Descaling and cleaning of air energy heat exchanger

The descaling and cleaning steps of the air energy heat exchanger are as follows: turn off the power supply of the air energy heat exchanger and wait for it to cool.

Find the water inlet and outlet of the heat exchanger, remove the water inlet and pour out the original water in the water tank. Pour the scale remover into the water tank and dilute it with water according to the proportion of the instruction.

Pour the diluted cleaning solution into the water tank, put it into a cleaning ball or a cleaning plate, and close the water inlet. Open the exhaust hole or drain hole of the heat exchanger to discharge cleaning agent and scale.

Inject clean water again, and repeat the above steps until the cleaning solution flows out in time and cleanly. Open the water inlet, and rinse the inner wall and mouth of the heat exchanger with clean water to confirm that there is no residue. Close vent or drain hole. Cover the water inlet, put it back in place, re-energize, and test the electrical appliances and heaters.

Type of air energy heat exchanger

1. Air-to-air heat pump heat exchanger: It can transfer the heat energy in the surrounding air to the room to achieve the effect of heating and cooling. It can be used in indoor and outdoor occasions, which is economical, practical and cost-effective. Because of its compact appearance and simple installation, it is more and more popular among people.

2. Air-water heat pump heat exchanger: mainly used in heating, hot water, swimming pool heating and other fields. Compared with the traditional water-water heat pump system, the air-water heat pump heat exchanger is more energy-saving, safe and environmentally friendly. This kind of air energy heat exchanger is often used in residential quarters, villas, hotels and other places.

3. Ground source heat pump: a heat pump system that realizes indoor environment adjustment through heat exchange of underground circulating water. According to the operation mode, ground source heat pump can be divided into vertical and horizontal. Because of its little environmental pollution, it is suitable for large buildings and high-grade houses.