HOW AIR CONDITIONERS WORK

gl1Nothing beats a quality service. Whether you want to fix (Heat Pump Install Sunnyvale TX), refurbish (Heat And Air Repair Rockwall TX) retouch (Furnace Maintenance MesQuite TX) or maintain (Furnace Maintenance Sunnyvale TX) your AC, you want to be assured that a professional is handling your ventilation system. That is the feeling you get when ‘Williams services’repairs your AC for you. You get a wonderful combination of skill, expertise, and excellent customer service.

Can you imagine how important air conditioners are to us? They are basically one of the greatest perks of living in a civilized society. It doesn’t matter how hot it gets during the day, all you need to do is fiddle with the thermostat and boom! Instant cool air. But have you ever thought abouthow the cool air gets to you? Even more importantly, have you ever wondered how Air Conditioners work? People who repair (Heat Maintenance Rockwall TX) and maintain ACS (Heat Maintenance Rockwall TX) knowshow they work, and so should you.

Sure you press a button and cool air starts to blow your way. But what about all the intricacies of the system?The process of making cool air and regulating the atmosphere in a room is pretty much the same across all kinds of air conditioners, with just a few differences. Here is a step by step breakdown of how most ACs units produce that refreshing blast of fresh air

First of all, you should know that ACs have three parts: the compressor, the condenser and the evaporator.The condenser and the compressor are usually located outside the house; the evaporator on the other hand, is located inside the house. Secondly, you should understand that ACs cool the air using hydroflourocarbon. HFC is a gas that moves from liquid to gas phase and back many times during the AC’s operations.

Another thing about ACs is that the evaporator within the room is always colder than the air in the room, and the condenser outside the room is always warmer. The refrigerant moves from the condenser to the evaporator as a cold liquid. When it arrives, its cold nature pulls warm air into the evaporator which is them passed into the condenser, and out through the compressor into the outside air.

The resulting air in the AC is cooled and blown back into the room. That’s why you feel a cold blast of air when you stand under the AC. As for the warm air, it changes the refrigerant into a gas within the evaporator. The gas then flows back to the condenser where it is condensed back into liquid form. The whole process is continuous, as the refrigerant constantly flows between the evaporator and the condenser.

So the next time you turn on your AC, you now know that you are actually making the refrigerant do a never ending lap between the evaporator and the condenser.

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