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2025 Issue 01
EVI Super Inverter
VRF (Heat Pump) Unit
Energy-saving and
environmental-friendly
Healthy and
comfortable Stable and reliable
Company Introduction FOSHAN CHIGO INTELLIGENT ENVIRONMENTAL EQUIPMENT CO., LTD. a subsidiary of Chigo
Group, is a global supplier with the advantages of integrating R&D, production, sales marketing
engineering design and installation, after-sales service of HVAC，specializing in light commercial
air conditioning, VRF, chiller, modular unit, air source heat pump, commercial free standing AC,
precision air conditioning etc.
Founded in 1994, Chigo is headquartered in Nanhai District, Foshan City, a manufacturing center
in Guangdong-HongKong-Macao Greater Bay Area. After 30 years of rapid andsteady development in the field of air conditioning, his business has spread to more than 180 countries and
regions around the world. In terms of independent research and development, the company has a
first-class R&D center in the industry, dozens of nationally and internationally recognized laboratories, and is a local standard writer for cloud technology in the air conditioning industry in
Guangdong Province. Meanwhile he has won the\"China Patent Excellence Award\" twice and is at
the forefront of the global industry in energy conservation, mute, health, intelligence, and new
energy composite application technologies.
Contents
Multiple measures
All efforts to keep green and environmental-friendly
Safety and reliability
Ensure stable operation of air conditioner
Outstanding performance
Provide you extreme comfort
Considerate design
Easy installation and maintenance
Smart interconnection
Easy control for optimal operation
0 1
0 6
1 0
1 6
2 3
Product parameters 2 7
Our super inverter VRF modular outdoor units have a capacity range of single-module outdoor unit of
8−42 HP, and up to four units can be combined in whatever way to achieve a combined capacity of
8−168 HP. The enhanced vapor injection (EVI) scroll compressor can operate in an ultra-wide
temperature range from -30°C to 55°C. With high energy efficiency, the outdoor units are more
energy-saving.
8-18HP 20-26HP 28-42HP
• 2.2-9.0 kW, 200 mm high
• Suitable for hotel rooms,
bedrooms, offices, etc.
Super inverter
VRF product lineup
Product lineup of VRF outdoor units
Product lineup of VRF indoor units
Low ESP Duct（0-50 Pa） Mid ESP Duct（160Pa）
• 8.0-16 kW, 255 mm high
• Suitable for meeting rooms,
medium-sized and large business
places.
High ESP Duct（200 Pa）
• 20-56 kW
• Suitable for exhibition halls, waiting
rooms, industrial workshops, large
business places, etc.
• 14-56 kW
• Suitable for exhibition halls,
waiting rooms, medium-sized
and large business places, etc.
Fresh Air Processor
(200-400 Pa)
• 2.8-16 kW
• Suitable for meeting rooms, offices,
large/medium-sized/small business
places.
• 1.8-7.1 kW
• Suitable foroffice, living
room and bed room.
• 2.2-8.0 kW
• Suitable for long narrow and long
room or corridor.
One-way Cassette Two-way Cassette Four-way Cassette
• 2.2-8.0 kW
• Suitable for bedrooms, living
rooms, hotel rooms, offices, etc.
Wall-mounted
01
/
02
(Duct indoor units) (Cassette indoor units)
Unit: mm Note: Before installing the outdoor unit, please confirm its dimensions to make sure
that the space is large enough to install it.
Model
Outline dimensions Installation dimensions
A B C D E
8HP~18HP 990 837 1770 760 720
20HP~26HP 1356 837 1770 1120 720
28HP~42HP 1990 837 1770 1760 720
A B
C
D
E
795 (Boom spacing)
795 (Boom spacing)
698 (Boom spacing) 900 (Dimensions of ceiling opening) 950 (Outline dimensions of panel) 840 (Dimensions of unit) 698 (Boom spacing)
840 (Dimensions of unit)
900 (Dimensions of ceiling opening)
950 (Outline dimensions of panel)
Indoor unit
Nut (for
horizontal
adjustment)
Ceiling
Dimensions of ceiling opening 900
Boom Nut
Spacer
Angle bracket
Nut (for horizontal
adjustment)
Unit: (mm) Note: The actual dimensions depend on the actual product.
2.2-8kW
9-16kW
205
290
Model Height of unit (H)
Note: The actual dimensions Unit: mm
depend on the actual product.
C
Dimensions of return air inlet (lower air return)
and installation spacing
A
D
B
E
G
F
Outline dimensions and air outlet dimensions of the unit: Dimensions of return air inlet (rear air return):
J
K
H
I Wire inlet
Installation dimensions of outdoor units
Installation dimensions of indoor units
Model
Outline dimensions Air outlet Rear return
air inlet
Lower return
air inlet Lifting size
A B C D E F G H I J K
Low static
pressure
2.2-2.8kW 665 200 470 475 140 170 445 185 445 590 350
3.6kW 815 200 470 625 140 170 595 185 595 740 350
4.5-5.6kW 1015 200 470 825 140 170 795 185 795 940 350
7.1kW 1215 200 470 1025 140 170 995 185 995 1140 350
8.0-9.0kW 1415 200 470 1225 140 170 1195 185 1195 1340 350
Medium
static
pressure
8.0-11.2kW 1225 255 730 925 192 210 975 215 975 1140 600
12.5-16kW 1375 255 730 1075 192 210 1125 215 1125 1290 600
High static
pressure
20-33.5kW 1495 455 800 918 350 350 1120 / / 1250/1390 660
40-56kW 2035 675 940 1260 350 520 1595 / / 1905 795
Forced ECO mode 1 Forced ECO mode 4 Forced ECO mode 7
Forced ECO mode 2 Forced ECO mode 5 Forced ECO mode 8
Forced ECO mode 3 Forced ECO mode 6 Forced ECO mode 9
Forced ECO mode 10
Operate normally all year round thanks • smart energy
saving technology
Due to the imbalance between power supply and demand, there may be a shortage of electricity in summer, and use of electricity will be
restricted in some places. Our products can automatically identify the operation mode of the whole machine and switch to the ECO mode to
respond to the restricted use of electricity in case of a shortage of electricity.
The system has an automatic ECO mode, in which the system
output can be optimized according to the change of ambient
temperature, to realize automatic energy saving control in all
seasons and improve the comprehensive energy efficiency of
the air conditioner in all seasons.
Automatic ECO mode
According to the actual consumption of electricity, the unit
allows users to set a forced power-limited output mode (as
high as level 10 power-limiting setting), to maintain a higher
overall output with less power.
Forced ECO mode
High Efficiency
ZMV8 Series achieves the industry's top class energy efficiency of cooling and heating by utilizing DC compressor control, DC Fan
motor, and improved performance heat exchanger.
High EER and COP Values
4.77
4.25 4.14 3.93 3.72 3.77 3.73 3.71 3.83 3.87 3.81 3.74 3.67 3.71 3.63 3.52 3.50 3.51
0.00
1.00
2.00
3.00
4.00
(EER) 5.00
8HP 10HP 12HP 14HP 16HP 18HP 20HP 22HP 24HP 26HP 28HP 30HP 32HP 34HP 38HP 40HP 42HP (HP)
03
/
04
The outdoor unit is configured with a DC motor for the fan, which has a high efficiency, 45% higher than that of an ordinary AC motor,
thus largely reducing the energy consumption. The fan supports stepless speed adjustment based on the environment and air
conditioning load, which matches the stepless frequency conversion technology of the compressor, and has a high adjustment
accuracy, thereby keeping the system pressure in the optimal state, and contributing to higher operating efficiency and stability.
DC brushless motor
IGBT frequency converter
VS
DIP-IPM frequency converter
0-480HZ
Illustration of stepwise
frequency conversion
5D full DC frequency conversion technology,
allowing precise stepless adjustment
High-precision electronic
expansion valve DC water pump
Applying the broadband compressor and powerful frequency
conversion control technology, the compressor can operate within a
wide frequency range from 0 Hz to 480 Hz, better cope with all kinds
of complex and extremely harsh working conditions, and are
applicable in a more wide range. The running speed of DC inverter
compressor of the outdoor unit can be adjusted continuously and
freely according to the change of system capacity, thus enabling
accurate adjustment of the refrigerant output.
Wide stepless frequency conversion
By integrating the new generation of DC motor drive technology, the
energy saving performance is improved significantly, the vibration is
mitigated, the running noise becomes lower, and the energy saving
effect is prominent.
The brand new series of DC water pump is configured for the indoor unit,
which completely addresses the problem of vibration noise of an AC water
pump, thus creating a quieter and more comfortable space.
DC indoor unit
DC water pump
Precise adjustment of refrigerant flow over a wide range and with a high
accuracy, thus providing more comfort.
High-precision electronic expansion valve
The 5D full DC frequency conversion technology covers the full DC compressor, full DC motor of indoor and outdoor units,
full DC water pump, full DC electronic expansion valve, and full DC electrical control.
Adaptive evaporation temperature and
condensation temperature
As the air conditioning system operates, the indoor temperature will fluctuate due to the difference between the indoor load change and the
change of indoor unit capacity. The new control logic integrates the adaptive evaporation temperature and condensation temperature
technology, which can achieve better matching between the capacity of the indoor unit and the indoor load, minimize the fluctuation of room
temperature, and meet users' needs for comfort.
Common VRF unit VRF unit integrating adaptive evaporation/
condensation temperature technology
Beginning
Cold Cold
Hot Hot
System operating duration
Hot 28
Comfortable 26
Cold 24
Indoor temperature
℃
Comfortable Comfortable ±0.5℃
Beginning System operating duration
Hot 28
Comfortable 26
Cold 24
Indoor temperature
℃
Full DC frequency
conversion technology
Illustration of stepless
frequency conversion
The outdoor unit employs a newly designed high-efficiency G-shaped all-round heat exchanger with high internal teeth. It is featured
with smaller air flow resistance, more uniform and full heat exchange, increased heat exchange area and efficiency, reduced frosting
during heating in winter, and thus better heating effects.
High efficiency heat exchanger
With a specially designed \"2-1\" refrigerant flow, the amount of liquid refrigerant is effectively increased, the flow resistance is reduced, the
refrigerant velocity is increased, and the heat exchange efficiency of the heat exchanger is optimized.
\"2-1\" refrigerant circuit
The anti-corrosive coating can effectively mitigate the corrosion of air pollutants to the heat exchanger. The hydrophilic coating makes
the air conditioner less prone to frosting during heating, and the lubricating layer can destroy the surface tension of water droplets, and
increase the downward flow velocity of condensed water or defrosting water, thus enhancing the performance of the air conditioner.
Double-sided three-layer coatings, ensuring long-term and
efficient heat exchange of fins
The new corrugated fins with a high heat transfer efficiency and low pressure loss and high-performance φ7 inner grooved copper
tube with spiral lanky teeth are used. As the inner surface area of copper tube is increased, the thermal conductivity is improved;
The hydrophilic corrugated fins have a high frost resistance and facilitate drainage, thus improving the heating performance of air
conditioner.
High-efficiency inner grooved copper tube and new corrugated fins
Ordinary refrigerant circuit \"2-1\" refrigerant circuit
VS
Gaseous refrigerant
Gaseous refrigerant
Liquid refrigerant
Liquid
refrigerant
The liquid refrigerant in heat exchanger accounts for
a small proportion, leading to a low efficiency.
Gas
phase
Mixed gasliquid phase
Liquid
phase
Gaseous
refrigerant
Gaseous
refrigerant
Improve the proportion of liquid refrigerant in the heat
exchanger and enhance the heat exchange efficiency.
Optimized heat exchanger and pipeline system, achieving
high-efficiency heat exchange
Three-stage supercooling technology, significantly
improving the refrigeration capacity
The outdoor heat exchanger adopts a special supercooling section design. Compared with the traditional VRF outdoor unit without a
supercooling section, this new design can realize three-stage supercooling, further reduce the refrigerant temperature, and achieve the
maximum degree of supercooling for more than 30°C.
With the specially designed \"2-1\" flow, the flow velocity on
the liquid refrigerant during refrigeration is increased, thus
enhancing the heat exchange efficiency and increasing the
degree of supercooling.
Stage-1 supercooling
The stage-2 supercooling is realized by uniquely designed
supercooling section of liquid refrigerant at ultra-high flow
rate. Because the combined refrigerant has a high flow rate
and velocity, the heat exchange efficiency also increases
sharply, thus increasing the degree of supercooling.
Stage-2 supercooling
High-efficiency plate heat exchanger is introduced, realizing
by-pass supercooling through the precise adjustment with
the electronic expansion valve.
The three-stage supercooling technology can achieve a
maximum degree of supercooling for more than 30°C, thus
achieving better performance, suitable for longer installation
piping and high drop, and meeting the users' demand for
energy saving and installation.
Stage-3 supercooling室内机 室内机 室内机
Outdoor heat exchanger
Re-supercooler
Compressor
Stage-2 supercooling
Stage-1 supercooling
Outdoor unit Indoor unit Stage-3 supercooling
Premium accessories,
allowing high-efficiency
heat exchange
Liquid refrigerant
Liquid refrigerant Gas
phase
Mixed gasliquid phase
Liquid
phase
05
/
06
With the global warming and frequent occurrence of extreme weather, it
is becoming more and more urgent to meet the demand of refrigeration
and heating in harsh environment. After years of technical development
and experience accumulation, the development team developed the
super inverter VRF, which can be used in various scenarios. It can keep
high-efficiency operation in complex urban building environments both in
a hot season and in a snow season.
Safety and reliability
Ensure stable operation
of air conditioner
Smart oil
return
AI smart
defrosting
Intelligent
programming
technology
Advanced mute
technology
Precise
temperature
control
User-friendly
backup design
VIP mode Centralized control
through IoT
EVI compressor EVI double-injection frequency conversion technology
The system is configured with an EVI compressor of a world-renowned brand and the cold and hot double injection technology. During
refrigeration at a high temperature and heating at a low temperature, superheated air is supplied to the middle cavity of the compressor
through the high-precision vapor injection valve and the middle air supply pipe of the compressor, thus effectively improving the temperature
of air discharged from the compressor, achieving the quasi-two-stage compression, increasing the high-temperature refrigeration capacity
by 20% and the low-temperature heating capacity by 15%. It can still work normally to heat air even if the ambient temperature is as low as
-30ºC, and can heat air without attenuation at -15ºC.
For the heating cycle, for example, when the outdoor ambient temperature
becomes very low, the heat exchange capacity of outdoor unit will decrease, and
the normal return air volume to the air return inlet of the compressor will decrease.
However, by supplementing the refrigerant gas through the intermediate pressure
return air injection port, the air replacement volume of the compressor will
increase, and the circulating refrigerant for heating by the indoor unit heat
exchanger will also increase, thus achieving a higher heating capacity.
DC inverter EVI scroll compressor with large displacement and high cavity pressure
h
P
m+△m Increase in refrigerant flow
Evaporation capacity of outdoor unit enhanced
△m
m
The over-compression control technology can effectively prevent the
increase of power consumption due to excessively high discharge
pressure, improve the energy efficiency for part of loads, adapt to
the working condition of variable compression ratio, and enhance
the compressor performance.
1 Over-compression control technology
When the compressor operates at low load, due to the decrease
of compression ratio, the buoyancy on the moving scroll is
insufficient. This will lead to the axial imbalance of the moving
scroll and fixed scroll and the widening of the gap, which will
further cause the leakage of refrigerant and a lower compression
efficiency.
2 Back pressure control technology
In view of the fluid dynamic characteristics, and based on the
differential pressure between the dynamic and static scrolls, oil is
supplied to the axial and radial rigid contact surfaces inside the
compressor to generate oil film for blocking and sealing. This can
reduce the loss and operation noise of the models with internal
friction, keep the unit running more efficiently and stably, and
extend the service life of compressor.
Differential pressure-based film
lubrication technology
3
The gas refrigerant required is directly injected into the
compressor, which can effectively suppress the exhaust
temperature. This technology, together with the DC frequency
conversion control technology, further enhances the
low-temperature heating capacity and stability and thus achieve a
much higher energy efficiency of the whole unit.
4 EVI technology
The three sections of sliding bearings are all applied with PTFE
coating (a mixed coating of Teflon and copper), which
contributes to stable operation with lower noise. Meanwhile, the
main support of shafting is welded at 12 points, which has a high
welding strength and can effectively ensure the reliability of
compressor.
5 Highly reliable bearing design
The wires of compressor motor are of concentrated winding
design or distributed winding design. In the case of
concentrated winding, the wires are directly wound into coils so
that fewer coils pass through the end face of the stator core.
Compared with the distributed winding, the circumference,
height, resistance, and copper loss of the coils are all reduced,
and the operation efficiency in the middle and low speed ranges
is higher.
6 High-efficiency centralized winding design
The compressor has a speed range of 0-160 rps (0-480
Hz), an even wider capacity range, a displacement of up
to 96CC. With such a powerful design, it can realize fast
cooling and heating of the unit.
Ultra-wide frequency range
operation technology 7
When the compressor runs, the internal refrigerant gas
flows at a very high velocity, which will disturb the
refrigerant oil at the bottom of oil pool and ruin the oil
balance inside the compressor.
8 Anti-turbulence technology
With the combined design of centrifugal oiling and
differential pressure oil supply, normal oil supply to the
upstream pump area can be ensured under normal
conditions and when the differential pressure is not
built up.
Highly reliable two-stage
oil supply design 9
The compressor integrates the ultrafiltration
technology by adopting an internal triple filter design
(oil pool filter, suction air filter and EVI filter), which can
protect the compressor all-round and improve the
operation reliability.
10 Ultrafiltration technology
New dynamic balance design
With an optimal design of the weight and center of
gravity of main and auxiliary balance weights, the optimal
static balance and dynamic balance can be realized, the
vibration and noise of compressor can be effectively
reduced, and the operation stability can be maintained.
11
The neodymium magnet has a magnetic force of 10 times
that of common ferrate magnet, and a larger starting
torque under the same intensity of electromagnetic field,
contributing to a higher motor efficiency.
High-efficiency brushless
DC motor rotor made of
neodymium magnet
12
Circulating refrigerant increased and
discharge pressure improved
Supercooling improved and evaporation capacity enhanced
EVI
compressor
Heat
exchanger
Outdoor side
Economizer
Main flow regulator
Auxiliary flow regulator
*The systems of various models differ slightly from each other.
The illustration above is only for reference.
Heating effect
of indoor unit
enhanced significantly
Multiple measures to ensure
stability and reliability
07
/
08
Various measures to ensure durability
Measures to ensure durability of
electric control system
Measures to ensure durability of
refrigeration system Measures to ensure durability of DC motor
The main control board of outdoor unit
proactively monitoring the operating
current of outdoor unit
When the operating current of outdoor unit exceeds
the protection setting for some abnormal reasons, the
unit will disable frequency increase or actively reduce
the frequency, so that the operating current of the
compressor stays within the normal range, thereby
protecting the compressor from damage due to
overload.
Protection by fast frequency reduction
When the compressor current rises beyond the higher
protection setting, the frequency converter will actively
reduce the frequency quickly to protect the compressor from overload.
Demagnetization protection for compressor
The compressor is designed with a demagnetization protection circuit. When the peak current exceeds the demagnetization protection
current setting, the compressor protection will operate to protect the neodymium magnet of the compressor rotor and thus keep the
normal operation of the compressor.
Unique design of over-compression unloading valve for fixed scroll
In case of over-compression, the displacement of the compressor is automatically adjusted to reduce the compression loss, adapt to
the variable compression ratio, and improve the performance of compressor and the energy efficiency of part of loads.
Automatic oil balance system
The automatic oil balance system can increase the oil storage capacity and improve the reliability of the high-speed compressor while
ensuring the cooling/heating performance.
Exhaust temperature sensor installed on the exhaust pipe of compressor
When the temperature is detected to be above the preset safe range, the compressor will be stopped for protection.
Both the compressor and the fan motor are DC motors. With an advanced design of automatic detection and phase sequence self-adjustment, the unit can automatically correct the phase sequence to maintain normal operation when the power distribution phase sequence of
the unit is incorrect.
Automatic detection and phase sequence self-adjustment technology
The air conditioner is equipped with a refrigerant radiator with low flow resistance
and high-efficiency fins, the most advanced design in the air conditioning industry. The flow resistance is 70% lower than that of an ordinary refrigerant radiator,
and the module temperature reduction is 30ºC more than that with a ventilated
radiator and 10ºC more than that with an ordinary refrigerant radiator.
Such a radiator design, plus the optimized air duct design, can rapidly bring away
the heat inside the electric control box, thereby maintaining all components within
the reliable temperature range.
Leading radiator design for electric control module
Heat exchanger flow channel with high-efficiency fins
Measures to ensure durability of compressor
Multiple measures to ensure
stability and reliability
Design of high-efficiency and large-capacity gas-liquid separator
The gas refrigerant and liquid refrigerant are effectively separated, to prevent a large amount of refrigerant being directly sucked into
the compressor. Meanwhile, based on such parameters as the suction temperature and exhaust temperature, the liquid return is judged,
and the components such as compressor, electronic expansion valve and solenoid valve are adjusted in real time, which can effectively
prevent the abnormal liquid strike on the compressor and maintain stable and reliable operation.
Flexible scroll design of compressor
The friction loss and leakage loss of compressor during normal operation are effectively reduced, and the compressor can be effectively
unloaded when an abnormal pressure occurs inside, avoiding liquid compression, and greatly improving the operation efficiency and
reliability of compressor.
Electric preheating technology and design of one-way valve at the outlet of compressor
This can effectively avoid liquid compression, and prevent backward refrigerant flow, thereby ensuring the stable operation
of the compressor.
320 V−460 V ultra-wide voltage control technology, much higher than the national standard. Easily adapt to power changes and
stay in safe and stable operation.
Our products National standard
V 320 340 360 380 400 420 440 460
342 420
320 460
Diverse protections safeguarding the system in real time
Safe grounding
protection
High voltage and
low voltage protection
Temperature protection Current protection Pressure protection
Surge protection for
electric control module
Motor
overheating protection
Protection against
electromagnetic interference
Anti-freezing
protection
Compressor
overload protection
Overheating protection
for electric control module
Fan motor
overload protection
Anti-liquid strike technology, ensuring the normal operation of compressor
Safe and stable operation over an ultra-wide voltage range
09
/
10
The degree of comfort is an important index to evaluate a central air conditioner. For different application scenarios, scientific air flow distribution, comfortable
and pleasant temperature and clean and fresh air all affect the user experience.
Our super inverter VRF can work in combination with a variety of indoor units,
bringing users a quieter, more comfortable and healthier experience and
creating a more pleasant environment.
Outstanding performance
Provide you extreme comfort
Precise temperature control,
providing you extreme comfort
The parameters of each link of the system (including compressor outlet pressure and temperature sensor, outdoor ambient temperature
sensor, return air temperature sensor, evaporator temperature sensor, etc.) are detected by using complete sensors to precisely control the
operation mode of the system, maintain the system in the optimal operating state, and get the maximum capacity output with the
minimum energy consumption, thus achieving the best energy saving effect.
Precise temperature control, and comfortable
air flow in all directions
Temperature
Beginning Refrigeration Operation duration
Small temperature
difference
High-accuracy temperature sensor used
Large temperature
difference
Traditional control technology
Temperature
setting
Not cool
enough
Very
comfortable
Too cold
Rapid refrigeration of variablefrequency air conditioner
The temperature sensor with a high accuracy of 0.1ºC can sense subtle temperature fluctuation, detect indoor and outdoor units in real
time, adjust the capacity output of outdoor unit, minimize indoor temperature fluctuation, keep a comfortable room temperature, avoid
large temperature change, and provide better comfort for users.
Temperature sensor with a high accuracy of 0.1ºC
Refrigerant balance technology: the advanced refrigerant balance technology can help ensure uniform refrigerant distribution of
outdoor heat exchanger and ensure efficient and stable operation of the system.
Liquid-side bypass control technology: With the multi-electronic expansion valves and liquid-side bypass control technology, the
circulating refrigerant flow can be accurately adjusted, the superheating degree of the compressor can be controlled, the maximum
compressor efficiency can be achieved, thus maintaining safe and reliable operation of the compressor.
Multi-electronic expansion valves and liquid-side bypass control technology
With the multi-electronic expansion valves and liquid-side bypass control technology, the circulating refrigerant flow can be accurately
adjusted, the superheating degree of the compressor can be controlled, the maximum compressor efficiency can be achieved, thus
maintaining safe and reliable operation of the compressor.
Can connect up to 100 indoor units
Solenoid valve
Automatically open/close the
solenoid valve on an as-needed basis
Electronic expansion valve, with an accuracy up to class 3000
Electronic expansion valve
Electronic expansion valve
Wide operating
temperature range, rapid
cooling and heating
11
/
12
Rapid heating
Taking advantage of the large capacity of inverter compressor, by starting the
unit quickly by soft start, instantaneous super heating energy output can be
achieved, thereby quickly meeting the demand of indoor air conditioning load.
The special anti-frosting design at the bottom can maintain frost-free at the bottom of outdoor heat exchanger during heating in winter,
and meanwhile, the ice-water mixture remaining along the fins can be fully heated to liquid state during defrosting, and discharged
through the bottom drainage hole. This can avoid poor heating effect due to frost accumulation at the bottom.
Special heated gas bypass circuit at bottom Schematic diagram of bottom pipeline
Wide operating range, suitable for more applications
The new VRF units can operate in a wide temperature range, and can operate to heat at the lowest temperature of -30ºC, ensuring
satisfactory heating effect in winter. In summer, it can operate to refrigerate at a highest temperature of 55ºC, flexibly cope with special
climatic environment, and meet the personalized needs of users in different environments.
Refrigeration: -5ºC to 55ºC Heating: -30ºC to 30ºC
-30
-7℃ 43℃
Degree centigrade
-20 -10 0 10 20 30 40 55
General operating range of VRF Operating range of our products
-30
-30℃ Heating 30℃
-5℃ Refrigeration 55℃
Degree centigrade
-20 -10 0 10 20 30 40 55
Anti-frosting design at the bottom during heating
Mute operation Mute technology
The aviation-grade high-strength alloy tubular motor bracket
is used, which is of a non-resonant hanger structure. It is
robust and durable, and can reduce the wind resistance,
improve the air volume and lower the noise.
Motor bracket
The stepless speed regulation with low electromagnetic
sound keeps the system in the optimal state, contributing
to a higher operating efficiency and stability and lower
operating noise.
DC motor
When used in occasions where the noise must be controlled within a certain level, the units must operate silently whether in the
daytime or at night. Our VRF provides a variety of mute modes, which can ensure the low noise operation of the unit at any time,
The noise level can be as low as 40dB(A).
Mute mode
The outdoor unit provides a unique night operation setting function. The system can remember and judge the maximum outdoor
temperature, and when the system enters low-load operation mode at night, it can automatically switch to mute mode. There are four
night operation options, which can be selected as actually needed.
Night mute mode
Fan blade: The anti-vibration blade design is adopted, special materials are used, which, combining the bionic thin wing design, outer
edge flanging design and tail edge notch design, etc., can effectively absorb vibration and noise and reduce the vibration noise caused
by the recoil of air flow on the blade.
Muting of air duct
The design of ultra-high step-type variable-caliber guide ring is adopted, which allows the smooth change of air flow velocity, improves
the uniformity of air distribution, increases the air supply distance, effectively prevents the short circuit of air flow, reduces the energy
consumption of the fan, and suppresses the ventilation noise. The design of high ring ribs and vertical ribs outside the guide ring has
higher stiffness and bending strength, thus effectively reducing the vibration noise when the fan is running; The extended guide ring
design also significantly improves the pressure resistance of the fan and increases the air supply distance of the fan.
Guide ring
08:00 12:00 16:00
8hrs
20:00 00:00 04:00 08:00
0
100
50
58
50
40
10hrs
Capacity %
Load %
Running noise dB
User-friendly multiple backup design
13
/
14
User-friendly multiple backup design
Our VRF system supports the combination of four separate units, with each unit being a basic module. For multi-module combination,
when one of the external units fails, it can be disconnected from the system, and the other modules can maintain the operation,
reducing the impact of failure.
Backup of modules
Some basic modules are of a dual-fan design, so that when one fan fails, the other fan can switch to operation, thereby avoiding
sudden shutdown.
Backup of fans
For the basic modules configured with two compressors, when one compressor fails, the other can switch to operation in emergency
to meet the users' demand.
Backup of compressors
Running state Fault or shutdown
The outdoor unit is designed with two fans. When one fan fails, the other fan
can switch to operation in emergency to prevent shutdown and avoid loss to
users.
Fan backup
Each fan starts running according to the
demand normally
When a fan fails, the other one can be
turned on in emergency to prevent
shutdown and avoid loss to users
The modules in the same system are mutually backed up, so that in case that a module fails, the system can still keep running.
Module backup
Intelligent load sharing between two modules normally When a module fails, the other module automatically switches to operation
When a pressure sensor of the unit fails, the system can still read the pressure switch signal to control the unit, thus keeping the
system operation uninterrupted.
Backup of pressure sensors
When an exhaust temperature sensor fails, the system intelligently judges the pressure and current signals. If the data is normal, the
unit will keep operating normally, ensuring the user experience.
Backup of temperature sensors
The system adopts a dual return oil capillary design. In this way, when a capillary is blocked, the other one can still work normally, so
that the normal operation of the system will not be interrupted.
Backup of return oil capillary
For modules configured with two compressors, the two compressors can
intelligently take turns to operate under partial load, and when one fails, the
other one will immediately take over and start to operate.
Compressor backup
Normally, load is distributed between
the two compressors intelligently to keep
balanced operation
When one compressor fails, the other
one takes over and starts to operate in
emergency so as not to interrupt the
normal use of users.
Remote IoT, providing
convenience for your life
Remote IoT-based central control system
Global positioning and information transmission of the unit is supported, the operation status of the unit is fed back in real time, failure
of the unit is predicted in advance, top priority is paid to energy consumption of the unit, and the operation mode is optimized.
Cooperating with communication service providers
Users can learn the running status of the unit in offices, buildings, shops and other places anytime and anywhere, remotely control the
equipment for centralized management. The one-button energy-saving strategy can realize equipment energy saving, monitor the
running status of the equipment in real time, and remind users of equipment fault, if occurring, by SMS in real time.
Via the VRF cloud service platform
VRF cloud service
Global engineering management
Cloud-based centralized control
Remote management supported
in the networked state
Rich extensible functions
Expandability
DI port accessible
10.1-inch touch screen for centralized control
48 systems, centralized control of 384 indoor
units, usage report, and schedule setting
Energy consumption analysis
Energy consumption report, energy
saving analysis
Offices
IMM pro 2.0
Centralized control of park-level buildings, PC-terminal
management, and email information push.
Large comprehensive buildings
7-inch centralized controller
8 systems, centralized
control of 64 indoor units,
schedule setting, and
usage report
Small offices
Protocol gateway
Interlocked with a third-party BMS to expand the
centralized control of buildings.
Building management system (BMS)
Separate controller
Control and management of
independent equipment/units
Houses and shops
Air conditioners can be set to different priorities depending on the importance of room. If set to a high priority of VIP mode, the demand of
VIP indoor units will be satisfied first when the system output is limited.
VIP mode
The indoor unit running in
refrigeration or air supply mode
operates normally, while the indoor
units running in heating mode
display a mode conflict.
Refrigeration only
The indoor unit running in heating
mode operates normally, while the
indoor units running in
refrigeration or air supply mode
display a mode conflict.
Heating only
When the indoor unit running in
heating mode stops, the operation
panel will display \"Non-priority\" or
\"Standby\", while the indoor unit
running in refrigeration mode
continues to operate normally.
Refrigeration priority
When the indoor unit running in
refrigeration or air supply mode
stops, the operation panel will display
\"Non-priority\" or \"Standby\", while the
indoor unit running in heating mode
continues to operate normally.
Heating priority
If #63 indoor unit is set to VIP priority,
the operating mode of VIP indoor
unit has a priority.
VIP priority
Automatic judgement to refrigerate
or heat according to the ambient
temperature has a priority.
Automatic priority
VIP
AUTO
Excellent experience not only lies in the product itself, but also comes from
reliable design and installation. We care users' needs. While providing air-conditioner products with excellent performance, we also fully consider every link
from installation to use and maintenance. Our super inverter VRF is of such
user-friendly design as long piping for installation, super large capacity of
indoor unit, and intelligent diagnosis, which can flexibly address the problems
encountered in installation, use and maintenance. It breaks the traditional
constraints, and brings users a convenient and intelligent experience.
Considerate design
Easy installation and
maintenance
Maintenance
Automatic cleaning, wireless communication, intelligent diagnosis, and fault information storage
Installation
Small size, long piping, high drop, high static pressure, and multiple indoor units
Operation
Resistant to headwind, snow, lightning strike, corrosion and aging
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Extra-long piping and high drop
Total pipe length: 1100 m
Maximum actual single-pipe length: 220 m
Maximum equivalent single-pipe length: 260 m
Maximum length behind the first branch pipe: 120 m
Positive drop: 100 m
Negative drop: 110 m
Indoor unit drop: 40 m
Communication distance: 2000 m
01
The comfort and quietness of the space environment
foremost; multiple patented mute components and
advanced technology used to realize ultra-low-noise
operation.
General manager's office
02
Demand for immediate and rapid refrigeration; famous
and excellent core components and technology used,
which can realize ultra-low-noise operation, improve
heat exchange rate and realize fast refrigeration.
Meeting room
03
Constant temperature demand; stable and reliable
system operation, multiple protection functions, and
better response to environmental changes.
Reference room
04
Large area; the accuracy of air conditioner in
temperature control matters a lot.
Office area
Extra-long piping, allowing
convenient installation
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Ultra-high hydrostatic
pressure, allowing
worry-free use
Safe and stable operation, allowing worry-free use
When the external force causes the outdoor unit fan to rotate reversely, if the air conditioner is started, it will stop the fan first, and then
make the fan rotate forward again according to the program to protect the fan and blades from damage.
Headwind prevention of fan
The high-efficiency axial flow blades and air ducts, designed based on advanced concepts such as computer fluid analysis and air duct
simulation technology, have better air inlet angle and air outlet angle. Combining the unique design of guide ring of ultra-high step-type
variable-caliber fan and a new type of DC brushless motor, the outdoor unit can achieve free adjustment of static pressure and better air
discharge, ensuring smooth air flow and excellent heat exchange effect of the outdoor unit.
Many indoor units can be connected
The number of indoor units that can be connected and the connection
rate increased
Under the condition of without changing the noise, fan blades and DC fan motors with larger air volume are used to achieve higher
static pressure of outdoor unit, ensure the heat dissipation effect of outdoor unit, and optimize the operating conditions of outdoor
unit.
More louver specifications are available, ensuring better heat dissipation effects in the case of both layered layout and centralized
layout.
The maximum static pressure of outdoor unit can reach up to 120 Pa,
thus ensuring the heat dissipation effect of the unit
Newly added indoor units
Conventional model
Our products model
Can connect up to 100 indoor units
External force causes the outdoor
unit fan to rotate reversely
The fan suddenly rotates reversely, causing
the torque to suddenly increase, which will
cause damage to the fan blades
Conventional Anti-headwind
External force causes the outdoor
unit fan to rotate reversely
Rotate forward, with a small starting
torque, protecting the fan blades
Start the unit to stop the fan
120 Pa outlet static pressure
Multiple functions for a
higher efficiency
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In severe weather conditions such as a snowstorm, even if the outdoor unit is not running, the intelligent sensor on the outdoor unit
circuit board will be shorted-circuited after sensing the external snow signal, and the outdoor fan motor will start to run at full speed to
prevent the outdoor unit from being covered with snow. If the user uses the air conditioner, the fan will operate normally instead.
Prevention of snow accumulation
Anti-corrosion technology and anti-corrosion materials are used, which can extend the normal service life of air conditioner units even
in special applications such as coastal areas. The anti-corrosion technologies for various components are stated below:
Anti-corrosion treatment
The outdoor unit is specially designed with lightning protection
in the circuit, which can prevent interference and lightning
strike. In addition, together with the reliable grounding design
inside the unit and stringent requirements for installation
outside the factory, it can ensure more stable and reliable
operation of the system.
Lightning strike protection
The indoor unit casing, outdoor unit casing, and various
controller casings are all designed against aging, which can
better avoid the color difference due to yellowing of the
casing after long-term use of the unit and maintain the
good-looking appearance of the unit.
Anti-aging
(1) Stainless steel screws or high-performance anti-corrosion screws are used;
(2) Electrical components are constructed of an integrated closed structure and are applied with special anti-corrosive coatings;
(3) The highly anti-corrosive and hydrophilic aluminum foil heat exchanger fins are used, and the anti-corrosive primer is added to
improve the anti-corrosion effect of the fins;
(4) The protective net is dipped with ultraviolet resistant powder and subjected to deep anti-corrosion treatment;
(5) Sheet metal parts are subjected to phosphating treatment on the surface, and are applied with special anti-corrosive materials.
Through double anti-corrosion treatment, the anti-corrosion ability of sheet metal is greatly improved;
(6) The copper pipe weld is applied with anti-corrosive paint;
(7) The pressure vessel is subjected to phosphating treatment on the surface, which provides a high anti-corrosion performance;
(8) Plastic sealed motor is used;
(9) The electric control board is applied with moisture-proof oil;
(10) The metal plate of electric control box is applied with anti-corrosive coating on the surface.
*This function is optional.
Snow accumulated on common VRF Automatic prevention of
snow accumulation
Automatic evaluation and filling of refrigerant
With an advanced intelligent control program, the amount of refrigerant flowing in the system is monitored in real time and intelligently
evaluated according to the operating status of the system, thereby ensuring the stable operation of the system. In this way, the
refrigerant status of the system can be understood in real time by checking the relevant data on the host computer.
Automatic evaluation of refrigerant
By comprehensively evaluating the parameters such as temperature, supercooling degree, and pressure during the test run of the
system, the refrigerant filled in the outdoor unit can be effectively judged, thus making the maintenance of the air conditioning system
more convenient and improving the efficiency of unit installation and commissioning.
Automatic filling of refrigerant
Smart recovery, convenient
for maintenance
Automatic address
assignment Non-polar communication
Intelligent diagnosis and
commissioning software
Self-cleaning and
dedusting functions
360º pipe connection
The pipe can be freely connected in the front, at the back, on the side, or at
the bottom. This provides convenience for installation and use, without the
need of making compromises in the installation due to a limited space.
360°
Better user experience design, more convenient for installation and maintenance
The unit has the function of automatic intelligent recovery of refrigerant by one click. During unit maintenance, the refrigerant can be
automatically recovered to the indoor unit or other normal outdoor units by pressing the key on the main control panel of outdoor
unit, which not only effectively protects the environment, but also saves the maintenance cost.
Automatic recovery of refrigerant
Automatic evaluation of refrigerant Automatic filling of refrigerant
Automatic recovery of refrigerant
Positioning of indoor
and outdoor units
Wireless communication
Design of outdoor unit without oil balance tube
No oil balance tube is required between outdoor unit modules. This reduces the pipeline leakage points, ensures stable and
efficient oil return, and allows more convenient installation.
Power-off emergency repair of indoor unit
When an indoor unit fails and needs to de-energized
for repair, it can be powered off independently, which
will not affect the normal operation of the whole
system. In addition, the number of power-off units
and power-off duration can be set as needed, which
improves the flexibility and convenience of maintenance.
Other indoor units operate normally Separately cut off from the
power supply for repair
With the room card and access control management
functions, the units can be interlocked with hotel room or
smart home system for management. When the card is
inserted, the air conditioner starts to work, and automatically executes the earlier operation mode, thus avoiding
waste and being more efficient and convenient.
Interlocked with room card
The system has a built-in intelligent lock, which can be
unlocked with one key after being actually installed
according to the specifications, ensuring the operation
reliability of the whole system and avoiding the problems
caused by incorrect installation by humans. In combination
with the intelligent air conditioner management system,
the system can be locked in case of arrears, which is
convenient for management.
Construction supervision
In some occasions, when a diesel generator is used to
supply power temporarily, the outdoor unit can recognize
the signal of insufficient power supply, adapt to the low
voltage load, and send the signal to the indoor unit. In this
case, only the VIP rooms are allowed to use air conditioners, while other rooms are not allowed.
Recognition of insufficient power
supply
VIP room
Other rooms
Other rooms
The DC inverter has a \"black box\" data storage device: the
\"black box\" data storage device can automatically store
the data of the main machine, indoor unit and control
system and the cause of the fault when a fault occurs, and
the \"black box\" can record the fault data, which can also
be saved even when power is off, without limit on the
duration of storage.
Storage of fault information in
black box
The interfaces reserved on the indoor and outdoor units
can connect the building's fire protection system. In this
way, when a fire alarm is triggered, the system will
automatically shut down to avoid greater risk and loss
and ensure safe use.
Interlocked with fire protection
system and shutdown in emergency
OFF
Both the indoor unit and outdoor unit may be unexpectedly powered off during operation. In this case, the system
will record the running state before the power failure, and
when the power supply is restored, the system will
automatically return to the state before the power failure
without the need of resetting.
Automatic restart with memory
after power failure
Intelligent diagnosis for easy and efficient management
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Intelligent diagnosis for easy
and efficient management
Technology changes life, and AI makes life more convenient. Our super inverter
VRF is equipped with diverse controllers and control modes, the intelligent and
efficient centralized management system can help you solve the problems on
the management of traditional central air-conditioning system, thus meeting
the needs of different occasions, and allowing you to manage your central
air-conditioning system freely and conveniently.
Smart interconnection
Easy control for optimal
operation
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Diverse control modes
Our products support a variety of control modes to meet the needs of different populations at different places.
Features Advantages
Can control up to 128 indoor
units and 16 refrigerant systems
Small in size, compatible with 86 type box mounting holes
Centralized controller (4-inch)
Features Advantages
Through each intelligent gateway,
64 indoor units can be centrally
controlled by computer/mobile
phone /iPad.
1. Control is possible in any time and at any place, as long as
network signal is available for the mobile phone;
2. Multiple indoor units can be centrally controlled, facilitating
unified management.
Intelligent gateway control
Remote control
One to one
Suitable for all indoor units
Features
The traditional remote controller is powered by battery,
which can be flexibly and conveniently installed and removed.
Advantages
Features Advantages
One to one
Control a certain indoor unit
1. Mounted on the wall, and will not get lost;
2. Powered by the indoor unit, without the need of
batteries, which is convenient.
Wire controller
Features Advantages
Connect the air conditioner to the
hotel card management system for
central control with other electrical
appliances
A new generation of hotel card insertion system, compatible
with strong current and weak current control, making it easy
to access to various hotel room card insertion systems.
Hotel card insertion system
Features Advantages
Provide a common protocol for
centralized control of air conditioners,
lighting system, fire system, and
other systems.
Provide a common protocol for integrating the air conditioners,
lighting system, fire system, and other systems for automatic
building management.
BMS
Features Advantages
Large screen, control by group 1. Can control many indoor units, facilitating centralized
management;
2. Powerful functions such as indoor unit group management
and weekly timing;
3. Automatic division of independent electric quantity
Touch centralized controller (7-inch)
Intelligent control for
convenient life
With clock, timing, swing air supply and other functions;
Simple and small, powered by traditional #7 battery, ultra-low power consumption;
Backlight display+fluorescent button (optional), convenient for night operations;
Multiple mode setting functions (automatic, refrigeration, heating, dehumidification, multi-stage air supply);
The address of indoor unit can be set automatically through the remote control, making installation and
commissioning fast and convenient;
Sleep/mute/ECO/power saving and other additional functions, fast switching between refrigeration and heating
with one key.
Also with the remote control and receiving functions, and can receive the remote control as long as you point to it;
With the functions of clock, timing, swing air supply, filter cleaning warning, energy-saving operation, etc.
Support setting of a variety of operation modes (automatic, refrigeration, heating, dehumidification, multi-stage air
supply);
Latest fashionable design, touch buttons, good-looking, and simple to operate;
Backlight display, Chinese characters, convenient to operate even at night; WIFI function optional, which can realize
remote control;
10-stage static pressure adjustable, precisely matching the requirements of multi-branch air ducts, with excellent
adaptability for engineering installation.
Operating status query, parameter setting, address setting, and achieving master-slave line controller control of the
same indoor unit through parameter configuration.
With the functions of fault warning, mode locking, ECO setting, etc.
Full touch screen design, good-looking, multi-languages supported, and convenient to operate;
Support any timing, group timing, weekly timing, holiday timing and schedule management functions;
Can make statistics of the operating state change records and daily execution of all equipment, and export data;
Support mode locking, remote locking, VIP locking, single unit control, group control and all control;
Can export graphical reports, operation status (fault record), log management, energy consumption management
table and other data;
Up to 100 indoor units form an air-conditioner LAN, which can be directly connected with multiple VRF indoor
and outdoor units for communication conveniently.
Based on the distributed architecture, the brand new centralized control system allows administrators to log in to the control system through a browser to
realize the automation and remote online management and control of air conditioners. In addition, it has the functions of automatic power division,
building control and schedule management, which can provide professional solutions for enterprises and users, help you effectively control the overall use
of the central air conditioning system, and provide you with an efficient and intelligent one-stop solution for the air conditioning system.
Remote control
Wire controller
Touch centralized controller (7-inch)
Network-based centralized control system
图
One IMMPro software can access up to 10 sets of
MD-CMM23
One MD-CMM23 can access up to 48
refrigerant systems or 384 indoor units
Central controller
Central controller
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The system can realize remote centralized monitoring in the LAN, and support the operation of browsers such as Chrome and mobile devices (such as
Android and iOS). The report of power division and the report of device operation record are output in csv and excel formats, which is convenient for
statistics. It can be directly connected to the outdoor unit easily, reducing wiring difficulty, saving engineering time and cost.
(1) Temperature authority and scope management
(2) Equipment monitoring
(3) Air conditioner authority management
(4) Fault management
(5) Schedule management function
(6) Statistics of cumulative running time
(7) Prepayment function
(8) Time-of-use electricity pricing
(9) Statistics of data and report output
(10) Exclusive VIP grouping
(11) Statistics of overall energy consumption of
buildings
(12) Automatic backup of billing data.
Main functions:
1. Automatic deducting from prepayment; 2. Recharge record query; 3. Electricity arrears alarm;
4. Flexible allocation of air conditioning expenses in public areas (multiple modes optional) can be realized
Main characteristics:
The household billing system has an algorithm for power division and management. Based on the operating data of indoor/outdoor units, such as
operating time, capacity and opening of electronic expansion valve, the household metering software distributes the total power consumption measured
by the electric meter to each indoor unit, realizing scientific and reasonable individual billing.
Individual billing:
Each outdoor unit or each refrigeration system
is provided with an electric meter.
Wh Wh Wh Wh
Outdoor unit
Indoor unit
Wire
controller
Power supply for
outdoor unit
Power supply for
indoor unit
Specifications
ZMV8 Outdoor units
Appearance
HP 8 10 12 14 16 18 20 Power supply Cooling
Capacity kW 25.5 28.5 33.5 40 45 50.5 56 Power input W 5350 6700 8100 10180 12100 13400 15020 Rated current A 9.05 11.39 13.11 17.17 20.3 22.65 25.29 EER W/W 4.77 4.25 4.14 3.93 3.72 3.77 3.73 Heating
Capacity kW 27.4 31.5 37.5 45 50 56 63 Power input W 5300 6650 8200 10600 12000 13400 15200 Rated current A 9.01 11.3 13.27 17.88 20.25 22.65 25.7 COP W/W 5.17 4.74 4.57 4.25 4.17 4.18 4.14 APF Wh/Wh 5.3 5.0 4.9 4.85 4.8 4.7 4.65 IPLV(C) W/W 10.0 9.80 9.65 9.5 9.3 9.2 8.9 Maximum quantity of connectable IDU Set 13 16 19 23 26 29 33 Maximum operating current A 17 18.8 23 26.2 31.7 33 40.5 Maximum power input W 12100 13160 14410 15300 19100 19500 23900 Maximum discharge/suction pressure MPa Compressor Brand Outdoor fan
Fan motor type Airflow volume m /h 13000 13000 14500 15600 15600 16500 22000 Sound pressure level dB A ≤56 ≤57 ≤59 ≤60 ≤63 Dimension
(W*H*D)
Unit mm 990*1770*837 Package mm 1060*1935*910 Model: CGMV-V***W/DSN1-TA0 255 285 335 400 450 505
Model: CGMV-V***W/DSN1-TB0 560 Model: CGMV-V***W/DSN1-TC0 Weight
Net kg 206 206 206 224 224 226 280 Gross kg 220 220 220 238 238 240 298 Refrigerant
Type Throttling type Pipes
connection
Liquid pipe mm φ12.7 φ12.7 φ12.7 φ16 φ16 φ16 Gas pipie mm 25.4 25.4 25.4 28.6 28.6 28.6 31.8 Connection type Operation
range
Cooling Heating 3
（ ）
℃ ℃ φ19.1 φ φ φ φ φ φ φ Notes:
Capacities are based on the following conditions:
Cooling: Indoor temperature 27 DB / 19 WB; Outdoor temperature 35 DB / 24 WB;
Heating: Indoor temperature 20 DB / 15 WB; Outdoor temperature 7 DB / 6 WB;
Piping length: Interconnecting piping length is 7.5m, level difference is zero.
Sound values are measured in a semi-anechoic room, at a position 1m in front of the unit and 1.3m above the floor.
The above combined types are factory-recommended type. The combined type also can be combined at will.
℃ ℃ ℃ ℃
℃ ℃ ℃ ℃
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Specifications
ZMV8 Outdoor units
22 24 26 28 30 32 34 36 38 40 42
3N~380V 50Hz
61.5 68.5 73.5 80 85 90 95.5 101 106 112 117
16560 17900 18970 20990 22750 24550 25760 27820 30120 31990 33380
27.85 30.10 31.90 35.48 38.26 41.29 43.32 46.79 50.66 53.80 56.42
3.71 3.83 3.87 3.81 3.74 3.67 3.71 3.63 3.52 3.50 3.51
69 75 81.5 89.5 95 100 106 112 119 123.5 130
16800 17500 19180 21200 22890 23820 25670 27180 29560 31680 33060
28.4 29.58 32.42 35.84 38.70 40.27 43.39 45.95 49.97 53.55 55.88
4.11 4.29 4.25 4.22 4.15 4.20 4.13 4.12 4.03 3.90 3.93
4.6 4.7 4.6 4.55 4.6 4.55 4.5 4.45 4.15 4.1 4
8.8 8.8 8.6 8.5 8.4 8.3 8.25 8.2 8.15 8.1 8.0
36 39 43 46 50 53 56 59 63 64 64
41.5 46.00 51.00 52.00 56.80 57.00 63.70 64.00 74.60 75.00 80.00
24500 25900 28000 29500 31800 32900 34500 35100 46100 46300 46300
4.4/1.6
GMCC
DC Motor
22000 21500 21500 29000 28000 28000 29000 29000 29000 30000 30000
≤63 ≤62 ≤62 ≤63 ≤64 ≤64 ≤65 ≤65 ≤66 ≤67 ≤68
1356*1770*837 1990*1770*837
1425*1935*910
615 685 735
800 850 900 955 1010 1060 1120 1170
2060*1935*910
280 300 300 400 448 448 453 453 466 466 468
198 318 318 422 470 470 475 475 488 488 490
R410A
Electronic Expansion Valve (EEV)
22 22 22 φ22 φ22 φ22 φ22 φ22
31.8 31.8 31.8 31.8 38.1 38.1 38.1 38.1 38.1 38.1 38.1
Welding
-5 -55
-30 -30
℃ ℃
℃ ℃
φ19.1 φ19.1 φ19.1 φ φ φ
φ φ φ φ φ φ φ φ φ φ φ
Specifications Duct indoor units
Low static pressure duct
Power supply 220V-1PH-50Hz
Cooling capacity W 2200 2800 3600 4500 5600 7100 8000 9000
Heating capacity W 2600 3200 4000 5000 6300 8000 9000 10000
Power input W 30 30 50 66 66 88 120 120
Operating current A 0.15 0.15 0.2 0.3 0.3 0.4 0.7 0.7
Fan motor type Brushless DC Motor
Airflow volume m³/h 450 450 650 750 750 1000 1400 1400
External Static pressure Pa 0-50 0-50 0-50 0-50 0-50 0-50 0-50 0-50
Sound pressure level dB(A) 21-32 21-32 21-33 29-35 29-35 30-38 32-42 32-42
Net Dimension
(WxDxH) mm 550X450X200 550X450X200 700X450X200 900X450X200 900X450X200 1100X450X200 1300X450X200 1300X450X200
Packing Dimension
(WxDxH) mm 780X540X250 780X540X250 930X540X250 1130X540X250 1130X540X250 1330X540X250 1545X555X270 1545X555X270
Net weight kg 14.5 14.5 16.5 19.5 19.5 24.5 28.5 29.5
Connecting pipes
(Gas/liquid) mm 9.52/6.35 9.52/6.35 12.7/6.35 12.7/6.35 12.7/6.35 15.88/9.52 15.88/9.52 15.88/9.52
Power supply 220V-1PH-50Hz
Cooling capacity W 2200 2800 3600 4500 5600 7100 8000 9000
Heating capacity W 2600+750(PTC) 3200+750(PTC) 4000+750(PTC) 5000+1200(PTC) 6300+1200(PTC) 8000+1500(PTC) 9000+2200(PTC) 10000+2200(PTC)
Power input W 30+750(PTC) 30+750(PTC) 50+750(PTC) 66+1200(PTC) 66+1200(PTC) 88+1500(PTC) 120+2200(PTC) 120+2200(PTC)
Operating current A 0.15+3.4(PTC) 0.15+3.4(PTC) 0.2+3.4(PTC) 0.3+5.5(PTC) 0.3+5.5(PTC) 0.4+6.82(PTC) 0.7+10(PTC) 0.7+10(PTC)
Fan motor type Brushless DC
Low ESP Duct indoor unit with water pump, without electric heating
Low ESP Duct indoor unit with water pump and electric heating
（ ）
（ ）
Model CGMV-V22F1Y-HFAA CGMV-V28F1Y-HFAA CGMV-V36F1Y-HFA CGMV-V45F1Y-HFB CGMV-V56F1Y-HFB CGMV-V71F1Y-HFC CGMV-V80F1Y-HFCA CGMV-V90F1Y-HFCA
Model CGMV-V22F1EY-HFAA CGMV-V28F1EY-HFAA CGMV-V36F1EY-HFA CGMV-V45F1EY-HFB CGMV-V56F1EY-HFB CGMV-V71F1EY-HFC CGMV-V80F1EY-HFCA CGMV-V90F1EY-HFCA
Motor
Airflow volume m³/h 450 450 650 750 750 1000 1400 1400
External Static pressure Pa 0-50 0-50 0-50 0-50 0-50 0-50 0-50 0-50
Sound pressure level dB(A) 21-32 21-32 21-33 29-35 29-35 30-38 32-42 32-42
Net Dimension
(WxDxH) mm 550X450X200 550X450X200 700X450X200 900X450X200 900X450X200 1100X450X200 1300X450X200 1300X450X200
Packing Dimension
(WxDxH) mm 780X540X250 780X540X250 930X540X250 1130X540X250 1130X540X250 1330X540X250 1545X555X270 1545X555X270
Net weight kg 15 15 16.5 19.5 19.5 25 29 30
Connecting pipes
(Gas/liquid) mm 9.52/6.35 9.52/6.35 12.7/6.35 12.7/6.35 12.7/6.35 15.88/9.52 15.88/9.52 15.88/9.52
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Specifications Duct indoor units
Low static pressure duct
Power supply 220V-1PH-50Hz
Cooling capacity W 2200 2800 3600 4500 5600 7100 8000 9000
Heating capacity W 2600 3200 4000 5000 6300 8000 9000 10000
Power input W 30 30 50 66 66 88 120 120
Operating current A 0.15 0.15 0.2 0.3 0.3 0.4 0.7 0.7
Fan motor type Brushless DC Motor
Airflow volume m³/h 450 450 650 750 750 1000 1400 1400
External Static pressure Pa 0-50 0-50 0-50 0-50 0-50 0-50 0-50 0-50
Sound pressure level dB(A) 21-32 21-32 21-33 29-35 29-35 30-38 32-42 32-42
Net Dimension
(WxDxH) mm 550X450X200 550X450X200 700X450X200 900X450X200 900X450X200 1100X450X200 1300X450X200 1300X450X200
Packing Dimension
(WxDxH) mm 780X540X250 780X540X250 930X540X250 1130X540X250 1130X540X250 1330X540X250 1545X555X270 1545X555X270
Net weight kg 14 14 16 19 19 24 28 29
Connecting pipes
(Gas/liquid) mm 9.52/6.35 9.52/6.35 12.7/6.35 12.7/6.35 12.7/6.35 15.88/9.52 15.88/9.52 15.88/9.52
Power supply 220V-1PH-50Hz
Cooling capacity W 2200 2800 3600 4500 5600 7100 8000 9000
Heating capacity W 2600+750(PTC) 3200+750(PTC) 4000+750(PTC) 5000+1200(PTC) 6300+1200(PTC) 8000+1500(PTC) 9000+2200(PTC) 10000+2200(PTC)
Power input W 30+750(PTC) 30+750(PTC) 50+750(PTC) 66+1200(PTC) 66+1200(PTC) 88+1500(PTC) 120+2200(PTC) 120+2200(PTC)
Operating current A 0.15+3.4(PTC) 0.15+3.4(PTC) 0.2+3.4(PTC) 0.3+5.5(PTC) 0.3+5.5(PTC) 0.4+6.82(PTC) 0.7+10(PTC) 0.7+10(PTC)
Fan motor type Brushless DC
Low ESP Duct indoor unit without water pump and electric heating
Low ESP Duct indoor unit without water pump, with electric heating
（ ）
（ ）
Model CGMV-V22F1Y-FAA CGMV-V28F1Y-FAA CGMV-V36F1Y-FA CGMV-V45F1Y-FB CGMV-V56F1Y-FB CGMV-V71F1Y-FC CGMV-V80F1Y-FCA CGMV-V90F1Y-FCA
Model CGMV-V22F1EY-FAA CGMV-V28F1EY-FAA CGMV-V36F1EY-FA CGMV-V45F1EY-FB CGMV-V56F1EY-FB CGMV-V71F1EY-FC CGMV-V80F1EY-FCA CGMV-V90F1EY-FCA
Motor
Airflow volume m³/h 450 450 650 750 750 1000 1400 1400
External Static pressure Pa 0-50 0-50 0-50 0-50 0-50 0-50 0-50 0-50
Sound pressure level dB(A) 21-32 21-32 21-33 29-35 29-35 30-38 32-42 32-42
Net Dimension
(WxDxH) mm 550X450X200 550X450X200 700X450X200 900X450X200 900X450X200 1100X450X200 1300X450X200 1300X450X200
Packing Dimension
(WxDxH) mm 780X540X250 780X540X250 930X540X250 1130X540X250 1130X540X250 1330X540X250 1545X555X270 1545X555X270
Net weight kg 14.5 14.5 16 19 19 24.5 28.5 29.5
Connecting pipes
(Gas/liquid) mm 9.52/6.35 9.52/6.35 12.7/6.35 12.7/6.35 12.7/6.35 15.88/9.52 15.88/9.52 15.88/9.52
Specifications Duct indoor units
Medium static pressure duct
*Note: Medium static pressure duct uints can achieve an ultra-high static pressure of 160Pa through a customized motor. Mid ESP Duct indoor unit with water pump, without electric heating
Mid ESP Duct indoor unit with water pump and electric heating
（ ）
（ ）
Model
Model
CGMV-V80F2Y-HFD CGMV-V90F2Y-HFD CGMV-V100F2Y-HFD CGMV-V112F2Y-HFD CGMV-V125F2Y-HFE CGMV-V140F2Y-HFE CGMV-V150F2Y-HFE CGMV-V160F2Y-HFE
CGMV-V80F2EY-HFD CGMV-V90F2EY-HFD CGMV-V100F2EY-HFD CGMV-V112F2EY-HFD CGMV-V125F2EY-HFE CGMV-V140F2EY-HFE CGMV-V150F2EY-HFE CGMV-V160F2EY-HFE
Power supply 220V-1PH-50Hz
Cooling capacity W 14000 15000 16000
Heating capacity W 16000 17000 18000
Power input W 240 240 300
Operating current A 1.1 1.1 1.4
Fan motor type Brushless DC Motor
Airflow volume m³/h 1800 1800 2100
External Static pressure Pa 0-120
Sound pressure level dB(A) 38-44 38-44 38-44 40-47
Net Dimension
(WxDxH) mm 1100X700X255 1250X700X255
Packing Dimension
(WxDxH) mm 1315X840X330 1450X825X310
Net weight kg 38 38 38
Connecting pipes
(Gas/liquid) mm 15.88/9.52
Power supply 220V-1PH-50Hz
Cooling capacity W 14000 15000 16000
Heating capacity W 16000+2400(PTC) 17000+2400(PTC) 18000+2400(PTC)
Power input W 240+2400(PTC) 240+2400(PTC) 240+2400(PTC) 300+2400(PTC)
Operating current A 1.1+10.9(PTC) 1.1+10.9(PTC) 1.1+10.9(PTC) 1.4+10.9(PTC)
Fan motor type Brushless DC Motor
Airflow volume m³/h 1800 1800 1800 2100
External Static pressure Pa 0-120
Sound pressure level dB(A) 38-44 38-44 38-44 40-47
Net Dimension
(WxDxH) mm 1100X700X255 1250X700X255
Packing Dimension
(WxDxH) mm 1315X840X330 1450X825X310
Net weight kg 39 39 39 39
Connecting pipes
(Gas/liquid) mm 15.88/9.52
8000 9000 10000 11200 12500
9000 10000 11200 12500 15000
160 280 280 280 240
1.4 2.4 2.4 2.4 1.1
1300 1800 1800 1800 1800
35-40 41-45 41-45 41-45
33 33 36 36 38
8000 9000 10000 11200 12500
9000+2000(PTC) 10000+2000(PTC) 11200+2000(PTC) 12500+2000(PTC) 15000+2400(PTC)
160+2000(PTC) 280+2000(PTC) 280+2000(PTC) 280+2000(PTC)
1.4+9.1(PTC) 2.4+9.1(PTC) 2.4+9.1(PTC) 2.4+9.1(PTC)
1300 1800 1800 1800
35-40 41-45 41-45 41-45
33.5 33.5 36.5 36.5
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*Note: Medium static pressure duct uints can achieve an ultra-high static pressure of 160Pa through a customized motor.
Specifications Duct indoor units
Medium static pressure duct
Mid ESP Duct indoor unit without water pump and electric heating
Mid ESP Duct indoor unit without water pump, with electric heating
（ ）
（ ）
Model
Model
CGMV-V80F2Y-FD CGMV-V90F2Y-FD CGMV-V100F2Y-FD CGMV-V112F2Y-FD CGMV-V125F2Y-FE CGMV-V140F2Y-FE CGMV-V150F2Y-FE CGMV-V160F2Y-FE
CGMV-V80F2EY-FD CGMV-V90F2EY-FD CGMV-V100F2EY-FD CGMV-V112F2EY-FD CGMV-V125F2EY-FE CGMV-V140F2EY-FE CGMV-V150F2EY-FE CGMV-V160F2EY-FE
Power supply 220V-1PH-50Hz
Cooling capacity W 14000 15000 16000
Heating capacity W 16000 17000 18000
Power input W 240 240 300
Operating current A 1.1 1.1 1.4
Fan motor type Brushless DC Motor
Airflow volume m³/h 1800 1800 2100
External Static pressure Pa 0-120
Sound pressure level dB(A) 38-44 38-44 40-47
Net Dimension
(WxDxH) mm 1100X700X255 1250X700X255
Packing Dimension
(WxDxH) mm 1315X840X330 1450X825X310
Net weight kg 37.5 37.5 37.5
Connecting pipes
(Gas/liquid) mm 15.88/9.52
Power supply 220V-1PH-50Hz
Cooling capacity W 14000 15000 16000
Heating capacity W 16000+2400(PTC) 17000+2400(PTC) 18000+2400(PTC)
Power input W 240+2400(PTC) 240+2400(PTC) 300+2400(PTC)
Operating current A 1.1+10.9(PTC) 1.1+10.9(PTC) 1.1+10.9(PTC) 1.4+10.9(PTC)
Fan motor type Brushless DC Motor
Airflow volume m³/h 1800 1800 2100
External Static pressure Pa 0-120
Sound pressure level dB(A) 38-44 38-44 38-44 40-47
Net Dimension
(WxDxH) mm 1100X700X255 1250X700X255
Packing Dimension
(WxDxH) mm 1315X840X330 1450X825X310
Net weight kg 38.5 38.5 38.5 38.5
Connecting pipes
(Gas/liquid) mm 15.88/9.52
8000 9000 10000 11200 12500
9000 10000 11200 12500 15000
160 280 280 280 240
1.4 2.4 2.4 2.4 1.1
1300 1800 1800 1800 1800
35-40 41-45 41-45 41-45 38-44
32.5 32.5 35.5 35.5 37.5
8000 9000 10000 11200 12500
9000+2000(PTC) 10000+2000(PTC) 11200+2000(PTC) 12500+2000(PTC) 15000+2400(PTC)
160+2000(PTC) 280+2000(PTC) 280+2000(PTC) 280+2000(PTC) 240+2400(PTC)
1.4+9.1(PTC) 2.4+9.1(PTC) 2.4+9.1(PTC) 2.4+9.1(PTC)
1300 1800 1800 1800 1800
35-40 41-45 41-45 41-45
33 33 36 36
Specifications Duct indoor units
High static pressure duct
High ESP Duct indoor unit（with water pump, without electric heating）
Model CGMV-V200F3Y-HFH CGMV-V224F3Y-HFH CGMV-V260F3Y-HFH CGMV-V280F3Y-HFH CGMV-V335F3Y-HFH
Power supply 220V-1PH-50Hz
Cooling capacity W 20000 22400 26000 28000 33500
Heating capacity W 22500 25000 28000 31500 37000
Power input W 950 950 950 950 950
Operating current A 4.4 4.4 4.4 4.4 4.4
Fan motor type Brushless DC Motor
Airflow volume m³/h 4600 4600 4600 4600 4600
External Static pressure Pa 50-200 50-200 50-200 50-200 50-200
Sound pressure level dB(A)
Net Dimension
(WxDxH) mm 1350X740X455 1350X740X455 1350X740X455 1350X740X455 1350X740X455
Packing Dimension
(WxDxH) mm 1525X865X485 1525X865X485 1525X865X485 1525X865X485 1525X865X485
Net weight kg 98 98 100.5 100.5 100.5
Connecting pipes
(Gas/liquid) mm 19/9.52 19/9.52 22/12.7 22/12.7 25.4/12.7
43-53 43-53 43-53 43-53 43-53
High ESP Duct indoor unit（without water pump and electric heating）
Model CGMV-V200F3YFH
CGMV-V224F3YFH
CGMV-V260F3YFH
CGMV-V280F3YFH
CGMV-V335F3YFH
CGMV-V400F3YFJ
CGMV-V450F3YFJ
CGMV-V505F3YFJ
CGMV-V560F3YFJ
Power supply 220V-1PH-50Hz
Cooling capacity W 20000 22400 26000 28000 33500 40000 45000 50500 56000
Heating capacity W 22500 25000 28000 31500 37000 45000 50000 60000 63000
Power input W 950 950 950 950 950 2120 2150 2240 2280
Operating current A 4.4 4.4 4.4 4.4 4.4 15.8 16.0 17.0 17.5
Fan motor type Brushless DC Motor
Airflow volume m³/h 4600 4600 4600 4600 4600 7400 7500 7800 8000
External Static pressure Pa 50-200 50-200 50-200 50-200 50-200 50-400 50-400 50-400 50-400
Sound pressure level dB(A)
Net Dimension
(WxDxH) mm 1350X740X455 1350X740X455 1350X740X455 1350X740X455 1350X740X455 1838X870X624 1838X870X624 1838X870X624 1838X870X624
Packing Dimension
(WxDxH) mm 1525X865X485 1525X865X485 1525X865X485 1525X865X485 1525X865X485 2060X1010X788 2060X1010X788 2060X1010X788 2060X1010X788
Net weight kg 97.5 97.5 100 100 100 176 176 180 180
Connecting pipes
(Gas/liquid) mm 19/9.52 19/9.52 22/12.7 22/12.7 25.4/12.7 28.6/15.88 28.6/15.88 28.6/15.88 28.6/15.88
43-53 43-53 43-53 43-53 43-53 48-58 48-58 49-59 49-59
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Specifications
Cassette indoor units
Model CGMV-18Q1Y-HQA CGMV-22Q1Y-HQA
Power supply 220V-1PH-50Hz
Cooling capacity W 1800 2200 2800 3600 4500 5600 7100
Heating capacity W 2200 2500 3200 4000 5000 6300 8000
Power input W 40 40 40 40 50 70 90
Operating current A 0.18 0.18 0.18 0.18 0.23 0.32 0.41
Fan motor type AC Motor
Airflow volume m³/h 530 530 530 530 620 760 950
Sound pressure level dB(A) 30~36 30~36 30~36 30~36 36~41 33~40 38~45
Net Dimension
(WxDxH) mm 994×532×250 994×532×250 994×532×250 994×532×250 994×532×250 1304×552×250 1304×552×250
Packing Dimension
(WxDxH) mm 1055×650×280 1055×650×280 1055×650×280 1055×650×280 1365×675×325 1365×675×325 1365×675×325
Net weight kg 24 24 24 24 26 38 38
Connecting pipes
(Gas/liquid) mm 9.52/6.35 9.52/6.35 9.52/6.35 12.7/6.35 12.7/6.35 12.7/6.35 15.88/9.52
Panel
Net Dimension
(WxDxH) mm 1070×520×50 1070×520×50 1070×520×50 1070×520×50 1070×520×50 1380×550×50 1380×550×50
Net weight kg 3.6 3.6
One-way cassette indoor unit
3.6 3.6 3.6 5.0 5.0
CGMV-28Q1Y-HQA CGMV-36Q1Y-HQA CGMV-45Q1Y-HQA CGMV-56Q1Y-HQA CGMV-71Q1Y-HQA
Model CGMV-22Q2Y-HQA CGMV-28Q2Y-HQA
Power supply 220V-1PH-50Hz
Cooling capacity W 2200 2800 3600 4500 5600 7100 8000
Heating capacity W 2500 3200 4000 5000 6300 8000 9000
Power input W 50 50 50 70 70 100 100
Operating current A 0.23 0.23 0.23 0.32 0.32 0.45 0.45
Fan motor type AC motor
Airflow volume m³/h 550 550 550 820 820 1150 1150
Sound pressure level dB(A) 28~34 28~34 28~34 36~42 36~42 40~46 40~46
Net Dimension
(WxDxH) mm 1068×517×310 1068×517×310 1068×517×310 1068×517×310 1068×517×310 1308×517×310 1308×517×310
Packing Dimension
(WxDxH) mm 1185×600×350 1185×600×350 1185×600×350 1185×600×350 1185×600×350 1425×600×350 1425×600×350
Net weight kg 33 33 33 33 33 40 40
Connecting pipes
(Gas/liquid) mm 9.52/6.35 9.52/6.35 12.7/6.35 12.7/6.35 12.7/6.35 15.88/9.52 15.88/9.52
Panel
Net Dimension
(WxDxH) mm 1205×630×50 1205×630×50 1205×630×50 1205×630×50 1205×630×50 1445×630×50 1445×630×50
Net weight kg 6.5 6.5
Two-way cassette indoor unit
6.5 6.5 6.5 7.5 7.5
CGMV-36Q2Y-HQA CGMV-45Q2Y-HQA CGMV-56Q2Y-HQA CGMV-71Q2Y-HQA CGMV-80Q2Y-HQA
Specifications
Cassette indoor units
Four-way cassette indoor unit
Model
Power supply 220V-1PH-50Hz
Cooling capacity W 2800 3600 4500 5600 7100 8000
Heating capacity W 3200 4000 5000 6300 8000 9000
Power input W 66 66 88 88 110 110
Operating current A 0.3 0.3 0.4 0.4 0.5 0.5
Fan motor type AC Motor
Airflow volume m³/h 750 750 850 850 1050 1050
Sound pressure level dB(A) 25-31 25-31 25-33 25-33 28-37 28-37
Net dimension
(WxDxH) mm 840X840X205 840X840X205 840X840X205 840X840X205 840X840X205 840X840X205
Packing Dimension
(WxDxH) mm 900X900X258 900X900X258 900X900X258 900X900X258 900X900X258 900X900X258
Net weight kg 20 20 20 22.5 22.5 22.5
Connecting pipes
(Gas/liquid) mm 9.52/Φ6.35 12.7/6.35 15.88/9.52
Panel
Net dimension
(WxDxH) mm 950X950X67
Packing dimension
(WxDxH) mm 1035X1035X95
Net/gross weight kg 6.5/8.9
CGMV-28Q3Y-HQD CGMV-36Q3Y-HQD CGMV-45Q3Y-HQD CGMV-56Q3Y-HQD CGMV-71Q3Y-HQD CGMV-80Q3Y-HQD
Four-way cassette indoor unit
Model
Power supply 220V-1PH-50Hz
Cooling capacity W 9000 10000 11200 12500 14000 16000
Heating capacity W 10000 11200 12500 15000 16000 18000
Power input W 180 180 180 180 180 300
Operating current A 0.8 0.8 0.8 0.8 0.8 1.5
Fan motor type AC Motor
Airflow volume m³/h 1800 1800 1800 1800 1800 2100
Sound pressure level dB(A) 34-43 34-43 34-43 34-43 34-43 37-46
Net dimension
(WxDxH) mm 840X840X290 840X840X290 840X840X290 840X840X290 840X840X290 840X840X290
Packing Dimension
(WxDxH) mm 900X900X343 900X900X343 900X900X343 900X900X343 900X900X343 900X900X343
Net weight kg 26.5 26.5 26.5 26.5 26.5 29
Connecting pipes
(Gas/liquid) mm 15.88/9.52
Panel
Net dimension
(WxDxH) mm 950X950X67
Packing dimension
(WxDxH) mm 1035X1035X95
Net/gross weight kg 6.5/8.9
CGMV-90Q3Y-HQE CGMV-100Q3Y-HQE CGMV-112Q3Y-HQE CGMV-125Q3Y-HQE CGMV-140Q3Y-HQE CGMV-160Q3Y-HQE
35
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Specifications
Wall-mounted indoor unit
Model CGMV-V22GY-1B150 CGMV-V28GY-1B150 CGMV-V36GY-1B150 CGMV-V45GY-1D150 CGMV-V56GY-1D150 CGMV-V71GY-1E150 CGMV-V80GY-1E150
Power supply 220V-1PH-50Hz
Cooling capacity W 2200 2800 3600 4500 5600 7100 8000
Heating capacity W 2600 3200 4000 5000 6300 8000 9000
Power input W 34 34 36 48 50 66 66
Operating current A 0.17 0.17 0.18 0.24 0.25 0.32 0.32
Fan motor type Brushless DC Motor
Airflow volume m³/h 600 600 650 860 900 1220 1220
Sound pressure level dB(A) 21-38 21-38 22-40 24-42 24-43 25-46 25-46
Net Dimension
(WxDxH) mm 854×212×279 854×212×279 854×212×279 950×241×314 950×241×314 1154×244×341 1154×244×341
Packing Dimension
(WxDxH) mm 915x270*350 915x270*350 915x270*350 1230x320*388 1230x320*388 1230x320*388 1230x320*388
Net weight kg 9 9 9 13 13 14.5 14.5
Connecting pipes
(Gas/liquid) mm 12.7/6.35 12.7/6.35 12.7/6.35 12.7/6.35 12.7/6.35 15.88/9.52 15.88/9.52
Fresh Air Processor Unit
Model CGMV-V140XFFE
CGMV-V200XFFH
CGMV-V224XFFH
CGMV-V260XFFH
CGMV-V280XFFH
CGMV-V335XFFH
CGMV-V400XFFH
CGMV-V450XFFH
CGMV-V505XFFJ
CGMV-V560XFFJ
Power supply 220V-1PH-50Hz
Cooling capacity W 14000 20000 22400 26000 28000 33500 40000 45000 50500 56000
Heating capacity W 10000 12500 14000 17000 18000 22000 26800 27800 32000 39500
Power input W 250 600 650 750 850 900 950 950 1660 1660
Operating current A 1.3 3.0 3.1 3.6 4.1 4.3 6.8 6.8 12.2 12.2
Fan motor type Brushless DC Motor
Airflow volume m³/h 1200 1800 2000 2500 2800 3000 4000 4000 6000 6000
External Static pressure Pa 30-180 50-300 50-300 50-300 50-300 50-300 50-300 50-300 50-400 50-400
Sound pressure level dB(A) 44-50 45-53 46-54 47-55 48-56 49-57 51-56 52-57 48-58 48-58
Net Dimension
(WxDxH) mm 1250X700X255 1350X740X455 1350X740X455 1350X740X455 1350X740X455 1350X740X455 1350X740X455 1350X740X455 1838X870X624 1838X870X624
Packing Dimension
(WxDxH) mm 1465X840X330 1555X885X625 1555X885X625 1555X885X625 1555X885X625 1555X885X625 1555X885X625 1555X885X625 2060X1010X788 2060X1010X788
Net weight kg 39.5 97.5 97.5 100 100 100 103 103 172 176
Connecting pipes
(Gas/liquid) mm 15.88/9.52 19/9.52 19/9.52 22/12.7 22/12.7 25.4/12.7 28.6/15.88 28.6/15.88 28.6/15.88 28.6/15.88
· As the technical performance of products is constantly updated, the technical parameters, appearance and performance of the products mentioned in the advertising materials may be slightly
different from the actual products, and shall be subject to the actual products.
· All documents have been carefully reviewed. If there are any printing errors and omissions, the information indicated on product nameplates shall prevail, and we will not bear the responsibility
for the consequences arising from such errors and omissions.
· Any update of the product documents will make the old documents invalid, and we reserve the right of final interpretation of all relevant contents in the documents.
FOSHAN CHIGO INTELLIGENT ENVIRONMENTAL EQUIPMENT CO. , LTD
Add：No.1, Shengli lndustrial Park, Lishui Town, Nanhai District, Foshan City, Guangdong Province, P.R.china
Tel：0757-85609526 URL：https://www.zemspro.com/
