MDS Eco Pro (Variable Refrigerant Flow) [PDF]

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Engineered for flexibility and performance.



TM



a member of



group



Full Inverter Technology, Foreseeable Future McQuay has been dedicated to the research of Heating, Ventilation, and Air Conditioning (HVAC) and relevant technologies and continuously makes innovation and transformation for more than 140 years. McQuay is always in the forefront of HVAC industry development and has pioneered many "firsts" in the global Air Conditioner (AC) development history. To numerous household, industrial, and commercial users, McQuay stands for AC technologies, quality, environmental friendliness, and trust. In the brand-new ECO PRO full inverter series VRF central ACs, McQuay integrates its most advanced inverter technology, in combination with years of experience in AC design applications, adheres to the idea of user experience, and continuously makes innovation in technology and energy efficiency, to provide intelligent AC system experience for users.



Energy saving breakthroughs New energy efficiency



01 - 02 3 节能突破 全新能效



Professional design Design unconstraint



03 - 06



Cutting-edge technology High efficiency & energy saving



07 - 14



System stability Reliable operation



15 - 16



Advanced functions Ease of use



17 - 20



Silence and comfort High-quality space



21 - 24



Intelligent control Technological life



25 - 28



Product series IDU and ODU parameters



29 - 44



All fresh air Solution



45 - 48 4 节能突破 全新能效



Energy Saving Breakthroughs, New Energy Efficiency McQuay always insists on innovating core technologies and optimizing the AC system. The constant persistence brings the emergence of ECO PRO series inverter VRF central ACs, which have made new breakthroughs in energy efficiency.



IPLV(C) value



Up to 8.75



101 节能突破 全新能效



Professional Design, Design Unconstraint



series



McQuay ECO PRO series inverter VRF central ACs take the installation and use requirements of consumers into consideration in the design, make improvement in AC convenience, and provide new AC system design experience for users.



03 节能突破 全新能效



2



More Unconstrained Design of the AC System Large Cooling Capacity Range, Convenient Model Selection Design ◇ The capacity is ultra-large and the maximum capacity of a single AC system can reach 72 HP.



◇ The maximum capacity of a single unit can reach 24 HP, saving the installation space.



The capacity of an ODU ranges from 8 HP to 24 HP, and increases by 2 HP. The maximum capacity of a single AC system can be as high as 72 HP.



McQuay owns the largest single 24HP unit used in combined unit, which greatly saves installation space in comparison with parallel modular units of other brands with the same capacity.



MQ品牌（单台机组24HP） Other brands (24 HP of module combination) MQ品牌（单台机组24HP）



Reduce installation space by



19%



其他品牌（模块组合24HP） MQ (24 HP of a single unit)



其他品牌（模块组合24HP）



Installation spacing 600 mm



Covered area: 2.17 m2



Covered area: 1.75 m2



The maximum capacity of a single AC system is 72 HP.



Ultra-long Pipe Connection Design, Flexible Design and Construction The ECO PRO series VRF units optimize the supercooling design and refrigerant control technologies and break through limitations in the pipe connection, which give larger product design and construction space and allow for more flexible deployment of ODUs. ODU



Maximum equivalent pipe length: 240 m Total pipe length: 1,000 m



Maximum height difference between IDUs and ODUs ODUs are installed above IDUs: 90 m ODUs are installed below IDUs: 90 m



Piping



IDU



Maximum height difference between IDUs and ODUs when ODUs are installed above IDUs:



Maximum height difference between IDUs and ODUs when ODUs are installed below IDUs:



Height difference between IDUs: 30 m*



Maximum distance between the first branch pipe and the remotest IDU: 90 m*



Maximum equivalent single pipe length:



240 m



Maximum height difference between IDUs:



30 m*



90 m



90 m



For items marked with *, consult technicians for details.



3



Professional Design, Design Unconstraint



04 04



series



Higher ODU Airflow Outlet Static Pressure to Cater to Different Installation Space Sizes



The advanced Computational Fluid Dynamics (CFD) airflow analysis technology is adopted to analyze axial fans and better air intake and air discharge angles, in combination with advanced air outlet design, are used to provide higher ODU external static pressure, making the exhaust airflow smoother.



85Pa



New scroll streamlined axial fan blade Four ranges of external static pressure for selection (0/30/50/85 Pa), with the maximum pressure of 85 Pa, to meet requirements of different installation sizes.



Note: When ODUs are installed in the equipment room, reserve sufficient heat dissipation and maintenance space to ensure sufficient air supply/ return space for the ODUs. For details, consult professionals.



Airflow effect simulation diagram (the external static pressure meets requirements)



Airflow effect simulation diagram (the external static pressure does not meet requirements) If the external static pressure of an AC system does not meet requirements, airflow short-circuit may occur easily, which affects the AC effect and even causes the failure of the AC to work properly.



Under the same installation conditions, the ECO PRO series VRF units provide better heat dissipation effect of ODUs and improve operating conditions of the ODUs.



Multiple Air Supply and Return Modes to Adapt to the Building Structure Users can select different duct units based on the building structure and interior decoration or use duct units recommended by designers, to match the interior decoration. In addition, different air supply modes can be used in combination with the duct units to meet personalized requirements of customers to the maximum extent.



Air outlet



Air outlet



Air outlet Air outlet



Return air inlet



Upper air supply and upper air return



Return air inlet



Side air supply and bottom air return



Air outlet



Return air inlet



Side air supply and side air return



Return air inlet



Side air supply, bottom air return, and air return from the ceiling*



Note: * The indoor noise increases by 5-8 dB (A) when the bottom return air mode is adopted. Professional Design, Design Unconstraint



4



Numerous Types of IDUs to Easily Meet Different Space Layout Requirements



The ECO PRO series VRF units can work with a variety of IDUs, to meet AC requirements in modern commercial complexes, high-rise buildings, and ultra high-rise buildings.



Wide Operation Range to Guarantee Stable Operation of ACs



Outdoor 室外 temperature 温度 50 (°C)



(℃)



52℃



Outdoor 室外 temperature 温度 50 (°C)



(℃)



40



The ECO PRO series VRF units use the advanced DC inverter technology and pass the strict match and tests. The units can vigorously achieve cooling even if the outdoor temperature is as high as 52°C, and can properly achieve heating even if the outdoor temperature is as low as -23°C, so as to provide comfortable indoor environment.



30



Continuous operation



20 Cooling



10 0



40



29℃



30 20 10



Continuous operation



0



-10



-5℃



-20



-10



Heating



-20 -23℃



Automatic Addressing



120 m Heating Without Performance Degradation



The ODUs provide the automatic addressing function to number IDUs intelligently, which facilitates debugging & operation and avoids communication failures caused by incorrect DIP settings.



The system showcases excellent heating performance. When the equivalent pipe length of the system is 120 m, the system can still implement normal heating without performance degradation to create a comfortable environment for users. Hp(m)



Nonpolar Communication Function and Simple and Convenient Connection



0



IDUs and ODUs are designed to adopt the nonpolar communication mode, which simplifies connection and facilities installation. End A



Hm(m)



100%



90 80 70 60 50 40 30 20 10



98%



96%



Equivalent length (m) (m)



10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 pipe



-10 -20 -30 -40 -50 -60 -70 -80 -90



Drop (m)



End B



Response to EU RoHS Directive



Hp(m): Height difference between the IDU and the ODU when the ODU is at the upper position Hm(m): The height difference between the IDU and the ODU when the ODU is at the lower position This function is applicable to some models. For details, consult technicians.



To positively respond to the EU RoHS directive, McQuay strictly controls the use of six hazardous substances (lead, mercury, cadmium, hexavalent chromium, poly brominated diphenvl ethers, and polybrominated biphenyl), regards environmental protection as its own responsibility, and protects the ozone layer and environment to care for our common home. Irritation to the skin and eyes, pulmonary edema, movement disorder, etc.



Pb



Disturbance of thyroid hormone, malformation, etc.



Hg



Disturbance of thyroid hormone, dioxin-like toxicity, etc.



5



Professional Design, Design Unconstraint



PBDE



Cd Specific hazardous substances in the RoHS directive



Limb paralysis, anemia, faint, headache, pain attack, etc.



Cr6+



Harm to skin, bronchitis, renal dysfunction, liver cancer, etc.



PBB



Irritation to the eyes, weakness, emphysema, renal dysfunction, faint, pain disease, etc.



Cutting-edge Technology, High Efficiency and Energy Saving series



The ECO PRO full inverter VRF central ACs use the high-efficiency high-pressure chamber scroll compressor and adopt the advanced inverter technology, control technology, excellent flow path design, and leading oil return technology, to build more stable and high-efficiency VRF air conditioning system, to provide energysaving and comfortable AC experience for users.



07 节能突破 全新能效



6



High-efficiency High-pressure Chamber Scroll Compressor Brand-new Energy-saving High-efficiency Inverter Scroll Compressor Delivers Remarkable Effect A compressor is the core part of a central air conditioner, and its performance is closely related to the overall performance of air conditioner. Based on its years of experience in VRF unit development, McQuay explored and responded to market demands constantly and performed numerous experiments with the hope of finding the type of compressor most suitable for ACs. The ECO PRO series VRF units adopt a new high-efficiency low-noise high-pressure chamber compressor. The compressor uses the asymmetric scroll design and a new-generation inverter motor to provide brand-new AC experience for you. The compressor boasts efficient operation, long service life, good stability, high efficiency, and low noise. Variable compression ratio scroll Optimizes the high compression ratio heating application. Uses the variable compression ratio technology to raise the energy efficiency at low load.



Radial flexibility Ensures the radial contact of the scroll. Optimizes the radial sealing of the scroll. Allows radial separation in poor operation conditions to prevent compressor damage caused by liquid or sundries.



Efficient oil circulation design Ensures full lubrication of the bearing system. Reduces the outer oil circulation rate.



High-pressure chamber design Prevents motor overheating and improves the compression efficiency.



positive-displacement oil pump design Supaplies oil to the bearing system reliably. Controls the outer oil circulation rate.



New-generation DC Inverter Motor



7



A motor is the power of a compressor and the motor efficiency is an important factor that affects the compressor efficiency. The new-generation motor uses the centralizing winding, increases the winding coils, and uses a high induction voltage (low current) to improve the motor efficiency during low-speed operation. The centralizing winding directly winds the coil, which reduces the coil that passes through the end face of the stator core. Compared with distributing winding, the centralizing winding greatly shortens the coil perimeter, reduces the copper loss, and improves the efficiency in low-speed operation. Cutting-edge Technology, High Efficiency and Energy Saving



Patented oil sealing technology Reduces internal friction loss inside the scroll. Improves the low-speed sealing performance.



Dual-segment shell design Provides higher shell rigidity to reduce noise radiation.



Double back-pressure axial flexibility Ensures the axial contact of the scroll. Optimizes the inter-gear load of the scroll and reduces the friction loss. Allows axial separation in poor operation conditions to prevent compressor damage caused by liquid or sundries.



Efficient permanent magnet motor Uses the efficient centralized-volume motor and patented rubidium magnet rotor to improve the overall energy efficiency.



Oil balance pipe



series



High-efficiency High-pressure Chamber Compressor The full high-pressure chamber sucks air directly to the scroll of the compressor, which reduces air suction overheating and raises the volume efficiency. The greater exhaust chamber efficiently reduces the vibration caused by exhaust and significantly reduces vibration and noise. In comparison with a low-pressure chamber compressor, the high-pressure chamber compressor can run at a high compression ratio, generate a high exhaust pressure during heating operation, and deliver good heating effect.



Anti-over-compression Technology The anti-over-compression technology is used to automatically regulate the too high exhaust pressure to a lower value, thus efficiently eliminating power consumption increase caused by too high exhaust pressure, saving more operating energy of the compressor and also enhancing the system stability. Theoretical PV diagram



Open valve



Pressure regulating valve Pressure (P)



Pressure unloading micro channel



No automatic unloading, resulting in very high exhaust pressure and increasing power consumption Automatic unloading, ensuring stable operation



Exhaust pressure



Compression chamber Fixed scroll



Suction pressure



Compression start Volume (V)



Bidirectional Flexibility Design to Ensure More Stable Operation of the Compressor Optimizes radial contact force of the scroll and improves the low-speed sealing performance and compression efficiency. Uses the floating dynamic scroll to ensure axial contact and optimizes the axial payload of the scroll to reduce the friction power consumption. Allows radial separation in poor operation conditions to prevent compressor damage caused by liquid or sundries.



Axial gap



Middle chamber pressure



Asymmetric Scroll Design The asymmetric scroll design implements dynamic continuous compression of the refrigerant, efficiently reduces the leakage loss during compression, and improves the operating efficiency and reliability of the compressor.



Exhaust pressure



Sundries



Differential Pressure Oil Film Lubrication Technology



The pressure difference between the dynamic and fixed scrolls is used to generate an oil film on contact faces, which reduces friction, operation noise, and mechanical loss, ensures more efficient and stable operation of the unit, and prolongs the service life of the unit.



Differential Pressure Oil Supply The compressor is designed with an oil level control balance pipe. When the oil level is too high inside the compressor, the excess refrigerant oil is automatically discharged to the oil separator for secondary distribution through the oil level balance pipe, thereby guaranteeing the oil level balance of the compressor.



Oil film



Cutting-edge Technology, High Efficiency and Energy Saving



8



Stepless Inverter Technology McQuay ECO PRO inverter VRF central ACs use the advanced stepless inverter technology, which enables the system to respond rapidly, run stably, and deliver better AC experience for users. Ensures the stability of the exhaust pressure and suction pressure of the unit. Ensures that the dynamic distribution of the refrigerant flow is more stable with smaller fluctuation during system operation. Enables the system to respond rapidly and the unit to work more stably and reliably.



Stepless Inverter Technology The unit supports stepless capacity regulation from 10% to 100%. The speed of the compressor can be continuously and freely regulated with the change of the system capacity. The technology can be used in combination with the adaptive technology, to automatically regulate the output based on actual AC load, to meet the comfort requirements for ACs.



Stepless inverter diagram



Step inverter diagram



Advanced 180° Vector Inverter Control Technology The brand-new DC inverter controller generates a smooth 180° sinusoidal waveform, makes the stator coil of the compressor form a steady rotating magnetic field constantly, and keeps the compressor always running stably from a low speed to a high speed, thereby effectively reducing the compressor vibration and noise. 180°



Common output waveform



Stepless Inverter Technology of ODU Fan Motors The ODU fan motors use the DC variable speed motors, which greatly improve the operation efficiency. The speed of ODU fan motors can be regulated with the change of the ambient environment to implement stepless variable-speed regulation, making the system run more precisely.



Smooth sine wave drive



Speed (rpm)



AC motor



Load change



DC motor



High speed



Medium speed



Stepless regulation



Low speed



8:00



9



Cutting-edge Technology, High Efficiency and Energy Saving



12:00



16:00



20:00



Time



series



Advanced Control Intelligent Control Board As the brain of the air conditioning system, the control board of McQuay VRF units is the outcome of years of McQuay's efforts. ECO PRO series VRF units use the new AIT intelligent control boards developed by McQuay, which integrate years of circuit optimization design and control logic updates and implement diversified functions, including VRF unit control, fault display, debugging parameter query, anti-surge protection.



SMT Technology and Efficient Conformal Coating The control board uses the advanced Surface Mounted Technology (SMT), which is characterized by low solder joint defect rate, excellent reliability, and high stability. In addition, the efficient imported conformal coating is sprayed to the surface of the entire PC control board, which effectively reduces the impact of ambient hot and humid weather, dust, and haze on the control board, improves the performance of spurious-wave interference, achieving more stable and reliable control.



Efficient conformal coating



PC control board



Voltage Imbalance Control Technology The ECO PRO inverters use the top-notch voltage imbalance control technology, which ensures stable operation of the inverters and reliable operation of the system even if the power grid is poor.



High Order Harmonic Suppression Technology McQuay inverter VRF units adopt the high order harmonic suppression technology to effectively suppress the high order harmonic during operation of the inverter and minimize the interference with electrical equipment.



Effective Noise Reduction Technology The efficient noise reduction algorithm enables the ECO PRO VRF units to intelligently change the operation frequency of the compressor based on the operation frequency and load of the compressor, which effectively eliminates electromagnetic noise and efficiently reduces the noise.



Independent Power Supply Technology Fan motors and compressors use the independent power supply technology, which simplifies the control connections, makes power supply more stable, and provides greater convenience for overhaul. Cutting-edge Technology, High Efficiency and Energy Saving



10



Efficient Heat Exchange and Optimized Flow Path New Integrated three-surface Heat Exchanger to Greatly Improve the Heat Exchange Effect The heat exchanger plays an important role in ACs, and its heat exchange level directly decides the energy efficiency of central ACs. By combining its experience in VRF unit development for many years and market demands, McQuay developed the new generation of integrated three-surface heat exchanger. Such an advanced heat exchanger with high efficiency enables McQuay ECO PRO series VRF units to save energy efficiently and also proves McQuay's philosophy of building nature with technology. ◇ Integrated three-surface ◇ Integrated three-surface heat exchanger heat exchange structure Enlarges the heat exchange area and improves the heat exchange efficiency.



The reasonable integrated three-surface heat exchanger can fully use the unit space and expand the heat exchange area to improve the heat exchange efficiency significantly. The reasonable integrated three-surface heat exchanger features compact structure and high strength, and is easy to install and maintain. It is more safe and reliable because less solder joints are required. The copper tube adopts small diameter design to implement a higher refrigerant flow rate and more thorough heat exchange. The hydrophilic aluminum fins reduce corrosion occurring on the heat exchanger and improves the heating and cooling performance of the unit.



Hydrophilic coating structure Cobalt (Co) blue anticorrosive layer Standard chromium anticorrosive layer Aluminum substrate material Hydrophilic coating



◇ New hydrophilic aluminum fin The corrosion-resistant hydrophilic aluminum foil can eliminate condensate water effectively.



Note: The highly anti-corrosive aluminum fins or highly anti-corrosive coatings can be used for highly corrosive places such as places with high temperature, high humidity, or high salt content.



9.52 mm



VS



7.94mm



VS Inner-grooved copper tube



Common bare pipe



Common fin The inner surface of common bare pipe is smooth, so the contact area with refrigerant is small and the heat exchange efficiency is relatively low.



McQuay adopts the efficient innergrooved copper tube with a large surface area and efficient heat exchange performance.



Efficient low pressure loss fin



9.52 mm pipe diameter and common aluminum fin with a small opening area. The heat exchange efficiency is lower under the same heat exchange area.



7.94 mm pipe diameter to yield a higher flow rate and windowed hydrophilic aluminum fin. The heat exchange is more thorough under the same heat exchange area and the heat exchange efficiency increases by 27%.



Efficient ODU Refrigerant Heat Exchange Path, Saving Energy More Effectively The efficient 2-in-1 refrigerant convergence technology can convert the high temperature gaseous refrigerant into low temperature liquid refrigerant via rapid heat exchange and cooling. The efficient heat exchange path greatly improves the system heat exchange efficiency and unit performance.



Traditional refrigerant loop design Medium temperature Liquid refrigerant



High temperature Gaseous refrigerant



Gaseous refrigerant Gaseous refrigerant



11



Efficient refrigerant convergence loop design



Gas phase



Cutting-edge Technology, High Efficiency and Energy Saving



Gas-liquid mixed phase



Liquid phase



Liquid refrigerant Liquid refrigerant



High temperature Gaseous refrigerant



Gaseous refrigerant Gaseous refrigerant



Low temperature Liquid refrigerant Increasing the proportion of liquid refrigerant in the heat exchanger and improving the heat exchange efficiency



Gas phase



Gas-liquid mixed phase



Liquid phase



Liquid refrigerant



series



Two-level Deep Supercooling Technology The ECO PRO series VRF units adopt the optimized outdoor heat exchanger to implement level-1 supercooling, and work with the new and efficient supercooling design of stainless steel plate heat exchanger to realize level-2 deep supercooling. After deep supercooling, the maximum supercooling temperature can reach 28°C, improving the unit efficiency greatly. System pressure enthalpy diagram



Schematic diagram of two-level supercooling



Level 2 supercooling



Level 1 supercooling



Level 1 supercooling



ODU



Level 2 supercooling



Increased cooling capacity



The common copper tube/doublepipe heat exchanger has a large volume, with a greater heat loss in the refrigerant heat exchange and lower heat exchange efficiency under the same area.



1. Enhances the heating capacity after two stage supercooling circulation is adopted. 2. Reduces the pressure loss of the refrigerant flowing in pipes. 3. Increases supercooling, which is conducive to the stable working of electronic expansion valves. 4. Increases supercooling, which increases the total length of pipes.



Conventional two-stage supercooling component



Cooling capacity



The stainless steel plate heat exchanger has a small volume, and the internal heat exchange groove can strengthen the turbulent flow of heat exchange greatly and ensure small heat loss of heat exchange and higher heat exchange efficiency under the same area.



McQuay two-stage supercooling component



Optimal Parts to Achieve More Efficient System Operation Application of Multiple High-precision Electronic Expansion Valves The units use multiple high-precision electronic expansion valves to rapidly regulate the refrigerant flow and adapt to load changes. The supercooling loop uses electronic expansion valves for throttling, which controls supercooling more accurately and achieves more efficient operation of the system. The highest regulation precision of electronic expansion valves can reach 2000 steps, which achieves more accurate refrigerant control and stable AC operation.



Multiple Sensors The fast and accurate detection of the refrigerant status is a guarantee to the stable and efficient operation of the system. The ECO PRO series VRF units use temperature sensors to detect the operation status of the units and adopt the high-pressure and low-pressure sensors to detect the refrigerant status rapidly and accurately, thereby ensuring stable and efficient operation of the units.



Large-capacity 4-way Valve The optimized new largecapacity 4-way valves with low pressure loss reduce the pressure loss, ensure the suction of the compressor, and improve the overall performance.



Large-capacity 4-way valve with low pressure loss



Sensitive Temperature Sensor The sensitive temperature sensor can sense the ±0.5°Ctemperature fluctuation, to fully meet the human body's subtle feeling requirements for temperature.



Cutting-edge Technology, High Efficiency and Energy Saving



12



Oil Return Technologies Multiple Oil Return Control Technologies to Ensure Reliable and Stable Operation of the System



McQuay ECO PRO series central ACs use multiple oil return technologies, including two levels of oil separation technology, intelligent collectiondistribution oil return technology, patented compressor oil balancing technology, patented compressor oil return control technology, creative oil return path, efficient oil separators, to implement the oil return efficiency as high as 99% and ensure more stable and efficient operation of the system. ◇ Patented compressor oil balancing technology and oil return control technology The units use the intelligent compressor oil balancing technology to balance the oil volume among compressors and ensure the oil balance of the compressors as well as efficient operation of the units. In addition, the units can start a specific oil return program based on the output of the ODUs and compressor operation time, to reclaim the oil in the system and implement oil balance among compressors. (Invention patent No.: ZL201110311423.1/ZL201110296030.8) ◇ Efficient oil separator The efficient centrifugal rotary steering design enables the oil separator to effectively generate high-speed rotary airflow using the high-pressure gas, separate the heavy lubricating oil from the medium gas under the influence of the centrifugal force and gravity, and make the lubricating oil flow down along the inner wall of the tube into the oil return pipe, achieving efficient oil separation.



Gas outlet pipe



Gas inlet pipe



Connected to the oil return capillary tube



Efficient large capacity oil separator



◇ Technology of removing oil equalizing pipe between modules, making operation more stable No oil equalizing pipe is required between ODUs, which reduces pipeline installation and refrigerant leakage points, simplifies construction, and ensures operation stability of the system.



Oil equalizing pipe



Refrigerant pipe



◇ Creative oil circuit The compressor uses the creative oil return pipeline design. Each compressor is equipped with a dedicated oil return pipeline to automatically reclaim the lubricating oil flowing out of the compressor based on the gas suction and discharge temperature as well as gas suction and discharge pressure. In this way, it can be guaranteed that there is an appropriate amount of lubricating oil inside the compressor and the system runs more stably and reliably.



◇ Intelligent collection-distribution oil return technology to ensure efficient oil return between compressors The patented creative intelligent collection-distribution oil return technology realizes reasonable distribution of lubricating oil among the compressors. It collects oil in the gas-liquid separator, and then distributes it to the inside of each compressor as needed to implement oil level balance of the compressors and ensure the proper operation of the system. Exhaust



Filter



Capillary tube



Level 1 oil separation



Level 2 oil separation



Filter



Compressor



Compressor



Oil separator



check valve



Oil separator



check valve



Refrigerant gas



Gas liquid separator



Suction



◇ Two-level efficient oil separation technology Level 1 oil separation



The compressor internally adopts the efficient oil separation structure, in combination with oil-mist separator and internal oil return pipes, to effectively reclaim the lubricating oil in the refrigerant so that most lubricating oil of the compressor is kept inside the compressor.



13



Cutting-edge Technology, High Efficiency and Energy Saving



Level 2 oil separation



Only a small amount of lubricating oil is brought to the oil separator by the refrigerant gas after level 1 oil separation. The external oil separator conducts level 2 oil separation to prevent performance degradation caused by excessive lubricating oil in the pipeline and ensure sufficient lubricating oil for the compressor, thereby guaranteeing more stable and reliable operation of the system.



System Stability, Reliable Operation



series



The ECO PRO series inverter VRF units, use multiple types of reliable design, in combination with McQuay's years of experience in the air conditioning system operation and VRF unit design, to safeguard the operation of ACs and create stable and reliable air conditioning systems.



15 节能突破 全新能效



14



Multiple Operation Functions to Ensure More Reliable Operation of the System Alternate Operation Function of ODUs The ODU alternate operation technology is used to balance the operation time of each ODU, improving the system safety and reliability, and prolonging the service life of the unit.



Alternate operation



Priority 1



Priority 2



Alternate operation



Priority 3 Priority 3



Priority 1



Priority 2



Priority 2



Priority 3



Priority 1



Intelligent Triple Backup Operation to Ensure Safe Operation ◇ Compressor backup operation function



◇ Inter-module backup operation function



Multiple compressors for the ODUs can operate alternately. When any compressor fails, the other compressors can still operate normally so that the use effect of the whole system is not affected greatly and the users' air conditioning demand is satisfied.



For the ODU combination composed of multiple modules, when one module fails, other ODUs can operate normally.



◇ Fan backup operation function Failure of any fan motor in the dual-fan ODU does not affect normal use of other fan motors. Meanwhile, the unit will not stop because of damage of one fan motor, but can still operate normally.



Multiple Human-centered Design Plans to Ensure More Stable System Operation IDU and ODU Failure Alert Function The ODU is configured with a 4-digit (seven segments) LED to display the failure code, and the IDU controller can display failures. When the system fails, the service personnel can judge the failure accurately according to the failure code displayed on the IDU/ODU and speed up the repair. Traditional defrosting



T



Intelligent Defrosting The unit adopts the PTT dynamic detection technology to monitor different defrosting factors according to different operation status of the unit, judge the unit frosting condition intelligently, control the defrosting time accurately to implement fast and thorough defrosting and reduce the invalid defrosting time, thus prolonging the unit heating cycle and alleviating the impact of defrosting on the room temperature.



T



45min



45min



T



45min



45min



Traditional defrosting



T1



50min



T2



90min



70min



Operation time



Other Functions ◇ Intelligent refrigerant storage technology The high and low pressure sensors are used to control the compression and discharge of the refrigerant, and the refrigerant pipeline storage technology is used to store the excess refrigerant in the pipeline system. The gas-liquid separator offers a storage space for the excess refrigerant during defrosting or oil return of the system to prevent refrigerant accumulation in the compressor and improve the system operation safety and reliability.



◇ Anti-lightning design The anti-lightning design can reduce the damage caused by lightning strike and other interferences and ensure safe and reliable operation of the unit.



15



System Stability, Reliable Operation



Advanced Functions and Ease of Use



series



McQuay, integrates the VRF AC design experience and users' comments, fully considers the ease of use at the beginning of design, and develops multiple advanced functions for the ECO PRO series inverter VRF units, so as to provide more convenient and comfortable AC experience.



17 节能突破 全新能效



16



Considerate Function Design to Deliver More Comfortable AC Experience Five Levels of Power Saving Modes to Ensure More Energy-efficient Operation



The unit supports five levels of power saving modes, which saves the power and provides more flexible application:



How to save AC fees?



The maximum load output of the unit ranges from 60% to 100% adjustable and users can adjust the load output as required. Multiple power saving modes are available. When the distributed power is insufficient, the unit will trip in full-load operation, affecting the AC use. The maximum output upper limit can be set for the unit based on the power distribution status, ensuring trouble-free AC operation.



Wind and Snow Resistance Function*



Power saving mode



How to solve the problem of insufficient power distribution?



Mode Customization Function



The unit automatically detects the snow accumulation on the top when it stops running. When snow is accumulated, it automatically starts the snow blowing mode to protect the ODU from snow coverage, ensure the normal operation of the unit, and prevent fan overloading in snowy days.



Multiple operation modes can be customized as required: only cooling, only heating, heating and cooling switching. Users can select the only cooling/only heating mode to prevent misoperations and facilitate AC management. Only cooling



Only heating



Black Box Function



Functions marked with * are optional. Consult technicians for details.



VIP Customization Function to Build Comfortable Space



The system supports the black box function, which automatically records operation condition data of a period of time prior to failure occurrence so that after-sales service personnel can rapidly and accurately judge and analyze AC failures, rectify the failures, and make the AC run properly.



Emergency Stop Function



The VIP function can be set for important rooms so that requirements of important rooms can be met first. VIP rooms are granted the operation mode preference and capacity-based preference.



The unit provides the emergency stop function, which can serve as a remote contact to link to the fire alarm. It can stop the entire system in case of emergencies to prevent severe risk loss.



VIP preference



VIP room VIP房



Fire alarm linkage



17



The AC effect of the VIP area is met preferentially and mode misoperations can be prevented. Advanced Functions and Ease of Use



series



Dual Power Failure Protection Function ◇ Continuous operation of the system in case of unexpected power failure of an IDU The system is provided with the function of resisting power failure of IDUs. The system can still operate for a short period of time in case of unexpected power failure occurring on one or several IDUs.



Continuous operation of other IDUs in case of unexpected power failure of an IDU McQuay design



Immediate shutdown of other IDUs in case of unexpected power failure of an IDU Conventional design



◇ Automatic startup when the power supply is resumed (on-site setting is required) When an unexpected power failure occurs on the air conditioning system, the system automatically records the operation mode prior to the power failure. After the power supply is resumed, the system automatically restores to the operating state prior to the power failure without requesting resetting. Intelligent control is implemented to facilitate use. Automatic restart after power supply connection



Memory storage for emergency power failure



Dual Temperature Sensors to Work in Backup Mode and Ensure Accuracy and Reliability The unit is equipped with dual temperature sensors. One temperature sensor point is set on the IDU air return inlet and wired controller each. Users can select the temperature probed by either of the sensor as the judgment basis of indoor temperature, making the heating and cooling temperatures more close to requirements.



Temperature sensor point 1



Temperature sensor point 2



Refrigerant Reclamation Refrigerant reclamation of ODU



Refrigerant reclamation of IDU



ODU failure



In case of IDU failure



When the IDU, ODU or connection pipeline needs to be maintained, refrigerant is reclaimed through operation of the unit to reduce the waste of refrigerant and lower users' maintenance cost.



19



Advanced Functions and Ease of Use



18



Smart Room Card Function The IDU control panel is configured with an intelligent module interface, which implements joint control of the room card and air conditioner easily. The room card is used to turn on/off the air conditioner. The power failure memory function is also available. After the power supply is resumed, the system automatically restores to the setting state prior to the power failure and copes with unexpected power failure calmly, making management more convenient. Three modes are available. Insert the card to make the unit enter the standby state



◇ Mode 1 When a user enters the room and inserts the card, the unit is in the standby state. The user can use the controller to start the air conditioner; the user unplugs the card when leaving the room and the air conditioning unit automatically powers off, which avoids unwanted electricity waste when the user forgets to power off the unit before leaving.



Insert the card to power on the unit



◇ Mode 2 When a user enters the room and inserts the card, the unit is directly started. When leaving, the user unplugs the room card, and then the air conditioning unit powers off automatically.



Card



Unplug the card to power off the unit



Card



Card



Unplug the card to power off the unit



Card



◇ Mode 3 The smart room card interface can also implement multiple power-on/off functions, for example, an external module can be connected to power on/off the air conditioner through modes such as sound control or infrared sensing.



Built-in Modbus Communication Gateway The standard configuration of ODU provides the RS485 building communication interface and built-in Modbus communication gateway. The unit can directly connect to the building system without using a gateway converter.



Automatic BAS building control



45%-65%



MC321B



体感较舒适的湿度范围



One-click Trial Run The unit supports the human-centered efficient one-click trial run function, and no external monitoring device needs to be connected. It automatically performs check after the system installation is complete, and summarizes and analyzes installation debugging data, which accelerates the construction, effectively improves the construction quality, and ensures long-term stable operation of the system.



19 23



Advanced Functions and Ease of Use



度 One-click trial run



AC trial run in one-click mode



Simplify debugging Accelerate construction Improve quality



series



Advanced Silence Technology to Ensure Noise-free Operation of the System Twelve Silence Technologies to Implement Super Silent Effect 1



2



New scroll streamlined fan blade



6 7 8



DC inverter fan motor



Air outlet grille with low noise Silent guide ring design CFD airflow analysis simulation



9 10 3



Night silent mode All-day silent mode



Large-capacity efficient DC inverter compressor



11 4 5



12



Special damping gasket for compressor



Optimized three-dimensional pipeline simulation design to avoid pipeline resonance and reduce the noise during refrigerant flow Reduce noise during refrigerant flow



Multiple soundproof covers for each compressor package



Silent Mode The innovative night silent mode and all-day silent mode can be used to reduce the noise during system operation to meet users' special needs.



Night mode Capacity



Night silent mode and all-day silent mode The innovative night silent mode can be started when users sleep at night and it exits automatically after lasting for 9 hours. In this mode, the unit operation noise is reduced greatly in comparison with that during normal operation and can be reduced by 10 dB at most based on different ambient temperatures, providing a quieter night rest environment for users. When the required load is not large during daytime operation, the all-day silent mode can be set so that the unit operates in the energy saving and silent status and meets users' higher requirement.



Start night mode



End night mode



Load



Reduced by 10 dB(A) at most



Operation sound



*Make settings to enable this function. Consult technicians for details.



Advanced Airflow Analysis to Ensure Silent Indoor Space McQuay inverter VRF units use the top-notch noise reduction technology and internationally advanced airflow analysis software to make analysis in terms of fan motors, fan blades, and air duct layout, and simulate and analyze the airflow of the IDUs and ODUs multiple times, to ensure the optimum silent effect of the units. The minimum operation noise of the IDUs is only 25 dB(A), creating a comfortable and silent space environment.



Rustle of leaves



Silent operation: MCC025VP



Bedroom



Library



Office



The minimum noise of the IDU MCC025VP is only 25dB(A), achieving lower noise during operation.



Silence, Comfort, High-quality Space



20



Intelligent Control and Technological Life Intelligent control systems are the development direction of the society. The ECO PRO series VRF units use comprehensive and diversified controllers, smart and convenient remote control, building control, and household-based billing systems, to achieve more human-centered control and provide convenient and controllable smart life for users.



25 21 节能突破 全新能效



series



Intelligent Controller ◇ Basic functions Operation mode



Cooling, heating, air supply, automatic High speed, medium speed, low speed, automatic speed, wind direction setting Temperature regulation, timed power-on/off Temperature setting, indoor temperature display



Setting/actual indoor temperature display



Fan speed



◇ Convenient functions



Weekly timed operation Failure self-check and failure code display Keyboard locking and unlocking Filter cleaning reminder Auxiliary electrical heating control Combination of touch keys and physical keys, making it easy to operate HTN LCD and white backlight, delivering a broader view Operation background lamp



Operation background lamp



Temperature sensor



温度传感器



Time display 时间显示



Wireless controller 遥控器接收头 receiver



Filter cleaning reminder



滤网清洗提醒



Wired Controller & Wireless Remote Controller McQuay provides a large variety of independent controllers, including fashionable touch-screen wired controllers and practical and nice-looking wireless remote controllers. All of them can help you easily control the air conditioning unit and bring you more convenient and comfortable life. They can also adapt to different decoration styles and meet various use requirements. M-Touch touch-screen wired controller MC-HMI321AE



MC-HMIGS01CE/MC-HMIGS01DE Cooling, heating, dehumidification, air supply, automatic Temperature regulation High wind, medium wind, low wind Air baffle swing Timed power-on/off



Ivory white Note: The wired controller can be controlled remotely.



Intelligent Control and Technological Life



22



Centralized Control System Touch-screen Centralized Wired Controller MC-HMI323AE The centralized wired controller integrates the advantages of the convenient independent controller and the group-controlled centralized control system to perform centralized control on group units. With rich functions and flexible applications, the centralized wired controller is widely applied in small- and medium-sized offices and business spaces. Monitoring function and operation status display on large LCD screen (cyclic display function) Permission setting (IDU locking or some function locking of IDUs) Failure code display Grouping Filter cleaning reminder Weekly timed operation



A maximum of 64 IDUs can be connected. HTN LCD panel and touch keys, which are easy to operate Single unit or group unit control (operation/stop function, temperature setting) Mode switching



Centralized wired controller Centralized wired controller



Touch-screen wired controller



The centralized controller controls the IDU directly



Touch-screen wired controller



Touch-screen wired controller



The centralized controller and wired controller control the IDU at the same time



Intelligent Building Control System Automatic Building Control system McQuay ECO PRO series inverter VRF units can provide multiple building control solutions for users. ◇ The unit can be directly connected to the Modbus-based building control system through the standard Modbus communication interface configured for the unit, implementing intelligent monitoring without connecting to conversion equipment. Number of ODUs ≤ 32



Automatic building control



ODU



◇ The unit can be connected to the BACnet-based building control system through the BACnet gateway. Up to 24 ODUs can be connected to one BACnet gateway and the number of IDUs cannot exceed 1536. A maximum of 8 ODUs can be connected to each RS485 interface



Shielded twisted pair Ethernet cable



A maximum of 8 ODUs can be connected to each RS485 interface Switch



BACnet gateway



Functional characteristics: AC power-on/off switching and monitoring Monitoring and operation mode switching Lower-layer controller permission setting Monitoring and IDU temperature setting Monitoring and fan operation setting



Automatic building control



BACnet gateway



A maximum of 8 ODUs can be connected to each RS485 interface



BACnet gateway The number of gateways that can be connected is determined by the actual automatic building control system



23



Intelligent Control and Technological Life



series



Intelligent Monitoring Intelligent Monitoring System MC-CCS101AE RS485



Up to six RS485 networks can be connected.



Up to 32 ODUs can be connected to a single RS485 channel and the number of IDUs cannot exceed 512.



RS485



Up to 32 ODUs can be connected to a single RS485 channel and the number of IDUs cannot exceed 512.



PC monitoring software MC-GTW001AE



MC-GTW001AE



USB line



MC-GTW001BE



Shielded twisted pair



Computer



Functional characteristics:



System monitoring:



Provides device view and user view monitoring to facilitate real-time monitoring of IDUs. Power-on/off and mode control: Supports settings of the mode, fan speed, temperature, power-on/off, and auxiliary functions for all units in the system. Locking function: Locks the local temperature controller. Group management: Customizes groups to facilitate unit management in different areas. Schedule management: Provides timed commands to set timed power-on/off functions for IDUs. System management: Provides IDU operation statistics, makes historical records and fault records of IDUs and ODUs, and generates operation reports.



Intelligent centralized monitoring



Intelligent Control and Technological Life



24



Outdoor Units & Indoor Units



8-18HP



20-24HP



26-54HP



ODU Series 室外机产品阵容 可接 of Product Number 产品容量 MDS080ER5 MDS100ER5 MDS120ER5 MDS140ER5 MDS160ER5 MDS180ER5 MDS200ER5 MDS220ER5 MDS240ER5 Connected IDUs Capacity 室内机台数 8HP 10HP 12HP



●



13 ●



16 ●



14HP



16 ●



16HP



20 ●



18HP



20 ●



20HP



24 ●



22HP



24 ●



24HP 26HP



●



28HP



●



30HP



●



32HP



●



●



36HP



40HP



●●



42HP



●●



44HP



●



46HP



●



48HP



●



●



36



●



40 40



●



44 ●



● ●



● ●



44 ●



48



●



48



●



52



●●



52



●●



54



●●



54



54HP



●●●



56



56HP



●●



58HP



●●



60HP



●



62HP



●



64HP



●



56 ●



58



●



●



58



●●



60



●



●●



60



66HP



●●●



68HP



●●



●



60



70HP



●



●●



60



●●●



60



72HP



25



36



●● ●●



52HP



32 ●



●



38HP



28 32



●



34HP



50HP



28 ●



Specifications of Outdoor Units & Indoor Units



60



series



56-58HP



60-62HP



64-72HP



IDU Series 室内机产品阵容 Model



Capacity Range (kW)



Ceiling Concealed type (ultra-thin) MCC-V



2.2



2.5



2.8



2.2



3.6



4



4.5



5



5.6



6.3



7.1



8



9



10



11.2 12.5



14



16



22.4



28



•



•



• • • • • • • • • • •



Medium static pressure duct type IDU MCC-V



• • • • • • •



4-way ceiling cassette type MCK-V



• • • • • • • • • • • • • • •



IDU High static pressure duct type MDB-V



• •



Ceiling Exposed/floor standing type MCM-V



Wall-mounted type MWM-W



•



•



•



•



•



•



•



•



• •



新风机阵容



Specifications of Outdoor Units & Indoor Units



26



Specifications of Full Inverter VRF ODUs 全变频多联机室外机参数 Unit model 机组型号



MDS080ER5 MDS100ER5 MDS120ER5 MDS140ER5 MDS160ER5 MDS180ER5 MDS200ER5 MDS220ER5 MDS240ER5



Nominal cooling capacity 名义制冷量



kW



25.0



28.0



33.6



40.0



45.0



50.5



56.0



61.6



68.0



Nominal heating capacity 名义制热量



kW



28.0



31.5



37.8



44.2



50.6



56.9



63.2



69.5



75.8



Nominal cooling power 名义制冷功率



kW



5.66



6.48



8.85



10.25



11.85



14.75



15.28



17.43



19.52



Nominal heating power 名义制热功率



kW



6.81



7.78



9.67



10.48



12.70



15.08



15.70



17.60



20.32



Nominal cooling current 名义制冷电流



A



10.7



12.8



15.9



18.3



21.8



26.2



27.5



29.3



33.3



Nominal heating current 名义制热电流



A



12.6



14.5



17.3



18.5



22.3



27.0



28.8



29.5



34.1



19.1



23.5



23.9



37.5



38.7



38.7



43.0



44.5



44.8



Max operating current (A) 最大运行电流(A) Power supply form 电源形式 Air flow rate 风量 Noise 噪声 Dimensions (W x× D深 x H) 外形尺寸（宽 × 高）



380-415V~/3N~50Hz 380V/3N~/50Hz



m3/h



14500



14500



14500



14500



14500



14500



24800



24800



24800



dB(A)



58



59



60



60



61



61



62



62



62



mm



990×840×1780



1350×840×1780



Pipe connection mode 接管方式



1990×840×1780



Air pipe: welding connection; liquid pipe: flare opening connection 气管：焊接连接；液管：喇叭口连接



Liquid pipe size 液管接管尺寸



mm(in)



Air pipe size 气管接管尺寸



mm(in)



Φ9.52(3/8")



Φ12.7(4/8")



Φ15.88(5/8")



Φ22.23(7/8")



Φ28.6(1-1/8")



Operating temperature range 运行温度范围



Cooling:-5~52℃；制热：-23~29℃ -5°C to +52°C; heating: -23°C to +29°C 制冷：



Refrigerant 制冷剂



R410A



Net weight 净重



kg



208



209



242



304



327



329



414



439



442



Notes: * The above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C, the outdoor dry/wet bulb temperature is 35°C/24°C, connected pipe length is 5 m, and the drop is 0. * The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C, the outdoor dry/wet bulb temperature is 7°C/6°C, connected pipe length is 5 m, and the drop is 0. * The above noise values are tested under the comprehensive cooling capacity conditions and the front operation sound of the unit is tested at the position of 1/2 of (unit height +1 m). The actual operation sound value is a little higher than the value due to influence of the external environment. * Parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail. * The external dimensions are the box dimensions, the depth size excludes the foot size, and the unit height includes the foot size. * In the case of multi-module combination, order the related accessory packages to facilitate field installation.



机组型号 Unit model 组合（HP） Combination (HP)



MDS260ER5



MDS280ER5



MDS300ER5



MDS320ER5



MDS340ER5



MDS360ER5



MDS380ER5



MDS400ER5



12+14



12+16



12+18



14+18



16+18



18+18



12+12+14



12+12+16



Nominal cooling capacity 名义制冷量



kW



73.6



78.6



84.1



90.5



95.5



101.0



107.2



112.2



Nominal heating capacity 名义制热量



kW



82.0



88.4



94.7



101.1



107.5



113.8



119.8



126.2



Nominal cooling power 名义制冷功率



kW



19.10



20.70



23.60



25.00



26.60



29.50



27.95



29.55



Nominal heating power 名义制热功率



kW



20.15



22.37



24.75



25.56



27.78



30.16



29.82



32.04



Nominal cooling current 名义制冷电流



A



34.2



37.7



42.1



44.5



48.0



52.4



50.1



53.6



Nominal heating current 名义制热电流



A



35.8



39.6



44.3



45.5



49.3



54.0



53.1



56.9



23.9+37.5



23.9+38.7



23.9+38.7



37.5+38.7



38.7+38.7



38.7+38.7



Max operating current (A) 最大运行电流(A)



风量 Air flow rate 噪声 Noise



m3/h dB(A)



14500+14500 63



63



63



14500+14500+14500



64



64



64



Dimensions (W x×D深 x H) 外形尺寸 （宽 × 高） mm



（1350×840×1780）×2



Pipe connection mode 接管方式



Air pipe: welding connection; liquid pipe: flare opening connection 气管：焊接连接；液管：喇叭口连接



液管接管尺寸 Liquid pipe size



mm(in)



Air pipe size 气管接管尺寸



mm(in)



64



Φ34.9(1-3/8")



Φ38.1(1-4/8")



Cooling: -5°C-5~52℃；制热：-23~29℃ to +52°C; heating: -23°C to +29°C 制冷：



Refrigerant 制冷剂



R410A kg



546



569



571



633



656



658



788



Notes: * The above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C, the outdoor dry/wet bulb temperature is 35°C/24°C, connected pipe length is 5 m, and the drop is 0. * The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C, the outdoor dry/wet bulb temperature is 7°C/6°C, connected pipe length is 5 m, and the drop is 0. * The above noise values are tested under the comprehensive cooling capacity conditions and the front operation sound of the unit is tested at the position of 1/2 of (unit height + 1 m). The actual operation sound value is a little higher than the value due to influence of the external environment. * Parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail. * The external dimensions are the box dimensions, the depth size excludes the foot size, and the unit height includes the foot size. * In the case of multi-module combination, order the related accessory packages to facilitate field installation.



27



Specifications of Outdoor Units & Indoor Units



65



（1350×840×1780）×3



Φ19.05(6/8") Φ31.8(1-2/8")



Operating temperature range 运行温度范围 Net weight 净重



23.9+23.9+37.5 23.9+23.9+38.7



380-415V~/3N~50Hz 380V/3N~/50Hz



Power supply form 电源形式



811



series



Specifications of Full Inverter VRF ODUs 全变频多联机室外机参数 Unit model 机组型号



MDS420ER5 MDS440ER5 MDS460ER5 MDS480ER5 MDS500ER5 MDS520ER5 MDS540ER5



Combination (HP) 组合（HP）



MDS560ER5



12+12+18



12+14+18



12+16+18



12+18+18



14+18+18



16+18+18



18+18+18



Nominal cooling capacity 名义制冷量



kW



117.7



124.1



129.1



134.6



141.0



146.0



151.5



18+18+20 157.0



Nominal heating capacity 名义制热量



kW



132.5



138.9



145.3



151.6



158.0



164.4



170.7



177.0



Nominal cooling power 名义制冷功率



kW



32.45



33.85



35.45



38.35



39.75



41.35



44.25



44.78



Nominal heating power 名义制热功率



kW



34.42



35.23



37.45



39.83



40.64



42.86



45.24



45.86



Nominal cooling current 名义制冷电流



A



58.0



60.4



63.9



68.3



70.7



74.2



78.6



79.9



Nominal heating current 名义制热电流



A



61.6



62.8



66.6



71.3



72.5



76.3



81.0



Max operating current (A) 最大运行电流(A) Power supply form 电源形式 Air flow rate 风量



dB(A)



Dimensions (W x× D深 x H) 外形尺寸（宽 × 高）



38.7+38.7+43



380-415V~/3N~50Hz 380V/3N~/50Hz



m3/h



Noise 噪声



82.8



23.9+23.9+38.7 23.9+37.5+38.7 23.9+38.7+38.7 23.9+38.7+38.7 37.5+38.7+38.7 38.7+38.7+38.7 38.7+38.7+38.7 14500+14500+14500 65



65



65



mm



14500+14500+24800



65



66



66



66



66 （1350×840×1780） ×2+1990×840×1780



（1350×840×1780）×3 Air pipe: welding connection; liquid pipe: flare opening connection 气管：焊接连接；液管：喇叭口连接



接管方式 Pipe connection mode Liquid pipe size 液管接管尺寸



mm(in)



Φ19.05(6/8")



Φ22.23(7/8")



Air pipe size 气管接管尺寸



mm(in)



Φ38.1(1-4/8")



Φ44.5(1-6/8")



Operating temperature range 运行温度范围



Cooling: -5°C-5~52℃；制热：-23~29℃ to +52°C; heating: -23°C to +29°C 制冷：



Refrigerant 制冷剂



R410A



Net weight 净重



kg



813



875



898



900



962



985



987



1072



Notes: * The above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C, the outdoor dry/wet bulb temperature is 35°C/24°C, connected pipe length is 5 m, and the drop is 0. * The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C, the outdoor dry/wet bulb temperature is 7°C/6°C, connected pipe length is 5 m, and the drop is 0. * The above noise values are tested under the comprehensive cooling capacity conditions and the front operation sound of the unit is tested at the position of 1/2 of (unit height + 1 m). The actual operation sound value is a little higher than the value due to influence of the external environment. * Parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail. * The external dimensions are the box dimensions, the depth size excludes the foot size, and the unit height includes the foot size. * In the case of multi-module combination, order the related accessory packages to facilitate field installation.



Unit model 机组型号



MDS580ER5



Combination (HP) 组合（HP）



MDS600ER5 MDS620ER5 MDS640ER5 MDS660ER5 MDS680ER5 MDS700ER5 MDS720ER5



18+18+22



18+20+22



18+22+22



20+22+22



22+22+22



22+22+24



22+24+24



24+24+24



Nominal cooling capacity 名义制冷量



kW



162.6



168.1



173.7



179.2



184.8



191.2



197.6



204.0



Nominal heating capacity 名义制热量



kW



183.3



189.6



195.9



202.2



208.5



214.8



221.1



227.4



Nominal cooling power 名义制冷功率



kW



46.93



47.46



49.61



50.14



52.29



54.38



56.47



58.56



Nominal heating power 名义制热功率



kW



47.76



48.38



50.28



50.90



52.80



55.52



58.24



60.96



Nominal cooling current 名义制冷电流



A



81.7



83.0



84.8



86.1



88.0



91.9



95.8



99.8



Nominal heating current 名义制热电流



A



83.5



85.3



86.0



87.8



88.5



93.0



97.6



102.2



Max operating current (A) 最大运行电流(A)



38.7+38.7+44.5



38.7+43+44.5 38.7+44.5+44.5 43+44.5+44.5 44.5+44.5+44.5 44.5+44.5+44.8 44.5+44.8+44.8 44.8+44.8+44.8



Power supply form 电源形式 Air flow rate 风量 Noise 噪声



380-415V~/3N~50Hz 380V/3N~/50Hz



m3/h



14500+14500+24800



dB(A)



66



Dimensions (W x×D深 x H) 外形尺寸 （宽 × 高） mm



（1350×840×1780） ×2+1990×840×1780



14500+24800+24800 66



66



24800+24800+24800 67



1350×840×1780+ （1990×840×1780）×2



67



67



67



1323



1326



（1990×840×1780）×3



Air pipe:气管：焊接连接；液管：喇叭口连接 welding connection; liquid pipe: flare opening connection



接管方式 Pipe connection mode Liquid pipe size 液管接管尺寸



mm(in)



Φ22.23(7/8")



Air pipe size 气管接管尺寸



mm(in)



Φ44.5(1-6/8")



Operating temperature range 运行温度范围



Cooling:-5~52℃；制热：-23~29℃ -5°C to +52°C; heating: -23°C to +29°C 制冷：



制冷剂 Refrigerant Net weight 净重



67



R410A kg



1097



1182



1207



1292



1317



1320



Notes: * The above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C, the outdoor dry/wet bulb temperature is 35°C/24°C, connected pipe length is 5 m, and the drop is 0. * The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C, the outdoor dry/wet bulb temperature is 7°C/6°C, connected pipe length is 5 m, and the drop is 0. * The above noise values are tested under the comprehensive cooling capacity conditions and the front operation sound of the unit is tested at the position of 1/2 of (unit height + 1 m). The actual operation sound value is a little higher than the value due to influence of the external environment. * Parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail. * The external dimensions are the box dimensions, the depth size excludes the foot size, and the unit height includes the foot size. * In the case of multi-module combination, order the related accessory packages to facilitate field installation.



Specifications of Outdoor Units & Indoor Units



28



series series



超薄暗装吊顶式室内机 MCC-V Ultra-thin Ceiling Concealed IDU MCC-V 超薄暗装吊顶式室内机 MCC-V 超薄暗装吊顶式室内机 MCC-V ◇ 超薄设计，暗藏为美 ◇ 一体化设计 ◇ Ultra-thin 超薄设计，暗藏为美 ◇ Integrated 一体化设计 concealed design design



机器高度仅 199mm，深度 机组内置电子膨胀 The machine height is only 199 mm and the depth is 599 mm. The required The unit provides 599mm，所需吊顶空间更小，吊 the built-in electronic expansion valves and the condensate ◇ 超薄设计，暗藏为美 ◇ 一体化设计 机器高度仅 199mm，深度 599mm，所需吊顶空间更小，吊 机组内置电子膨胀阀和扬程高达 700mm 的凝结水提升水泵， ceiling space is small and the ceiling height is smaller. The machine can fully water lifting pump with the lift of 700 mm to save more ceiling height and 顶高度更小，与室内装潢充分配合。 更加节省天花高度 match interior decoration. enable smoother drainage. 顶高度更小，与室内装潢充分配合。 更加节省天花高度，排水更顺畅。 机器高度仅 199mm，深度 599mm，所需吊顶空间更小，吊 机组内置电子膨胀阀和扬程高达 700mm 的凝结水提升水泵， 200mm或以上 200 mm or longer 200mm或以上 顶高度更小，与室内装潢充分配合。



更加节省天花高度，排水更顺畅。



Ceiling 天花板



240mm或以上



240mm或以上 240mm or longer 240mm或以上



200mm或以上



700mm 700mm



Note: The 天花板 lifting pump with the lift of 700 mm is optional. 注：1200mm扬程提升水泵可选。



天花板



注：1200mm扬程提升水



注：1200mm扬程提升水泵可选。



◇ 电辅热可选，



◇ 灵活多样的安装方式 ◇ 电辅热可选，制热效果更佳



◇ 灵活多样的安装方式



Air duct 风管 标准配置后回风箱， 机型可选PTC辅助 ◇ 电辅热可选，制热效果更佳 机型可选PTC辅助电加热，有效提升空调机组在严寒环境中的 现场 下回 采暖效果。 The standard configuration the back return air plenum, which can可 be更 改 为采暖效果。 现 场 可更改 为 下 回 provides风管 标准配置后回风箱， 机型可选PTC辅助电加热，有效提升空调机组在严寒环境中的 Return air duct 回风软管 changed to the lower return air plenum on site. The return air plenum can be 回风软管 风 箱， 现 场 安 装 灵 Air送风 installed 风 箱， 现 现场 可flexibly. 更场 改安 为装 下灵 回 采暖效果。supply 送风 回风软管 活多变。 活多变。 风 箱， 现 场 安 装 灵 送风



风管 Installation Modes ◇ Flexible 灵活多样的安装方式 标准配置后回风箱，



Return 回风 air



回风



活多变。 风管



Air 风管 duct



回风



Note: The noise generated by the lower return air plenum unit is 5 dB larger than that 风管 generated by the back return air plenum unit.



Air送风 supply



送风 送风 注：下回风箱机组比后回风箱机组噪声会高约5分贝。



注：下回风箱机组比后回风箱机组噪声会高约5分贝。 回风



Return 回风 air



回风 注：下回风箱机组比后回风箱机组噪声会高约5分贝。 ◇ 超薄吊顶式室内机 MCC-V 参数表 ◇ Specifications 超薄吊顶式室内机 MCC-V 参数表 of ultra-thin ceiling concealed IDUs MCC-V



◇ 超薄吊顶式室内机 MCC-V 参数表 Unit model 机组型号 MCC022VP MCC025VP Nominal cooling capacity 名义制冷量



W



Nominal heating capacity 名义制热量



W W W W A W Pa A dB(A) Pa m3/h dB(A) mm(in) m3/h mm(in) mm(in) mm mm(in) mm mm kg mm



机组型号



名义制冷量



Input power 输入功率



名义制热量



Rated input current 额定输入电流



输入功率



External static pressure (optional) 机外静压(可选)



额定输入电流



Noise (high/medium/low) 噪声(高/中/低)



机外静压(可选)



Air风量(高/中/低) flow (high/medium/low)



噪声(高/中/低)



Liquid pipe size 液管接管尺寸



风量(高/中/低)



Air气管接管尺寸 pipe size



机组型号 MCC022VP MCC025VP MCC028VP MCC032VP MCC036VP MCC040VP MC MCC028VP MCC032VP MCC036VP MCC040VP MCC045VP MCC050VP MCC056VP MCC063VP MCC071VP 名义制冷量 W 2200 2500 2800 3200 3600 4000 2200 2500 2800 3200 3600 4000 4500 5000 5600 6300 7100 MCC022VP MCC025VP MCC028VP MCC032VP MCC036VP MCC040VP MCC045VP MCC050VP MCC056VP MCC063VP MCC071VP 名义制热量 W 2500 2800 3200 3600 4000 4500 2500 2800 3200 3600 4000 4500 5000 5600 6300 7100 8000 2200 2500 2800 输入功率 3200 3600 4000 W 434500 475000 475600 576300 577100 62 43 47 47 57 57 62 62 96 96 98 138 2500 2800 3200 额定输入电流 3600 4000 4500 5600 6300 7100 8000 A 0.25000 0.23 0.23 0.26 0.26 0.29 0.2 0.23 0.23 0.26 0.26 0.29 0.29 0.44 0.44 0.45 0.63 43 47 47 57 57 62 10(0/30) 96 10(0/30) 96 10(0/30) 98 10(0/30) 138 10(0/30) 机外静压(可选) Pa62 10(0/30) 10 10(0/30) 10(0/30) 10(0/30) 10(0/30) 10(0/30) 10(0/30) 10(0/30) 10(0/30) 10(0/30) 10(0/30) 10(0/30) 0.2 0.23 0.23 噪声(高/中/低) 0.26 0.26 0.29 0.29 0.44 0.44 0.45 0.63 dB(A) 29/27/26 31/28/25 31/28/25 32/29/25 32/29/25 34/30/27 34 29/27/26 31/28/25 31/28/25 32/29/25 32/29/25 34/30/27 34/30/27 37/35/32 37/35/32 37/33/28 40/37/35 10(0/30) 10(0/30) 10(0/30) 风量(高/中/低) 10(0/30) 10(0/30) 10(0/30) 10(0/30)600/480/350 10(0/30)600/480/350 10(0/30)630/500/350 10(0/30)630/500/350 10(0/30)730/600/480 730 m3/h 430/350/260 430/350/260 600/480/350 600/480/350 630/500/350 630/500/350 730/600/480 730/600/480 900/750/600 900/750/600 1050/800/550 1200/980/830 29/27/26 31/28/25 31/28/25 液管接管尺寸 32/29/25 32/29/25 mm(in) 34/30/27 34/30/27 37/35/32 37/35/32 37/33/28 40/37/35 Φ6.35(1/4'') Φ6.35(1/4'') Φ9.52(3/8'') 430/350/260 600/480/350 600/480/350气管接管尺寸 630/500/350 630/500/350 mm(in) 730/600/480 730/600/480 900/750/600 900/750/600 1050/800/550 1200/980/830 Φ9.52(3/8'') Φ12.7(4/8 Φ9.52(3/8'') Φ12.7(4/8'') Φ15.88(5/8'') Φ9.52(3/8'') 凝结水管尺寸Φ6.35(1/4'') mm Φ20.5 Φ20.5 Φ9.52(3/8'') Φ15.88(5/8'') 机组尺寸(宽×深×高) mmΦ12.7(4/8'') 900×599×199 900×599×199 1100×599×199 Φ20.5 机组重量 kg 26 26 26 27 27 28 26 26 26 27 27 28 28 28 28 33 33 900×599×199 1100×599×199220V~/50Hz 电源 220V~/50Hz 220-240V~/50Hz 26 26 26 27 28 28 28 28 33 FPV01-A 33 型号27 FPV01-A FPV02-A PM2.5 220V~/50Hz 压损 Pa 8 13 13 14 14 18 8 13 13 过滤器14 14 18 18 24 24 22 17 FPV02-A 尺寸（长FPV01-A × 宽 × 高） mm 816×197×62 816×197×62 1012×197×62 8 13 13 14 18 18 24 24 22 FCV01-A 17 型号14 FCV01-A FCV02-A 除甲醛 816×197×62 1012×197×62 压损 Pa 6 10 10 11 11 14 6 10 10 过滤器11 11 14 14 21 21 18 24 FCV02-A 尺寸（长FCV01-A × 宽 × 高） mm 816×197×62 816×197×62 1012×197×62 6 10 10 11 11 14 14 21 21 18 24



液管接管尺寸 Condensate water pipe size 凝结水管尺寸 气管接管尺寸 Unit dimensions (WxDxH) 机组尺寸(宽×深×高) 凝结水管尺寸 Unit weight 机组重量 机组尺寸(宽×深×高) Power 电源supply 机组重量 kg Model 型号 电源 PM2.5 PM2.5 filter Pressure 压损loss Pa 过滤器 型号 Dimensions (LxWxH) （长 × 宽 × 高） mm PM2.5 尺寸 压损 Pa Model 过滤器 型号 尺寸 （长 × 宽 × 高） mm 除甲醛 Formaldehyde Pressure 压损loss Pa removal filter 过滤器 型号 Dimensions (LxWxH) （长 × 宽 × 高） mm 除甲醛 尺寸 压损 Pa 过滤器 * The above尺寸 cooling tested under the conditions in which the indoor dry/wet bulb816×197×62 temperature is 27°C/19°C and the outdoor dry/wet bulb temperature is 35°C/24°C. （长 ×capacities 宽 × 高） aremm 1012×197×62



29



* The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C and the outdoor dry/wet bulb temperature is 7°C/6°C. * The above parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail. * The air flow in the above unit parameter table is the air flow under the standard static pressure, and the value outside () is the standard static pressure.



Specifications of Outdoor Units & Indoor Units



33



33 产品阵容内外机参数



中静压型风管式室内机



中静压型风管式室内机



◇ 小机身，大容量，多静压 ◇ 标配冷凝水提升水泵



◇ 小机身，大容量，多静压



Medium Static Pressure



中静压型风管式室内机 Duct Type IDU 可实现风管送风，充分配合室内装潢，全面满足各种面积、房 标准吊顶式室内机 MCC-S ◇ Small 小机身，大容量，多静压 Body, Large Capacity, Multiple Static Pressures 中静压型风管式室内机 型空间对美观及舒适的需求。



机组深度仅 700mm，容量范围从 8.0kW-16kw, 多种静压可选，



The unit depth is only 600 mm and the capacity ranges from 8.0 kW to 16 机组深度仅 700mm，容量范围从 8.0kW-16kw, 多种静压可选， 可选配高扬程冷凝水提升水泵 ◇◇小机身，大容量，多静压 kW. Multiple static pressures are available. The IDU can adapt to interior decoration and fully meet requirements of rooms with different areas and types 可实现风管送风，充分配合室内装潢，全面满足各种面积、房 标准为自然排水，可选配 700mm/1200mm 高扬程水泵，可根 机组深度仅 700mm， 容量范围从 8.0kW-16kw, 多种静压可选， for beautifulness and comfort.



型空间对美观及舒适的需求。 据自身需求合理订购，应用灵活。 可实现风管送风，充分配合室内装潢，全面满足各种面积、房 300mm



型空间对美观及舒适的需求。



Air 送风 supply



◇标



机组深度仅 700mm，容量范围从 8.0kW-16kw, 多种静压可选， 机组标配 700mm 扬程冷凝水提升水泵，节省安装吊顶空间， 可实现风管送风，充分配合室内装潢，全面满足各种面积、房 方便现场安装。 型空间对美观及舒适的需求。 ◇ 标配冷凝水提升水泵 Condensate water lifting pump



注：1200mm扬程冷凝水提升水泵可选。 方便现场安装。



700mm 1200mm 回风 1200mm



◇ 回风方式现场可自由更换 ◇ 电辅热可选，制热效果更佳



600mm 700mm



Return 回风 air



700mm 下、后回风方式现场可更换，只需将底部挡板拆下直接安装至 回风 后部回风口即可实现回风方式的转变，无需现场定制挡板，安



◇ 回风方式现场可自由更换



装更便利，有效缩短施工周期。 下、后回风方式现场可更换，只需将底部挡板拆下直接安装至 ◇ Free 回风方式现场可自由更换 Change of Return Air Diretion



后部回风口即可实现回风方式的转变，无需现场定制挡板，安 风管 and back return air modes can be changed on site. Only the bottom The lower 下、后回风方式现场可更换，只需将底部挡板拆下直接安装至 baffle needs to be removed and installed to the back return air inlet to change 装更便利，有效缩短施工周期。 后部回风口即可实现回风方式的转变，无需现场定制挡板，安 the return air direction. The baffle does not need to be made on site. The 装更便利，有效缩短施工周期。



送风



送风送风 风管



送风 送风



制 热 能 力



回风 回风软管 回风



风管



送风 Unit model 机组型号



Rated cooling capacity 送风 额定制冷量



W



回风 MCC090VP回风软管 MCC100VP



送风8000



回风9000



10000



Air supply 送风



Air supply 送风 Field transformation (back return air)



Air supply 送风



Air supply 送风 室外温度



回风 Return air PTC电加热， 提升机组能力



Return PTC电加热， 回风软管 air duct 提升机组能力 回风 Return air PTC电加热， 提升机组能力



◇ 中静压型风管式室内机参数表



送风 MCC080VP



◇ 中静压型风管式室内机参数表 Rated heating capacity 额定制热量 W 9000



制 热 能 力



环境的采暖效果。



风管 Air duct 制 热 能 制 力 热 能 力



回风软管 ◇ Specifications 中静压型风管式室内机参数表 of medium static pressure duct type IDUs



环境的



风管 Air duct 环境的采暖效果。 每个机型可选配 PTC 辅助电加热，有效提升空调机组在严寒



回风



回风



每个



Default (back return air) 每个机型可选配 PTC 辅助电加热，有效提升空调机组在严寒 ◇ 电辅热可选，制热效果更佳



风管 风管 送风



◇电



下、后回风方式现场可更换，只需将底部挡板拆下直接安装至 每个机型可选配 PTC 辅助电加热，有效提升空调机组在严寒 后部回风口即可实现回风方式的转变，无需现场定制挡板，安 环境的采暖效果。 装更便利，有效缩短施工周期。 ◇ 电辅热可选，制热效果更佳



installation is more convenient and the construction Default (back return air)duration is shortened.



送风



注：1



300mm 1200mm



700mm



300mm



◇ 回风方式现场可自由更换



风管 送风



方便现



方便现场安装。 Note: The condensate water lifting pump with the lift of 700 mm is optional. 机组标配 700mm 扬程冷凝水提升水泵，节省安装吊顶空间，



300mm 回风



送风



机组标



注：1200mm扬程冷凝水提升水泵可选。 Condensate water lifting pump with the lift of 700 mm for the unit, which saves 机组标配 700mm 扬程冷凝水提升水泵，节省安装吊顶空间， ◇ ceiling 标配冷凝水提升水泵 the installation space and facilitates installation.



送风 注：1200mm扬程冷凝水提升水泵可选。



送风



700mm



series



机组型号 MCC112VP 额定制冷量 11200 额定制热量



MCC090VP MCC100VP MCC080VP 室外温度 MCC125VP MCC140VP MCC160VP W 8000 9000 10000 12500 W 室外温度 9000 14000 10000 16000 11200



11200 14000 输入功率12500 W 184 16000 235 18000 295 184 235 295 295 322 390 410 额定输入电流 A 0.86 1.13 1.40 MCC090VP MCC100VP MCC112VP MCC125VP MCC140VP MCC160VP 机组型号 MCC080VP ◇ 中静压型风管式室内机参数表 Rated input current 额定输入电流 A 0.86 1.13 1.40 1.55 出风静压 1.40 Pa 50(30/80)1.85 50(30/80)1.95 50(30/80) 额定制冷量 W 8000 9000 10000 11200 12500 14000 16000 Outlet static pressure 出风静压 Pa 50(30/80) 50(30/80) 50(30/80) 噪声(高/中/低) 50(30/80) 50(30/80) 50(30/80) 41/40/38 50(30/80) 41/40/38 dB(A) 40/37/36 MCC090VP MCC100VP MCC112VP MCC125VP MCC140VP MCC160VP 机组型号 MCC080VP ◇ 暗装吊顶式室内机 额定制热量 W MCC-S( 9000标准型 ) 参数表 10000 11200 12500 14000 16000 18000 Noise (high/medium/low) 噪声(高/中/低) dB(A) 40/37/36 41/40/38 41/40/38 高风风量(高/中/低) 42/38/36 43/40/38 45/44/40 1400/1200/980 45/44/411680/1370/1100 1 1200/950/840 m3/h 额定制冷量 8000 9000 10000 11200 12500 14000 16000 输入功率 W 184 235 295 295 322 390 410 3 High wind air flow (high/medium/low) 1200/950/840 1400/1200/980 1680/1370/1100 1700/1380/1130 1900/1530/1290 2200/1830/1520 2300/1900/1540 高风风量(高/中/低) m /h 机组型号 MCC022SP MCC025SP MCC028SP MCC032SP MCC036SP MCC040SP MCC045SP MCC056SP MCC063SP MCC071SP3400 可选电加热量 W MCC050SP 2200 2200 额定制热量 W 9000 10000 11200 12500 14000 16000 18000 额定输入电流 A 0.86 1.13 1.40 1.40 1.55 1.85 1.95 Optional electrical heating capacity 可选电加热量 W 2200 2200 3400 3400 3500 3600 3600 液管尺寸 4000 名义制冷量 2200 2500 3200295 3600 4500mm 5600 6300 410 7100 输入功率 WW 184 2352800 295 322 5000 390 出风静压 Pa 50(30/80) 50(30/80) 50(30/80) 50(30/80) 50(30/80) 50(30/80) 50(30/80) Liquid pipe size 液管尺寸 mm Φ9.52(3/8'') 气管尺寸 名义制热量 W 2500 2800 3200 3600 4000 4500 5000mm 5600 6300 7100 1.95 8000 额定输入电流 A 0.86 1.13 1.40 1.40 1.55 1.85 噪声(高/中/低) dB(A) 40/37/36 41/40/38 41/40/38 42/38/36 43/40/38 45/44/40 45/44/41 Air pipe size 气管尺寸 mm 凝结水管尺寸 mm 输入功率 47 47 50(30/80) 47 81 81 Φ15.88(5/8'') 82 8250(30/80) 82 82 123 50(30/80) 123 3W 出风静压 50(30/80) 50(30/80) 50(30/80) 50(30/80) /h 1200/950/840 1400/1200/980 1680/1370/1100 1700/1380/1130 1900/1530/1290 2200/1830/1520 2300/1900/1540 高风风量(高/中/低) mPa Condensate water pipe size 凝结水管尺寸 mm R3/4 机组尺寸(宽×深×高) mm 1150×600×300 额定输入电流 A 0.21 0.21 0.21 0.37 0.37 0.37 0.37 0.37 0.37 0.56 0.56 噪声(高/中/低) dB(A) 40/37/36 41/40/38 41/40/38 42/38/36 43/40/38 45/44/40 45/44/41 可选电加热量 W 2200 2200 3400 3400 3500 3600 3600 Unit dimensions (WxDxH) 机组尺寸(宽×深×高) mm 1150×600×300 机组重量 kg 1450×600×300 38 机外静压(可选) 15(0/30/50) 1900/1530/1290 3Pa /h 1200/950/840 1400/1200/980 1680/1370/1100 1700/1380/1130 2200/1830/1520 2300/1900/1540 高风风量(高/中/低) m 液管尺寸 mm Φ9.52(3/8'') Unit weight 机组重量 kg 38 48 噪声(高/中/低) dB(A) 34/32/30电源 35/32/29 37/36/35 可选电加热量 W 2200 31/29/27 2200 3400 3400 3500 3600 3600 气管尺寸 mm Φ15.88(5/8'') Power supply 3 电源 220V~/50Hz 220-240V~/50Hz /h 450/370/280 580/470/380 800/650/540 960/780/600 风量(高/中/低) m 液管尺寸 Φ9.52(3/8'') 凝结水管尺寸 mm R3/4 * 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结 ** The above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C, the outdoor dry/wet bulb temperature is 35°C/24°C.Φ9.52(3/8") 液管接管尺寸 mm(in) Φ6.35(1/4") 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； * 以上所标制热量是在室内干/湿球温度20/15℃，室外干/湿球温度7/6℃工况条件下的测试结果 气管尺寸 mm Φ15.88(5/8'') 机组尺寸(宽×深×高) 1150×600×300 1450×600×300 ** The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C and the outdoor dry/wet bulb temperature is 7°C/6°C. 气管接管尺寸 mm(in) Φ9.52(3/8") Φ15.88(5/8") 以上所标制热量是在室内干/湿球温度20/15℃，室外干/湿球温度7/6℃工况条件下的测试结果； * 以上参数会因产品改良有所改动，请以机器上的铭牌参数为准； 凝结水管尺寸 mm R3/4Φ12.7(4/8") 机组重量 kg 38 48 ** The above parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail. 以上参数会因产品改良有所改动，请以机器上的铭牌参数为准； 凝结水管尺寸 R3/4 * 以上机组参数表中，风量为标准静压下的风量，（）外为标准静压。 机组尺寸(宽×深×高) mmparameter table is the air flow 1150×600×300 1450×600×300 电源 220V~/50Hz ** Note: The air flow in the above unit under the standard static pressure, and the content outside () is the standard static pressure. 以上机组参数表中，风量为标准静压下的风量，（）外为标准静压。 机组尺寸(宽×深×高) mm 1124×469×220 1384×490×250 机组重量 kg 38 48 35 * 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； 机组重量 kg 22 25 27 电源 220V~/50Hz 35 产品阵容内外机参数 * 以上所标制热量是在室内干/湿球温度20/15℃，室外干/湿球温度7/6℃工况条件下的测试结果； 电源 220V~/50Hz 产品阵容内外机参数 ** 以上参数会因产品改良有所改动，请以机器上的铭牌参数为准； 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； ** 以上机组参数表中，风量为标准静压下的风量，（）外为标准静压。 * 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； 以上所标制热量是在室内干/湿球温度20/15℃，室外干/湿球温度7/6℃工况条件下的测试结果； * 以上所标制热量是在室内干/湿球温度20/15℃，室外干/湿球温度7/6℃工况条件下的测试结果； * 以上参数会因产品改良有所改动，请以机器上的铭牌参数为准； 35 * 以上参数会因产品改良有所改动，请以机器上的铭牌参数为准。 30 * 以上机组参数表中，风量为标准静压下的风量，（）外为标准静压。 Specifications of Outdoor Input power 输入功率



产品阵容内外机参数



35



10000



W



Units & Indoor Units



34



Ceiling cassette 4-way airflow IDU MCK-V 天花嵌入式四面出风室内机 MCK-V Air supply in multiple directions and more even ◇ 多方向送风，温度分布更均匀



white panel and streamlined design ◇ Milky 乳白色面板，流线型设计



temperature distribution 独有四面送风设计，大幅扩展送风范围，气流可达房间每个角 The unique four-way air supply design extends the air supply range. The airflow



The professional industrial design, milky white panel, and streamlined design 专门工业设计，乳白色面板，流线型设计，美观大方，有效融 present a beautiful and elegant effect, which blend the interior decoration style and raise the decoration pattern. 入室内装修风格，提升装修格调，更显高雅。



can reach every corner of the room, making the temperature distribution more 落，令整个空间温度更均匀。 even.



Condensate water lifting pump included in standard configuration The准 standard 标 配 备configuration 700mm



◇ Noise-free 静享生活 life



◇ 标配冷凝水提升水泵



The unit uses the leading 采用领先的三维螺 three-dimensional spiral blades to reduce the减 internal 旋风叶 设 计， 少 resistance and achieve low机 内 阻 力， 完 美 实 noise operation.



provides a condensate



扬 程冷 凝水 提升 water lifting pump with



the lift of 700 mm for the



泵，方便配合现场 unit, which can be used to



700mm



discharge the condensate 实际情况，排放空



现运行低噪宁静。



water of the AC based on



调冷凝水。 actual conditions on site.



注：1200mm扬程提升水泵可选。



of ceiling MCK-V concealed four-way IDUs MCK-V ◇ Specifications 四面出风天花式室内机 参数表 Unit model 机组型号



MCK028VP



MCK032VP



MCK036VP



MCK040VP



MCK050VP



MCK056VP



MCK063VP



MCK071VP



W



2800



3200



3600



4000



4500



5000



5600



6300



7100



Nominal heating capacity 名义制热量



W



3200



3600



4000



4500



5000



5600



6300



7100



8000



Input power 输入功率



W



55



55



55



72



72



92



92



102



102



Rated input current 额定输入电流



A



0.27



0.27



0.27



0.33



0.33



0.42



0.42



0.47



0.47



34/31/28



39/36/33



39/36/33



40/38/35



40/38/35



Noise (high/medium/low) 噪声(高/中/低) Air flow (high/medium/low) 风量(高/中/低)



dB(A)



30/28/26



31/29/27



31/29/27



34/31/28



m3/h



600/490/420



640/540/440



640/540/440



800/630/540



Liquid pipe size 液管接管尺寸



mm(in)



Air pipe size 气管接管尺寸



mm(in) Φ9.52(3/8'')



800/630/540 1000/800/680 1000/800/680 1200/980/810 1200/980/810



Φ6.35(1/4'')



Φ9.52(3/8'')



Φ12.7(4/8'')



Φ15.88(5/8'')



Condensate water pipe size 凝结水管尺寸



mm



Φ20.5



Unit dimensions (excluding 机组尺寸(不含面板) the panel) (WxDxH) (宽×深×高)



mm



893×820×265



Unit weight (excluding the panel) 机组重量(不含面板)



kg



Panel dimensions (WxDxH) 面板尺寸(宽×深×高)



mm



Panel weight 面板重量



26



26



26



30



30



30



30



31



31



990×990×75



kg



4.4



Power 电源 supply



220V~/50Hz 220-240V~/50Hz



Unit model 机组型号



MCK080VP



MCK090VP



MCK100VP



MCK112VP



MCK125VP



MCK140VP



Nominal cooling capacity 名义制冷量



W



8000



9000



10000



11200



12500



14000



Nominal heating capacity 名义制热量



W



9000



10000



11200



12500



14000



15700



Input power 输入功率



W



142



142



144



155



171



204



Rated input current 额定输入电流



A



0.82



0.82



0.85



0.91



1.05



1.23



Noise (high/medium/low) 噪声(高/中/低) Air flow (high/medium/low) 风量(高/中/低)



dB(A)



42/39/35



42/39/35



43/40/38



45/42/39



48/45/42



50/45/42



m3/h



1300/1060/880



1300/1060/880



1360/1110/920



1530/1250/1040



1600/1310/1090



1800/1480/1230



36



36



Liquid pipe size 液管接管尺寸



mm(in)



Φ9.52(3/8'')



Air pipe size 气管接管尺寸



mm(in)



Φ15.88(5/8'')



Condensate water pipe size 凝结水管尺寸



mm



Φ20.5



Unit dimensions (excluding 机组尺寸(不含面板) the panel) (WxDxH) (宽×深×高)



mm



893×820×315



Unit weight (excluding the panel) 机组重量(不含面板)



kg



Panel dimensions (WxDxH) 面板尺寸(宽×深×高)



mm



Panel weight 面板重量



35



kg



Power 电源 supply



31



MCK045VP



Nominal cooling capacity 名义制冷量



35



35



36 990×990×75 4.4 220-240V~/50Hz 220V~/50Hz



* The above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C and the outdoor dry/wet bulb temperature is 35°C/24°C. 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； ** The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C and the outdoor dry/wet bulb temperature is 7°C/6°C. 以上所标制热量是在室内干/湿球温度20/15℃，室外干/湿球温度7/6℃工况条件下的测试结果； * The above parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail.



* 以上参数会因产品改良有所改动，请以机器上的铭牌参数为准。 Specifications of Outdoor Units & Indoor Units



38 产品阵容内外机参数



series



High Static Pressure Duct Type IDU MDB-V 高静压管道式室内机 MDB-V external static pressure to flexibly cater to AC requirements of different spaces ◇ High 超高机外静压，可灵活应对各种空间的空调需求 The IDU provides a maximum of 200 Pa external static pressure and can supply air from multiple points from a long distance. It can be used in irregular space, 提供最高floors, 200Pa staggered and 机外静压，可远距离多点送风，无论是不规则空间，还是错层空间、大空间，都能从容应对。 large space. Room shape: L shape



Room shape: U shape



Room shape: Long-narrow



◇ Comfortable 舒适送风 air supply



decoration ◇Elegant 装饰美观



The unit supplies cold/hot air to each area through air ducts. The air outlet can 机组通过管道将冷（暖）气送到各个领域，风口可根据实际情 flexibly adopt side air supply or bottom air supply according to actual situations to supply even and comfortable air flow. 况灵活采用下送及侧送形式，气流均匀，送风舒适。



The IDU and air duct are installed inside the ceiling like the large-scale central 空调室内机组和风管安装在天花内，如同大型中央空调，安装 air conditioning system. After installation, only air outlets are visible and the air outlets are well integrated with the interior decoration. 后仅有风口，与室内装饰融为一体，显得典雅华丽。



Side air supply



Bottom air supply



match of different types of air outlets ◇ Flexible 灵活搭配不同形式风口 Different types of air outlets can be used to match different types of decoration styles, thereby 通过搭配不同风口，可轻松配合不同类型的装修风格，突显不同的房间气质。 highlighting the room tastes.



Round diffuser



Swirling air outlet



Square diffuser



Bar-type air outlet



Note: above equipment is prepared by customer.



◇ Specifications 高静压管道式室内机 MDB-V 参数表duct type IDUs MDB-V of high static pressure Unit model 机组型号



MDB125VP



MDB140VP



MDB224VP



MDB280VP



Nominal cooling capacity 名义制冷量 Nominal heating capacity 名义制热量



W



12500



14000



22400



28000



W



14000



16000



25000



31000



Input power 输入功率 Rated input current 额定输入电流



W



481



620



910



1020



A



2.1



2.5



2.08



2.25



External 机外静压static pressure



Pa



100



100



200



200



46/44/42



50/48/46



54



57



2300/1886/1564



2750/2255/1870



4100



4320



Noise (high/medium/low) dB(A) 噪声(高/中/低) Air flow (high/medium/low) m3/h 风量(高/中/低) Liquid pipe size 液管接管尺寸



mm(in)



Air pipe size 气管接管尺寸



mm(in)



Φ9.52(3/8'')



Condensate water pipe size 凝结水管尺寸 Unit dimensions (WxDxH) 机组尺寸(宽×深×高) Unit weight 机组重量 Power 电源 supply



Φ12.7(4/8'')



Φ15.88(5/8'')



Φ22.23(7/8'')



R3/4



R1



mm



1227×830×350



1427×830×350



kg



60



69 220V~/50Hz 220-240V~/50Hz



1760×958×515 131



133 380V/3N~/50Hz



above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C and the outdoor dry/wet bulb temperature is 35°C/24°C. ** The 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； * The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C and the outdoor dry/wet bulb temperature is 7°C/6°C. ** The 以上所标制热量是在室内干/湿球温度20/15℃，室外干/湿球温度7/6℃工况条件下的测试结果； above parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail. * When 以上参数会因产品改良有所改动，请以机器上的铭牌参数为准； MDB224/280VP exists in the same system, the cooling capacity of other single IDUs is not less than 7.1 kW. * 当同一系统中有MDB224/280VP时，其他单台室内机冷量不小于7.1kW。 32 Specifications of Outdoor 40 Units产品阵容内外机参数 & Indoor Units



Wall-mounted IDU MWM-W design to perfectly match the interior decoration ◇ Ultra-thin 超薄设计，与室内装修完美融合



design ◇ Swing 摆动式设计



The thickness of multiple models is only 205 mm, which can be installed 多款机型厚度仅 205mm，安装更方便；靓丽的外形设计，即 conveniently. The pretty appearance design can perfectly match interior decoration. 使室内已完成装潢设计，也可以完美搭配室内装修。



导风叶可以自动地上下摇摆来获得良好的送风状态，亦可遥控 supply status. The air supply mode can also be set by a remote controller to



Guide blades can automatically swing up and down to achieve the good air



supply comfortable air everywhere in the room. 定位送风方式，将舒适气流送至室内各个角落。



Swing up and down



silent design ◇ Super 超静音设计



and flexible installation ◇ Simple 安装简便灵活



The IDUs use large-diameter non-isometric helical through-flow wind wheels 室内机采用大直径不等距斜齿贯流风轮，优质塑封电机，机组 and excellent plastic covering motors to enable the unit to run more stably and smoothly. The advanced airflow analysis technology CFD is used optimize air 运转更平稳，更流畅；利用先进气流分析技术 CFDto对风道进 paths, making the air supply smoother and wind sound softer.



行优化，送风通道更顺畅，风声更柔和。



The units have high-precision electronic expansion valves inside, making the



机组内置高精度电子膨胀阀，安装更简单方便，同时机组接管 installation more convenient. In addition, pipes can be flexibly connected for



the units, and the refrigerant pipe connection direction can be flexibly selected 设计灵活，可根据实际安装需要，灵活选择冷媒配管接管方 based on actual installation requirements.



向。



Left pipe



Left rear pipe Left bottom pipe Right rear pipe



Right pipe



Right bottom pipe



wind prevention design to provide comfortable ◇ Cold 防冷风设计，制热运行更舒适



of maintenance and overhaul ◇ Ease 维护检修，快捷方便 The baffles of the units can be easily removed for regular cleaning and 机组挡板容易拆卸，方便定期清洗和维护，为您节省时间。 maintenance, saving your time.



experience during heating operation 制热开启时，自动启动防冷风功能，避免冷风吹出来带来的不



The units automatically start the cold wind prevention function when heating is



适。 started, to prevent discomfort caused by cold wind.



◇ Specifications 壁挂式室内机 MWM-W 参数表IDUs MWM-W of wall-mounted Unit model 机组型号



MWM022WP



MWM028WP



MWM036WP



MWM045WP



MWM056WP



MWM071WP



Nominal cooling capacity 名义制冷量



W



2200



2800



3600



4500



5600



7100



Nominal heating capacity 名义制热量



W



2500



3200



4000



5000



6200



7800



Input power 输入功率



W



33



33



34



34



35



55



Rated input current 额定输入电流



A



0.16



0.16



0.17



0.17



0.17



0.26



Noise (high/medium/low) 噪声(高/中/低) Air flow rate 风量



dB(A)



35/33/30



35/33/30



37/34/31



40/36/33



43/39/35



46/44/41



m3/h



450/380/310



480/400/320



540/470/400



600/500/450



800/680/520



920/840/720



Liquid pipe size 液管接管尺寸



mm(in)



Air pipe size 气管接管尺寸



mm(in)



Φ6.35 (1/4'') Φ12.7 (4/8'')



Condensate water pipe size 凝结水管尺寸



mm



Unit dimensions (WxDxH) 机组尺寸(宽×深×高)



mm



900×205×282



kg



12



Unit weight 机组重量 Power 电源 supply



Φ9.52(3/8'')



Φ9.52 (3/8'')



Φ15.88(5/8'')



Φ20 1080×221×304 16 220V~/50Hz 220-240V~/50Hz



above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C and the outdoor dry/wet bulb temperature is 35°C/24°C. * The 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； * The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C and the outdoor dry/wet bulb temperature is 7°C/6°C.



41 33



* The above parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail.



Specifications of Outdoor 产品阵容内外机参数 Units & Indoor Units



series



Ceiling Exposed/Floor Standing Type IDU MCM-V air outlet design to improve the space comfort ◇ Scientific 科学的送风口设计，提升空间舒适度



Anti-mildew and washable filter screen ◇ 防霉可洗过滤网



The unit supplies air in a wide air supply range both horizontally and upwards, 水平、底部双向宽气流送风，送风角度广，气流分布更均匀， making the airflow and temperature more even.



滤网可简单、方便的清洗，保持室内清洁。 clean.



The filter screen can be cleaned easily and conveniently to keep the indoor air



温度场更均匀。



Clean filter screen



◇ 座吊两用，简约美观 Ceiling and floor type installation to present simple and beautiful style Fashionable design elements are adopted for the unit. The floor type or ceiling installation can be used based on environmental requirements, to perfectly fit the 采用流行的设计元素，可根据不同的环境需求，选择座式安装或吊式安装，完美契合空间，特别适用于已装修工程改造、不做吊 space. It is especially applicable to concise commercial places where the decoration transformation is performed and no ceiling is required.



顶的简约商业场所。 Ceiling exposed type installation



Floor standing type installation



◇ 明装吊顶 / 落地两用室内机 MCM-V 参数表 Specifications of ceiling exposed/floor-type IDUs MCM-V Unit model 机组型号



MCM056VP



MCM071VP



MCM112VP



MCM125VP



W



5600



7100



11200



12500



W



6300



8000



12500



14000



W



81



116



161



161



A



0.4



0.55



0.7



0.7



48/45/42



50/46/43



52/48/44



52/48/44



m3/h



1100/970/750



1300/1100/870



1850/1550/1200



1850/1550/1200



Liquid pipe size 液管接管尺寸



mm(in)



Φ6.35(1/4'')



Air pipe size 气管接管尺寸



mm(in)



Φ12.7(4/8'')



Nominal cooling capacity 名义制冷量 Nominal heating capacity 名义制热量 Input power 输入功率 Rated input current 额定输入电流



Noise (high/medium/low) dB(A) 噪声(高/中/低) 风量(高/中/低) Air flow (high/medium/low)



Φ9.52(3/8'') Φ15.88(5/8'')



Condensate water pipe size 凝结水管尺寸



mm



Unit dimensions (WxDxH) 机组尺寸(宽×深×高)



mm



1214×670×214



1214×670×249



Unit weight 机组重量 Power 电源 supply



kg



39



44



Φ20.5 1714×670×249 64



64



220-240V~/50Hz 220V~/50Hz



above cooling capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 27°C/19°C and the outdoor dry/wet bulb temperature is 35°C/24°C. * The 以上所标制冷量是在室内干/湿球温度27/19℃，室外干/湿球温度35/24℃工况条件下的测试结果； * The above heating capacities are tested under the conditions in which the indoor dry/wet bulb temperature is 20°C/15°C and the outdoor dry/wet bulb temperature is 7°C/6°C. * The above parameters may be changed due to product improvement. The parameters indicated on the unit nameplate should prevail.



34 Specifications of Outdoor 42 Units产品阵容内外机参数 & Indoor Units



◇ MCK-VP 四面出风天花室内机面板 机型



遥控面板



室内机选配件 Accessories for IDUs 室内机选配件 ◇ MCK-VP 四面出风天花室内机面板 MCK028~MCK140VP ◇ 外置辅助热水盘管 热水盘管箱



线



MCKV-P-RC-MDSE



HWT08-15



MCKV-P



HWT18-32



HWT35-50



HWT60



◇ 外置辅助热水盘管 适用机型 MCC022SP MCC025SP MCC028SP MCC032SP MCC036SP MCC040SP MCC045SP MCC050SP MCC056SP MCC063SP MCC071SP MCC080VP MCC090VP MCC100VP MCC112VP MCC125VP MCC140VP MCC160VP Control of the MCK-VP ceiling cassette four-way ◇ MCK-VP panel 四面出风天花室内机面板 机型 遥控面板 IDU 风量(m3/h) 450 450 450 580 580 580 800 800 800 960 960 1200 1400 1700 线控面板 1900 1900 2500 2500 ◇热水盘管箱 外置辅助热水盘管 HWT08-15 HWT18-32 HWT35-50 HWT60 MCK028~MCK140VP 供热量(W) 3600 3600 3600 4200 4200 机型 适用机型 3 MCC022SP Model MCC025SP MCC028SP MCC032SP MCC036SP /h) 0.31 0.31 HWT08-15 0.31 0.36 0.36 水流量(m 热水盘管箱 风量(m3/h) 450 450 450 580 580 MCK028~MCK140VP 风阻力(Pa) 7 7 7 13 13 适用机型 MCC022SP 供热量(W) 3600 MCC025SP 3600 MCC028SP 3600 MCC032SP 4200 MCC036SP 4200 水阻力(kPa) 2 2 2 3 3 3 3 风量(m /h)/h) 450 450 450 580 580 0.31 0.31 0.31 0.36 0.36 水流量(m 净质量(kg) 9.5 9.5 9.5 9.5 9.5 供热量(W) 3600 3600 3600 4200 4200 风阻力(Pa) 7 for 7IDUs 7 13 13 Accessories ◇ 室内机选配件 3 /h) 0.31 0.31 0.31 0.36 0.36 水流量(m *水阻力(kPa) 热水盘管加热量测试工况：60℃进水，50℃出水； 2 2 2 3 3



◇ 室内机选配件



4200 MCC040SP 0.54 580 12 MCC040SP 4200 6 580 0.54 11 4200 12 0.54 6



6300MCKV-P-RC-MDSE 6300 6300 7200 遥控面板 Wireless remote controllerMCC063SP panel MCC045SP MCC050SP MCC056SP 0.54 0.54 HWT18-32 0.54 0.6 800 MCKV-P-RC-MDSE 800 800 960 12 12 12 17 MCC045SP 6300 MCC050SP 6300 MCC056SP 6300 MCC063SP 7200 6 6 6 7 800 800 800 960 0.54 0.54 0.54 0.6 11 11 11 11 6300 6300 6300 7200 12 12 12 17 0.54 0.54 0.54 0.6 6 6 6 7



7200 MCC071SP 0.6 960 17 MCC071SP 7200 7 960 0.6 11 7200 17



8000 MCC080VP 0.67 1200 23 MCC080VP 8000 9 1200 0.67 11 8000 23



0.6 7



0.67 9 23 11



*风阻力(Pa) 上表中的风阻力在高速档下测得；机组配接热水盘管使用时，机外静压的选择必须考虑热水盘管的风阻力； 7 7 7 wired controller 13 13 12 12 12 12 17 17 LCD ◇ 室内机选配件 净质量(kg) 9.5 9.5 9.5 9.5 9.5 11 11 11 11 11 11 *水阻力(kPa) 热水盘管外置，安装在室内机组出风口。 2 2 2 3 3 6 6 6 6 7 7 * 热水盘管加热量测试工况：60℃进水，50℃出水； 净质量(kg) 9.5 9.5 9.5 9.5 9.5 11 11 11 11 11 11 * 上表中的风阻力在高速档下测得；机组配接热水盘管使用时，机外静压的选择必须考虑热水盘管的风阻力； * 热水盘管加热量测试工况：60℃进水，50℃出水； 热水盘管外置，安装在室内机组出风口。



9200 MCC090VP 0.79 1400 15 MCC090VP 9200 10 1400 0.79 14 9200 15



MCKV-P4-SLM-MDSE 10200 12000 12000 13500 13500 WiredMCC112VP controllerMCC125VP panel MCC140VP MCC160VP 线控面板 MCC100VP 0.90 0.99 0.99 1.11 1.11 HWT35-50 HWT60 1700 1900 1900 2500 2500 MCKV-P4-SLM-MDSE 21 31 31 26 26 MCC100VP 10200 MCC112VP 12000 MCC125VP 12000 MCC140VP 13500 MCC160VP 13500 13 11 11 17 17 1700 1900 1900 2500 2500 0.90 0.99 0.99 1.11 1.11 14 14 14 15 15 10200 12000 12000 13500 13500 21 31 31 26 26 0.90 0.99 0.99 1.11 1.11 13 11 11 17 17



0.79 10 15 21 31 LCD 14 remote 14controller 14



9



10



13



11



31 14 11



26 15 17



26 15 17



11



14



14



14



14



15



15



* 上表中的风阻力在高速档下测得；机组配接热水盘管使用时，机外静压的选择必须考虑热水盘管的风阻力； * 热水盘管外置，安装在室内机组出风口。



室外机选配件



Note: The above optional parts with different functions can be selected for the IDUs as required.



室外机选配件 Accessories for ODUs 室外机选配件 序号



安装配件名称



配件内容



适用机型型号



1



MDS-A-A1E



直角弯头、变径管、Y型三通



MDS260ER5~MDS360ER5



2 MDS-A-A2E 直角弯头、变径管、Y型三通 MDS380ER5~MDS500ER5 序号 安装配件名称 配件内容 适用机型型号 3 MDS-A-A3E 直角弯头、变径管、Y型三通 MDS520ER5~MDS540ER5 ◇ 内置电加热选型 1 MDS-A-A1E 直角弯头、变径管、Y型三通 MDS260ER5~MDS360ER5 4 MDS-A-A6E 直角弯头、变径管、Y型三通 MDS560ER5~MDS720ER5 Installation Accessory Model Accessory Applicable Model 序号 安装配件名称 配件内容 适用机型型号 No. 2 MDS-A-A2E 直角弯头、变径管、Y型三通 MDS380ER5~MDS500ER5 ◇ 内置电加热选型 电加热量(W) 电源 适用机型 注：组合模块机组安装时，请选购以上对应安装配件。 Right angle elbow, Reducer, Y-type triplet 1 MDS-A-A1E 直角弯头、变径管、Y型三通 MDS260ER5~MDS360ER5 3 MDS-A-A3E 直角弯头、变径管、Y型三通 MDS520ER5~MDS540ER5 1000 MCC022/025/028VP MCC022/025/028SP Right直角弯头、变径管、Y型三通 angle elbow, Reducer, Y-type triplet 2 MDS-A-A2E MDS380ER5~MDS500ER5 4 MDS-A-A6E 直角弯头、变径管、Y型三通 MDS560ER5~MDS720ER5 电加热量(W) 电源 适用机型 1200 MCC032/036/040VP MCC032/036SP 3 MDS-A-A3E MDS520ER5~MDS540ER5 Right直角弯头、变径管、Y型三通 angle elbow, Reducer, Y-type triplet 电加热量(W) 电源 适用机型 1000 MCC022/025/028VP MCC022/025/028SP 注：组合模块机组安装时，请选购以上对应安装配件。 2000 MCC045/050/056VP MCC040/045/050/056SP 4 MDS-A-A6E MDS560ER5~MDS720ER5 Right直角弯头、变径管、Y型三通 angle elbow, Reducer, Y-type triplet 1200 MCC032/036/040VP MCC032/036SP 2200 MCC063/071/080/090VP MCC063/071SP 1000 MCC022/025/028VP MCC022/025/028SP Note: In the 2000 case of installation of combined units, purchase the above corresponding installation accessories. 注：组合模块机组安装时，请选购以上对应安装配件。 MCC045/050/056VP MCC040/045/050/056SP 3400 MCC100/112VP 220V～/50Hz 2200 MCC063/071/080/090VP 12003500 MCC032/036/040VP MCC032/036SP MCC125VPMCC063/071SP 3400 MCC100/112VP 3600 MCC140/160VP 2000 MCC045/050/056VP MCC040/045/050/056SP 220V～/50Hz 3500 MCC125VP 700 MCK028/032/036/040/045VP



◇ 内置电加热选型



控制选配件



Accessories 控制选配件 for Controllers



22001400 ◇ 单独控制器选配件 3600



700 34002100 220V～/50Hz 1400 ◇ 单独控制器选配件 Optional separate controllers * 以上电加热量的允许误差为-10%~+5%； 35002100 1accessories for MC-HMI321AE-(1/10/50)A * 辅助电加热量是在室内机组风量为名义风量时的测试值； 2 MC-HMIGS01CE-(1/10/50)A 3600 No. Order Code ◇ 单独控制器选配件 以上电加热量的允许误差为-10%~+5%； ** 带电加热的机组功率等于电加热的功率与标准机组(不带电加热的机组)功率之和。 3 MC-HMIGS01DE-(1/10/50)A * 辅助电加热量是在室内机组风量为名义风量时的测试值； 700 1 MC-HMI321AE-(1/10/50)A * 带电加热的机组功率等于电加热的功率与标准机组(不带电加热的机组)功率之和。 2 MC-HMIGS01CE-(1/10/50)A



控制选配件



1400



1 MC-HMI321AE-(1/10/50)A 3 MC-HMIGS01DE-(1/10/50)A 注：*2100 (1/10/50)表示单个包装盒所含控制器数量； 2 MC-HMIGS01CE-(1/10/50)A Notes:* *A/B/C表示白色/蓝色/金色； (1/10/50) indicates the number of controllers accommodated in a single package box. 3 MC-HMIGS01DE-(1/10/50)A



MCC063/071/080/090VP MCC063/071SP MCC140/160VP MCK050/056/063/071/080VP MCK028/032/036/040/045VP MCK090/100/112/125/140VP MCC100/112VP MCK050/056/063/071/080VP MC321A MCK090/100/112/125/140VP



Name Wired controller Wireless remote controller (including remote receiver) Wireless remote controller (excluding remote receiver)



MCGS01 Model



MCGS01 MC321A



MCGS01 MC321A MCGS01 MCGS01



MCC125VP MCC140/160VP Applicable Model



MCK028/032/036/040/045VP All IDUs and fresh air IDU All IDUs and fresh air IDU MCK050/056/063/071/080VP MWM/MCM/MCK



MCK090/100/112/125/140VP



MCGS01



* A/B/C indicates white, blue, and gold respectively. ◇ 外置电加热选型 * 以上电加热量的允许误差为-10%~+5%； 详细见订购命名表。 For details, see the order naming list.



注：* (1/10/50)表示单个包装盒所含控制器数量；



* 辅助电加热量是在室内机组风量为名义风量时的测试值； ◇ 外置电加热选型 * A/B/C表示白色/蓝色/金色； 型号 辅助电加热量(W)



电源



适用机型



电源 220V~/50Hz 220V~/50Hz 220V~/50Hz



MCC022~036SP 适用机型 MCC022~036SP MCC022~036SP MCC040~MCC071SP/080VP



注：* 详细见订购命名表。 (1/10/50)表示单个包装盒所含控制器数量； * 带电加热的机组功率等于电加热的功率与标准机组(不带电加热的机组)功率之和。 HDP1.2T08-15 1200 220V~/50Hz * A/B/C表示白色/蓝色/金色； 型号 辅助电加热量(W) HDP2.4T08-15 2400 Accessories for centralized control 详细见订购命名表。 ◇ 集中控制选配件 HDP1.2T08-15 1200 HDP2.4T18-32 2400 HDP2.4T08-15 HDP3.6T18-32 Control Mode HDP2.4T18-32 HDP2.4T35-45



Centralized Wired Controller



◇ 集中控制选配件 HDP3.6T18-32 HDP3.6T35-45 HDP2.4T35-45 HDP4.8T35-50 ◇ 集中控制选配件 Ordered



HDP3.6T35-45 parts HDP7.2T35-50 HDP4.8T35-50 HDP5.4T60



MC-HMI323AE



◇ 外置电加热选型



2400 3600 2400 2400 3600 3600 2400 4800 3600 7200 4800 5400



220V~/50Hz 220V~/50Hz 220V~/50Hz 220V~/50Hz



Centralized Monitoring System



220V~/50Hz 220V~/50Hz 220V~/50Hz 380V/3N~/50Hz MC-CCS101AE (centralized monitoring software) MC-GTW001AE (1-channel conversion port) 220V~/50Hz 380V/3N~/50Hz MC-GTW001BE (4-channel conversion port)



MCC022~036SP MCC040~MCC071SP/080VP Automatic Building Control MCC040~MCC071SP/080VP MCC090~MCC112VP MCC040~MCC071SP/080VP MCC090~MCC112VP MCC090~MCC112VP MCC090~MCC125VP



Standard configurated with BodBus gateway MCC090~MCC112VP MC-GTW003A (BACNET protocol gateway) MCC090~MCC125VP



380V/3N~/50Hz MCC090~MCC125VP 380V/3N~/50Hz MCC140/160VP HDP7.2T35-50 7200 380V/3N~/50Hz MCC090~MCC125VP HDP7.2T60 7200 380V/3N~/50Hz MCC140/160VP *Note: The quantity of electricity of the IDU is not calculated calculated, consult professional technicians. HDP5.4T60 5400for electric meter selection. If it needs to be380V/3N~/50Hz MCC140/160VP *注：电表选型不计算室内机电量，如需计算内机电量请咨询专业技术人员。 型号 辅助电加热量(W) 电源 * 以上电加热量的允许误差为-10%~+5%； HDP7.2T60 7200 380V/3N~/50Hz MCC140/160VP * 电加热箱外置，安装在室内机组出风口处。 HDP1.2T08-15 1200 220V~/50Hz * 以上电加热量的允许误差为-10%~+5%； *注：电表选型不计算室内机电量，如需计算内机电量请咨询专业技术人员。 43 * 电加热箱外置，安装在室内机组出风口处。 HDP2.4T08-15 2400 220V~/50Hz 产品阵容内外机参数



*注：电表选型不计算室内机电量，如需计算内机电量请咨询专业技术人员。 HDP2.4T18-32 2400 43 35 Specifications of Outdoor 产品阵容内外机参数 Units & Indoor Units HDP3.6T18-32 3600



220V~/50Hz 220V~/50Hz



M



44 M MCC04



产品阵容内外机参数



MCC04 44 产品阵容内外机参数



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