Capacitor
Refrigerant releases heat in the condenser, and this heat is transferred to the environment, with low temperature. Amount of heat is produced heat is absorbed by the refrigerant in the evaporator plus heat created by compression of the input signal.
The heat carrier can be air or water, the only requirement is that the temperature is lower than the one that matches the pressure of condensation. The process in the condenser otherwise, can be compared with the process in the evaporator except that it has the opposite sign'; i.e. conditional change from vapor to liquid.
The process of expansion
Fluid condenser runs to the collecting tank, a radio. This can be likened to the tank mentioned in section 3.1 on the evaporator.
The pressure in the receiver is much higher than the pressure in the evaporator due to compression (increase pressure)occurred compressor. To reduce the pressure on the same level as the evaporating pressure device must be inserted to carry out this process, called regulation, or expansion. Such a device is therefore known as the throttling device or expansion device. As a rule, is used valve throttle or expansion valve.
Ahead of the expansion valve liquid will be a little lower than the boiling point. Suddenly reducing pressure conditional changes will occur; liquid to boil and evaporate. This evaporation occurs in the evaporator and chain, therefore, a full...
|
Chillers