



kg



83 900 / 83 600



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type 34.



m3



35.



DIMENSIONS 23.



A E D



F C A B



G



A km/h



D



−



7. No.of cylinder



H



Tractor type 3/9



24. Type



I



mm



5 110



B



mm



6 360



C



mm



1 680



D



kg



13 300



E



mm



4 600



F



mm



3 780



G



mm



3 450



H



mm



890



I



mm



1 500



E F



D



G



H C



B A



36.



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



kN (kgf)



H



kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 115



EX1200-6 UNDERCARRIAGE



ENGINE Cummins QSK23-C



1. Make/model 2.



ISO net kW(HP) @min-1



3.



ECC net kW(HP) @min-1



4.



SAE net kW(HP) @min-1



5.



ECC gross kW(HP) @min-1



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



552(740HP) @ 1 800



0-2.4 / 0-3.5



B kN(kgf)



707(72 100)



D



70 (35)



D



567(760HP) @ 1 800



mm 700



900



700



900



112 143 113 kPa 142 E (kgf/cm 2) (1.45) (1.14) (1.46) (1.15)



E



6



8. 9.



1 470



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



23.15



.liter



27. Boom length



m



9.0 / 9.0 / 7.55 BE / 7.55 BE



28. Arm length



m



3.6 / 3.6 / 3.4 BE / 3.4 BE



SAE/PCSA



m3



5.2 / 5.2 / 6.7 / 6.7



CECE



m3



4.6 / 4.6 / 5.9 / 5.9



1



29.



1



30.



HYDRAULICS E-P Control & OHS



11. Hydraulic system



1



2



31.



3×



12. Working pumps



G



13.



MPa (kgf/cm2)



34.3(350)



14.



Max. liter/min



520



15.



liter



610



16.



1 350



liter



E



F



I H



C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



A



mm 15 350 / 15 350 / 13 750 / 13 750



B



mm 15 010 / 15 010 / 13 360 / 13 360



C



mm



9 380 / 9 380 / 8 050 / 8 050



D



mm



9 260 / 9 260 / 7 920 / 7 920



E



mm 13 460 / 13 460 / 12 410 / 12 410



F



mm



G



mm



H



kN 482 / 482 / 569 / 569 (kgf) (49 200) / (49 200) / (58 000) / (58 000)



I



kN 430 / 430 / 438 / 438 (kgf) (43 900) / (43 900) / (44 700) / (44 700)



8'



5.2



9 080 / 9 080 / 8 050 / 8 050



kg 111 000 / 113 000 / 112 000 / 114 000



32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS A



23. E



B D



F C A B I



C



mm mm mm



5 090



E F



6 500



kg



17 500



E



mm



4 850



D



G



H



1 820



D



C



mm



G



mm



3 900



H



mm



1 020



I



mm



1 660



B A



4 350 Backhoe 5 440 Loading shovel



F



m3



6.5



A



mm



11 500



B



mm



10 950



C



mm



4 370



D



mm



8 750



E



mm



6 140



F



mm



12 410



G



kN (kgf)



577 (58 900)



H



kN (kgf)



594 (60 600)



kg



114 000



34. 35.



G



A km/h



C %(deg.) C



7. No.of cylinder



H



Tractor type 3/8



24. Type



36. Remarks



*mark shows data to compute operating weight(s).



4- 116



EX1900-6 UNDERCARRIAGE



ENGINE Cummins QSKTA38-CE



1. Make/model 2.



ISO net kW(HP) @min-1



3.



ECC net kW(HP) @min-1



4.



SAE net kW(HP) @min-1



5.



ECC gross kW(HP) @min-1



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



775(1 039) @ 1 800



C



0-2.1 / 0-2.8



B kN(kgf)



941.5(96 000)



C %(deg.)



60 (30)



D



800



mm



810(1 086) @ 1 800



kPa E (kgf/cm 2)



E



184(1.88)



12



8. 9.



4 140



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



37.8



.liter



E-P Control & OHS



11. Hydraulic system



m



28. Arm length



m



3.6



m3



12.0



1



29.



1



1



SAE/PCSA 2



G



13.



MPa (kgf/cm2)



29.4(300)



14.



Max. liter/min



335



15.



liter



16.



E



F



I



1 050 2 200



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



m3



10.6



A



mm



15 250



B



mm



14 770



C



mm



8 180



D



mm



8 070



E



mm



14 140



F



mm



9 060



G



mm



H



kN (kgf)



671 (68 400)



I



kN (kgf)



620 (63 200)



kg



192 000



CECE



31.



6×



12. Working pumps



8.3



27. Boom length



30.



HYDRAULICS



8'



4.7 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



5 780



B



mm



7 480



C



mm



1 920



D



kg



25 300



E



mm



6 035



F



mm



6 990



G



mm



5 400



H



mm



795



I



mm



1 880



m3



11.0



A



mm



13 430



B



mm



12 470



C



mm



4 820



D



mm



10 440



E



mm



6 890



F



mm



14 610



G



kN (kgf)



710 (72 400)



H



kN (kgf)



660 (67 300)



kg



191 000



34. 35.



G



A km/h



D



7. No.of cylinder



H



Tractor type 3/8



24. Type



E F



D



G



H C



B A



36. Remarks



*mark shows data to compute operating weight(s).



4- 117



EX2500-6 UNDERCARRIAGE



ENGINE Cummins QSKTA50-CE



1. Make/model 2.



ISO net kW(HP) @min-1



3.



ECC net kW(HP) @min-1



4.



SAE net kW(HP) @min-1



5.



ECC gross kW(HP) @min-1



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



994(1 333) @ 1800



C



0-1.6 / 0-2.3



B kN(kgf)



1 330(135 650)



C %(deg.)



60 (30)



D



1 000



mm



1 044(1 400) @ 1800



kPa E (kgf/cm 2)



E



181(1.84)



16



8. 9.



5 000



liter



Direct / Turbocharged



10. Injection/Aspiration



BACKHOE



50.0



.liter



E-P Control & OHS



11. Hydraulic system



4×



12. Working pumps



m



28. Arm length



m



4.2



m3



15.0



1



29.



1



1



SAE/PCSA 2



G



MPa (kgf/cm2)



29.4(300)



14.



Max. liter/min



4 X 375 2 X 425



15.



liter



16.



E



F



I



1 100 2 950



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



m3



13.2



A



mm



17 080



B



mm



16 530



C



mm



8 600



D



mm



8 470



E



mm



16 060



F



mm



10 330



G



mm



H



kN (kgf)



832 (84 800)



I



kN (kgf)



825 (84 100)



kg



248 000



CECE



31.



2×



13.



9.0



27. Boom length



30.



HYDRAULICS



8'



3.8 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



6 120



B



mm



7 870



C



mm



2 140



D



kg



30 000



E



mm



6 290



F



mm



7 250



G



mm



6 000



H



mm



800



I



mm



2 060



m3



15.0



A



mm



14 060



B



mm



12 960



C



mm



4 980



D



mm



10 350



E



mm



8 140



F



mm



15 010



G



kN (kgf)



918 (93 600)



H



kN (kgf)



843 (86 000)



kg



249 000



34. 35.



G



A km/h



D



7. No.of cylinder



H



Tractor type 3/8



24. Type



E F



D



G



H C



B A



36. Remarks



*mark shows data to compute operating weight(s).



4- 118



EX3600-6 UNDERCARRIAGE



ENGINE Cummins QSKTA60-CE



1. Make/model 2.



ISO net kW(HP) @min-1



3.



ECC net kW(HP) @min-1



4.



SAE net kW(HP) @min-1



5.



ECC gross kW(HP) @min-1



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



1 450(1 944) @ 1 800



C



0-1.7 / 0-2.2



B kN(kgf)



1 330(135 650)



C %(deg.)



60 (30)



D



1 270



mm



1 450(1 944) @ 1 800



kPa E (kgf/cm 2)



E



188(1.92)



16



8. 9.



7 450



liter



Direct / Turbo charged



10. Injection/Aspiration



BACKHOE



60.0



.liter



27. Boom length



m



9.6 BE



28. Arm length



m



4.5 BE



SAE/PCSA



m3



22.0



CECE



m3



19.2



A



mm



18 190



B



mm



17 600



C



mm



8 580



D



mm



8 490



E



mm



17 690



F



mm



11 590



G



mm



H



kN (kgf)



1 050 (107 000)



I



kN (kgf)



951 (97 000)



kg



359 000



1



29.



1



30.



HYDRAULICS E-P Control & OHS



11. Hydraulic system



1



2



31.



8×



12. Working pumps



G



13.



MPa (kgf/cm2)



29.4(300)



14.



Max. liter/min



8 × 500



15.



liter



16.



E



F



I



1 900 4 000



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



3.2 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



6 660



B



mm



8 700



C



mm



2 440



D



kg



40 200



E



mm



6 780



F



mm



7 830



G



mm



5 500



H



mm



905



I



mm



2 305



m3



21.0



A



mm



15 220



B



mm



13 920



C



mm



5 050



D



mm



10 990



E



mm



8 650



F



mm



16 300



G



kN (kgf)



1 200 (122 000)



H



kN (kgf)



1 130 (115 000)



kg



361 000



34. 35.



G



A km/h



D



7. No.of cylinder



H



Shovel-type 3/8



24. Type



E F



D



G



H C



B A



36. Remarks



*mark shows data to compute operating weight(s).



4- 119



EX5500-6 UNDERCARRIAGE



ENGINE Cummins QSKTA50-CE



1. Make/model 2.



ISO net kW(HP) @min-1



3.



ECC net kW(HP) @min-1



4.



SAE net kW(HP) @min-1



5.



ECC gross kW(HP) @min-1



6.



SAE gross kW(HP) @min-1



25. Upper/lower rollers 26.



A



B



2 x 994 (2 x 1 333)



C



0-1.6 / 0-2.3



B kN(kgf)



2 230(227 000)



C %(deg.)



60 (30)



D



1 400



mm



2 x 1 044 (2 x 1 400)



kPa E (kgf/cm 2)



E



232(2.37)



16



8. 9.



11 300



liter



Direct / Turbo charged



10. Injection/Aspiration



BACKHOE



2 × 50.0



.liter



27. Boom length



m



10.6 BE



28. Arm length



m



5.3 BE



SAE/PCSA



m3



29.0



CECE



m3



26.0



A



mm



20 900



B



mm



20 100



C



mm



9 000



D



mm



8 900



E



mm



20 600



F



mm



13 000



G



mm



H



kN (kgf)



1 370 (140 000)



I



kN (kgf)



1 240 (126 000)



kg



359 000



1



29.



1



30.



HYDRAULICS E-P Control & OHS



11. Hydraulic system



8×



12. Working pumps



1



2



31.



4× G



13.



MPa (kgf/cm2)



29.4(300)



14.



Max. liter/min



8 × 375 4 × 425



15.



liter



16.



E



F



I



2 200 6 200



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



8'



3.3 32.



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



7 000



B



mm



9 350



C



mm



3 000



D



kg



57 300



m3



27.0



A



mm



16 600



B



mm



15 350



C



mm



5 550



D



mm



13 100



E



mm



8 900



F



mm



18 900



G



kN (kgf)



1 570 (160 000)



H



kN (kgf)



1 570 (160 000)



kg



522 000



34. 35.



G



A km/h



D



7. No.of cylinder



H



Shovel-type 3/7



24. Type



E F



D



G



H C



B A



E



mm



7 950



F



mm



8 600



G



mm



6 000



36.



H



mm



1 100



Remarks



I



mm



2 730



*mark shows data to compute operating weight(s).



4- 120



EX8000-6 UNDERCARRIAGE



ENGINE Cummins QSKTA60-CE



1. Make/model 2.



ISO net kW(HP) @min-1



3.



ECC net kW(HP) @min-1



4.



SAE net kW(HP) @min-1



5.



ECC gross kW(HP) @min-1



6.



SAE gross kW(HP) @min-1



Shovel-type 3/7



24. Type 25. Upper/lower rollers 26.



A



B



2 x 1 450 (2 x 1 940)



C



A km/h



0-1.3 / 0-1.9



B kN(kgf)



3 000 (306 000)



C %(deg.)



60 (30)



D



1 850



D



2 x 1 450 (2 x 1 940)



kPa E (kgf/cm 2)



E



8.



BACKHOE



2 × 60.0



.liter



27. Boom length 9.



14 900



liter



Direct / Turbo charged



10. Injection/Aspiration



E-P Control & OHS



11. Hydraulic system



m



28. Arm length 1



29.



1



30.



HYDRAULICS



m



1



SAE/PCSA CECE



m3



31.



G



13.



MPa (kgf/cm2)



29.4(300)



14.



Max. liter/min



16 × 500



15.



F



I



3 890



liter



16.



E



9 700



liter



H C D



B A



Hydraulic with disc



17. Type of swing brake 18.



min-1(rpm)



19.



kN·m (kgf·m)



m3



2



16 ×



12. Working pumps



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



mm



H



kN (kgf)



I



kN (kgf)



8'



3.2 32.



kg



Disc-type



20. Parking brake



LOADING SHOVEL



CONTROL SYSTEM 21. Type



Hydraulic servo



22. No. of lever/pedal



2 Imp. levers 2 travel pedals with levers



33. Bucket type



DIMENSIONS 23.



A E D



F C A B I



mm



7 900



m3



40.0



A



mm



18 500



B



mm



16 700



C



mm



5 600



D



mm



20 500



E



mm



10 900



F



mm



20 500



G



kN (kgf)



2 870 (293 000)



H



kN (kgf)



2 230 (227 000)



kg



804 000



34. 35.



G



242(2.47)



16



7. No.of cylinder



H



mm



E F



D



G



B



mm



10 500



C



mm



3 430



D



kg



80 000



E



mm



8 280



F



mm



9 900



G



mm



6 800



36.



H



mm



1 250



Remarks



I



mm



H C



B A



*mark shows data to compute operating weight(s).



4- 121



ZX140W-3 UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



90.2(121) @ 2 200



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 200



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 200



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



2.999



7.



liter



250 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350),32.4(330)Swing



12.



Max. liter/min



135 + 180



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-13.7(13.7)



17.



kN·m (kgf·m)



34.0(3 470)



C



6 800



Monoblock Boom



m



2.10 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



8 040 / 8 410 / 8 870 7 840 / 8 210 / 8 690 4 610 / 5 030 / 5 520 4 380 / 4 830 / 5 340 8 660 / 8 850 / 9 160 6 240 / 6 440 / 6 760 2 610 / 2 650 / 2 910 99 (10 100) 73 / 65 / 58 (7 470) / (6 640) / (5 940)



29.



1



30.



1



1



2



G E



F



I H



B A



C D



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



Hydraulic servo



19. No. of lever/pedal



2 imp.levers



33. Boom length



m



34. Arm length 1



35.



1



36.



A



mm



2 120



B



mm



2 550



C



kg



A C



B



SAE/PCSA CECE



m3



G E



F



mm



3 130



G



E



mm



2 530



E F



F



mm



3 380



G



mm



350



m3



2



I H



D



m



1



37.



DIMENSIONS



D



14 700 - 16 000



BACKHOE (with two-piece boom)



CONTROL SYSTEM 18. Type



20.



mm



m



180



15. Type of swing brake



70(35)



28. Arm length



100



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.2,0-8.6,0-35.0



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



C D



B A



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



mm



H 8'



I 38.



kN (kgf) kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 122



ZX170W-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



107(143)@2 000



3.



ECC net kW(HP) @min-1



107(143)@2 000



4.



SAE net kW(HP) @min-1



107(143)@2 000



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



5.193



7.



liter



290 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350), 29.3(300)Swing



12.



Max. liter/min



2 × 200



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-12.2(12.2)



17.



kN·m (kgf·m)



42.8(4 370)



C



6 650



Monoblock Boom



m



2.22 / 2.58* / 3.08



SAE/PCSA



m3



0.52-0.82



CECE



m3



0.45-0.70



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



8 690 / 9 050 / 9 500 8 500 / 8 870 / 9 330 4 960 / 5 330 / 5 830 4 740 / 5 130 / 5 660 8 820 / 9 100 / 9 350 6 130 / 6 360 / 6 610 3 380 / 2 940 / 2 970 102 (10 400) 104 / 83 / 74 (10 600) / (8 440) / (7 550)



29.



1



30.



1



1



2



G E



F



I H



B A



C D



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



Hydraulic servo



19. No. of lever/pedal



2 imp.levers



33. Boom length



m



34. Arm length 1



35.



1



36.



A



mm



2 320



B



mm



2 550



C



kg



A C



B



SAE/PCSA CECE



m3



G E



F



mm



3 130



G



E



mm



2 550



E F



F



mm



3 380



G



mm



350



m3



2



I H



D



m



1



37



DIMENSIONS



D



16 600-18 000



BACKHOE (with two-piece boom)



CONTROL SYSTEM 18. Type



20.



mm



m



240



15. Type of swing brake



70(35)



28. Arm length



100



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.6,0-8.6,0-35.0



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



C D



B A



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



mm



H 8'



I 38.



kN (kgf) kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 123



ZX190W-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



122(164)@2 000



3.



ECC net kW(HP) @min-1



122(164)@2 000



4.



SAE net kW(HP) @min-1



122(164)@2 000



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



5.193



7.



liter



290 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350),32.4(330)Swing



12.



Max. liter/min



2 × 189



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-12.2(12.2)



17.



kN·m (kgf·m)



53.3(5 440)



C



6 800



Monoblock Boom



m



2.26 / 2.71* / 3.21



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



9 220 / 9 580 / 10 090 9 040 / 9 400 / 9 920 5 390 / 5 830 / 6 330 5 180 / 5 640 / 6 170 9 160 / 9 250 / 9 630 6 340 / 6 450 / 6 790 3 510 / 3 480 / 3 440 116 (11 800) 99 / 86 / 76 (10 100) / (8 780) / (7 800)



29.



1



30.



1



1



2



G E



F



I H



B A



C D



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



Hydraulic servo



19. No. of lever/pedal



2 imp.levers



33. Boom length



m



34. Arm length 1



35.



1



36.



A



mm



2 320



B



mm



2 650



C



kg



A C



B



SAE/PCSA CECE



m3



G E



F



mm



3 130



G



E



mm



2 550



E F



F



mm



3 440



G



mm



350



m3



2



I H



D



m



1



37.



DIMENSIONS



D



18 000-19 700



BACKHOE (with two-piece boom)



CONTROL SYSTEM 18. Type



20.



mm



m



240



15. Type of swing brake



70(35)



28. Arm length



100



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.6,0-8.6,0-35.0



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



C D



B A



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



mm



H 8'



I 38.



kN (kgf) kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 124



ZX210W-3 UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



122(164)@2 000



3.



ECC net kW(HP) @min-1



122(164)@2 000



4.



SAE net kW(HP) @min-1



122(164)@2 000



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



5.193



7.



liter



355 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350),28.9(295)Swing



12.



Max. liter/min



189 + 195



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-12.2(12.2)



17.



kN·m (kgf·m)



64.9(6 620)



C



7 200



Monoblock Boom



m



2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



9 670 / 10 170 9 460 / 9 960 5 800 / 6 290 5 580 / 6 110 9 840 / 10 190 7 000 / 7 350 3 520 / 3 430 151 (15 400) 133 / 109 (13 600) / (11 100)



29.



1



30.



1



1



2



G E



F



I H



B A



C D



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



Hydraulic servo



19. No. of lever/pedal



2 imp.levers



33. Boom length



m



34. Arm length 1



35.



1



36.



A



mm



2 750



B



mm



2 750



C



kg



A C



B



SAE/PCSA CECE



m3



G E



F



mm



3 170



G



E



mm



2 530



E F



F



mm



3 440



G



mm



325



m3



2



I H



D



m



1



37.



DIMENSIONS



D



19 800-20 900



BACKHOE (with two-piece boom)



CONTROL SYSTEM 18. Type



20.



mm



m



340



15. Type of swing brake



70(35)



28. Arm length



200



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.9,0-7.4,0-27.5



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



C D



B A



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



G



mm



H 8'



I 38.



kN (kgf) kN (kgf) kg



Remarks *mark shows data to compute operating weight(s).



4- 125



ZX140W-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AI-4JJ1X



1. Make/model ISO net kW(HP) @min-1



90.2(121) @ 2 200



3.



ECC net kW(HP) @min-1



90.2(121) @ 2 200



4.



SAE net kW(HP) @min-1



90.2(121) @ 2 200



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



2.999



7.



liter



250 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350),32.4(330)Swing



12.



Max. liter/min



135 + 180



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-13.7(13.7)



17.



kN·m (kgf·m)



34.0(3 470)



Monoblock Boom 2.10 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



8 040 / 8 410 / 8 870 7 840 / 8 210 / 8 690 4 610 / 5 030 / 5 520 4 380 / 4 830 / 5 340 8 660 / 8 850 / 9 160 6 240 / 6 440 / 6 760 2 610 / 2 650 / 2 910 99 (10 100) 73 / 65 / 58 (7 470) / (6 640) / (5 940)



29.



1



30.



1



1



2



G E



F



I H



19. No. of lever/pedal



2 imp.levers



C D



A



mm



2 120



B



mm



2 550



C



kg



A



B



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



14 700 - 16 000



33. Boom length



m



2-Piece Boom



34. Arm length



m



2.10 / 2.52* / 3.01



SAE/PCSA



m3



0.19-0.66



CECE



m3



0.17-0.55



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



8 580 / 8 960 / 9 430 8 390 / 8 780 / 9 260 4 870 / 5 290 / 5 770 4 760 / 5 180 / 5 670 9 750 / 10 040 / 10 450 7 290 / 7 570 / 7 990 2 520 / 2 670 / 3 040 99 (10 100) 73 / 65 / 58 (7 470) / (6 640) / (5 940)



35.



1



36.



1



1



2



37.



DIMENSIONS



C



B A



BACKHOE (with two-piece boom)



Hydraulic servo



D



6 800



mm



m



CONTROL SYSTEM 18. Type



20.



C



m



180



15. Type of swing brake



70(35)



28. Arm length



100



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.2,0-8.6,0-35.0



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



G E



F



I H



D



mm



3 130



G



E



mm



2 530



E F



F



mm



3 380



G



mm



350



C D



38.



B A



G



mm



H



kN (kgf)



I



kN (kgf)



8'



kg



15 200 - 16 500



Remarks *mark shows data to compute operating weight(s).



4- 126



ZX170W-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



107(143)@2 000



3.



ECC net kW(HP) @min-1



107(143)@2 000



4.



SAE net kW(HP) @min-1



107(143)@2 000



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



5.193



7.



liter



290 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350), 29.3(300)Swing



12.



Max. liter/min



2 × 200



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-12.2(12.2)



17.



kN·m (kgf·m)



42.8(4 370)



Monoblock Boom 2.22 / 2.58*



SAE/PCSA



m3



0.52-0.82



CECE



m3



0.45-0.70



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



8 690 / 9 050 8 500 / 8 870 4 960 / 5 330 4 740 / 5 130 8 820 / 9 100 6 130 / 6 360 3 380 / 2 940 102 (10 400) 104 / 83 (10 600) / (8 440)



29.



1



30.



1



1



2



G E



F



I H



19. No. of lever/pedal



2 imp.levers



C D



A



mm



2 320



B



mm



2 550



C



kg



A



B



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



16 600-18 100



33. Boom length



m



2-Piece Boom



34. Arm length



m



2.21 / 2.50*



SAE/PCSA



m3



0.52-0.82



CECE



m3



0.45-0.70



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



35.



1



36.



1



1



2



37.



DIMENSIONS



C



B A



BACKHOE (with two-piece boom)



Hydraulic servo



D



6 650



mm



m



CONTROL SYSTEM 18. Type



20.



C



m



240



15. Type of swing brake



70(35)



28. Arm length



100



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.6,0-8.6,0-35.0



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



G E



F



I H



D



mm



3 130



G



E



mm



Std:2 550 / Wide:2 730



E F



F



mm



3 380



G



mm



350



C D



38.



B A



G



mm



H



kN (kgf)



I



kN (kgf)



9 190 / 9 450 9 010 / 9 280 5 430 / 5 720 5 330 / 5 620 10 010 / 10 200 7 160 / 7 340 3 040 / 3 030 99 (10 100) 88 / 81 (8 990) / (8 240)



kg



17 200-18 600



8'



Remarks *mark shows data to compute operating weight(s).



4- 127



ZX190W-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



122(164)@2 000



3.



ECC net kW(HP) @min-1



122(164)@2 000



4.



SAE net kW(HP) @min-1



122(164)@2 000



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



5.193



7.



liter



290 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350),32.4(330)Swing



12.



Max. liter/min



2 × 189



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-12.2(12.2)



17.



kN·m (kgf·m)



53.3(5 440)



Monoblock Boom 2.26 / 2.71*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



9 220 / 9 580 9 040 / 9 400 5 390 / 5 830 5 180 / 5 640 9 160 / 9 250 6 340 / 6 450 3 510 / 3 480 116 (11 800) 99 / 86 (10 100) / (8 780)



29.



1



30.



1



1



2



G E



F



I H



19. No. of lever/pedal



2 imp.levers



C D



A



mm



2 320



B



mm



2 650



C



kg



A



B



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



18 000-19 800



33. Boom length



m



2-Piece Boom



34. Arm length



m



2.26 / 2.40 / 2.71*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



9 100 / 9 240 / 9 480 8 920 / 9 060 / 9 310 5 500 / 5 640 / 5 930 5 400 / 5 540 / 5 830 9 070 / 9 780 / 9 850 6 760 / 6 870 / 6 950 3 150 / 3 970 / 3 000 116 (11 800) 99 / 92 / 86 (10 100) / (9 390) / (8 780)



35.



1



36.



1



1



2



37.



DIMENSIONS



C



B A



BACKHOE (with two-piece boom)



Hydraulic servo



D



6 800



mm



m



CONTROL SYSTEM 18. Type



20.



C



m



240



15. Type of swing brake



70(35)



28. Arm length



100



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.6,0-8.6,0-35.0



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



G E



F



I H



D



mm



3 130



G



E



mm



Std:2 550 / Wide:2 730



E F



F



mm



3 440



G



mm



350



C D



38.



B A



G



mm



H



kN (kgf)



I



kN (kgf)



8'



kg



18 600-20 400



Remarks *mark shows data to compute operating weight(s).



4- 128



ZX210W-3



EUROPEAN SPEC UNDERCARRIAGE



ENGINE Isuzu AI-4HK1X



1. Make/model ISO net kW(HP) @min-1



122(164)@2 000



3.



ECC net kW(HP) @min-1



122(164)@2 000



4.



SAE net kW(HP) @min-1



122(164)@2 000



23. Tires (Front/Rear) 24. Tire size 25. Outriggers 26.



A



4



5. No.of cylinder 6.



.liter



5.193



7.



liter



355 Direct/Turbocharged



HYDRAULICS 2× MPa (kgf/cm2)



34.3(350),28.9(295)Swing



12.



Max. liter/min



189 + 195



13.



liter



14.



Hydraulic with disc



16.



min-1(rpm)



0-12.2(12.2)



17.



kN·m (kgf·m)



64.9(6 620)



Monoblock Boom 2.03 / 2.42 / 2.91*



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



9 470 / 9 670 / 10 170 9 250 / 9 460 / 9 960 5 410 / 5 800 / 6 290 5 200 / 5 580 / 6 110 10 020 / 9 840 / 10 190 7 110 / 7 000 / 7 350 3 650 / 3 520 / 3 430 151 (15 400) 145 / 133 / 109 (14 800) / (13 600) / (11 100)



29.



1



30.



1



1



2



G E



F



I H



19. No. of lever/pedal



2 imp.levers



C D



A



mm



2 750



B



mm



2 750



C



kg



A



B



G



mm



H



kN (kgf)



I



kN (kgf)



8'



32.



kg



19 800-21 000



33. Boom length



m



2-Piece Boom



34. Arm length



m



2.41* / 2.91



SAE/PCSA



m3



0.51-1.20



CECE



m3



0.45-1.00



A



mm



B



mm



C



mm



D



mm



E



mm



F



mm



9 490 / 9 960 9 270 / 9 750 5 590 / 6 080 5 490 / 5 990 10 240 / 10 560 7 300 / 7 630 3 500 / 3 600 151 (15 400) 123 / 109 (12 540) / (11 100)



35.



1



36.



1



1



2



37.



DIMENSIONS



C



B A



BACKHOE (with two-piece boom)



Hydraulic servo



D



7 200



mm



m



CONTROL SYSTEM 18. Type



20.



C



m



340



15. Type of swing brake



70(35)



28. Arm length



200



liter



B %(deg.)



BACKHOE (with monoblock boom)



31.



11.



0-2.9,0-7.4,0-27.5



27. Boom length



E-P contorol & HIOS II



10. Working pumps



A km/h



B C



9. Hydraulic system



4WD 4/4 10.00-20 16 PR 2 or blade



22. Drive system



2.



8. Injection/Aspiration



Hydraulic



21. Travel mechanism



G E



F



I H



D



mm



3 170



G



E



mm



2 530



E F



F



mm



3 440



G



mm



325



C D



38.



B A



G



mm



H



kN (kgf)



I



kN (kgf)



8'



kg



20 700-21 800



Remarks *mark shows data to compute operating weight(s).



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