Three important things happen to the refrigerant in the condenser: The hot gas from the compressor is desuperheated. Step 2: Condensation. This is called evaporation. This point is the end of the desuperheating process. Since this process requires work, an electric motor may be used.

There may be a decrease in the compressor's lubrication and a real possibility of oil pooling in the condenser.

Due to this heat, the temperature and the pressure of the refrigerant are increased in the compressor. This work is converted into heat. The term evaporator explains what happens inside the coil. To avoid contamination if the diaphragm ruptures or leaks. The condenser'sheat exchanger is generally cooled by a fan blowing outside air through it. Cleaning the refrigerator will help maximize its operating life. If the system operates according to design, the refrigerant will be 100% vapor as it nears the exit of the evaporator. The work is done on the refrigerant in the compressor. Inside the condenser, the refrigerant vapor is compressed and forced through a heat exchange coil, condensing it into a liquid and rejecting the heat previously absorbed from the cool indoor area. In a compression refrigeration system a condenser (tubing) performs a similarly to a radiator in a car > hot high pressure refrigerant gas passing through it loses its heat (i.e. The refrigerant is said to have reached the 100 percent saturated vapor point in the condenser.

The refrigerant leaves the compressor and enters to the condenser. The refrigerant heat is absorbed into the coil and through forced convection push to the outside air.

Because the refrigerant is pressurized, the temperature is low enough for the refrigerant to turn liquid. The impact of refrigerant overcharging in your air conditioning system can be a notable reduction in the condenser to possible failure. The phase of the refrigerant is gaseous before and after the compression process. The refrigerant entering the condenser has the heat from the evaporator and from the compressor as well. This disallows proper heat transfer and affects the cooling performance. Heat pump condenser in cooling mode. A complete unit that includes the compressor and the condensing coil.

1. Define a condensing unit. Now the vapor is ready to condense if any more heat is lost. Condensation . The refrigerant is de-superheated, sub cooled, and condensed from a vapor back to a liquid.
The condenser is essentially a heat exchanger. The refrigerant is now ready to begin the process again. This cools the refrigerant inside, and the excess heat energy is exhausted into the room.
The compressor compresses the refrigerant by doing some work on it.