Auto Air Conditioning Repair Simi Valley

Car AC Repair in Simi Valley

Auto air conditioning repair in Simi Valley usually deals with three different types of air conditioning systems. While each of the three auto air conditioning repair types differ, the air conditioning concept and auto design are very similar to one another. The most common components which make up these air conditioning automotive systems are the air compressor, the air condenser, the air evaporator, the air conditioning unit’s orifice tube, the air conditioning repair thermal expansion valve, the auto air’s receiver-direr and last, but not least is the air repair Moorpark accumulator.

Car AC repair Simi Valley: the auto repair air conditioning part commonly referred to as the heart of the air conditioning system is the compressor that is a belt driven pump that is fastened to the engine. The compressor is responsible for compressing and transferring refrigerant gas to the air conditioning unit.

Car AC repair Moorpark: the air conditioning system is split into two sides; there is a high pressure side and a low pressure side to the AC auto repair system, which is defined as the discharge and suction sides. Since the AC compressor is basically a pump, the AC system must have an intake side and a discharge side. The intake side, aka the suction side, draws in refrigerant gas from the outlet of the evaporator. In some cases the AC auto air repair does this utilizing the AC accumulator.

Once the AC refrigerant is drawn into the suction side of the unit, it is compressed and sent to the AC condenser, where the AC system can then transfer the heat that is absorbed from the inside of the vehicle.

Automobile Air Conditioning Repair Moorpark

Car AC Repair in Moorpark

AC repair Simi Valley: The AC condenser is the area of the AC system in which hot air heat dissipation occurs. The AC condenser will have much the same appearance as the automobile radiator in a car as the two auto parts (repair in Moorpark) have very similar functions. The AC condenser is designed to radiate heat and its automobile location is usually in front of the radiator, but in some cases, due to aerodynamic improvements to the automobile or truck body of the vehicle, its AC location may differ. AC condensers must have good air flow anytime the air conditioning system is in operation. On rear wheel drive automobiles and trucks, this is usually accomplished by taking advantage of the engine's non AC cooling fan. On front wheel drive cars and trucks, the AC condenser air flow is supplemented with one or more electric cooling fans.

As hot compressed gasses are introduced into the top of the condenser, they are cooled off. As the gas cools, it condenses and exits the bottom of the condenser as a high pressure liquid.