AC Systems in Michigan and Northern Ohio
March 26, 2015
With spring and summer just around the corner, many residents in the Great Lakes area may want to consider upgrading or servicing their AC Systems. While Michigan and Ohio experience very cold winters, our summers can be beautiful, yet extremely hot and humid at times due to the Great Lakes and other bodies of water in the area.
AC Systems, also known as central air conditioners, central AC, and A/C, were originally developed in 1902 By Willis Carrier. Mr. Carrier designed a way to reduce humidity in a paper producing facility in New York. The paper would stick together, and applying ink proved to be more difficult in the humid summer air. Carrier blew the cold air in the factory across chilled pipes. Cold air does not carry as much moisture as warm air. In addition to lowering the humidity, Carrier had also lowered the temperature in the building. Upon this realization, central air conditioning was born.
Carrier’s central air conditioner works by forcing a liquid refrigerant to evaporate and condense into a gas inside a sealed system of coils, known as evaporator coils. Typically, ductwork is installed in the home and designed to force air into these evaporator coils on the ac unit. When the hot air flows over the cold, low-pressure evaporator coils, the heat is absorbed by the refrigerant inside as it changes from a liquid to gas. The gas is then under high pressure, or compressed. Excess heat from this process is then evacuated to the outdoors with a second set of coils called condenser coils. As the gas cools, it changes back to a liquid, and the process starts over again.
Carrier continues this tradition till this very day . As the inventor and initial originator of the modern air conditioner, Carrier remains committed to quality, efficiency, and keeping you and your family comfortable. Great Lakes Home Comfort offers further information regarding central ac in your home as well as information on a Carrier Dealer closest to you. For more information on AC and HVAC, please click here.