Truck Air Conditioning Fittings Compressor V5 2A For Cummins 24V WXTK045
The AC compressor is responsible for reducing the volume of the refrigerant gas, compressing it in order to complete the refrigerant cycle in the system. It can be thought of as the component that does all the heavy lifting. In order to perform this task, it requires energy, which it obtains from the engine through a pulley and shaft.
Parameter :
| Model Number | WXTK045 |
| Car Model | For Cummins |
| Voltage | 24V |
| Model | V5 2PK |
A/C Compressor
The compressor, which is responsible for drawing in the refrigerant gas from the evaporator, plays a crucial role in the cooling process. As the refrigerant gas enters the compressor, the pressure in the evaporator decreases, thus causing a drop in pressure. This lower pressure allows the refrigerant to evaporate at lower temperatures, resulting in the formation of cold vapor.
The A/C compressor then comes into action by compressing this cold vapor. During the compression process, the refrigerant gas gets warmed up. To dissipate this heat, the warmed refrigerant gas is transported through pipes to the condenser. In the condenser, the refrigerant liquefies once again, releasing heat in the process.
After liquefaction, the refrigerant is directed to the area that requires cooling. In this area, typically the passenger compartment, the refrigerant absorbs the heat from the incoming air. This absorption of heat causes the refrigerant to turn back into a gas once again, completing the cycle.
Subsequently, the gas refrigerant returns to the evaporator to be drawn in by the compressor for the next round. The compressor then repeats the compression process to maintain the cooling cycle. Throughout this process, the refrigerant undergoes various changes in state, from gas to liquid and vice versa, as it continuously absorbs and releases heat to provide cooling.
Compressor Working Principle
The fundamental operating principle of an automobile air conditioning compressor is to draw in low-pressure cold gas, typically refrigerant, into the compressor cavity through a driving mechanism and compress it into high-pressure and high-temperature gas.
Compressors generally employ either piston or screw mechanisms. In a piston compressor, the piston moves up and down within the cavity to compress the cold gas. In a screw compressor, the compression is achieved by the rotation of the screw. The compression process elevates the pressure and temperature of the cold gas. Subsequently, the high-pressure and high-temperature gas flows into the condenser where it is converted into high-pressure hot gas through heat dissipation.
The hot gas then undergoes cooling and expansion through the expansion valve before entering the evaporator for the next circulation cycle. The compressor plays a critical role in providing the compression and conversion capabilities required for the automotive air conditioning refrigeration cycle.
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Compressor Pictures
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