Cooling Conditioning Compressor Auto For Mitsubishi L200 For Pajero For Fiat Fullback 92600D250B WXMS070

Cooling Conditioning Compressor Auto For Mitsubishi L200 For Pajero For Fiat Fullback 92600D250B WXMS070

Vehicle AC Compressor Problems vs. Low AC Refrigerant

Poor AC performance can often be traced back to either compressor failure or low AC refrigerant. Unfortunately, these vehicle components work hand-in-hand, making it hard to distinguish which is causing your AC troubles. So how can you tell if it is a compressor problem? There are a few subtle symptoms to look out for:

Freon Levels: If your AC system has optimal freon (refrigerant) levels (not too much or too little), but your air conditioner still does not work properly, this is often the sign of AC compressor failure.

Inconsistent AC Performance: Refrigerant leaks will only continue to get worse as the problem continues. On the other hand, a failing AC compressor might work well one day and poorly the next. While it is not applicable for all AC troubles, this symptom is an easy way to distinguish between low refrigerant and compressor problems.

Sudden AC Performance Drops: Refrigerant tends to leak gradually over time, while AC compressors can stop working on a dime. While even small refrigerant leaks can cause large AC problems, sudden drops tend to indicate compressor failure.

If you are still unsure of the source of your AC problems, it might be time to bring your vehicle to a mechanic for professional insight.

Automobile air conditioning compressor composition

1. Compressor Housing: The compressor housing encloses all the internal components of the air conditioning compressor and provides support and protection.

2. Compressor Shaft Seal: The shaft seal prevents refrigerant and oil from leaking out of the compressor.

3. Swash Plate: The swash plate is connected to the compressor shaft and helps to regulate the movement of the pistons inside the compressor.

4. Piston Assembly: The piston assembly moves up and down within the cylinders of the compressor to compress the refrigerant gas.

5. Swash Plate Bearings: These bearings support the swash plate and allow it to rotate smoothly.

6. Cylinder Head: The cylinder head contains the reed valves and serves as the top cover of the compressor cylinders.

7. Reed Valves: Reed valves are located in the cylinder head and control the flow of refrigerant gas into and out of the compressor cylinders.

8. Suction and Discharge Ports: These ports enable the entry and exit of refrigerant gas into and out of the compressor cylinders.

9. Clutch Assembly: The clutch assembly engages and disengages the compressor from the engine, allowing the compressor to turn on and off as needed.

10. Electronic Control Module (ECM): The ECM monitors and controls the operation of the air conditioning compressor, ensuring optimal performance and efficiency.