1. Automatic bacteria killing each week.
2. A+++ ERP certified by TUV
3. CE approved for full range
4. Digital touch control/ WIFI
5. Mature full inverter technology with evi, ensuring unit can work well in low ambient temperature.
6. Split full inverter air water heat pump adopts top grade parts such as: ALFA LAVAL plate heater exchanger, Wilo inverter water pump, Honeywell 3 way water valve and also Panasonic twin rotary inverter compressor.
7. Both 220v and 380v model are available for full range of split type full inverter air water heat pumps.
8. 35 Centigrade water output can reach A+++, 55 Centigrade water output can reach A++, Certified by TUV.
Availability: | |
---|---|
Quantity: | |
Description
The HEEALARX Eco Friendly Split design Full Inverter Air Source House Heating Heat Pump is specifically designed for European countries, such as Poland, Germany, the Netherlands, UK, France, Sweden, Finland, and more. This heat pump is ideal for providing efficient space heating, cooling, and domestic hot water solutions in villas, houses, and apartments. It can be used with fan coil units, floor coils, and radiators to meet various heating and cooling requirements. HEEALARX is committed to delivering energy-efficient and dependable heating and cooling solutions to cater to the diverse needs of European customers.
Features of HEEALARX Inverter Air Water House Heating Heat Pump used for fan colis Split Type
A+++ Energy Label
Our HEEALARX eco-friendly full inverter air to water house heating heat pumps used for fan coils for villas are manufactured in strict compliance with the EN14511 standard, guaranteeing adherence to the highest industry standards. Furthermore, our products have been certified with EUROVENT Energy Efficiency Class A and SCOP Class A+++ (at 35°C) and SCOP Class A++ (at 55°C) in accordance with the EN14825 standard. These certifications serve as proof of the exceptional energy efficiency and performance of our heat pump units, offering customers the assurance of superior quality and reliability.
EVI DC Inverter Technology
The HEEALARX Split EVI Full Inverter Air Water House Heating split design split inverter heat pump incorporates state-of-the-art low-temperature Enhanced Vapors Injection (EVI) compressor technology. This cutting-edge technology enables our heat pump to deliver higher heating capacity at low evaporation temperatures, surpassing the performance of normal inverter air source heat pumps. Consequently, it can more effectively respond to heating requirements, even in challenging conditions, reducing the need for supplementary heating.
Moreover, our split design split inverter heat pump has undergone meticulous optimization to efficiently generate water temperatures of up to 65 degrees Celsius during the frigid winter season. This ensures that our heat pump can reliably meet the heating demands of households, providing unparalleled comfort and warmth even in the most extreme weather conditions.
Best quality heat pump components
HEEALARX places the stable performance of our units as the top priority. To achieve this, we utilize the highest quality heat pump components available in the market. Our selection includes the ALFA LAVAL Plate heat exchanger, renowned for its excellent performance. We also incorporate the WILO Inverter water pump, manufactured in the EU, known for its reliability. Additionally, we use the Panasonic R32 full inverter compressor and the Panasonic inverter fan motor, both recognized for their superior quality. These carefully chosen components collectively contribute to the optimal performance and longevity of our split design split inverter heat pump, ensuring optimal performance for our fan coil units.
R32 Green Refrigerant
R32 is a gas with green properties that significantly contribute to environmental protection. It has a low Global Warming Potential (GWP) of 675, which is only 32% of R410A. This makes R32 a more environmentally friendly option. In the HEEALARX DC inverter air to water house heating heat pump used for fan coils system, the use of R32 allows for a lower charge amount compared to R410A. This not only reduces the environmental impact but also improves economic efficiency.
Additionally, R32 has a higher heat capacity than R410A, which means that less mass flow rate is required per unit. This results in a higher Coefficient of Performance (COP), improving energy efficiency and enhancing overall system performance.
HEEALARX’s choice to utilize R32 in our split design split inverter heat pump system demonstrates our commitment to both environmental sustainability and economic efficiency
Super Low Noise Level Technology
Our split design split inverter heat pump system incorporates several key features to ensure minimal noise levels. Firstly, we utilize the highly efficient and quiet Panasonic full inverter EVI compressor. This compressor is renowned for its ability to operate quietly while maintaining high performance. Additionally, our system includes a DC inverter fan motor with a changeable fan feed, further reducing noise emissions.
To enhance overall insulation and minimize any potential noise caused by vibrations or airflow, we have taken measures to improve the insulation of the piping and refrigerant system. These measures contribute to our heat pump system achieving an impressively low noise level of just 38 dB. This ensures a peaceful and comfortable environment for users.
Overall, our priority in designing this heat pump system was to prioritize noise reduction without compromising efficiency and performance. We are confident that our customers will appreciate the quiet operation and the peaceful ambiance it provides.
Smart Digital Touch Control
The HEEALARX villa-specific, eco-friendly full inverter EVI air to water house heating split design split inverter heat pump is equipped with a high-end controller featuring a digital colorful touch screen, setting it apart as an outstanding feature of this stylish heat pump product. Notably, it offers incredible convenience to users from different countries by allowing the selection of multiple languages for ease of use. Moreover, with its wifi/app control capability, customers can conveniently monitor the unit’s operation from anywhere and at any time using their mobile devices. This advanced functionality further enhances the overall convenience and user-friendly experience of the split design split inverter heat pump.
Mature full inverter technology
HEEALARX has achieved a significant milestone after 8 years of dedicated research, design, and development. Our international engineering team, located in Singapore and China, has successfully harnessed the complexities of mature full inverter technology. This groundbreaking innovation has been flawlessly incorporated into our split-type full inverter heat pump used for fan coils system, specifically designed for house heating and cooling applications with fan coils.
Installation
HEEALARX Full inverter evi air water house heating split design split inverter 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 house heating, domestic hot water and cooling with buffer tank
Installation Sketch for domestic hot water and house heating with buffer tank
Description
The HEEALARX Eco Friendly Split design Full Inverter Air Source House Heating Heat Pump is specifically designed for European countries, such as Poland, Germany, the Netherlands, UK, France, Sweden, Finland, and more. This heat pump is ideal for providing efficient space heating, cooling, and domestic hot water solutions in villas, houses, and apartments. It can be used with fan coil units, floor coils, and radiators to meet various heating and cooling requirements. HEEALARX is committed to delivering energy-efficient and dependable heating and cooling solutions to cater to the diverse needs of European customers.
Features of HEEALARX Inverter Air Water House Heating Heat Pump used for fan colis Split Type
A+++ Energy Label
Our HEEALARX eco-friendly full inverter air to water house heating heat pumps used for fan coils for villas are manufactured in strict compliance with the EN14511 standard, guaranteeing adherence to the highest industry standards. Furthermore, our products have been certified with EUROVENT Energy Efficiency Class A and SCOP Class A+++ (at 35°C) and SCOP Class A++ (at 55°C) in accordance with the EN14825 standard. These certifications serve as proof of the exceptional energy efficiency and performance of our heat pump units, offering customers the assurance of superior quality and reliability.
EVI DC Inverter Technology
The HEEALARX Split EVI Full Inverter Air Water House Heating split design split inverter heat pump incorporates state-of-the-art low-temperature Enhanced Vapors Injection (EVI) compressor technology. This cutting-edge technology enables our heat pump to deliver higher heating capacity at low evaporation temperatures, surpassing the performance of normal inverter air source heat pumps. Consequently, it can more effectively respond to heating requirements, even in challenging conditions, reducing the need for supplementary heating.
Moreover, our split design split inverter heat pump has undergone meticulous optimization to efficiently generate water temperatures of up to 65 degrees Celsius during the frigid winter season. This ensures that our heat pump can reliably meet the heating demands of households, providing unparalleled comfort and warmth even in the most extreme weather conditions.
Best quality heat pump components
HEEALARX places the stable performance of our units as the top priority. To achieve this, we utilize the highest quality heat pump components available in the market. Our selection includes the ALFA LAVAL Plate heat exchanger, renowned for its excellent performance. We also incorporate the WILO Inverter water pump, manufactured in the EU, known for its reliability. Additionally, we use the Panasonic R32 full inverter compressor and the Panasonic inverter fan motor, both recognized for their superior quality. These carefully chosen components collectively contribute to the optimal performance and longevity of our split design split inverter heat pump, ensuring optimal performance for our fan coil units.
R32 Green Refrigerant
R32 is a gas with green properties that significantly contribute to environmental protection. It has a low Global Warming Potential (GWP) of 675, which is only 32% of R410A. This makes R32 a more environmentally friendly option. In the HEEALARX DC inverter air to water house heating heat pump used for fan coils system, the use of R32 allows for a lower charge amount compared to R410A. This not only reduces the environmental impact but also improves economic efficiency.
Additionally, R32 has a higher heat capacity than R410A, which means that less mass flow rate is required per unit. This results in a higher Coefficient of Performance (COP), improving energy efficiency and enhancing overall system performance.
HEEALARX’s choice to utilize R32 in our split design split inverter heat pump system demonstrates our commitment to both environmental sustainability and economic efficiency
Super Low Noise Level Technology
Our split design split inverter heat pump system incorporates several key features to ensure minimal noise levels. Firstly, we utilize the highly efficient and quiet Panasonic full inverter EVI compressor. This compressor is renowned for its ability to operate quietly while maintaining high performance. Additionally, our system includes a DC inverter fan motor with a changeable fan feed, further reducing noise emissions.
To enhance overall insulation and minimize any potential noise caused by vibrations or airflow, we have taken measures to improve the insulation of the piping and refrigerant system. These measures contribute to our heat pump system achieving an impressively low noise level of just 38 dB. This ensures a peaceful and comfortable environment for users.
Overall, our priority in designing this heat pump system was to prioritize noise reduction without compromising efficiency and performance. We are confident that our customers will appreciate the quiet operation and the peaceful ambiance it provides.
Smart Digital Touch Control
The HEEALARX villa-specific, eco-friendly full inverter EVI air to water house heating split design split inverter heat pump is equipped with a high-end controller featuring a digital colorful touch screen, setting it apart as an outstanding feature of this stylish heat pump product. Notably, it offers incredible convenience to users from different countries by allowing the selection of multiple languages for ease of use. Moreover, with its wifi/app control capability, customers can conveniently monitor the unit’s operation from anywhere and at any time using their mobile devices. This advanced functionality further enhances the overall convenience and user-friendly experience of the split design split inverter heat pump.
Mature full inverter technology
HEEALARX has achieved a significant milestone after 8 years of dedicated research, design, and development. Our international engineering team, located in Singapore and China, has successfully harnessed the complexities of mature full inverter technology. This groundbreaking innovation has been flawlessly incorporated into our split-type full inverter heat pump used for fan coils system, specifically designed for house heating and cooling applications with fan coils.
Installation
HEEALARX Full inverter evi air water house heating split design split inverter 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 house heating, domestic hot water and cooling with buffer tank
Installation Sketch for domestic hot water and house heating 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. |