The importance of an Air conditioner Greenwood IN system cannot be overemphasized. This is more so in such areas with extreme weather conditions that include sweltering summers. In such areas, the units are a necessity for comfort, and for survival during months with extreme cold. However, while the regular homeowner purchases or installs a full system, maintains and repairs their HVAC units, few have an in-depth or even basic knowledge of how the system works. The following is a brief insight on how air conditioners work.
The primary function of air conditioners is to cool an environment by removing heat from an area and replacing it with cool air. This allows for a more comfortable living environment, especially during the hot seasons. The majority of the air conditioner Greenwood, IN systems contain dual systems. One side is the hot side, located on the outside. It is composed of a condensing coil, fan and the compressor. The cold side, located on the interior, has an expansion valve, cold coils and the air conditioning duct system. In simpler terms, the central purpose of the system is to draw in the hot air from outside, cool the air, and then deliver it into the house.
The primary function of the condenser is to facilitate the cooling system as it houses the main coolant. In a cooler state, the chemical refrigerant absorbs heat from the air. This cool air is then delivered to the various rooms via a system of air ducts, thereby reducing the temperatures in the interior. However, the cooling levels should be controlled. This is usually done through an integrated thermostat. Now that you know how Air conditioner in Greenwood IN systems work, this knowledge will help you care for your unit and make it work efficiently.
The unit has five main components; the compressor, coil, condenser, fans and a refrigerant. The evaporator contains the cooled refrigerant. The main purpose of the chemical refrigerant is to absorb the heat contained in the ambient air. In the system, however, the central unit is the compressor. It acts as the primary pump and distributes the refrigerant around the pipes. It compresses the refrigerant into a high pressure and temperature state, and then pumps it into the condenser coil. On the other hand, the coil has an integrated fan that draws air across the coil system.
