Air Conditioners AC
Air Conditioners Air Conditioner is an appliance that helps in controlling the air in a room. From cooling, and heating humidity control it can adjust the temperature as per the needs and requirements of the user. Dawlance has different types of AC's like inverter, non-inverter, standing AC, and split type ac. These types of ACs are used as per room size and requirements of individuals. One can end up saving on bills if he/she uses inverter AC.climatisation In the current age, air conditioners are made in a highly efficient manner which helps in consuming less electricity and with the help of refrigerant gas like R22, r410a, etc which also reduces CFC carbon emissions. As a responsible brand, Dawlance takes care of environmental sustainability and hence the brand uses authentic refrigerants which have less impact on the world environment. Air Conditioner (AC) is a common name for an air cooling system. This cooling system cools the air after it is sent through wires containing cold refrigerant gas. The Air Conditioner contains the heat exchanger, compressor, condenser, expansion valve, and other control components making this system work. We will look at the prices of AC, common brands types of air conditioners in Pakistan. We also gave suggestions and tips about ac buying in local areas like Lahore, Islamabad, and Karachi. But first, let’s start with the basic working of AC. Basic Working of AC The heart of an air conditioner is the compressor. The gas temperature in the compressor rises as it is compressed and then falls again as it cools before being vaporized. The working fluid usually used is Freon or R134a (non-toxic gases) that do not readily burn or support combustion. The most common type of air conditioner, known as a ‘split system,’ consists of an outdoor compressor/condenser unit and an indoor evaporator coil. As the gas is cooled in the evaporator coil, it becomes liquid again, so its pressure drops more than when it was a gas; this causes the refrigerant to flow through a tiny valve into a pipe leading back to the compressor, where it is recompressed and flows out again into the evaporator coil.