9520167JA0 Car Ac Air Conditioner Compressor For Suzuki
GrandVitara1.9Diesel WXSK028
The automobile air conditioning compressor is the core component of
the automobile air conditioning system. It achieves rapid cooling
of the air in the car by compressing low-pressure cold gas into
high-pressure and high-temperature gas. Our compressors have the
advantages of efficient refrigeration capacity, low energy
consumption, low noise and reliability, providing drivers with a
comfortable driving experience. We are committed to providing
customers with high-quality, high-performance automotive air
conditioning compressors and contributing to the comfortable
driving experience in the automotive industry.
Parameter :
Model Number
| WXSK028
|
Car Make
| For Suzuki GrandVitara1.9Diesel
|
Type
| AC Compressor
|
Car Model
| DCS14IC
|
Grooves
| 7PK
|
Year Model
| 2005-2015
|
OE No.
| 9520167JA0/9520067JA0/8629546
|
Goods Picture
General system
Each system may vary slightly per vehicle. For example, some may
include an orifice tube whereas others have an expansion valve.
This means the system has up to 7 components including:
1.Compressor: compresses cool refrigerant gas into hot refrigerant
gas
2.Condenser and fan: converts hot refrigerant gas into a hot liquid at high
pressur
3.Receiver Dryer: temporarily stores refrigerant when not needed by
the system
4.Expansion (TX) Valve / Orifice Tube: regulates refrigerant flow /
creates pressure drop
5.Evaporator: cools air before entering cabin
6.Heater Core: warms air before entering cabin (uses engine
coolant rather than refrigerant)
7.Blower Motor: fans hot or cold air into the cabin
The working principle of a car air conditioning compressor involves
the compression of refrigerant to increase its temperature and
pressure. This process is essential for the proper functioning of
the air conditioning system in a vehicle.
The compressor is driven by the engine through a belt and pulley
system. When the air conditioning is turned on, the compressor is
engaged, and refrigerant gas is drawn into the compressor from the
evaporator.
Inside the compressor, the gas is compressed by a piston or
rotating vane mechanism. As the gas is compressed, its pressure and
temperature increase significantly. This high-pressure and
high-temperature gas is then discharged from the compressor and
sent to the condenser.
The condenser is located in front of the vehicle and is responsible
for cooling down the high-pressure gas. It consists of a network of
tubes with fins that allow heat from the refrigerant to dissipate
into the surrounding air. As the gas cools down, it condenses into
a high-pressure liquid.
The high-pressure liquid refrigerant then flows into the expansion
valve or the orifice tube. This component regulates the flow of
refrigerant into the evaporator. By restricting the flow, the
pressure of the refrigerant is reduced, causing it to expand
rapidly. This expansion results in a drop in temperature, making
the refrigerant cold.
At this point, the cold refrigerant enters the evaporator, which is
usually located inside the dashboard of the vehicle. The evaporator
acts as a heat exchanger, allowing air to pass through its fins. As
the air comes in contact with the cold refrigerant, heat is
transferred from the air to the refrigerant, cooling down the air.
The refrigerant, now heated, turns back into a gas and goes through
the compressor again to repeat the cycle. This continuous
circulation of refrigerant and heat exchange between the
refrigerant, air, and vehicle components ensures the cooling effect
of the car air conditioning system.
Overall, the compressor plays a vital role in the car air
conditioning system by compressing the refrigerant and enabling the
cooling process to take place effectively.
Product Type
