AUGUSFORFACED et Dura Car Aeris Conditioning Condenser in Sina

Calor commutationem et pressura gradientes sunt key factores in quo aer Conditioner condensers opus. In fere clausa ratio in currus, substantiam notum ut refrigerare transfigurat ex liquido ad Gas et iterum. A / C condenser ludit a crucial munus in hoc process.This necessitatibus pressura gradientibus ad munus recte, ita quisquam eventually ducunt ad ratio defectum. Gaseous refrigerare est pressurized a caeli Conditioner compressor, quod est repulsi per currus scriptor crankshaft. A / c switches ex humilis pressura ad excelsum pressura ad hoc process.This summus pressura refrigerare tunc iter ad aer Conditioner condenser, ubi calor est remota a refrigerare per quod extra caeli fluit in eam translatum est a caeli fluit super eam. Ut effectus, in Gas condensibus semel iterum in liquid.the Receptor-siccior colligit refrigers et refrigeratum liquorem et removet aliqua obstantia et excessum humorem. Refrigerant tunc movet ad orificium tubo, aut expansion valvae, quae parva ostium intendebat ut sit tantum parva tantum liquor per ad tempus. Hoc solvo pressura ex substantia, reversus ad systema scriptor humilis-pressura side.The altera subsisto hoc ipso frigus, humilis-pressura liquidum est evaporator. An A/C blower fan circulates cabin air through the evaporator as the refrigerant passes through it.The air is cooled before it is pumped through the dash and into the cabin by the refrigerant, which absorbs heat from the air and causes the liquid to boil and convert back into a gas.The warmed gaseous refrigerant then circulates back toward the air-conditioning compressor to complete the process.