PHNIX DC Inverter Heat Pump Air Source Heat Pump for Room Heating/Cooling with ErP Energy Label

1.  DC Inverter Technology

With the use of inverter compressors, brushless DC fan motors and PFC control method, the units can regulate the running capacity at any time when they need to save energy. With no frequent start-ups and stop runnings, the units work in stable condition with high efficiency. The energy consumption is 30% less than that of common heat pump units.

2.   High Accuracy of Temperature Control

The units can change the operating frequency of the compressors automatically according to the room heating/ cooling demand. When the target room temperature is going to be reached, the units run at a lower frequency, and the temperature control accuracy can be 0.5^_oC. 

3.  Fast Heating Cooling

When there is large difference between the actual room temperature and the unit setting temperature, the unit can run at higher frequency to make fast heating/cooling to increase/decrease the room temperature rapidly

4.  Lower Noise

Because there will be no frequent start-ups and stop runnings, and the units work in stable condition, the noise from the units can be reduced significantly.

5.  Electric Utilities Benefits

Because of the DC inverter high efficiency design, the units can reduce the load on electric utilities while running.

6.  Room Thermostat

By installing the room thermostat in your room, you can control both heat pump units and terminals together. A fast heating mode is available in winter, which starts fan coils and floor heating together to heat up rooms. (room thermostat specification: 230V, RS485 interface)

1.MITSUBISHI Compressor

DC inverter scroll compressor, with 20% higher energy efficiency than that of traditional fixed frequency one, works quietly(with minimum 40dB(A) noise level, in 5m distance ).

2.GRUNDFOS WATER PUMP

Grundfos P-M rotor pump, with PWM speed control, power consumption is 80% less than that of traditional water pump, ensuring trouble-free running

all year round.

3.INVERTER DRIVE

Using digital signal processing chips and PMSM sinusoidal wave control method, the power factor reaches 95%, working voltage range is larger and the units realize 1Hz control accuracy.

4.Brushless DC Fan Motor

The brushless DC fan motor could realize stepless speed running under system pressure, realizing more than 30% energy saving.

5.PATENT HEAT EXCHANGER

With strong countercurrent design, the PHNIX patent heat exchangers are conductive to improving the efficiency and reliability of heat pump.

6.FIN TYPE HEAT EXCHANGER

Golden anti-corrosion aluminum fins specialized for heat pump, it is not easy to frost but easy to clean up, with durable lifespan of more than 10 years.

7.CAREL CPP CONTROLLER

The CAREL CPP controllers with intelligent control and detection make the units more user-friendly.

8.ELECTRONIC EXPANSION VALVE

DC inverter scroll compressor, with 20% higher energy efficiency than that of traditional fixed frequency one, works quietly(with minimum 40dB(A) noise level, in 5m distance