Features:
Our Wotech heat pumps come equipped with energy-efficient inverter compressors that enable variable heating capacity adjustment. This enhances the overall system efficiency and reduces the operating costs of the pump, enabling it to generate more heat while consuming the same amount of electricity. By utilizing a higher coefficient, our heat pumps are able to generate more heat while consuming less energy, providing a cost-effective and sustainable solution for our customers.
Higher Efficient:Heating/Cooling
Wotech heat pumps are equipped with energy-efficient inverter compressors that allow variable heating capacity adjustment. This increases the efficiency of the entire system and reduces the operating costs of the pump. The higher the coefficient, the more heat can be generated using the same amount of electricity.
Inverter Technology
DC inverter conversion techniques can achieve equilibrium temperatures, saving power and energy. It adopts DC frequency conversion continuously variable adjustment, which has the advantages of strong power, high efficiency, low noise, stable and reliable performance, and long service life.
Eco Friendly Refrigerant R32
Eco mode is an intelligent energy-saving mode that can minimize energy consumption while ensuring comfortable temperatures, achieving green environmental protection for air source heat pumps.
Key Components:
Our cutting-edge air to water swimming heat pump is specifically designed to meet the demands of aquatic facilities such as hotels, resorts, schools, municipalities, and gymnasiums.
This system uses heat generated from the air, which is both inexpensive and eco-friendly, providing a cost-effective and reliable solution for anyone seeking an efficient and sustainable option.
Compared to traditional electric pool heaters, our system is more efficient, using the outside air to regulate the temperature inside the pool. This results in reduced energy costs and a smaller carbon footprint for the facility.
Features:
Our Wotech heat pumps come equipped with energy-efficient inverter compressors that enable variable heating capacity adjustment. This enhances the overall system efficiency and reduces the operating costs of the pump, enabling it to generate more heat while consuming the same amount of electricity. By utilizing a higher coefficient, our heat pumps are able to generate more heat while consuming less energy, providing a cost-effective and sustainable solution for our customers.
Higher Efficient:Heating/Cooling
Wotech heat pumps are equipped with energy-efficient inverter compressors that allow variable heating capacity adjustment. This increases the efficiency of the entire system and reduces the operating costs of the pump. The higher the coefficient, the more heat can be generated using the same amount of electricity.
Inverter Technology
DC inverter conversion techniques can achieve equilibrium temperatures, saving power and energy. It adopts DC frequency conversion continuously variable adjustment, which has the advantages of strong power, high efficiency, low noise, stable and reliable performance, and long service life.
Eco Friendly Refrigerant R32
Eco mode is an intelligent energy-saving mode that can minimize energy consumption while ensuring comfortable temperatures, achieving green environmental protection for air source heat pumps.
Key Components:
Our cutting-edge air to water swimming heat pump is specifically designed to meet the demands of aquatic facilities such as hotels, resorts, schools, municipalities, and gymnasiums.
This system uses heat generated from the air, which is both inexpensive and eco-friendly, providing a cost-effective and reliable solution for anyone seeking an efficient and sustainable option.
Compared to traditional electric pool heaters, our system is more efficient, using the outside air to regulate the temperature inside the pool. This results in reduced energy costs and a smaller carbon footprint for the facility.
CODE | WP65V | WP100V | WP115V | WP130V | |
Heating Performance Condition: Air 26ºC, Water 26ºC | |||||
Max. Heating Capacity (KW) | 64.0~16.0 | 96.0~24.0 | 113.0~28.3 | 127.0~31.8 | |
COP | 6.9~13.2 | 6.7~13.1 | 6.8~13.3 | 6.9~13.2 | |
Heating Performance Condition: Air 15ºC, Water 26ºC | |||||
Max. Heating Capacity (KW) | 46.6~11.7 | 69.9~17.5 | 82.3~20.6 | 92.5~23.1 | |
COP | 5.0~7.5 | 5.0~7.5 | 5.1~7.6 | 4.9~7.4 | |
Operating Air Temperature ºC | -10~43 | ||||
Power Supply (V/Hz) | 380V/3PH/50HZ | ||||
Rated Input Power(KW) | 9.3~1.2 | 14.3~1.8 | 16.6~2.1 | 18.5~2.4 | |
Rated Input Current(A) | 16.7 | 25.6 | 29.7 | 33.2 | |
Max Heating Current (A) | 21.7 | 33.3 | 38.7 | 43.1 | |
Water Flow Rate (m3/h) | 20~24 | 27~33 | 33~40 | 40~48 | |
Water Connection ( inch) | 2 | 2-1/2 | 2-1/2 | 3 | |
Sound level at 1m (dB(A)) | 50~64 | 51~65 | 51~65 | 53~69 | |
Net Dimension L*W*H(mm) | 1160*900*2065 | 1160*900*2065 | 1160*900*2065 | 2000*900*2065 | |
Qty per 20ft/40HQ(PCS) | 9/21 | 9/21 | 9/21 | 5/12 | |
Note:The data above subject to change without prior notice. |
CODE | WP65V | WP100V | WP115V | WP130V | |
Heating Performance Condition: Air 26ºC, Water 26ºC | |||||
Max. Heating Capacity (KW) | 64.0~16.0 | 96.0~24.0 | 113.0~28.3 | 127.0~31.8 | |
COP | 6.9~13.2 | 6.7~13.1 | 6.8~13.3 | 6.9~13.2 | |
Heating Performance Condition: Air 15ºC, Water 26ºC | |||||
Max. Heating Capacity (KW) | 46.6~11.7 | 69.9~17.5 | 82.3~20.6 | 92.5~23.1 | |
COP | 5.0~7.5 | 5.0~7.5 | 5.1~7.6 | 4.9~7.4 | |
Operating Air Temperature ºC | -10~43 | ||||
Power Supply (V/Hz) | 380V/3PH/50HZ | ||||
Rated Input Power(KW) | 9.3~1.2 | 14.3~1.8 | 16.6~2.1 | 18.5~2.4 | |
Rated Input Current(A) | 16.7 | 25.6 | 29.7 | 33.2 | |
Max Heating Current (A) | 21.7 | 33.3 | 38.7 | 43.1 | |
Water Flow Rate (m3/h) | 20~24 | 27~33 | 33~40 | 40~48 | |
Water Connection ( inch) | 2 | 2-1/2 | 2-1/2 | 3 | |
Sound level at 1m (dB(A)) | 50~64 | 51~65 | 51~65 | 53~69 | |
Net Dimension L*W*H(mm) | 1160*900*2065 | 1160*900*2065 | 1160*900*2065 | 2000*900*2065 | |
Qty per 20ft/40HQ(PCS) | 9/21 | 9/21 | 9/21 | 5/12 | |
Note:The data above subject to change without prior notice. |