Description
Inverter high-temperature heat pump is the best solution to solve high-temperature hot water and heating needs.
The air source high temperature heat pump is composed of R32/R410A system + R134A refrigerant system. The R410a system provides good working conditions for the R134a system, and uses patented control logic to produce hot water between 75°C and 85°C.
In addition, it is the best solution for heat pumps in cold areas. Even if the outdoor temperature is -35℃, our high temperature can stably provide sufficient heating capacity and high water temperature.
The heating efficiency at low temperatures is 30% higher than that of traditional heat pump units, with stable and reliable operation and low noise.
Features:
1. Unique design
Thanks to the unique two-stage heating technology (R32/R410A system + R134a system), the high-temperature heat pump can make hot water reach 75~80℃. It is good and popular for old houses with radiators that need high temperature hot water to replace the old gas water heater or electric water heater. It can also be used for other industrial and agricultural purposes.
2. Stable 75℃~85℃, using DC inverter technology
3. Stable operation at -35℃ ambient temperature
Due to the two-stage system, the high-temperature heat pump has a wide working environment temperature range: -35℃~43℃, so that the unit can meet the needs of summer cooling, winter heating and full hot water under any weather conditions.
4. Control Wifi via mobile phone.
Inverter high temperature. The heat pump is equipped with wifi control function, which makes it more convenient for you to control and adjust your heat pump anytime and anywhere through your mobile phone.
5. Intelligent defrost technology
Intelligent defrosting technology reduces the number of defrosts, thereby extending unit heating time. Quick defrost shortens the defrost time, helps to quickly restore the water supply temperature, improves the heating efficiency of the unit, and maintains comfort.
6. Spiral high-efficiency heat exchanger
The spiral type high-efficiency heat exchanger increases the heat exchange area, improves heat transfer capacity, and is evenly distributed on the copper surface, reducing water film and improving efficiency.
7. Special anti-freeze and anti-frost design at the bottom of the ventilator
It adopts a two-layer separated design, with the fan and evaporator on the top layer and the compressor and heat exchanger on the bottom layer. Slope sealing on both sides of the button + antifreeze component on the top layer + special liquid distribution technology. When the unit is working in the heating state, the temperature of the refrigerant in the copper tube at the bottom of the air exchanger will not drop to ensure that it does not frost and drains smoothly.
Technical specifications:
