What you need to know about Car Air Conditioning System?

These days, air conditioner in cars is considered a luxury and it has become impossible to go without it. The automotive air conditioning South Surrey is always a pleasure that allows enjoying the cool air, especially during hot summers. However, a large number of people take the functioning of the air conditioners for granted until it stops working efficiently. There is no doubt that the automotive air conditioning is a crucial part of the vehicle with some components to be maintained on a regular basis.

Below are some standard components of the automotive air conditioning:

Compressor

This component is considered the main organ of the AC system. Being connected to the engine, the primary function is to compress the refrigerant from the evaporator coils. This part works both inwards and outwards. It can compress the gas to the point of around 250 psi and can raise the temperature at the same time.

Evaporator

The major function of this component is to evaporate heat. In addition, to absorb heat, it is meant to dehumidifying the car. Pressure-regulating devices are required to regulate the temperature of the evaporator.

Condenser

The function of the condenser is similar to the radiator. The purpose of the condenser is to radiate or to give away heat, so whenever the AC is switched on condenser must have a good supply of air for cooling purposes. The air gets cool down by the airflow that condenser removes the heat in the high-pressure refrigerant.

Receiver

This part prepares the refrigerant for entry into the evaporator. The component act as a reservoir for the refrigerant that removes the moisture present in the refrigerant.

Accumulator

An accumulator acts as drier. The main function of the accumulator is to store surplus liquid refrigerant. It prevents any liquid from entering the compressor, which could be harmful to the system.

Expansion valve

The thermal expansion valve act as the borderline between the high-pressure side of the system that includes the compressor, receiver, and condenser to the low-pressure side of the system.

Working of the air conditioners:

You might not be aware of this fact that automotive airconditioning never produces the cold air instead it takes the heat out of the air that is already present in the car. Freon is the chemical compound that is often used in automotive air conditioners. The cooling process begins in the compressor where the refrigerant is compressed to a level which then moves to the

high-temperature gas. As a consequence, the refrigerant gets converted into liquid form. After liquefying, it flows it into the dryer chamber. The dryer or accumulator turns the liquid gas free from all the impurities and pushed the purified gas through an expansion valve into the evaporator. Then comes the roles of the fan or blower that spread the air across the evaporator and eventually into the interior cabin of the car. These steps are repeated again and again to cool the heat of the car.

Maintaining the automotive air conditioning systems:

If you are getting no cold air or insufficient flow of cool air coming from your air conditioner then this is the strong indicator of faulty air conditioning. In some cases, the air conditioners work normally but the cooling you receive is insufficient. This can be due to refrigerant. In order to maintain the efficiency of the system, it is good to recharge the air conditioners using R134 and R22 refrigerants. For such service, contact NAPAAUTOPRO Service Centre South Surrey. We assure you to provide affordable and reliable service. For more information, reach us at 604-385-55000 or visit drivehivesuperstore.com.