How does air conditioning work in the office?

Your air conditioner keeps your house or business cool during the summer heat. But did you know that it also works in reverse? Your refrigerator and your air conditioner work in a similar way. Your refrigerator cools small spaces, while an air conditioner maintains comfortable temperatures in your office, home, or commercial space.

Central heating and cooling systems include air conditioners. They draw heat energy from the outside and transfer it to the home. The air conditioner is a central heating/cooling system for a home or business. It draws in warm air from the outside and removes it. This heat is then replaced with cooler air.

The process of cooling your home is simple and based on scientific principles. Mechanical means are used to achieve the desired temperature. Let's take an in-depth look at the way air conditioners work to cool down your home.

How to Cool Your Home With an A/C

The chemicals used in your air conditioner convert quickly from liquid to gas. These chemicals transfer heat from your property to the outdoors. Three key components make up the AC unit. The three main parts of an AC unit are the compressor and condenser. The compressor and condenser of your unit are usually located outside. The evaporator is located inside the house.

The compressor receives the cooling fluid as a low-pressure gas. This gas/fluid is compressed by the compressor, which causes the liquid molecules to be packed closer together. These molecules will be more tightly packed together by the compressor, which increases the temperature and energy rise.

How your Air Conditioner Removes Hot and Blows Cold Air

The working fluid is released from the compressor as hot, high-pressure gas and moves to the condenser. Metal fins are found around the outside unit of an air conditioning device. These fins are similar to a radiator in a car and help heat dissipate more quickly.

The fluid is more relaxed when it leaves the condenser. The high pressure also changes the fluid from a liquid to a gas. Through a small, narrow hole, the fluid enters the evaporator. The liquid's pressure drops when it reaches the opposite side of the passage. The fluid will then begin to evaporate and become gas.

The heat is then extracted from the air surrounding it. This heat is needed to separate the liquid molecules into a gas. The metal fins of the evaporator help to exchange thermal energy with the air.

The refrigerant is once more a chilled gas at low pressure when it leaves the evaporator. When the refrigerant returns to the compressor, it starts over again. The fan is connected to the compressor and circulates air through the property.

Through a vent, the air conditioner draws air into the ducts. This air cools the gas in the evaporator. As the heat is removed, the air is cooled. The ducts blow the air back into your house.

The process continues until the indoor air in your home/business reaches the desired temperature. The thermostat turns the air conditioner off when it senses that the indoor temperature has reached the desired level. The thermostat will turn the air conditioner on again if the temperature in the room rises.

Trust in Everest Air LLC to Serve All Your Phoenix Area A/C Requirements

It's not necessary to understand how an air conditioner system operates to benefit from its benefits. Commercial air conditioning mesa az can assist you if your system has failed, if you need to replace it or if you have any other questions. We are experts in air conditioning and can provide exceptional service, quality repairs and professional installations to our valued customers.