In Southern California, air conditioning system are as much a necessity as a luxury. Summer temperatures can climb into the triple digits, and without a good air conditioner, you’re likely to fry like an egg in the sun. In Los Angeles, air conditioning installation services can set you up with a new system, or keep your old one running in top condition. But how does an air conditioning system work? Very few laymen now the answer to that question, despite the prominent position of air conditioning systems in our homes.
Air conditioning technology is based on the use of refrigerant gas, whose precise amount and make up vary depending on the make and model in question. Regardless of the kind of unit, the basics are the same. The gas cycles through a closed system containing a series of valves and coils. First, in enters a compressor valve, which heats it up and places it under a great deal of pressure. It’s then released into the condenser coils, which bleed the heat off into the surrounding air. (The hot air is usually vented as exhaust.) As the gas cools, it reverts to a liquid form, signaling the next stage of the process. It then moves into an expansion valve, which releases a specified amount into the evaporator coils. As it evaporates, it pulls heat from the surrounding air . That cooled air can then be blown into your home with a fan, through a series of ducts that reach into every room. The gas then returned to the compressor valve to start the process all over again.
As we said, it’s a simple process, though the potential for problems lurk around every corner. Even something as small as a little leaked refrigerant and drastically impact its ability to function. If you know how an air conditioning system works, you may be able to notice signs of trouble, but it takes a professional to properly correct it. Air conditioning installation and repair can be performed by the Los Angeles air conditioning service experts at JW Heating and Air. Give us a call today and let us make sure you’re a/C system is functioning at its peak!