You know your air conditioning system keeps your home or business cool in the hot summer months, but have you ever wondered how it works? One interesting fact you might not know is that your air conditioner and your refrigerator work primarily the same way. The difference is your refrigerator cools a small, insulated space, and an air conditioner keeps your home, office, or commercial space at a comfortable temperature. The entire process of making the air in your property a comfortable temperature is based on a very simple scientific principle, and the rest is achieved by mechanical means. Let’s take a look at how air conditioning works to cool your home. Your air conditioning unit uses chemicals that convert from gas to liquid and back again quickly. These chemicals transfer the heat from the air inside your property to the outside air. The AC unit has three key parts. These are the compressor, the condenser, and the evaporator. Your unit’s compressor and condenser are typically located in the outside part of the air conditioning system.

Inside the house is where you will find the evaporator.why would a window ac unit freeze up The cooling fluid reaches the compressor as a low-pressure gas. filter on ac unitThe compressor squeezes this gas/fluid, and the molecules in the liquid are packed closer together. how much does it cost to install a central ac unitThe closer the compressor forces these molecules together, the higher the temperature and energy rise. This working fluid exits the compressor as a high-pressure, hot gas, and it moves to the condenser. The outside unit of an air conditioning system has metal fins all around the housing. These fins work like the radiator on a vehicle, and they help dissipate heat more quickly. When the fluid leaves the condenser, it is much cooler.

It’s also changed from a gas to liquid because of the high pressure. The fluid makes its way into the evaporator through a minuscule, narrow hole and when the liquid reaches the other side of this passage, its pressure drops. When this happens, the fluid begins to evaporate to gas. As this occurs, the heat is extracted from the surrounding air. This heat is required to separate the molecules of the liquid into a gas. The metal fins on the evaporator also help exchange thermal energy with the surrounding air. When the refrigerant leaves the evaporator, it is once again a low-pressure, chilled gas. The process starts all over when it goes back to the compressor. There is a fan that’s connected to the evaporator, and it circulates air around the inside of the property and across the fins of the evaporator. The air conditioner sucks air into the ducts through a vent. This air is used to cool gas in the evaporator, and as the heat is removed from the air, it’s cooled. Ducts then blow air back into the house.

This process continues until the inside air of your home or business reaches the desired temperature. When the thermostat senses that the interior temperature is at the desired level, it shuts the air conditioner off. When the room heats up again, the thermostat turns the air conditioner back on until the preferred ambient temperature is achieved again. The great news is that you don’t have to know how an air conditioning system works to enjoy its effects! At Howard Air, we can help you if your system is going out, you want to upgrade to a new air conditioner, or if you’ve got any questions. We understand air conditioning, and we are here to provide our valued customers with exceptional service, quality repairs, and professional installations. Click here to email us or call (623) 201-5153 to speak with a representative immediately. You are here » New Study Reveals Options to Replace Global Warming-Causing Chemicals Used in Air Conditioning New Study Reveals Options to Replace Global Warming-Causing Chemicals Used in Air Conditioning

1050.0 °C (1323.15 K, 1922.0 °F) 3200.0 °C (3473.15 K, 5792.0 °F) From the Greek word (ray) I currently do not know of any links for Actinium. If you do, please For more information about citing online sources, please visit the . This page was created by Yinon Bentor. Use of this web site is restricted by this site's license Copyright © 1996-2012 Yinon Bentor. Selecting a safe unit is only the beginning when installing explosion and non-explosion proof temperature control in your chemical storage building. Hazardous materials often require a specific temperature range in order to maintain their integrity and remain in a production-ready state. US Chemical storage has a number of Explosion Proof and Non-Explosion Proof Cooling and Heating Units that create a safe working environment, and save space and costs. Our energy efficient, low profile, and guaranteed units will ensure your hazardous materials and personnel are protected each day throughout our factory warranty.

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