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For Subaru For Impreza Forester 12V Auto Parts AC Compressor 73111SA010 73111FG002 WXSB009

Categories Car AC Compressor
Brand Name: WNRLN
Model Number: WXSB009
Certification: SGS/ISO9001
Place of Origin: Guangdong, China
MOQ: Negotiable
Price: Negotiable
Payment Terms: Western Union, L/C, T/T, MoneyGram, PayPal
Supply Ability: 50000pcs per month
Delivery Time: 10-30 Days
Packaging Details: Neutral packing /WNRLN packing/Customized packing
Item No.: WXSB009
Car make: For Subaru For Impreza For Forester
Year Model: 2005-2014
Voltage: 12V
Size: Standard size
Grooves: 4PK
Compressor type: DKV10R
OEM: 73111SA010/73111FG002/73111FG000/73111FG002
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For Subaru For Impreza Forester 12V Auto Parts AC Compressor 73111SA010 73111FG002 WXSB009

For Subaru For Impreza For Forester 12V Auto Parts AC Compressor 73111SA010 73111FG002 WXSB009


Parameter:

Model Number

WXSB009


Car Model

For Subaru For Impreza For Forester


Compressor model

DKV10R 4PK 100MM


Type

Air Conditioner Compressor


Year Model

2005-2014


OE No.

73111SA010/73111FG002/73111FG000/73111FG002




Types of Car Air Conditioning Compressors


1. Piston Compressors (Reciprocating Compressors)


How It Works: Uses pistons driven by a crankshaft to compress refrigerant. The pistons move up and down within cylinders to create pressure.


Advantages:

Simple and reliable design.

Suitable for a wide range of vehicle sizes.


Disadvantages:

Can be noisy due to the reciprocating motion.

More moving parts, which may lead to higher wear and tear.


2. Rotary Vane Compressors


How It Works: Uses rotating vanes inside a cylindrical chamber to compress refrigerant. The vanes slide in and out to create varying chamber sizes, which compresses the refrigerant.


Advantages:

Compact and lightweight.

Quieter operation compared to piston compressors.


Disadvantages:

Less efficient at high pressures.

Vanes can wear out over time, requiring maintenance.


3. Scroll Compressors


How It Works: Uses two spiral-shaped scrolls (one fixed and one orbiting) to compress refrigerant. The orbiting scroll moves in a circular motion, trapping and compressing the refrigerant between the scrolls.


Advantages:

High efficiency and smooth operation.

Fewer moving parts, reducing wear and tear.


Disadvantages:

More expensive to manufacture.

Less common in automotive applications compared to other types.


4. Swash Plate Compressors


How It Works: Uses a swash plate (a tilted disk) to convert rotational motion into linear motion, driving pistons to compress refrigerant.


Advantages:

Compact design with high efficiency.

Suitable for high-capacity systems.


Disadvantages:

Complex design with more moving parts.

Can be noisy during operation.


5. Variable Displacement Compressors


How It Works: Adjusts the displacement (refrigerant compression capacity) based on cooling demand. This is often achieved using a swash plate with an adjustable angle.


Advantages:

Energy-efficient, as it only compresses the required amount of refrigerant.

Reduces cycling, leading to smoother operation.


Disadvantages:

More complex and expensive than fixed-displacement compressors.

Requires precise control systems.


6. Electric Compressors


How It Works: Powered by an electric motor instead of the engine’s belt drive. Commonly used in hybrid and electric vehicles.


Advantages:

Independent of the engine, allowing operation even when the engine is off.

Energy-efficient and environmentally friendly.


Disadvantages:

Limited by battery capacity in electric vehicles.

Higher initial cost.


7. Centrifugal Compressors


How It Works: Uses a high-speed impeller to accelerate refrigerant, which is then compressed by a diffuser. Rarely used in automotive applications but found in some advanced systems.


Advantages:

High efficiency at high speeds.

Compact and lightweight.


Disadvantages:

Complex design and high cost.

Not suitable for low-speed applications.


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