T: 1800 953 260W: www.altituderefrigeration.com.auPostal Address:PO Box 384, Kellyville, NSW, 2155, Sydney, AustraliaPO Box 678, Oxenford, QLD, 4210, Gold Coast, Australia
Q W M R V - 22 F D 2 - C - A A A - E - A
Q W M R V - 280 W M /2 -B A A - E - A
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29
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Product Overview
Model Specification
Product Features
Style Selection
All Fresh Air Unit Series
DC Inverter Multi Line Outdoor Unit
Cassette Type parameters
Ultra Thin Air Duct Parameter
Low Static Pressure Air Duct Unit
Medium Static Pressure Air Duct Unit
High Static Pressure Air Duct Unit
All Fresh Air Indoor Unit parameters
Product Variable Working Condition
Product dimension
Product Wiring Diagram
Indoor/outdoor Unit/Other Communication Wiring Diagram
Refrigerant Piping
Unit Installation
CONTENT
PRODUCTOVERVIEW
MODELSPECIFICATION
Based on the need to continuously meet the need of customers, we successfully developed a new high-efficiency and high-reliable DC-DC multi-connection based on global environment protection and the future mission of improving energy efficiency. To bring you a comfortable and low-carbon life for a better future.
Design versionExportCodeA-single phase B- three phaseRefrigerant: omitted is R410aM-modular unit
Outdoor unitCooling capacity: *100WDC frequency conversion multi connected unit
Design version
Export
Code
A-single phase B- three phase
Refrigerant: omitted is R410a
Auxiliary function: D- electrical heater
Cooling capacity: *100W
DC frequency conversion multi connected unit
C-Ultra thin type; D-low static pressure; Z-medium static pressure
Indoor unit structure: K-cassette type, F-air ducted type, D-ceiling type
●
●
●
●
●
●
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●
7.95 7.85 7.7 7.6 7.55
3.6 3.6 3.55 3.55 3.55
0
1
2
3
4
5
6
7
8
8HP 10HP 12HP 14HP 16HP
7.95
C C (W )
C C ≤28000
28000≤C C≤84000
3.00
2.95
3.20
3.15
3.40
3.35
3.60
3.55
2.80
2.75
PRODUCT FEATURES
The Air Conditioning System IPLV of up to 7.95, far exceeding the National Primary Level.
IPLV Energy Efficiency Rating Data(w/w)
A new generation of high-pressure cavity DC inverter scroll compressor.
According to GB21454-2008 “Multi-connected air conditioner unit energy efficiency limit value and energy efficiency level” multi-line unit IPLV is divided into 5 levels, of which level 1 energy efficiency is the highest.
Ours
Integrated IPLV as High As
Level 1Level 2Level 3Level 4Level 5
Rated cooling capacity Energy Level
The new high-pressure cavity DC inverter compressor with wide working condition is adopted to realize high efficiency and optimal oil supply of the motor, which makes the compressor run efficiently under all working conditions.
1, High rigidity compressor housing2, Unique high precision asymmetric scroll
3, Internal oil separation mechanism
4, High performance neodymium material rotor5, Reluctance DC motor
6, Compressor comesWith a throwing tube 7, Compressor oil level control device
When the compressor is at low speed and low compression ratio, motors are more efficient and more energy efficient.
Overpressure unloading valve can prevent the compressor over-compressed and improve the energy efficiency.
The outdoor motor uses brushless DC motor, the efficiency is 45% higher than the ordinary, especially at low speed, the efficiency is increased and more energy efficient.
The DC variable frequency motor can perform stepless speed regulation based on the system operating pressure change to ensure the system is in the best running state.
Efficient and smooth 180°sine wave DC variable frequency drive technology
The 180°C sine wave drive technology is ahead of the traditional technology, reducing the torque output of the brushless DC motor or increasing the maximum speed, achieving field weakening control and widening the speed range.
NormalStandard
●
●
● ●
●
●
●
43℃
75℃ 75℃
37.5℃
A new generation of C-type heat exchanger, greatly improving heat transfer efficiency
The heat exchanger using small diameter tube which can reduce wind resistance, increase the air volume. At the same time, the coil adopts an equilateral triangle arrangement, the row space increases 40%, which greatly increase the heat exchange area and improves the system heat exchange efficiency.
Small diameter and small wind resistanceLarge row space Large heat exchange areaImprove heat transfer efficiency
Large diameter and large wind resistanceSmall row spaceSmall heat exchange areaPoor heat transfer
Ordinary heat exchange structureGreat heat impactPoor heat transfer
New circuit designAvoid heat effectsGood heat transfer effect
The latest internal thread tube +hydrophilic fins have strong corrosion resistance, high heat exchange efficiency and more energy saving
Efficient new fins design improves the heat exchange efficiency and reduces coil resistance.
Efficient low-pressure loss fins increase the circulation around the air, the heat exchanger efficiency is greatly improved, and the pressure loss is less energy-saving
Inner screw steel tube
Hydrophilic aluminum foil fin heat exchanger
The use of two cooling technology increases the degree of subecooling, reduce the flow resistance of the pipeline. Improves the stability of the electronic expansion valve, increase the total length of the piping, and increases the cooling capacity.
Double undercooling to improve circulation effect
Indoor unit Outdoor unit
Undercooling circuit
Note: undercooling circuit uses economizer
CFD simulates wind blade design to improve operation efficiency
The high efficient 3D axial flow fan uses the latest blade simulation technology to reduce fan power consumption. Compared with the conventional wind blade, the air volume is increased by 12%, and the unit efficiency is obviously improved. At the same time, it reduces turbulence around the fan and reduces noise.
Intelligent energy-saving operation control technology to improve operation economy.The built-in energy-saving mode according to the actual indoor and outdoor working conditions to achieve the maximum IPLV.
Flexible liquid-proof compressor, improve unit reliability
The flexible scroll compressor has an abnormal change in the compressor load. Effectively avoiding liquid compression and improving compressor reliability. Built-in floating scroll automatically separate and released to avoid damage to the scroll and improve the reliability of the compressor, When the internal pressure is abnormal.
≤
●
●
●
●
●
●
●
●
●
●
12
3
1
3
122
3
℃
28
27
26
25
24
23
High efficiency oil recovery technology ensure the stable operation of the unit
The fuzzy control technology can ensure the reliable oil return through high-efficiency oil separate and return technology.
The compressor has its own oil slinger, which can automatically discharge excess oil from the compressor to the compressor exhaust line and enter the oil separator.
The patented high-efficiency oil separator directly return the separated oil to the compressor to ensure the normal operation. At the same time, the oil equalization is achieved by controlling the oil passage to improve the stability of the unit.
Advanced oil equalization control to ensure reliable unit
The unit no longer uses the traditional special oil circulation control to equalize the oil. But adjusts the operating status and frequency according to the intelligent judgment of the operating status of each module and compressor. Achieve oil balance between modules to ensure reliability without affecting the output capacity of the system, ensuring efficient and comfortable air conditioning
The patented gas-liquid separator ensures oil return more reliable
By applying the patented gas return to the oil pipe. The opening of the control solenoid valve return the oil into the system quickly, further improving the oil return reliability.
Novel refrigerant control technology ensure efficient operation.
Refrigerant balance technologyAdvanced refrigerant balancing technology ensure uniform distribution of refrigerant in outdoor coils and ensure stable operation of the system.
Rotating operation technology, sable operation longer effectAccording to the load and the running time of each module host, the load time of each host module is evenly distributed through the rotation technology to balance the wear and make the whole system run smoothly
Rotating operation technology, stable operation longer effect
Based on the load and the running time of each modular, the load time of each host modular is evenlydistributed through the rotation technology to balance the wear and make the whole system run smoothly.
Phase 1 Phase 2 Phase 3
PriorityPriority
Priority
Precise stability control, rapid and accurate indoor temperature setting
Based on ambient temperature and the changing trend, use the adaptive capacity adjustment system to calculate the indoor unit capacity demand, fed back and controlled the compressor output capacity in real time, and the refrigerant flow rate is precisely controlled by adjusting the electronic expansion valve to control the indoor temperature within the setting temperature ±0.5°C.
Pipeline refrigerant storage technology to improve control accuracy
Accurate refrigerant control and distribution technology is used to store excess refrigerant in the system without participating in circuiting flow, thus greatly reducing the charge of the refrigerant improving the control accuracy, and improving the operating efficiency.
Exquisite structure design, display space personality
A variety of end styles are available to make your space more personal
Ultra-long pipe design, more wide application range
Extremely long piping capacity, and the maximum piping equivalent length is 1000m, adapt to complex building structures and diverse customer requirements.
Maximum single tube actual length: a+b+c 190mIndoor and outdoor machine height differenceThe outdoor unit is below the indoor unit: b 110mThe outdoor unit is below the indoor unit: b 90mThe maximum height difference of indoor unit d 30mThe length of the first branch pipe to the farthest indoor unit:90m
≤≤≤
Compact and simple installation design with ultra-high static pressure design, more convenient to install
High static pressure air outlet design, the air pressure is up to 86Pa, the wind is strong, the air volume is large, avoiding the hot air interference, improve unit reliability and operating range
HotHot
Cold Cold
Comfortable
Best
Comfortable Comfortable
Temp.
Start Time
Adequate excess pressure to avoid heat wave interference
Short circuit of hot air caused by insufficient residual pressure
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Rotating operation technology, stable and long-lasting operation
The latest blade simulation technology reduces fan noise, and with the newly designed guide hood, it effectively reduces noise. The main noise source of the unit uses high-quality sound insulation materials, and the fan adjustthe fan speed according to the load change, effectively reducing noise.
Unit built-in silent modeThe unit automatically adjusts the compressor and fan speed according to the change of outdoor temperature to reduce noise.
Rapid cooling/Heating Start
Through the DC variable frequency fast soft start technology, the rapid cooling/heating capacity ofthe unit is instantaneously output which quickly meets the air conditioning space requirements.
Intelligent defrost design, better heating effect
Bases on the actual operation, the defrosting cycle is automatically adjusted, and selected the intelligent defrosting mode, improving the heating capacity.
The advanced defrost mode is based on outdoor temperature, outdoor coil temperature and last defrosting time. It accurately determines air conditioners frosting status and selects the best defrosting method to achieve "frost defrosting, multiple frost removal, small scream small removal, no frost does not remove", effectively improve the heating effect and the performance.
Intelligent defrost reduces the defrosts times, prolongs heating time, and improves heating efficiency.
Clean and healthy design to improve air quality
In response to the frequent smog weather, the indoor unit can be equipped with our efficient PM2.5 air filter accessories to effectively reduce the PM2.5 value in the air, improve the air quality, and create a green and ecological indoor environment.
Electrical cleaning module
The electronic purification module includes an electronic purification generating unit and a dust collecting unit. Using the action of a high-voltage electric field, it kills bacteria and viruses, filters out and decomposes various harmful gases in the air, and make the indoor air fresh and clean.
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PM2.5 purification module
The PM2.5 purification module adopts ultra-high flow electric filter, and the filtering efficiency of PM2.5 can be as high as 85% and highest can be 99.99%
The advantage of the filter are small resistance, large filtration area, high efficiency, and inhibiting the mold growth , the filter mechanism of the filter is as follows:
TVOC purification module
The professional TVOC purification module is a quality CD filter, the biggest characteristic of this filter is that the size of molecules can be removed, there are many holes on the surface of the filter, can absorb such as formaldehyde and various harmful gases. Have the effect that purify air.
Multiple control system available, intelligent humanization
Remote Control
Wire Controller
Centralized Controller
Auto – Cooling – Dehumidification –Heating operation mode can be selected in sequence Clock setting functionRegular power on and off function setting
Auto- Air supply – Cooling –Dehumidification –Heating operation mode can be selected in sequence Regular power on and off function settings.
The operating mode, wind speed and temperature setting of 64 indoor units can be monitored.
It can set the mode, wind speed and temperature of the indoor machine individually /regionally/ completely.
Three operating modes can be set which are post-entry priority, centralized control and locking.
It can monitor the fault of indoor machine and save the fault for inquiry.
The timing switch can be realized separately
Any centralized control group can be set as a region, and 64 indoor units can be set as a region. After the region set, indoor unit in the same region will perform the same operation( factory default is, a centralized group is a region)
9
10
12
/
/
/
/
/
9+ 9
10+ 10
10+ 12
10+ 14
12+ 14
12+ 16
14+ 16
16+ 16
10+ 10+ 14
10+ 10+ 16
10+ 14+ 14
10+ 14+ 16
14+ 14+ 1414+ 14+ 16
14+ 16+ 1616+ 16+ 16
10+ 10+ 14+ 16
10+ 10+ 16+ 16
10+ 12+ 16+ 16
10+ 14+ 16+ 16
12+ 14+ 16+ 16
14+ 14+ 16+ 16
14+ 16+ 16+ 16
16+ 16+ 16+ 16
14
24
26
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
28
30
32
16
18
20
22
STYLE SELECTION
QWMRV-250WM/A
QWMRV-280WM/A
QWMRV-335WM/A
QWMRV-400WM/A
QWMRV-450WM/A
QWMRV-500WM/A
QWMRV-560WM/A
QWMRV-615WM/A
QWMRV-680WM/A
QWMRV-735WM/A
QWMRV-785WM/A
QWMRV-850WM/A
QWMRV-900WM/A
QWMRV-960WM/A
QWMRV-1010WM/A
QWMRV-1080WM/A
QWMRV-1130WM/A
QWMRV-1200WM/A
QWMRV-1250WM/AQWMRV-1300WM/AQWMRV-1350WM/A
QWMRV-1410WM/A
QWMRV-1460WM/A
QWMRV-1515WM/A
QWMRV-1580WM/A
QWMRV-1635WM/A
QWMRV-1700WM/A
QWMRV-1750WM/A
QWMRV-1800WM/A
Capacity(HP) Model Combination(HP) Picture
The DC frequency conversion multi-line group has a wide range of host capacities, ranging from 9 to 64 modules, each incrementing by 2.
Central control systemA centralized controller can simultaneously monitor the operation mode of 64 indoor unit;
Building intelligent control system
On the basis of centralized control of buildings, it is also possible to add an independent billing function, that is an indoor/outdoor power supply can be equipped with an electronic billing meter(user-supplied) to realize the room independent billing function, which is accurate through the computer. Calculated, the accuracy rate is 95%; the property management is realized simple and quickly.
22 25 28 32 36 40 45 50 56 63 71 80 90 100 112 125 140 150 220 280 450 560
x 1 0 0 W
STYLESELECTION
Name PictureCooling capacity
Ultra thinAir duct type
Low staticPressure airDucted type
Medium static Pressure air Ducted type
All fresh Air type
Cassette type
Specification: QWMRV-*FD-C(heat pump electric auxiliary type)
The thinnest design in the industry, the height of the fuselage is only 190mm, easily meet the various layers installation requirements, and further release the practical space of the living room and office, you can install and use comfortable.
Main places of use: home hall, hotel room, hotels, business clubs, office, conference rooms, etc.
A, Ultra –thin design
B, Internal pump lifting design
C, Mute design
D, Free choice of air outlet
The units adopts the latest structural design, its height is only 190mm, which makes the indoor installation height within 220mm, saving you a lot of space.
Built-in high quality condensate pump, its hydraulic head can reach 700mm, and after more than 10,000 hours of continuous operation detection without failure, and ensue more stable and reliable in the long-term use.
Patented mute technology, reducing noise interference from all aspects, with multi-gear operation mode, can enter sleep function at night, the noise can be reduced by 20dB(A).
The smooth air supply design can be used for side air supply through soft links, and air outlet of various specifications can be selected to meet the needs of interior decoration
Standard Optional
Night Library Office
Note: the pump is optional
The pump can be lifted to
Only need 220mm
Specification: QWMRV-*KD(Heat pump) QWMRV-*KD(Heat pump with electrical heat)
CASSETTE TYPE
The design is ultra-thin and light, with a built-in 700mm head condensate pump. The outer panel is beautiful and the air supply on all side is even and comfortable
Main applicable places: restaurants, cafes, conference rooms, supermarkets, department stores, etc.
A, Air supply is even and steady
B, Ultra-thin body design C, Internal pump lifting design
D, Unique six-fold evaporator design E, Fresh air port design
360°circulation air supply, no missing comer space
The ultra-thin body design reduces the installation space requirement, and the thinnest can be 27cm.
The unique six-fold design makes it possible to display a large heat exchange area in a limited space and improve heat exchange efficiency by 15%
The fresh air port design of indoor airframe allows you to have more fresh air.
The high head condensate pump raises the condensate to a height of 700mm and is more convenient and free to use where the floor height limited.
Thinnest 240mm
Standard Optional
Centrifugal fan supplies air more peaceful
Lift to
Specification:QWMRV-*FD-D(Heat pump with electrical heater)
A, The air supply is steady and quiet
B, Compact and exquisite
C, Free choice if air outlet
D, Professional design clean air supply
The product has low noise, stable air supply, and invisible installation. It can be connected to the air duct to supply air, and can also directly supply air.
Mainly applicable places: offices, hotels, hospitals, schools, etc.Standard Optional
The unit has a certain external residual pressure, which can be connected to the short-distance air duct to supply air or to the side air outlet to supply air.
The unit is compact, the material is sturdy and durable, and the return air box can be selected to back return air or bottom return air.
Low static pressure air supply design, can directly send side air through soft links and can choose various styles of air supply to meet the needs of interior decoration.
A sealing cotton is arranged between the evaporator and the upper and lower sheet metal parts, and the condensed water passes through the sealing cotton to water receiving tray, ensure that the condensed water is not taken out ,preventing the air supply from being damp or mold and other phenomena.
Back return air
Bottom return air
Air outlet Air return
Air outlet Air return
●
Specification: QWMRV-*FD-Z(heat pump with electric heater)
The medium static pressure air duct unit adopts a closed structure, which can provide a large residual pressure outside the unit, and long-distance air supply through a long air duct to meet the air supply requirement of a large area.
Mainly applicable places: factory, buildings, shopping malls, restaurants, entertainment KTV, conference room, etc.
A, Suitable for various house structure
B, Tuyere style is rich
C, Self-return air box, easy to install
D, Clean and healthy design
Standard Optional
L type U type I type
The unit can introduce a proper amount of fresh air through the fresh air pipeline to improve the air quality and make you feel comfortable and healthy.
The unit is equipped with a return air box, and the lower(rear) return air can be freely set, which is convenient for engineering installation, saving engineering manpower and material resources and improving installation efficiency
It has kinds of air outlets, such as round, square and strip, which can be easily matched with different types of decoration styles to highlight different room temperament.
The specific external pressure makes the unit easy to apply to variety of room types, the air supply port can be separated from the actual air conditioning indoor unit, even in an irregularly shaped room, the airflow can be evenly distributed for maximum comfort.
All FRESH AIRUNIT
The fresh air unit has a full heat recovery module, and can be equipped with a full heat recovery module as needed, making the unit more energy efficient.
The unit uses a new filter, our special filters include electronic purification module, PM2.5 removal module and TOVC organic filtration module. Can provide users a quality air environment.
The unit has a humidifying function. It can ensure a certain humidity, making people feel more comfortable.
Used as a set, it can achieve air conditioning and fresh air treatment in one system.
Total heat exchange
Using a parallel paper type total heat exchanger, which is gas isolation and high moisture permeability, it also can exchange humidity while performing heat exchange. The second is the film paper can effectively block carbon dioxide and other harmful gases.
Air returnAir outlet Air outlet
500
18
50.4
11.6
19.6
56.0
12.2
18.6
28
8
1.5
22000
420
17
φ15.88/φ28.6 φ19.05/φ34.93
17 17.5 21.5
4.2
22 22 26 26
420 435 520 535 555 640 660
(930 x 765 x 1680) x 2(930 x 765 x 1680) +
1340 x 765 x 1680
(1340 x 765 x
1680) x 2
≤62 ≤63
8
1.5
22000
8
1.5
22000
9.5
1.57
25000
9.5
1.57
25000
9.5
1.57
28000
11
1.64
28000
11
1.64
28000
380~ 415 3N ~ /50H z
FVC 68D
20
56.0
14.2
21.6
63.0
15.2
23
28.4
22
61.5
17
24.3
68.5
16.7
25.3
29.3
24
68.0
18.4
29.5
76.0
18.8
28.4
34.3
26
73.5
19.3
30.2
81.5
19.3
30.2
35.2
28
78.5
20.8
34.6
88.5
20.9
33.3
36.4
30
85.0
24.2
39.8
95.0
24
36.4
41.4
32
90.0
24.8
42.2
100.0
25.3
39
42.6
560 615 680 735 785 850 900
kg
kg
m m
dB (A )
m 3/h
kW
kW
kW
kW
kW
kW
A
A
m m
M Pa
R 410A
9 10 12 14 16
380~ 415 3N ~ /50H z
(W x D x H )
(W x D x H )
M pa
m m
m m
m m
kg
kg
dB(A )
kW
m 3/h
kW
kW
kW
kW
kW
A
A
25.2
5.8
8.8
28
6.1
9.3
14
4
0.75
11000
≤60
930 x 765 x 1680
980 x 810 x 1840
210/220
8.5
Φ12.7/φ22.2
4.2
28
6.8
10.3
31.5
7.0
10.5
14.2
4
0.75
11000
≤60
930 x 765 x 1680
980 x 810 x 1840
210/220
8.5
Φ12.7/φ22.2
4.2
33.5
8.5
12.7
37.5
8.6
12.8
15.1
FVC 68D
4
0.75
11000
≤60
930 x 765 x 1680
980 x 810 x 1840
225/235
R 410A
9
Φ12.7/φ22.2
4.2
40
10.3
16.7
45
10.2
15.1
20.1
5.5
0.82
14000
≤62
1340 x 765 x 1680
1390 x 810 x 1840
310/320
13
Φ12.7/φ28.6
4.2
45
12.1
19.8
50
11.8
17.5
21.3
5.5
0.82
14000
≤62
1340 x 765 x 1680
1390 x 810 x 1840
330/350
13
Φ12.7/φ28.6
4.2
OUTDOOR UNITPARAMETERS
QWMRV-250WM/BAA
QWMRV-280WM/BAA
QWMRV-335WM/BAA
QWMRV-400WM/BAA
QWMRV-450WM/BAAModel
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
Current
Max. power input
Com
pressor
Type
NO.
Charge
Fan
Type
Power input
Air flow
Noise
Unit
Package
N.W./G.W.
Refrigerant
Type
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant oil
L
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Model
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
Current
Max. power input
Com
pressor
Type
Fan
Type
Power input
Air flow
Noise
RefrigerantType
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant oil
Outline size
N.W.
No.
L
L*W*H
QWMRV-*WM-BAA
φ19.05/φ34.93 φ19.05/φ41.3
4.2
30 30 34.5 34.5 39 39 39 39
R 410A
730 750 830 850 930 950 970 990
(930 x 765 x 1680)
x 2+ 1340 x 765
x 1680
(930 x 765 x 1680)
+ (1340 x 765 x
1680) x 2
(1340 x 765 x 1680) x 3
≤64 ≤65
13.5
2.32
36000
13.5
2.32
36000
15
2.39
39000
15
2.39
39000
16.5
2.46
42000
16.5
2.46
42000
16.5
2.46
42000
16.5
2.46
42000
34
96.0
25.5
40.3
107.0
26.4
39.9
48.5
36
101.0
27.1
42.7
112.0
28
42.5
49.7
38
108.0
29.7
48.2
121.0
30
45.3
54.5
40
113.0
31.3
50.6
126.0
31.6
47.9
55.6
42
120.0
33.9
56.1
135.0
33.6
50.7
60.3
44
125.0
35.5
58.5
140.0
35.2
50.7
60.3
46
130.0
36.1
60.9
145.0
35.8
55.9
62.7
48
135.0
37.7
63.3
150.0
37.4
58.5
63.9
960 1010 1080 1130 1200 1250 1300 1350
380~ 415 3N ~ /50H z
FVC 68D
kg
kg
m m
dB (A )
m 3/h
kW
kW
kW
kW
kW
kW
A
A
m m
M Pa
44 44 45 47.5 48 52 52 52
1060 1080 1095 1120 1135 1280 1300 1320
(930 x 765 x 1680)
x 2+ (1340 x 765 x
1680) x 2
(930 x 765 x 1680)
+ (1340 x 765 x
1680) x 3
(1340 x 765 x
1680) x 4
≤66
19
3.14
50000
19
3.14
50000
19
3.14
50000
20.5
3.21
53000
20.5
3.21
53000
22
3.28
56000
22
3.28
56000
22
3.28
56000
50
141.0
38.4
61.4
157.0
39.2
59.4
69.8
52
146.0
40
63.8
162.0
40.8
62
71
54
151.5
41.8
66.5
168.5
42.3
64.3
71.9
56
158.0
44.2
71.7
176.0
44.4
67.4
76.9
58
163.5
46
74.4
182.5
45.9
69.7
77.8
60
170.0
48.4
79.6
190.0
48
72.8
82.8
62
175.0
50
82
195.0
49.6
75.4
84
64
180.0
52.6
84.4
200.0
52.2
78
85.3
1410 1460 1515 1580 1635 1700 1750 1800
φ22.2/φ47.6φ19.05/φ41.3
4.2
R 410A
380~ 415 3N ~ /50H z
FVC 68D
kg
kg
m m
dB (A )
m 3/h
kW
kW
kW
kW
kW
kW
A
A
m m
M Pa
OUTDOOR UNITPARAMETERS
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Model
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
Current
Max. power input
Com
pressor
Type
Fan
Type
Power input
Air flow
Noise
RefrigerantType
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant
oil
Model
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
Current
Max. power input
Com
pressor
Type
Fan
Type
Power input
Air flow
Noise
RefrigerantType
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant
oil
Outline size
N.W.
No.
L
L*W*H
Outline size
N.W.
No.
L
L*W*H
QWMRV-*WM-BAAQWMRV-*WM-BAA
500
18
50.4
11.6
19.6
56.0
12.2
18.6
28
8
1.5
22000
420
17
φ15.88/φ28.6 φ19.05/φ34.93
17 17.5 21.5
4.2
22 22 26 26
420 435 520 535 555 640 660
(930 x 765 x 1680) x 2(930 x 765 x 1680) +
1340 x 765 x 1680
(1340 x 765 x
1680) x 2
≤62 ≤63
8
1.5
22000
8
1.5
22000
9.5
1.57
25000
9.5
1.57
25000
9.5
1.57
28000
11
1.64
28000
11
1.64
28000
380~ 415 3N ~ /50H z
FVC 68D
20
56.0
14.2
21.6
63.0
15.2
23
28.4
22
61.5
17
24.3
68.5
16.7
25.3
29.3
24
68.0
18.4
29.5
76.0
18.8
28.4
34.3
26
73.5
19.3
30.2
81.5
19.3
30.2
35.2
28
78.5
20.8
34.6
88.5
20.9
33.3
36.4
30
85.0
24.2
39.8
95.0
24
36.4
41.4
32
90.0
24.8
42.2
100.0
25.3
39
42.6
560 615 680 735 785 850 900
kg
kg
m m
dB (A )
m 3/h
kW
kW
kW
kW
kW
kW
A
A
m m
M Pa
R 410A
(W x D x H )
(W x D x H )
M pa
m m
m m
m m
kg
kg
dB(A )
kW
m 3/h
kW
kW
kW
kW
kW
A
A
W M /B A B
25.2
5.8
8.8
28
6.1
9.3
14
4
0.75
11000
≤60
930 x 765 x 1680
980 x 810 x 1840
210/220
8.5
Φ12.7/φ22.2
4.2
W M /B A B
28
6.8
10.3
31.5
7.0
10.5
14.2
4
0.75
11000
≤60
930 x 765 x 1680
980 x 810 x 1840
210/220
8.5
Φ12.7/φ22.2
4.2
W M /B A B
33.5
8.5
12.7
37.5
8.6
12.8
15.1
FVC 68D
4
0.75
11000
≤60
930 x 765 x 1680
980 x 810 x 1840
225/235
R 410A
9
Φ12.7/φ22.2
4.2
380~ 415 3N ~ /50H z
W M /B A B
40
10.3
16.7
45
10.2
15.1
20.1
5.5
0.82
14000
≤62
1340 x 765 x 1680
1390 x 810 x 1840
310/320
13
Φ12.7/φ28.6
4.2
W M /B A B
45
12.1
19.8
50
11.8
17.5
21.3
5.5
0.82
14000
≤62
1340 x 765 x 1680
1390 x 810 x 1840
330/350
13
Φ12.7/φ28.6
4.2
9 10 12 14 16
OUTDOOR UNITPARAMETERS
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Model
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
Current
Max. power input
Com
pressor
Type
Fan
Type
Power input
Air flow
Noise
Unit
Package
N.W./G.W.
Refrigerant
Type
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant oil
Model
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
Current
Max. power input
Com
pressor
Type
Fan
Type
Power input
Air flow
Noise
RefrigerantType
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant oil
Outline size
N.W.
No.
L
L*W*H
No.
L
QWMRV-*WM-BABQWMRV-250 QWMRV-280 QWMRV-335 QWMRV-400 QWMRV-450
φ19.05/φ34.93 φ19.05/φ41.3
4.2
30 30 34.5 34.5 39 39 39 39
R 410A
730 750 830 850 930 950 970 990
(930 x 765 x 1680)
x 2+ 1340 x 765
x 1680
(930 x 765 x 1680)
+ (1340 x 765 x
1680) x 2
(1340 x 765 x 1680) x 3
≤64 ≤65
13.5
2.32
36000
13.5
2.32
36000
15
2.39
39000
15
2.39
39000
16.5
2.46
42000
16.5
2.46
42000
16.5
2.46
42000
16.5
2.46
42000
34
96.0
25.5
40.3
107.0
26.4
39.9
48.5
36
101.0
27.1
42.7
112.0
28
42.5
49.7
38
108.0
29.7
48.2
121.0
30
45.3
54.5
40
113.0
31.3
50.6
126.0
31.6
47.9
55.6
42
120.0
33.9
56.1
135.0
33.6
50.7
60.3
44
125.0
35.5
58.5
140.0
35.2
50.7
60.3
46
130.0
36.1
60.9
145.0
35.8
55.9
62.7
48
135.0
37.7
63.3
150.0
37.4
58.5
63.9
960 1010 1080 1130 1200 1250 1300 1350
380~ 415 3N ~ /50H z
FVC 68D
kg
kg
m m
dB (A )
m 3/h
kW
kW
kW
kW
kW
kW
A
A
m m
M Pa
44 44 45 47.5 48 52 52 52
1060 1080 1095 1120 1135 1280 1300 1320
(930 x 765 x 1680)
x 2+ (1340 x 765 x
1680) x 2
(930 x 765 x 1680)
+ (1340 x 765 x
1680) x 3
(1340 x 765 x
1680) x 4
≤66
19
3.14
50000
19
3.14
50000
19
3.14
50000
20.5
3.21
53000
20.5
3.21
53000
22
3.28
56000
22
3.28
56000
22
3.28
56000
50
141.0
38.4
61.4
157.0
39.2
59.4
69.8
52
146.0
40
63.8
162.0
40.8
62
71
54
151.5
41.8
66.5
168.5
42.3
64.3
71.9
56
158.0
44.2
71.7
176.0
44.4
67.4
76.9
58
163.5
46
74.4
182.5
45.9
69.7
77.8
60
170.0
48.4
79.6
190.0
48
72.8
82.8
62
175.0
50
82
195.0
49.6
75.4
84
64
180.0
52.6
84.4
200.0
52.2
78
85.3
1410 1460 1515 1580 1635 1700 1750 1800
φ22.2/φ47.6φ19.05/φ41.3
4.2
R 410A
380~ 415 3N ~ /50H z
FVC 68D
kg
kg
m m
dB (A )
m 3/h
kW
kW
kW
kW
kW
kW
A
A
m m
M Pa
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Note:1, Cooling capacity is based on: room temp. DB/WB 27/19°C, environment temp. DB/WB 35/24°C, distribution rate:100%, and pipe is 8m, height difference is 0m.2, Heating capacity is based on: room temp. DB 20°C, environment temp. DB/WB 7/6°C, distribution rate:100%, pipe is 8m, height difference is 0m.3, The noise value is tested in semi-anechoic room, in the actual installation, it will be higher than this because of the environment noise and other effects.4, There will be no further information if there is any change during the improvement. Please refer to the unit nameplate.
Model
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
Current
Max. power input
Com
pressor
Type
Fan
Type
Power input
Air flow
Noise
RefrigerantType
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant oil
Outline size
N.W.
No.
L
L*W*H
QWMRV-*WM-BAB Model
HP
Power
Cooling
Capacity
Power input
Current
Heating
Capacity
Power input
CurrentMax. power input
Com
pressor
Type
Fan
Type
Power input
Air flow
Noise
RefrigerantType
Charge
Liquid/steam pipe
Max. running pressure
DC Frequency conversion Hermetical scroll type
Axial-flow fan
Refrigerant oil
Outline size
N.W.
No.
L
L*W*H
QWMRV-*WM-BAB
OUTDOOR UNITPARAMETERS
L x W x H
m m
m m
m m
m m
dB (A )
Pa
m 3/h
W
kW
kW
kW
kg
kg
45
4.5
5
1.4
65
850
0
36
3.6
4.3
0.7
45
630
0
28
2.8
3
0.7
45
630
0
19
2.2
19
2.2
19
2.2
19
2.2
19
2.2
25
6
25
6
28
6
28
6
28
6
28
6
28
6
28
6
38/35/32
570 x 570 x 263
Φ26 PVC
Φ6.35/Φ12.7 Φ9.52/Φ15.88 Φ9.52/Φ15.88
650 x 650 x 45
822 x 822 x 263
950 x 950 x 45
822 x 822x 293
950 x 950 x 45
38/35/32 39/36/33 39/36/33 39/36/33 40/37/33 40/37/33 41/38/35 41/38/35 41/38/35 41/38/35 41/38/35 41/38/35
50
5
5.8
1.4
65
850
0
56
5.6
6.3
1.4
65
850
0
63
6.3
7.9
1.7
145
1300
0
71
7.1
8
1.7
145
1300
0
220V~ /50H z
80
8
10
1.7
151
1500
0
90
9
11
1.7
151
1500
0
100
10
12
1.7
151
1500
0
112
11.2
12.8
2.5
167
1600
0
125
12.5
13.3
2.5
167
1600
0
140
14
15
2.5
190
1700
0
L x W x H
22
34/31/28 34/31/28 34/31/28 36/33/30 36/33/30 38/35/32 38/35/32 38/35/32 38/35/32 39/36/33 39/36/33
1350 x 480 x1901050 x 480 x 190910 x 480 x 190
19 19 19 20 20 24 24 25 25 29 29
25 28 32 36
220V~ /50H z
40
2.2
2.5
1
40
420
12
2.5
2.8
1
40
420
12
2.8
3
1
40
420
12
3.2
3.8
1
51
520
12
3.6
4.3
1
51
520
12
4
4.5
1
70
680
12
45
4.5
5
1
70
680
12
50 56
5
5.8
1
75
730
12
5.6
6
1
75
730
12
63
6.3
7.5
2
121
1100
12
71
7.1
8
2
121
1100
12
L x W x H
m m
m m
m m
dB (A )
Pa
m 3/h
kW
kW
kW
W
kg
Φ6.35/Φ9.52 Φ6.35/Φ12.7 Φ9.52/Φ15.88
3/4”M PT
22
2.2
2.5
1
48
420
30
2.5
2.8
1
48
420
30
2.8
3
1
48
420
30
3.2
3.8
1
60
580
30
3.6
4.3
1
60
580
30
4
4.5
1
60
580
30
4.5
5
1.5
73
780
30
5
5.8
1.5
73
780
30
220V~ /50H z
36/33/30
36/33/30
36/33/30
38/35/32
38/35/32
940 x 460 x 250 1160 x 460 x 250 1460 x 460 x 250 1680 x 460 x 250
38/35/32
40/37/34
40/37/34
40/37/34
42/39/36
42/39/36
44/41/38
44/41/38
44/41/38
44/41/38
44/41/38
44/41/38
5.6
6
1.5
73
780
30
6.3
7.5
2
120
1200
30
7.1
8
2
120
1200
30
8
10
2
140
1500
30
9
11
2
140
1500
30
10
12
2
140
1500
30
11.2
12.8
3
190
2000
30
12.5
13.3
3
190
2000
30
14
15
3
190
2000
30
15.5 15.5 15.5 16.5 16.5 16.5 22 22 22 25 25 28 28 28 38 38 38
25 28 32 36 40 45 50 56 63 71 80 90 100 112 125 140
m m
m m
m m
Pa
m 3/h
kW
kW
kW
W
kg
Φ6.35/Φ9.52 Φ6.35/Φ12.7 Φ9.52/Φ15.88
3/4”M PT
dB (A )
L x W x H
220V~ /50H z
42/39/37
34 34 34 36 36 36 36 36 52 52 52 52
42/39/37 42/39/37 45/42/39 45/42/39 48/45/42 48/45/42 48/45/42 51/43/40 51/43/40 51/43/40
1400 x 743 x 2901040 x 743 x 290
51/43/40
45
4.5
5
2
120
950
50
5
5.8
2
120
950
50
5.6
6
2
120
950
50
6.3
7.5
2
160
1200
50
7.1
8
2
160
1200
50
8
10
2
216
1500
50
50 56 63 71 80
9
11
2
216
1500
50
10
12
2
216
1500
50
90 100
11.2
12.8
3
310
2000
50
112
12.5
13.3
3
310
2000
50
125
14
15
3
310
2000
50
140
15
16
3
310
2000
50
150
Φ6.35/Φ12.7 Φ9.52/Φ15.88 Φ9.52/Φ15.88
3/4”M PT
m m
m m
m m
Pa
m 3/h
kW
kW
kW
W
kg
dB (A )
L x W x H
CASSETTE TYPEPARAMETERS
ULTRA THIN AIR DUCT PARAMETER
LOW STATIC PRESSURE AIR DUCT PARAMETER
LOW STATIC PRESSURE AIR DUCT PARAMETER
Model QWMRV-*K
ModelQWMRV-*FD-C
Model
QWMRV-*FD-DModel
QWMRV-*FD-Z
Cooling capacity
Heating capacity
Heater power input
Rated power input
Power
Air flow
ESP
Noise
Unit
Panel
Unit weight
Panel weight
Liquid/stream pipe
Exhaust Pipe
Cooling capacity
Heating capacity
Heater power input
Rated power input
Power
Air flow
ESP
Noise
Unit
Unit weight
Liquid/stream pipe
Exhaust Pipe
Cooling capacity
Heating capacity
Heater power input
Rated power input
Power
Air flow
ESP
Noise
Unit
Unit weight
Liquid/stream pipe
Exhaust Pipe
Cooling capacity
Heating capacity
Heater power input
Rated power input
Power
Air flow
ESP
Noise
Unit
Liquid/stream pipe
Exhaust Pipe
Unit weight
kW
kW
m 3/h
Pa
kW
dB (A )
L*W *H
kg
90
9
10
100
10
11.2
1800
150
0.42
220V~ /50H z
49
3/8”
5/8”
1380*796*434
85
112
11.2
12.5
125
12.5
14
140
14
15
2300
150
0.53
51
89
4000
220
1.25
53
1/2”
7/8”
1750*875*536
98
8000
3
380V 3N ~ 50 H z
59
1- 1/8”
1900*943*878
210
150
15
16
220
22
24.5
280
28
31
450
45
49.5
560
56
61.5
58
200
1/2” 5/8”
Q W M R V- *F- X
kW
kW
m 3/h
Pa
kW
dB (A )
L*W *H
kg
140
14
15
1200
200
0.4
51
3/8”
5/8”
1410*796*434
69
560
56
61.5
5000
220
2.2
59
5/8”
1- 1/8”
190
450
45
49.5
4000
220
1.1
380V 3N ~ 50 H z
57
1/2”
1- 1/8”
1750*945*824
170
280
28
31
2800
220
0.55
53
1/2”
7/8”
98
220
22
24.5
2800
220
0.55
220V~ /50H z
53
1/2”
7/8”
1650*945*598
98
- 15~ 20
25
30
35
40
45
50
0.970.780.920.880.870.960.961.050.771.160.751.24
1.030.790.980.890.940.970.891.070.841.180.801.27
1.100.811.050.911.01.00.951.080.901.190.861.28
1.160.821.110.921.061.011.021.090.961.20.911.3
80- 110%25- 50%
1.220.841.170.931.131.031.081.111.021.230.981.32
22/15 24/17 27/19 29/21 32/23
- 15/- 16
- 10/- 12
- 7/- 8
- 1/- 2
2/1
7/6
10/9
15/12
15- 24
0.64
0.60
0.71
0.72
0.76
0.81
0.79
0.86
0.81
0.89
1.04
0.94
1.1
0.99
1.16
1.05
15 20 250.59
0.66
0.66
0.78
0.72
0.87
0.74
0.92
0.76
0.95
1.0
1.0
1.06
1.05
1.12
1.11
0.55
0.72
0.62
0.84
0.67
0.93
0.70
0.98
0.72
1.01
0.96
1.06
1.01
1.11
1.07
1.170.85- 1.05 of nom inal
0.80- 1.20 of nom inal
Cooling capacity
Heating capacity
Rated power input
Power
Air flow
ESP
Noise
Unit weight
Cooling capacity
Heating capacity
Rated power input
Power
Air flow
ESP
Noise
Unit weight
HIGH HYDROSTATIC PRESSURE PARAMETERS
Unit Size
ConnectedPipe
Liquid
Steam
Unit Size
ConnectedPipe
Liquid
Steam
NEW INDOOR AIR CONDITIONINGPARAMETERS
VARIABLE CONDITIONPARAMETERS
Cooling: actual cooling capacity=rated cooling capacity*K1*K3
Heating: actual heating capacity=rated heating capacity*K2*K3*K4
Cooling capacityPower input
Cooling capacityPower inputCooling capacityPower input
Cooling capacityPower input
Cooling capacityPower input
Cooling capacity
Power inputCooling capacityPower input
Heating capacity
Power input
Heating capacityPower input
Heating capacity
Power inputHeating capacity
Power inputHeating capacity
Power inputHeating capacity
Power inputHeating capacity
Power inputHeating capacity
Power inputHeating capacity
Power input
Power input
Environment DB temp.°C
Correct factorRoom temp.DB/WB °C
Environment DB/WB temp.°C Correct factor
Room temp.DB °C
Evironment temp.DB and room temp. DB/WB to cooling power input correction factor K1
Evironment temp.DB and room temp. DB/WB to cooling power input correction factor K2
Model QWMRV-*FD-G
MODEL
Q W M R V -250(280、335)W M
Q W M R V -400(450)W M
PRODUCT DIMENSIONS
Feet insallation size
Feet insallation size
VARIABLE CONDITIONPARAMETERS
Environment temperature°C
Equivalent Length(m)
Height difference(m)
Equivalent Length(m)
Height difference(m)
Cooling basic capacity change ratio(%) Heating basic capacity change ratio(%)
Height difference in positive value means outdoor unit is higher than indoor unit, negative means opposite.
Note:Equivalent length means the converted length of fittings such as bends after consider the pressure loss.
620
620
650
261
574
574615
650
61
135304
299
188
163
299
261
114
258
28
210
208
50
94
冷凝水嘴(¢26)电器盒
液管
5/8管接头
气管
17/16管接头
260(293)
122(157)
154~159
212(182)
液管 气管
822
950
950822
658
757
767
648
Q W M R V- 22(25、28、32、36)FD - C
Q W M R V- 40(45、50、56)FD - C
Q W M R V- 63(71)FD - C
698
838
1138
600
750
1000
760
900
1200
782
922
1222
860
1000
1300
A B C D E
C480
190
128
93
E
DA
B
440
340
51
4-11×16
Model
QWMRV-28(36,45,50,56)K
QWMRV-63(71,80,90,100,112,125,140)K
PRODUCT DIMENSIONS
mm
A
250 130
460
242
4-18X13
B
CD
43448
190
256
DA
CE
B
500
743
4-12×30
290
228
194
706
93
Q W M R V- 22(25、28、32、36、40)FD - D 660
Q W M R V- 45(50、56)FD - D
Q W M R V- 112(125、140)FD - D
Q W M R V- 63(71、80、90、100)FD - D
880
1180
1390
710
930
1230
1440
690
910
1210
1420
920
1140
1440
1650
A B C D
Q W M RV-45(50、56、71、80、90、100)FD -Z
Q W M RV-112(125、140、150)FD -Z
A
828
1188
B
890
1250
C
610
970
D
940
1300
E
1040
1400
A
1550
1695
1695
B
1650
1795
1795
C
1710
1855
1855
D
740
805
805
E
875
945
945
F
330
230
230
G
0
186
186
H
385
697
697
M
290
270
270
N
345
320
320
K
536
878
878
J
510
853
853
L
1490
1635
1635
- 450F- G
- 560F- G
280F- G
Q W M R V -090-150F-G
H
F G F
M NJ K
A
L
120
B
C
D E
1380.5
1200
790
796
434
148
55
1320
662
Model
Model
Model
PRODUCT DIMENSIONS
QWMRV-220
QWMRV
QWMRV
A
1435
1550
1550
B
1555
1670
1670
C
1595
1710
1710
D
815
810
810
E
945
945
945
F
330
230
230
G
0
186
186
H
385
697
697
M
292
270
270
N
345
320
320
K
598
824
824
J
573
800
800
L
1375
1500
1500
- 450F- X
- 560F- X
280F- X
Q W M R V -140F-X
H
F G F
M NJ K
A
L
120
B
C
D E
1440
1380
1197
660
795.5
843
201
410
434
PRODUCT DIMENSIONS
PRODUCT WIRING DIAGRAM
ALL FRESH AIR INDOOR UNIT
QWMRV-220
QWMRV
QWMRV
MODELINDOOR UNIT1 INDOOR UNIT2
INDOOR UNIT3 INDOOR UNIT64
OUTDOOR UNIT1 OUTDOOR UNIT2 OUTDOOR UNIT3
Q W M R V- 250W M /B A A
Q W M R V- 280W M /B A A
Q W M R V- 335W M /B A A
Q W M R V- 400W M /B A A
Q W M R V- 450W M /B A A
380V
- 415V 3N
~ 50H z
10
10
10
18
18
20
20
20
20
20
40
40
40
70
70
3.5
3.5
3.5
3.5
3.5
(m m 2)(m )
(m m 2)
220- 240V/50H z
2
3.5
5.5
10
20
20
20
20
20
30
40
50
< 10A
≥10A且<15A
≥15A且<22A
≥27A
(m m 2)(m )
PRODUCT WIRING DIAGRAM
UNIT COMMUNICATIONWIRING DIAGRAM
Separate pow
er
Model
ItemPower
Power cordCross-section
areaWiring length Rated current
Of over currentBreaker
Ground wireCross-section
Area
(A)
Note:1, the power cord must be fixed2, each external unit must be grounded;3, when the power cord length is out of range, the power cord should be thickened.
ItemPower
Power cordCross-section
areaWiring length
Rated currentOf over current
Breaker(A)Power current
single phase
Separate pow
er
Note:1, the power cord must be fixed2, each external unit must be grounded;
Outdoor unit1 Outdoor unit2 Outdoor unit3 Outdoor unit4
Signal line
Signal line
Sig
nal l
ine
Indoor unit1 Indoor unit2 Indoor unit3 Indoor unit64
To wire controller To wire controller To wire controller
To wire controller
Wire controller
One wire controller can connect to 16 units at most
Wire
Controller
Monitor To power
Power Local
Central controller1
in and out communication central control communication
To room communication
485 to USB
USB to computer
A,B, buildings control
Week time set
To building control
Central controller 2
To room communication
To power
Power Local
in and out communication central control communication
Central controller transfer 1
Central controller transfer 2
Instruction:\\ means 2 cores communication cord RED:+12V\\\ means 3 cores communication cord BLACK:GND\\\\ means 4 cores communication cord GREEN:A
With the dotted part can leave without connect YELLOW:B
∑≤N %
B≤5.6 Φ12.7
Φ15.88
Φ19.05
Φ22.2
Φ28.6
Φ28.6
Φ34.93
Φ41.3
Φ47.6
Φ6.35
Φ9.52
Φ9.52
Φ12.7
Φ12.7
Φ15.88
Φ19.05
Φ19.05
Φ22.2
A FG - 00A
A FG - 00A
A FG - 00A
A FG - 12A
A FG - 24A
A FG - 24A
A FG - 34A
A FG - 50A
A FG - 64A
5.6<B≤15
15<B≤20
20< B≤34
34< B≤45
45< B≤68
68< B≤95
95< B≤140
140< B≤180
9
10
12
14
16
Q W M R V- 250W M /B A A
Q W M R V- 280W M /B A A
Q W M R V- 335W M /B A A
Q W M R V- 400W M /B A A
Q W M R V- 450W M /B A A
Φ22.2
Φ28.6
Φ28.6
Φ12.7
A FG - 12A
A FG - 22A
18≤A≤24
24< A≤36
36< A≤50
50< A≤64
Φ28.6
Φ34.93
Φ41.3
Φ47.6
Φ15.88
Φ19.05
Φ19.05
Φ22.2
A FG - 24A
A FG - 34A
A FG - 50A
A FG - 64A
REFRIGERANTPIPE
If the frequency conversion multi-training system, the combination ration of the indoor unit and the outdoor unit should satisfy the following conditions:
Remark:1, the N% value is 100%, if the indoor unit is not always fully turned on, N% can be 130%.2, the maximum cooling capacity of the unit is equal to the rated cooling capacity of the outdoor unit;3, it is recommended to minimize the number of indoor units and the length of the pipeline as short as possible.
Indoor unit rated cooling capacity
Outdoor unit rated cooling capacity
Refrigerant piping type selection
PIPE TYPE CONNECTION PARTS NO.
The main pipe
Deputy piping
The outdoor and the first branch
Branches and branches
Branch and indoor unit
Φ12.7
Φ12.7
Φ12.7
Φ12.7
Φ22.2
Φ22.2
Single module outdoor unit piping 1 size(outdoor unit-the first branch tube), the diameter of the tube is determined by the outdoor unit's own piping specifications
Multi- module piping 1 size(outdoor unit-indoor unit- the first branch tube), the diameter of the tube is determined by the outdoor unit's capacity A.
Piping 2 size(branch tube - branch tube), the diameter of the tube is determined by the indoor unit's capacity B.
Outdoor unit capacity A(HP) Steam pipe Liquid pipe First branch
Indoor unit capacity B(HP) Steam pipe Liquid pipe Branch
Note: the first branch is based on total capacity of outdoor units, the other branch can not be bigger than the first branch.
Capacity Model Steam Liquid The first branchHP
Φ9.52
Φ9.52
Φ9.52
Φ12.7
Φ12.7
Φ12.7
Φ12.7
Φ12.7
Φ15.88
Φ15.88
Φ15.88
Φ15.88
Φ15.88
Φ15.88
Φ15.88
Φ15.88
Φ15.88
2.2
2.5
2.8
3.2
3.6
4.0
4.5
5.6
6.3
7.1
8.0
9.0
10.0
11.2
12.5
14.0
15.0
Φ6.35
Φ6.35
Φ6.35
Φ6.35
Φ6.35
Φ6.35
Φ6.35
Φ6.35
Φ9.52
Φ9.52
Φ9.52
Φ9.52
Φ9.52
Φ9.52
Φ9.52
Φ9.52
Φ9.52
/19.05
/19.05
REFRIGERANT PIPING
UNITINSTALLATION
The base is sufficient to withstand the weight and to isolate noise and vibration;Avoid direct sunlight, and if necessary, make a sunshade;The installation must be able to exclude rainwater and water formed by defrosting;The installation must ensure that the machine is not buried in the snow;The installation must ensure that the air outlet does not face strong winds;Ensure that the unit’s air and operating noise do not affect neighbors;The installation location must be free of debris and oil mist.For installation, please check with local service or dealer.
Warning :If the outdoor unit is operated in an atmosphere containing oil source(including oil), salt(marine areas), sulfide gases(in the vicinity of hot spring, refineries) these substances may cause unit failure.
Liquid
Steam
Liquid
Steam
Liquid
Steam
Liquid
Steam
Liquid
Steam
Liquid
Steam
Cooling capacityof indoor unit
Steam pipe
Liquid pipe
A
A
B
B
C
C
Cooling capacityof indoor unit
The pipe diameter of the pipe 3(between the indoor unit and the branch pipe) is determined by the piping specifications of the indoor unit itself.
Steam pipe Liquid Pipe Remark
Ceiling type
Cassette,ceiling type
12.7/6.35
12.7/3.35
Note:the length of the connection between the indoor unit and the branch can not longer than 20m.
UNIT INSTALLATION
When installing, leave the maintenance space shown in the figure below, install the outdoor unit, and install the power supply unit on the side of the outdoor unit, for the installation method, refer to the power supply unit installation manual.Please ensure that the necessary installation space, and the modules in the same system must be place at the same height(refer to the figure below)
Air
inle
t
Air
exha
ust
Ser
vice
spa
ce
Outlet, service side
when there are something on the outdoor unit, please refer the following:
Front view Side view Front view Side view
A:larger than 45°B:larger than 300mmC:larger than 1000mmD;deflector
If there is a stack of objects around the outdoor unit, its height should be more than 1000mm from the top of the outdoor unit. If it is smaller than the above size requirements, mechanical wind exhaust device must be used.