Automobile air conditioning is primarily used to cool, heat and refuel the air inside the car, unlike home air conditioning, which also has air purification functions, and modern car air conditioning, which provides the driver with a comfortable driving environment and ensures the safety of driving. How does the ac work? Now, let's show you。
1. Understanding the working principles of vac, starting with the components of vac
Automobile air conditioning generally consists mainly of compressors, electro-controlled ionators, glitchers and control systems, expansion valves, liquid dryers, condensers, condensers, condensers, vacuum electromagnetic valves, evapotors, etc. Automobile air conditioning splits high-voltage and low-voltage pipes。
High pressure sides include compressor output sides, high pressure pipe routes, condensers, liquid dryers and liquid pipe routes; low pressure sides include evaporationers, accumulaters, gas circuits, compressors input sides and compressors tanks。
2. What does auto air conditioning work on
Automobile air-conditioning refrigeration systems consist of compressors, condensers, liquid dryers, expansion valves, evaporationers and winders. The copper tube and the high-pressure rubber tube are connected to a closed system. When the refrigeration system works, refrigerants circulate in different states within this closed system. So the ac works in four main processes:
(1) automotive ac working method compression process: compressor inhalation of low-temperature and low-pressure refrigerant gas at the evaporation unit's export, compressing it into high-temperature and high-pressure gas release compressor。
(2) thermal dissipation of motor air conditioning principles: high-temperature, high-pressure overheating refrigerant gases enter condensers, which condensate into liquids due to reduced pressure and temperature and release large amounts of heat。
(3) automobile air-conditioning working principles, throttle process: higher temperature and pressure refrigerant liquids become larger by volume after expansion, pressure and temperature decline sharply and in the form of mist (small droplets) excretion devices。
(4) thermal inhalation of motor air conditioning principles: aerosol refrigerant liquids enter the evaporation unit, thus the refrigerant boiling point is much lower than the temperature inside the evaporation unit, so the refrigerant liquids evaporate into gas. In the evaporation process, the surrounding heat is absorbed in large quantities, while the subsequent cryogenic low-pressure refrigerant vapour enters the compressor. The process of doing so has been repeated, thus reducing the air temperature around the evaporation unit。
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