Auto Air Conditioner Compressor 12V DVE16N 6PK 125MM For Hyundai For Tucson WXHY110

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The differences between various types of automotive air conditioning compressors

‌1.‌Reciprocating Compressor (Piston Compressor)‌:

• This type of compressor utilizes a piston to compress the refrigerant gas, featuring a simple structure and stable performance. However, it may produce more noise and vibration during operation.‌

2.Rotary Compressor‌:

• Rotary compressors use a rotating mechanism to compress the gas, often characterized by compact size and high efficiency. They are suitable for applications requiring space-saving and quiet operation.‌

3.Scroll Compressor‌:

• Scroll compressors are known for their few components, small size, light weight, high efficiency, and stability. The refrigerant gas is compressed through the scroll-shaped structure, making them ideal for high-precision and high-efficiency requirements. However, the manufacturing cost is relatively high.‌

4.‌Sliding Vane Compressor‌:

• This type of compressor uses sliding vanes to compress the gas, offering a balanced operation with short stroke distances. However, it may experience insufficient power at low speeds and higher power consumption at high speeds.‌

5.Swashplate Compressor‌:

• In a swashplate compressor, the swashplate fixed on the axis rotates, causing the piston to move reciprocally. It features a complex structure but is lightweight and easy to install in confined spaces due to its short stroke distance.‌

6.Fixed Displacement Compressor‌:

• The displacement of this compressor increases proportionally with the engine speed. It cannot automatically change its power output, which may impact engine fuel consumption. The compressor stops working when the evaporator outlet temperature reaches the set point, controlled by the electromagnetic clutch.‌

7.Variable Displacement Compressor‌:

• This type of compressor can automatically adjust its power output based on the set temperature. It controls the compression ratio according to changes in the air conditioning system's pressure, automatically regulating the outlet temperature. The compressor remains operational during cooling, with the cooling intensity adjusted by the internal pressure regulating valve.‌

8.Crankshaft and Connecting Rod Compressor‌:

• This compressor operates in four steps: compression, exhaust, expansion, and suction. As the crankshaft rotates, the connecting rod drives the piston to move reciprocally, causing periodic changes in the cylinder's working volume. It plays a role in compressing and transporting the refrigerant in the refrigeration system.‌