The HEEALARX Full Dc Monoblock Inverter Heat Pump Suitable For Fan Coil incorporates advanced Full DC air water inverter technology and an electronic microprocessor for efficient control of the electronic expansion valve, compressor, and fan. It is capable of producing hot water with temperatures reaching up to 55 °C, even in extremely cold external temperatures as low as -25 °C. Additionally, it can provide domestic hot water (DHW) with temperatures of up to 50 °C. The temperature regulation is effectively achieved through the use of DHW and AT (ambient temperature) accumulators.
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Our company’s R32 Full Inverter Air Water House Heating Heat Pump Suitable for fan coil utilizes R32 gas, ensuring exceptional performance while adhering to European regulations on Fgas 2025 to minimize environmental impact. Moreover, the HEEALARX Full DC Inverter Monoblock heat pump features a wifi app control function, enabling convenient and efficient energy management. As a result, it boasts an impressive energy efficiency rating of class A+++.
Selling Point of HEEALARX R32 Full DC Inverter Air Source Monoblock Heat Pump For Fan Coil
Crafted Modern Casing With Care
HEEALARX engineers worked closely with designers to create a unique and contemporary aesthetic for the conventional Monoblock air to water house heating heat pump suitable for fan coil outdoor units. Taking inspiration from the sleek design of HEEALARX split heat pump units, these outdoor units showcase a striking appearance highlighted by a dynamic fan grill that seamlessly blends into any surroundings.
A+++ Energy Label Renewable Energy
The HEEALARX Full DC mononblock Inverter Air Source Monoblock House Heating Heat Pump For Fan Coil utilizes the abundant renewable energy present in the air to provide heating, cooling, and hot water for your home in an environmentally friendly manner. This cutting-edge Full Inverter House Heating Heat Pump For Hot Water Supply achieves an impressive 75% renewable energy extraction from the air, complemented by 25% electricity, resulting in outstanding energy efficiency. It has been awarded the esteemed A+++ energy label for space heating and has successfully undergone ERP test report, officially certified by TUV SUD.
Powered By Full Inverter Technology
The HEEALARX R32 Full DC Inverter Air Water Monoblock House Heating Heat Pump suitable for fan coil, equipped with WIFI Control, incorporates state-of-the-art technology. It boasts a full inverter Panasonic twin-rotary compressor and an inverter brushless motor, allowing for precise and efficient operation. This advanced full inverter technology not only ensures optimal comfort but also minimizes energy consumption, resulting in cost savings for users.
World Class Parts Using
HEEALARX, as a company, places utmost importance on ensuring the superior quality of our Full DC Inverter Monoblock Air Water House Heating Heat Pump Suitable for fan coil. We achieve this through the implementation of various measures, one of which is the incorporation of world-class main heat parts. These exceptional components include:
1. ALFA LAVAL Plate Heat Exchanger: Renowned for its exceptional heat transfer capabilities, the ALFA LAVAL Plate Heat Exchanger guarantees optimal performance and reliability in our Monoblock Inverter Air Water House Heating Heat Pump. It efficiently transfers heat, contributing to the overall efficiency of our product.
2. Panasonic Twin Rotary Inverter Compressor with EVI Technology: Our advanced heat pump features a Panasonic Twin Rotary Inverter Compressor with EVI (Enhanced Vapor Injection) Technology. This cutting-edge compressor technology allows for precise control and adjustment of the compressor speed, resulting in improved energy efficiency and stable operation of our heat pump products.
3. Panasonic Inverter Fan Motor: To further enhance the efficiency of our Full Inverter House Heating Heat Pump, we have integrated a Panasonic inverter fan motor. This component enables variable speed control of the fan, ensuring optimal airflow while minimizing energy consumption.
4. Mitsubishi Inverter Module: The inclusion of a Mitsubishi inverter module plays a significant role in the reliable and stable operation of our full DC Monoblock Inverter Heat Pump products. This module aids in regulating the power supply, ensuring smooth and consistent performance.
By harnessing the capabilities of these world-class main heat parts, we confidently guarantee the high quality, reliability, and energy efficiency of our Full DC Inverter Monoblock Air Water House Heating Heat Pump For Hot Water Supply.
Super Low Noise Level Technology
The HEEALARX Full DC Inverter Monoblock Air to Water House Heating Heat Pump For Fan Coil integrates cutting-edge components, including the Panasonic inverter-driven twin rotary compressor, inverter fan motor, special insulation foaming, and a system structure design aimed at minimizing noise levels. These features synergistically contribute to a noise-free operation of the Full Inverter House Heating Heat Pump suitable for fan coil, delivering a serene and tranquil environment without any disruptive sounds.
Ideal To Replace Your Gas Boiler
The HEEALARX Full Inverter House Heating Heat Pump Suitable for fan coil provides an excellent alternative to gas boilers in contemporary residences built between 1990 and 2000. These Monoblock Inverter Heat Pumps are specifically engineered to be compatible with underfloor heating systems and low temperature radiators. Originating from Singapore and manufactured in China exclusively for the European market, the HEEALARX Full Inverter Monoblock Air Water House Heating Heat Pumps are ideally suited for all European climates throughout the entire year.
Smart Home WIFI Technology
The HEEALARX Full DC Inverter Monoblock Air Water House Heating Heat Pump Suitable for fan coil offers customers the advantage of integrating smart technology seamlessly into their modern homes. With HEEALARX’s wifi connectivity feature, users can conveniently control the Full Inverter House Heating Heat Pump For Hot Water Supply directly from their smartphones. Additionally, they can remotely conduct diagnostics, ensuring ease of use and peace of mind.
Automatic Defrosting, Beating The Cold
The HEEALARX Full DC Monoblack Inverter House Heating Heat Pump For Fan Coil is a sustainable heating solution that delivers exceptional performance in various climates, be it cold or warm. It incorporates cutting-edge automatic defrosting technology and EVI (Enhanced Vapor Injection) full inverter technology. Unlike conventional heating systems, the HEEALARX Full Inverter Monobloc Air Water House Heating Heat Pump utilizes the ambient heat from the outdoor air to generate the required amount of heat and hot water, even in extreme low temperatures as low as -28°C.
Installation
HEELARX monoblock full inverter air water heat pumps suitable for fan coil can provide heating, cooling and domestic hot water. Floor heating loops is used for space heating while fancoil unit can be used for space heating and cooling.
Domestic hot water is supplied from the domestic hot water tank connected to the heat pump.
Traditional Installation
Installation with Multi Functional Tank
Our company’s R32 Full Inverter Air Water House Heating Heat Pump Suitable for fan coil utilizes R32 gas, ensuring exceptional performance while adhering to European regulations on Fgas 2025 to minimize environmental impact. Moreover, the HEEALARX Full DC Inverter Monoblock heat pump features a wifi app control function, enabling convenient and efficient energy management. As a result, it boasts an impressive energy efficiency rating of class A+++.
Selling Point of HEEALARX R32 Full DC Inverter Air Source Monoblock Heat Pump For Fan Coil
Crafted Modern Casing With Care
HEEALARX engineers worked closely with designers to create a unique and contemporary aesthetic for the conventional Monoblock air to water house heating heat pump suitable for fan coil outdoor units. Taking inspiration from the sleek design of HEEALARX split heat pump units, these outdoor units showcase a striking appearance highlighted by a dynamic fan grill that seamlessly blends into any surroundings.
A+++ Energy Label Renewable Energy
The HEEALARX Full DC mononblock Inverter Air Source Monoblock House Heating Heat Pump For Fan Coil utilizes the abundant renewable energy present in the air to provide heating, cooling, and hot water for your home in an environmentally friendly manner. This cutting-edge Full Inverter House Heating Heat Pump For Hot Water Supply achieves an impressive 75% renewable energy extraction from the air, complemented by 25% electricity, resulting in outstanding energy efficiency. It has been awarded the esteemed A+++ energy label for space heating and has successfully undergone ERP test report, officially certified by TUV SUD.
Powered By Full Inverter Technology
The HEEALARX R32 Full DC Inverter Air Water Monoblock House Heating Heat Pump suitable for fan coil, equipped with WIFI Control, incorporates state-of-the-art technology. It boasts a full inverter Panasonic twin-rotary compressor and an inverter brushless motor, allowing for precise and efficient operation. This advanced full inverter technology not only ensures optimal comfort but also minimizes energy consumption, resulting in cost savings for users.
World Class Parts Using
HEEALARX, as a company, places utmost importance on ensuring the superior quality of our Full DC Inverter Monoblock Air Water House Heating Heat Pump Suitable for fan coil. We achieve this through the implementation of various measures, one of which is the incorporation of world-class main heat parts. These exceptional components include:
1. ALFA LAVAL Plate Heat Exchanger: Renowned for its exceptional heat transfer capabilities, the ALFA LAVAL Plate Heat Exchanger guarantees optimal performance and reliability in our Monoblock Inverter Air Water House Heating Heat Pump. It efficiently transfers heat, contributing to the overall efficiency of our product.
2. Panasonic Twin Rotary Inverter Compressor with EVI Technology: Our advanced heat pump features a Panasonic Twin Rotary Inverter Compressor with EVI (Enhanced Vapor Injection) Technology. This cutting-edge compressor technology allows for precise control and adjustment of the compressor speed, resulting in improved energy efficiency and stable operation of our heat pump products.
3. Panasonic Inverter Fan Motor: To further enhance the efficiency of our Full Inverter House Heating Heat Pump, we have integrated a Panasonic inverter fan motor. This component enables variable speed control of the fan, ensuring optimal airflow while minimizing energy consumption.
4. Mitsubishi Inverter Module: The inclusion of a Mitsubishi inverter module plays a significant role in the reliable and stable operation of our full DC Monoblock Inverter Heat Pump products. This module aids in regulating the power supply, ensuring smooth and consistent performance.
By harnessing the capabilities of these world-class main heat parts, we confidently guarantee the high quality, reliability, and energy efficiency of our Full DC Inverter Monoblock Air Water House Heating Heat Pump For Hot Water Supply.
Super Low Noise Level Technology
The HEEALARX Full DC Inverter Monoblock Air to Water House Heating Heat Pump For Fan Coil integrates cutting-edge components, including the Panasonic inverter-driven twin rotary compressor, inverter fan motor, special insulation foaming, and a system structure design aimed at minimizing noise levels. These features synergistically contribute to a noise-free operation of the Full Inverter House Heating Heat Pump suitable for fan coil, delivering a serene and tranquil environment without any disruptive sounds.
Ideal To Replace Your Gas Boiler
The HEEALARX Full Inverter House Heating Heat Pump Suitable for fan coil provides an excellent alternative to gas boilers in contemporary residences built between 1990 and 2000. These Monoblock Inverter Heat Pumps are specifically engineered to be compatible with underfloor heating systems and low temperature radiators. Originating from Singapore and manufactured in China exclusively for the European market, the HEEALARX Full Inverter Monoblock Air Water House Heating Heat Pumps are ideally suited for all European climates throughout the entire year.
Smart Home WIFI Technology
The HEEALARX Full DC Inverter Monoblock Air Water House Heating Heat Pump Suitable for fan coil offers customers the advantage of integrating smart technology seamlessly into their modern homes. With HEEALARX’s wifi connectivity feature, users can conveniently control the Full Inverter House Heating Heat Pump For Hot Water Supply directly from their smartphones. Additionally, they can remotely conduct diagnostics, ensuring ease of use and peace of mind.
Automatic Defrosting, Beating The Cold
The HEEALARX Full DC Monoblack Inverter House Heating Heat Pump For Fan Coil is a sustainable heating solution that delivers exceptional performance in various climates, be it cold or warm. It incorporates cutting-edge automatic defrosting technology and EVI (Enhanced Vapor Injection) full inverter technology. Unlike conventional heating systems, the HEEALARX Full Inverter Monobloc Air Water House Heating Heat Pump utilizes the ambient heat from the outdoor air to generate the required amount of heat and hot water, even in extreme low temperatures as low as -28°C.
Installation
HEELARX monoblock full inverter air water heat pumps suitable for fan coil can provide heating, cooling and domestic hot water. Floor heating loops is used for space heating while fancoil unit can be used for space heating and cooling.
Domestic hot water is supplied from the domestic hot water tank connected to the heat pump.
Traditional Installation
Installation with Multi Functional Tank
Full Inverter Air Water House Heating Heat Pump Monobloc Type | |||||||||
Model | VS90-DC | VS120-DC | VS150-DC | VS180-DC | VS220-DC | VS250-DC | VS300-DC | VS340-DC | |
Power Supply | / | 220V-240V~50Hz/1Ph | 380V-420~50Hz/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 | 9.5~24.5 | 9.5~29.2 | 12.5~33.3 |
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 | 2.26~6.69 | 2.26~8.11 | 2.98~9.22 |
COP | 4.25~3.63 | 4.25~3.6 | 4.20~3.65 | 4.20~3.61 | 4.22~3.64 | 4.21~3.66 | 4.21~3.6 | 4.20~3.61 | |
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 | 9.0~24.3 | 9.0~29.4 | 12.2~33.2 |
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 | 1.60~5.49 | 1.60~6.61 | 2.20~7.53 |
COP | 5.55~4.45 | 5.55~4.46 | 5.56~4.45 | 5.56~4.41 | 5.52~4.46 | 5.60~4.43 | 5.60~4.45 | 5.54~4.41 | |
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 | 8.5~20.5 | 9.0~23.0 | 10.0~26.0 |
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 | 2.16~6.83 | 2.23~7.59 | 2.47~8.38 |
COP | 3.80~3.00 | 3.78~2.98 | 3.85~3.02 | 3.83~3.01 | 3.95~3.12 | 3.93~3.00 | 4.02~3.03 | 4.05~3.10 | |
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 | 8.0~18.0 | 9.0~21.0 | 9.8~24.0 |
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 | 2.88~7.20 | 3.27~8.47 | 3.54~9.64 |
COP | 2.70~2.45 | 2.68~2.45 | 2.75~2.50 | 2.72~2.48 | 2.80~2.55 | 2.78~2.50 | 2.75~2.48 | 2.77~2.49 | |
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 | 7.5~15.0 | 9.0~18.0 | 9.5~21.0 |
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 | 3.13~6.91 | 3.78~8.37 | 4.03~9.86 |
COP | 2.40~2.15 | 2.38~2.15 | 2.39~2.14 | 2.38~2.12 | 2.45~2.20 | 2.40~2.17 | 2.38~2.15 | 2.36~2.13 | |
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 | 5.5~18.0 | 5.5~21.0 | 7.6~24.0 |
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 | 1.52~6.67 | 1.52~7.92 | 2.15~8.99 |
EER | 3.53~2.65 | 3.53~2.63 | 3.55~2.68 | 3.55~2.62 | 3.6~2.64 | 3.62~2.7 | 3.62~2.65 | 3.53~2.67 | |
ErP Level(35℃) | / | A+++ | A+++ | A+++ | A+++ | A+++ | A+++ | A+++ | A+++ |
SCOP(35℃) | / | 4.81 | 4.82 | 4.82 | 4.80 | 4.81 | 4.82 | 4.80 | 4.80 |
Water Flow | m³ | 1.1 | 1.4 | 1.9 | 2.2 | 2.6 | 3.1 | 3.6 | 4.1 |
Refrigerant/Proper Input | kg | R32/1.2kg | R32/1.2kg | R32/1.8kg | R32/1.8kg | R32/2.3kg | R32/2.7kg | R32/2.7kg | R32/3.2kg |
Sound Pressure At Rated Flow (1m) | dB(A) | 42 | 43 | 45 | 46 | 47 | 49 | 51 | 53 |
Sound Power LevelEN12102 (35℃) | dB(A) | 57 | 59 | 60 | 61 | 62 | 64 | 66 | 68 |
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 | 1.2 | 1.2 | 1.2 |
Unit Dimensions(L/W/H) | mm | 896×440×750 | 896×440×750 | 1100×440×950 | 1100×440×950 | 1005×440×1400 | 1100×460×1440 | 1100×460×1440 | 1230×545×1525 |
Shipping Dimensions(L/W/H) | mm | 990×450×900 | 992×450×900 | 1195×450×1100 | 1195×450×1100 | 1100×450×1550 | 1195×470×1590 | 1195×470×1590 | 1330×555×1680 |
The above data is for reference only;specific data is subject to the product nameplate. |
Full Inverter Air Water House Heating Heat Pump Monobloc Type | |||||||||
Model | VS90-DC | VS120-DC | VS150-DC | VS180-DC | VS220-DC | VS250-DC | VS300-DC | VS340-DC | |
Power Supply | / | 220V-240V~50Hz/1Ph | 380V-420~50Hz/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 | 9.5~24.5 | 9.5~29.2 | 12.5~33.3 |
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 | 2.26~6.69 | 2.26~8.11 | 2.98~9.22 |
COP | 4.25~3.63 | 4.25~3.6 | 4.20~3.65 | 4.20~3.61 | 4.22~3.64 | 4.21~3.66 | 4.21~3.6 | 4.20~3.61 | |
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 | 9.0~24.3 | 9.0~29.4 | 12.2~33.2 |
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 | 1.60~5.49 | 1.60~6.61 | 2.20~7.53 |
COP | 5.55~4.45 | 5.55~4.46 | 5.56~4.45 | 5.56~4.41 | 5.52~4.46 | 5.60~4.43 | 5.60~4.45 | 5.54~4.41 | |
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 | 8.5~20.5 | 9.0~23.0 | 10.0~26.0 |
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 | 2.16~6.83 | 2.23~7.59 | 2.47~8.38 |
COP | 3.80~3.00 | 3.78~2.98 | 3.85~3.02 | 3.83~3.01 | 3.95~3.12 | 3.93~3.00 | 4.02~3.03 | 4.05~3.10 | |
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 | 8.0~18.0 | 9.0~21.0 | 9.8~24.0 |
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 | 2.88~7.20 | 3.27~8.47 | 3.54~9.64 |
COP | 2.70~2.45 | 2.68~2.45 | 2.75~2.50 | 2.72~2.48 | 2.80~2.55 | 2.78~2.50 | 2.75~2.48 | 2.77~2.49 | |
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 | 7.5~15.0 | 9.0~18.0 | 9.5~21.0 |
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 | 3.13~6.91 | 3.78~8.37 | 4.03~9.86 |
COP | 2.40~2.15 | 2.38~2.15 | 2.39~2.14 | 2.38~2.12 | 2.45~2.20 | 2.40~2.17 | 2.38~2.15 | 2.36~2.13 | |
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 | 5.5~18.0 | 5.5~21.0 | 7.6~24.0 |
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 | 1.52~6.67 | 1.52~7.92 | 2.15~8.99 |
EER | 3.53~2.65 | 3.53~2.63 | 3.55~2.68 | 3.55~2.62 | 3.6~2.64 | 3.62~2.7 | 3.62~2.65 | 3.53~2.67 | |
ErP Level(35℃) | / | A+++ | A+++ | A+++ | A+++ | A+++ | A+++ | A+++ | A+++ |
SCOP(35℃) | / | 4.81 | 4.82 | 4.82 | 4.80 | 4.81 | 4.82 | 4.80 | 4.80 |
Water Flow | m³ | 1.1 | 1.4 | 1.9 | 2.2 | 2.6 | 3.1 | 3.6 | 4.1 |
Refrigerant/Proper Input | kg | R32/1.2kg | R32/1.2kg | R32/1.8kg | R32/1.8kg | R32/2.3kg | R32/2.7kg | R32/2.7kg | R32/3.2kg |
Sound Pressure At Rated Flow (1m) | dB(A) | 42 | 43 | 45 | 46 | 47 | 49 | 51 | 53 |
Sound Power LevelEN12102 (35℃) | dB(A) | 57 | 59 | 60 | 61 | 62 | 64 | 66 | 68 |
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 | 1.2 | 1.2 | 1.2 |
Unit Dimensions(L/W/H) | mm | 896×440×750 | 896×440×750 | 1100×440×950 | 1100×440×950 | 1005×440×1400 | 1100×460×1440 | 1100×460×1440 | 1230×545×1525 |
Shipping Dimensions(L/W/H) | mm | 990×450×900 | 992×450×900 | 1195×450×1100 | 1195×450×1100 | 1100×450×1550 | 1195×470×1590 | 1195×470×1590 | 1330×555×1680 |
The above data is for reference only;specific data is subject to the product nameplate. |