1. Low Noise level, quiet operation.
2. A+++ ERP certified by TUV
3. EVI Technology cold climate working insurance.
4. Split design, indoor hydronic box can be inside, good function of anti freezing.
5. Wide Capacity range of 9kw, 12kw, 15kw, 18kw and 22kw.
6. CE approval for full range of split inverter air water house heating heat pumps.
7. Top grade parts are in used, such as: ALFA LAVAL Plate heater exchanger, Wilo inverter water pump, Honeywell 3 way water valve and Panasonic twin rotary compressor.
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Description
When it is time for selection new heat pump, choose HEEALARX R32 Air Source Split Inverter Heat Pump for cold area. With HEEALARX R32 Full DC Inverter Air Source Split Heat Pump for cold area, you will get a pleasant indoor climate all year round, sustainable energy use and also a full control in your mobile phone.
Features of HEEALARX Inverter Air Water House Heating Heat Pump Split Type
Approved High Efficiency A+++ By TUV
As for targeting the European market demand, HEEALARX R32 DC Inverter Air Source Split Inverter Heat Pump for cold area has adopted R32 green gas, full inverter technology combined with evi technology, rated as A+++ energy label after passing the efficiency test in TUV lab. With the highest energy rating in the European market, A+++, the air source split inverter heat pump unit is the most energy efficient and also can greatly reduce customers’ electricity bills. The high efficiency DC Inverter Air Source Split Inverter Heat Pump for cold area save more than 30% energy than other air water inverter heat pumps.
Super Low Noise Level Technology
with adoption of Panasonic full inverter evi compressor, dc inverter fan motor with changeable fan feed and also well insulation of whole piping and refrigerant system, and the noise level of our heat pump system can reduce to 38 dB.
Mature full inverter technology
After 8 years of research, designing and advancement by our international engineer team from Singapore and China, HEEALARX has fully mastered the secret of the mature full inverter technology and also it has applied to our product of split type full inverter house heating and cooling heat pump.
Full inverter EVI Technology
The evi technology with full inverter can ensure the maximum best performance of the heat pump unit during operating at cold ambient temperature as low as -25 centigrade and even -35 centigrade, which can help to offer the end users with stable comfortable house heating and hot water supply.
Longer Lifetime High Quality Heat Pump Components
As to ensure HEEALARX Air Source Split Inverter Heat Pump for cold area working stably in longer lifetime, all the key components are from leading heat pump components suppliers to make sure the quality and also realize its long and stable working conditions. This includes Panasonic full inverter dc inverter compressor, ALFA LAVAL plate heater exchanger, WILO inverter water pump, Honeywell 3 way water valve, etc.
R32 Gas
New gas of R32 environment friendly green gas is in use, 10%-20% more efficient than R410A and also low carbon consumption.
Digital Smart WIFI Control
By download APP in your mobile phone, it will be easy and convenient to control the R32 DC Inverter Air to Water Split Inverter House Heating Heat Pump unit from HEEALARX at anytime, anywhere. Just imagine that you turn on your heat pump and set it to a comfortable temperature before you go home and you can enjoy the comfortable climate environment as soon as you arrive home. This shall be fantastic enjoyment for you.
Easy Installation Indoor Hydraulic Parts
For normal inverter heat pumps, customer need to pay for the complicate and high cost installation. For HEEALARX R32 DC Inverter Air Source Split Inverter Heat Pump for cold area which put all hydraulic parts for installation into the indoor unit, including WILO inverter water pump, expansion tank, HONEYWELL 3 way water valve, back up electrical heater, wiring box, which will be easy and convenient for installer to make the fast and quick installation for the heat pumps.
Installation
HEEALARX Full inverter evi air water house heating heat pump is designed for house heating, domestic hot water supply and cooling in low ambient air temperature of -25 centigrade to -35 centigrade.
Installation Sketch for domestic hot water and house heating with buffer tank
Installation Sketch for house heating, domestic hot water and cooling with buffer tank
Description
When it is time for selection new heat pump, choose HEEALARX R32 Air Source Split Inverter Heat Pump for cold area. With HEEALARX R32 Full DC Inverter Air Source Split Heat Pump for cold area, you will get a pleasant indoor climate all year round, sustainable energy use and also a full control in your mobile phone.
Features of HEEALARX Inverter Air Water House Heating Heat Pump Split Type
Approved High Efficiency A+++ By TUV
As for targeting the European market demand, HEEALARX R32 DC Inverter Air Source Split Inverter Heat Pump for cold area has adopted R32 green gas, full inverter technology combined with evi technology, rated as A+++ energy label after passing the efficiency test in TUV lab. With the highest energy rating in the European market, A+++, the air source split inverter heat pump unit is the most energy efficient and also can greatly reduce customers’ electricity bills. The high efficiency DC Inverter Air Source Split Inverter Heat Pump for cold area save more than 30% energy than other air water inverter heat pumps.
Super Low Noise Level Technology
with adoption of Panasonic full inverter evi compressor, dc inverter fan motor with changeable fan feed and also well insulation of whole piping and refrigerant system, and the noise level of our heat pump system can reduce to 38 dB.
Mature full inverter technology
After 8 years of research, designing and advancement by our international engineer team from Singapore and China, HEEALARX has fully mastered the secret of the mature full inverter technology and also it has applied to our product of split type full inverter house heating and cooling heat pump.
Full inverter EVI Technology
The evi technology with full inverter can ensure the maximum best performance of the heat pump unit during operating at cold ambient temperature as low as -25 centigrade and even -35 centigrade, which can help to offer the end users with stable comfortable house heating and hot water supply.
Longer Lifetime High Quality Heat Pump Components
As to ensure HEEALARX Air Source Split Inverter Heat Pump for cold area working stably in longer lifetime, all the key components are from leading heat pump components suppliers to make sure the quality and also realize its long and stable working conditions. This includes Panasonic full inverter dc inverter compressor, ALFA LAVAL plate heater exchanger, WILO inverter water pump, Honeywell 3 way water valve, etc.
R32 Gas
New gas of R32 environment friendly green gas is in use, 10%-20% more efficient than R410A and also low carbon consumption.
Digital Smart WIFI Control
By download APP in your mobile phone, it will be easy and convenient to control the R32 DC Inverter Air to Water Split Inverter House Heating Heat Pump unit from HEEALARX at anytime, anywhere. Just imagine that you turn on your heat pump and set it to a comfortable temperature before you go home and you can enjoy the comfortable climate environment as soon as you arrive home. This shall be fantastic enjoyment for you.
Easy Installation Indoor Hydraulic Parts
For normal inverter heat pumps, customer need to pay for the complicate and high cost installation. For HEEALARX R32 DC Inverter Air Source Split Inverter Heat Pump for cold area which put all hydraulic parts for installation into the indoor unit, including WILO inverter water pump, expansion tank, HONEYWELL 3 way water valve, back up electrical heater, wiring box, which will be easy and convenient for installer to make the fast and quick installation for the heat pumps.
Installation
HEEALARX Full inverter evi air water house heating heat pump is designed for house heating, domestic hot water supply and cooling in low ambient air temperature of -25 centigrade to -35 centigrade.
Installation Sketch for domestic hot water and house heating with buffer tank
Installation Sketch for house heating, domestic hot water and cooling with buffer tank
Full Inverter Air Water House Heating Heat Pump Split Type | ||||||
Complete model | VS90-DCS | VS120-DCS | VS150-DCS | VS180-DCS | VS220-DCS | |
External model number | VS90-DCS-FW | VS120-DCS-FW | VS150-DCS-FW | VS180-DCS-FW | VS220-DCS-FW | |
Power Supply | / | 380V~50Hz/3Ph | ||||
Heating Condition-Ambient Temp.(DB/WB):7/6℃,Water Temp.(In/Out):40/45℃ | ||||||
Heating Capacity Range | kW | 3.8~9.0 | 3.8~11.0 | 5.5~15.0 | 5.5~17.5 | 7.3~21.5 |
Heating Power Input Range | kW | 0.89~2.48 | 0.89~3.06 | 1.31~4.11 | 1.31~4.85 | 1.73~5.91 |
COP | 4.25~3.63 | 4.25~3.6 | 4.20~3.65 | 4.20~3.61 | 4.22~3.64 | |
Heating Condition-Ambient Temp.(DB/WB):7/6℃,Water Temp.(In/Out):30/35℃ | ||||||
Heating Capacity Range | kW | 3.7~8.5 | 3.7~10.7 | 5.2~14.6 | 5.2~17.4 | 7.0~21.2 |
Heating Power Input Range | kW | 0.67~1.91 | 0.67~2.40 | 0.94~3.28 | 0.94~3.95 | 1.27~4.75 |
COP | 5.55~4.45 | 5.55~4.46 | 5.56~4.45 | 5.56~4.41 | 5.52~4.46 | |
Heating Condition-Ambient Temp.(DB/WB):-5/-6℃,Water Temp.(In/Out):36/41℃ | ||||||
Heating Capacity Range | kW | 3.5~7.0 | 4.0~8.5 | 4.5~13.0 | 5.0~15.0 | 5.5~17.0 |
Heating Power Input Range | kW | 0.91~2.33 | 1.06~2.85 | 1.17~4.30 | 1.30~5.98 | 1.40~5.45 |
COP | 3.80~3.00 | 3.78~2.98 | 3.85~3.02 | 3.83~3.01 | 3.95~3.12 | |
Heating Condition-Ambient Temp.(DB/WB):-12/-13.5℃,Water Temp.(In/Out):36/41℃ | ||||||
Heating Capacity Range | kW | 3.0~6.0 | 4.0~7.5 | 4.0~11.0 | 4.5~13.0 | 5.0~15.0 |
Heating Power Input Range | kW | 1.11~2.45 | 1.50~3.06 | 1.45~4.40 | 1.65~5.30 | 1.79~5.88 |
COP | 2.70~2.45 | 2.68~2.45 | 2.75~2.50 | 2.72~2.48 | 2.80~2.55 | |
Heating Condition-Ambient Temp.(DB/WB):-20/~℃,Water Temp.(In/Out):~/41℃ | ||||||
Heating Capacity Range | kW | 2.5~5.0 | 3.0~6.0 | 3.8~9.5 | 4.3~11.0 | 4.7~12.5 |
Heating Power Input Range | kW | 1.04~2.33 | 1.26~2.79 | 1.59~4.44 | 1.80~5.19 | 1.92~5.68 |
COP | 2.40~2.15 | 2.38~2.15 | 2.39~2.14 | 2.38~2.12 | 2.45~2.20 | |
Cooling Condition-Ambient Temp.(DB/WB):35/24℃,Water Temp.(In/Out):12/7℃ | ||||||
Cooling Capacity Range | kW | 2.3~6.5 | 2.3~8.0 | 3.2~11.0 | 3.2~13.0 | 4.5~15.0 |
Cooling Power Input Range | kW | 0.65~2.45 | 0.65~3.04 | 0.90~4.10 | 0.90~4.96 | 1.25~5.68 |
EER | 3.53~2.65 | 3.53~2.63 | 3.55~2.68 | 3.55~2.62 | 3.6~2.64 | |
ErP Level(35℃) | / | A+++ | A+++ | A+++ | A+++ | A+++ |
SCOP(35℃) | / | 4.81 | 4.82 | 4.82 | 4.80 | 4.81 |
Water Flow | m³ | 1.1 | 1.4 | 1.9 | 2.2 | 2.6 |
Refrigerant/Proper Input | kg | R32/1.2kg | R32/1.2kg | R32/1.8kg | R32/1.8kg | R32/2.3kg |
Sound Pressure At Rated Flow (1m) | dB(A) | 42 | 43 | 45 | 46 | 47 |
Sound Power LevelEN12102 (35℃) | dB(A) | 57 | 59 | 60 | 61 | 62 |
Cabinet Type | / | Galvanized sheet+ABS | ||||
Compressor Brand | / | Panasonic | ||||
Fan Motor Type | / | DC motor | ||||
Operating Ambient Temperature | ℃ | -35~43 | ||||
Water Connection | inch | 1 | 1 | 1.2 | 1.2 | 1.2 |
Refrigerant circuit | Liquid Dia(OD):φ9.52 / Gas Dia(OD):φ15.88 | |||||
Net weight | kg | 65 | 70 | 90 | 105 | 115 |
Unit Dimensions(L/W/H) | mm | 945×440×750 | 1145×440×950 | 1055×440×1400 | ||
Shipping Dimensions(L/W/H) | mm | 990×450×900 | 1195×450×1100 | 1100×450×1550 | ||
The above data is for reference only;specific data is subject to the product nameplate. |
Full Inverter Air Water House Heating Heat Pump Split Type | ||||||
Complete model | VS90-DCS | VS120-DCS | VS150-DCS | VS180-DCS | VS220-DCS | |
External model number | VS90-DCS-FW | VS120-DCS-FW | VS150-DCS-FW | VS180-DCS-FW | VS220-DCS-FW | |
Power Supply | / | 380V~50Hz/3Ph | ||||
Heating Condition-Ambient Temp.(DB/WB):7/6℃,Water Temp.(In/Out):40/45℃ | ||||||
Heating Capacity Range | kW | 3.8~9.0 | 3.8~11.0 | 5.5~15.0 | 5.5~17.5 | 7.3~21.5 |
Heating Power Input Range | kW | 0.89~2.48 | 0.89~3.06 | 1.31~4.11 | 1.31~4.85 | 1.73~5.91 |
COP | 4.25~3.63 | 4.25~3.6 | 4.20~3.65 | 4.20~3.61 | 4.22~3.64 | |
Heating Condition-Ambient Temp.(DB/WB):7/6℃,Water Temp.(In/Out):30/35℃ | ||||||
Heating Capacity Range | kW | 3.7~8.5 | 3.7~10.7 | 5.2~14.6 | 5.2~17.4 | 7.0~21.2 |
Heating Power Input Range | kW | 0.67~1.91 | 0.67~2.40 | 0.94~3.28 | 0.94~3.95 | 1.27~4.75 |
COP | 5.55~4.45 | 5.55~4.46 | 5.56~4.45 | 5.56~4.41 | 5.52~4.46 | |
Heating Condition-Ambient Temp.(DB/WB):-5/-6℃,Water Temp.(In/Out):36/41℃ | ||||||
Heating Capacity Range | kW | 3.5~7.0 | 4.0~8.5 | 4.5~13.0 | 5.0~15.0 | 5.5~17.0 |
Heating Power Input Range | kW | 0.91~2.33 | 1.06~2.85 | 1.17~4.30 | 1.30~5.98 | 1.40~5.45 |
COP | 3.80~3.00 | 3.78~2.98 | 3.85~3.02 | 3.83~3.01 | 3.95~3.12 | |
Heating Condition-Ambient Temp.(DB/WB):-12/-13.5℃,Water Temp.(In/Out):36/41℃ | ||||||
Heating Capacity Range | kW | 3.0~6.0 | 4.0~7.5 | 4.0~11.0 | 4.5~13.0 | 5.0~15.0 |
Heating Power Input Range | kW | 1.11~2.45 | 1.50~3.06 | 1.45~4.40 | 1.65~5.30 | 1.79~5.88 |
COP | 2.70~2.45 | 2.68~2.45 | 2.75~2.50 | 2.72~2.48 | 2.80~2.55 | |
Heating Condition-Ambient Temp.(DB/WB):-20/~℃,Water Temp.(In/Out):~/41℃ | ||||||
Heating Capacity Range | kW | 2.5~5.0 | 3.0~6.0 | 3.8~9.5 | 4.3~11.0 | 4.7~12.5 |
Heating Power Input Range | kW | 1.04~2.33 | 1.26~2.79 | 1.59~4.44 | 1.80~5.19 | 1.92~5.68 |
COP | 2.40~2.15 | 2.38~2.15 | 2.39~2.14 | 2.38~2.12 | 2.45~2.20 | |
Cooling Condition-Ambient Temp.(DB/WB):35/24℃,Water Temp.(In/Out):12/7℃ | ||||||
Cooling Capacity Range | kW | 2.3~6.5 | 2.3~8.0 | 3.2~11.0 | 3.2~13.0 | 4.5~15.0 |
Cooling Power Input Range | kW | 0.65~2.45 | 0.65~3.04 | 0.90~4.10 | 0.90~4.96 | 1.25~5.68 |
EER | 3.53~2.65 | 3.53~2.63 | 3.55~2.68 | 3.55~2.62 | 3.6~2.64 | |
ErP Level(35℃) | / | A+++ | A+++ | A+++ | A+++ | A+++ |
SCOP(35℃) | / | 4.81 | 4.82 | 4.82 | 4.80 | 4.81 |
Water Flow | m³ | 1.1 | 1.4 | 1.9 | 2.2 | 2.6 |
Refrigerant/Proper Input | kg | R32/1.2kg | R32/1.2kg | R32/1.8kg | R32/1.8kg | R32/2.3kg |
Sound Pressure At Rated Flow (1m) | dB(A) | 42 | 43 | 45 | 46 | 47 |
Sound Power LevelEN12102 (35℃) | dB(A) | 57 | 59 | 60 | 61 | 62 |
Cabinet Type | / | Galvanized sheet+ABS | ||||
Compressor Brand | / | Panasonic | ||||
Fan Motor Type | / | DC motor | ||||
Operating Ambient Temperature | ℃ | -35~43 | ||||
Water Connection | inch | 1 | 1 | 1.2 | 1.2 | 1.2 |
Refrigerant circuit | Liquid Dia(OD):φ9.52 / Gas Dia(OD):φ15.88 | |||||
Net weight | kg | 65 | 70 | 90 | 105 | 115 |
Unit Dimensions(L/W/H) | mm | 945×440×750 | 1145×440×950 | 1055×440×1400 | ||
Shipping Dimensions(L/W/H) | mm | 990×450×900 | 1195×450×1100 | 1100×450×1550 | ||
The above data is for reference only;specific data is subject to the product nameplate. |