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Compressor
1 - magnetic coupling; 2 - the compressor; 3 - plate; | 4 - thermal switch; 5 - cover. |
A compressor for pressurizing the refrigerant vapor to refrigerant vapor vaporized from the vaporizer, can be easily condensed, ie. E. To compress refrigerant vapor. In carrying out this function, the refrigerant compressor re-condensed / evaporated, circulating cooling system and transferring heat from the cold into a warm area. By analogy with the human body, the coolant corresponds to the blood, so that the compressor of the cooling system is its heart, since the heart is to circulate blood.
Suction:
The compressor reduces the pressure of the refrigerant in the evaporator so that the refrigerant in the liquid state, could easily evaporate.
Compression:
The compressor compresses the vaporized refrigerant at high temperature and high pressure, and sends it to the condenser, so that he can turn to liquid at normal temperature. Pressure: The compressor circulates refrigerant in the aforementioned intake and compression to ensure continuous operation.
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