8832060840 Auto Car Parts AC Compressor For Toyota Land Cruiser WXTT189

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Some AC compressor problems and solutions include:

1. Clutch is not working: If the clutch is not working, you may hear the pulley turning but the compressor not running. The solution to this problem is to replace the clutch assembly.

2. Compressor failure: If the compressor itself fails, the air conditioning system will not work properly. This may require replacement of the entire compressor unit.

3. Refrigerant leakage: Once refrigerant leaks, the air conditioning system will not be able to provide cold air. Check the system for refrigerant leaks, repair and refill the system with refrigerant.

4. Electrical problems: Electrical problems may cause the clutch to not work properly, or cause the AC power to be interrupted. Check electrical connections and wiring and repair any faults.

Remember, when dealing with any AC system problem, it's best to have a professional technician diagnose and fix the problem.

A/C Compressors for Cars

The A/C compressor is the driving element of the cold A/C loop and is also the most technically complex component.

There are Three main car compressor technologies:

1.Piston-Type Compressors
The piston type is the most common. This type contains swash plate technology and wobble plate technology.

2.Rotary-Type Compressors
Rotary-type compressors main axis of the rotor coincides with the center.

3.Scroll-Type Compressors
Scroll-Type Compressors dislocation creates pressure to achieve high-speed rotation.

Working Principle

The basic working principle of the automobile air conditioning compressor is to suck low-pressure cold gas (usually refrigerant) into the compressor cavity through the driving device, and then compress it into high-pressure and high-temperature gas.

Compressors usually use piston or screw compressors. In a piston compressor, the piston moves up and down in the cavity, and the cold gas is compressed by the movement of the piston. In a screw compressor, the screw compresses the cold gas. The compression process of the compressor increases the pressure and temperature of the cold gas. The high-pressure and high-temperature gas will then enter the condenser and be converted into high-pressure hot gas through heat dissipation, then cool and expand through the expansion valve, and finally enter the evaporator to prepare for circulation again.

Throughout the process, the compressor provides compression and conversion capabilities and is one of the key components to realize the automotive air conditioning refrigeration cycle.