Also known as the heart of the air conditioning system, the compressor circulates refrigerant and pressurizes the system. It is an integral part of your HVAC system, and is also known as a refrigerant. Coolant is a special fluid used for cooling and freezing purposes. It works in a closed circuit, transporting heat from inside the building to the outside.
You can think of it as a traveler inside the air conditioning unit. For a proper refrigeration cycle, the refrigerant changes from liquid to vapor to achieve the most convenient temperatures inside the house. The refrigerant moves through the cooling tubes and copper coils, thus connecting the inside with the outside. The refrigerant absorbs heat from the interior and thus passes from gas to liquid.
Then, it goes outdoors and pushes the heat outside to allow the air to be cooler inside. Once the heat is removed from the outside, the refrigerant returns to a gaseous state and returns to the interior. Once the coolant is cool again, there is an indoor fan that blows air into the cold coils, circulating the cold air throughout the house or office. The cycle repeats every time you turn on the air conditioner. The main task of the compressor is to pressurize the refrigerant to increase its overall temperature.
Following the combined gas law, which mentions that if the pressure increases, the temperature will follow suit, once the refrigerant is compressed, it begins to heat up immediately. It occurs when the gas is squeezed hard. The unit heats the coolant to ensure that the temperature exceeds the outside temperature. Heat flows naturally from the hottest to the coldest bodies. As such, for heat to disperse outside, the refrigerant must be hotter than the outside air.
This is where the compressor comes in handy because it increases the temperature of the refrigerant and overall temperature. It is located in the outdoor air conditioning unit. The condenser coil receives high-temperature, high-pressure refrigerant from the compressor. It works in an opposite way to the evaporator coil. Note that evaporator coil contains cold refrigerant while condenser coils contain hot refrigerant. The condenser coils are designed to allow heat to be transferred to outside.
The refrigerant releases heat thanks to condenser fan that blows air into coils. As heat leaves refrigerant when it reaches outside, it returns to liquid and thus returns to expansion valve. There it depressurizes and cools down to gas. As refrigerant exits condenser in liquid form, it disperses heat. However, it's still too hot to re-enter evaporator coils.
Therefore before refrigerant passes to evaporator coils, it must be cooled. Here expansion valve (which is also known as metering device) is useful. This is usually thermostatic expansion valve. These are also very important parts of an air conditioning unit.
Here air conditioning unit removes heat from interior of residential or commercial property and thus removes it from outside. Copper tubes absorb depressurized refrigerant in its liquid form as it passes through expansion valve. When indoor air blows over cold coils, heat is absorbed from inside house. It follows second law of thermodynamics which states that heat flows from hot to cold naturally. Condenser coils require assistance of condenser fan to allow heat transfer.
Similarly evaporator coils need blower (air handler fan) to blow air over coils. Refrigerant absorbs heat from indoor air before it begins evaporation process to become vapor. Ventilation grilles which are located inside carry warm air into house. Refrigerant then absorbs heat present in indoor air and carries it to compressor. Compressor then pressurizes refrigerant and heats it. Once refrigerant passes through compressor, it passes through condenser coils.
Condenser fan which is usually large and noisy pushes air into condenser coils to allow heat to be transferred outside. Once heat is released to outside, refrigerant returns through expansion valve which depressurizes and thus cools it. The cycle repeats and refrigerant performs same absorption process over and over again. Although there are several parts to an air conditioner, four main components make your air conditioning unit work like a well-oiled machine: evaporator, condenser, compressor and expansion valve. Each of these components works in sync and has specific function of providing cooling convenience to your home.
Conclusion
At this point, we can conclude that the compressor, condenser coil, evaporator coil, and expansion valve, are all essential components for an AC unit's proper functioning; they work together in order for your home or office space's interior temperature remain comfortable during hot summer days.When you're looking for a reliable cooling system for your home or office space, you need one that has all its parts working together seamlessly; this means having all four main components - compressor, condenser coil, evaporator coil and expansion valve - functioning properly at all times. The compressor is considered as 'the heart' of an AC unit; this component circulates refrigerants throughout your HVAC system while pressurizing it at all times - allowing for a proper cooling cycle within your home or office space. The condenser coil receives high-temperature and high-pressure refrigerants from your compressor; this component works in an opposite way compared with your evaporator coil - with one containing cold refrigerants while another containing hot ones. The condenser coils are designed for transferring heat outwards; this happens with help from a condenser fan that blows air into these coils - allowing for heat transfer outwards once released. Finally, there's an expansion valve - also known as a metering device - which helps cool down hot refrigerants before they enter your evaporator coils; this component helps depressurize and cool down these gases before they enter your AC unit's interior.
Conclusion
In conclusion, we can say that all four components - compressor, condenser coil, evaporator coil and expansion valve - are essential parts of any AC unit; they work together in order for your home or office space's interior temperature remain comfortable during hot summer days..
