If you are like most homeowners, you do not give much of an attention to the inner use of your fridge unless it fails or the time comes that you need to replace it. However, to get the most of this broken appliance it can be helpful to exactly know how it maintains the temperature inside the refrigerator, you may contact a professional to the field such as refrigerator repair Calgary service provider.
A refrigerator stores the food at a cool temperature in order to slow down the harmful bacteria’s growth and also, prevent spoilage. The refrigeration cycle operates by transferring the heat of the environment from the interior of the machine to the outside, with the use of the principles of evaporation and condensation.
The following are some of the primary components of the refrigerator which include:
The compressor machine is both a motor and a pump, and it’s responsible for the cycles of the refrigerant all throughout the system.
The evaporator is contained on the inside of your ref and absorbing the heat housed within it, efficiently decreasing the temperature inside.
The condenser is actually situated at the back outside of your fridge and aids to release the heat being absorbed from the interior of your refrigerator, out into the air.
The thermostat basically regulates the inside temperature of your refrigerator, producing the cooling effect as required.
- Expansion Device
The liquid refrigerant is brought through a capillary tube that operates as an expansion device because it cools the gas making it turn back into a liquid form.
How Does Refrigeration Happen?
Once the inside temperature of your refrigerator increases above, the set point sensors signal the compressor to engage, then the cooling cycle starts. The refrigerator draws in the cool liquid refrigerant, pressurizes as well as condenses it and then, increases the temperature, making it turn into a gas form. After that, the compressor pushes the warm gas to the condenser coils of the refrigerator’s exterior where it typically comes in contact with lower air temperature in your room, and then reverts back to liquid form.
The cold liquid continues to run towards the evaporator, cycling through the condenser coils on the interior of your freezer compartment and refrigerator. The refrigerant absorbs the warm air from the interior of your ref, dropping the temperature back to your desired set point. Afterwards, the refrigerant evaporates and reverts back into a gaseous state and then, returns to the compressor for another cycle.
Refrigeration is actually a process of cooling a system, substance or space which is very important in our daily lives. It is used in a lot of applications such as air conditioners, freezers, refrigerators and heat pumps. By taking out the heat from one location to another, and transferring it to another, the refrigeration cycle helps make your room or home cool, give a safe place for perishable foods and also, helps with the storage and manufacturing of several different everyday materials and products.