How The Air Conditioning Works

I want to write about what I've learned recently, which is a part of the an upcoming exam.

There are four main components of an AC: unit: the compresser, condenser, expansion valve, and evaporator.

There are usually two parts tof a domestic AC, unit: one of them is seput outside, whichand includes the compressor and condenser; the other is set inside, with the expansion valve and evaporator included.

Here are the working stepssteps of operation.

First, liquid refrigerant is compressed by the compressor and becomes high temperature, highly pressurized vapor.

Second, the vapor flow through the condenser coil, where it condenses into a medium temperature and, highly pressurized liquid.

The heat it has collected indoors is then released outside.

The basic principle is: condensing ejects heat.

Or, if you will, the principle principle

Third, the luiquid comeis taken into the expasion valve.

As the room become sunddenly enlarges, the pressure drops, releasing a low temperature, low pressure liquid/vapor mix.

Fourth, the liquid travels into the evaporator coil, the lower temperature allows the room air to boil the refrigerant, and the heat of the room is absorbed by the gaseous refrigerant.

A fan behind the evaporator coil helps to tranfer the heat into the house.

More specifically speaking, it blows the cool air into the room.

In the end, theFinally, the heated low temperature and low pressure refrigerant with the heat comes into the compressor again, and starts the next cirycle.

I want to make sure that I've explained it clearly enough, or if there is something I misunderstookd.

How The Air Conditioner / How Air Conditioning Works

I want to write about what I've learned recently, which is a part of the an upcoming exam.

Sounds more natural

There are four main components of an AC: a compresser, a condenser, an expansion valve, and an evaporator.

Vowel, so it’s “an AC”

Therse are usually parts of a domestic AC, one of them is set outside, which includes compressor and condenser; the other is set inside, expansion valve and evaporator included.

Are you following up from your previous paragraph?

First, liquid refrigerant is compressed by the compressor and become high temperature, high press vapor.

Second, the vapor flows through the condenser coil, and it condenses into medium temperature and high press liquid.

The heat it has collected indoors is released outside.

The principle is: condensing / the process of condensation ejects heat.

Third, the luiquid comeflows into the expasion valve.

As the room become sunddenly enlarges, the pressure drops, releasing a low temperature, and a low press liquid/vapor mix.

I don’t understand what you mean by the room becoming enlarged.

Fourth, the liquid travels into the evaporator coil, the lower (?) allows the room air to boil the refrigerant, and the heat of the room is absorbed by the gas refrigerant.

“the lower”?

A fan behind the evaporator coil helps to transfer the heat in the house.

More specifically speaking, it blows the cool air into the room.

In the end, the low temperature and low press refrigerant with the heat come into the compressor again, and starts /activates the next circle.

I want to make sure I've explained clearly enough, or if there is something I mistoverlooked.