Air Conditioner – Introduction, Types, Facts and More

Introduction

Air Conditioner – Now that temperatures have increased worldwide, many people are constantly using the air conditioner to cool down and get a comfortable atmosphere in which summer productivity can increase by reducing temperatures.

And winter, by raising them and controlling air humidity in both cases. It’s good to know how the air conditioner works.

Types and Forms of Air Conditioners

Air conditioners vary in types, shapes, and sizes depending on the nature, location, breadth. And the nature of the work in that building. Winter is usually done using a particular fluid. Which varies depending on the type of air conditioner and the load on it.

Working is based on the chemical concept. Which is called cooling sessions from inside and outside the house. And also, so on in the process of absorbing. Expelling heat outside the house, and more.

Glenn horn, senior vice president of the American air conditioning contracting company. Hence, shows that the cooling gas comes out loaded with heat to be carried out, calm, and then re-enter the house to start a new cooling cycle.

The gases in the home refrigeration unit are r-22 and r-401. Chemically known as fluorocarbon gas, which is transformed from the liquid state. So, to the gaseous easily. And this property makes them very useful in the cooling process. As it is chemically known that the liquid turns heat to the gaseous state.

Surprising Facts about Air Conditioners

Here are six surprising facts about air conditioners. The principle of work is that air conditioners pull heat and moisture out of the room to rotate it through pipes filled with cooling gas. Expel hot gas, and return as a second cooled air to the room through an air jet.

The economic impact, air conditioners contribute to reducing the temperature on human bodies in their places of life. Thus accepting their conditions. Staying and not thinking about leaving the colder areas, which helps to grow those areas.

Maintaining a pleasant atmosphere inside the British parliament building: in 1736. British MPS rotated the air-blowing wheel to cool their parliament rooms. Inventing the air conditioner. Inventor Willis carrier invented the first air conditioner in 1902.

The change in air conditioner prices, buying the 1940s window conditioner was $340. Which now costs $6,000 between the two times. Friendship with the environment. Air conditioners have become more friendly with the ozone layer after they operate without chlorine gas and work on the principle of energy-saving.

Choose the Right Size for the Air Conditioner

When purchasing the air conditioner. Must consider the capacity and size appropriate with the room. The importance of this lies for two reasons. And also, the first is that the air conditioner of small size relative to the size of the room may not cool the air as required.

The second reason that the air conditioner was more significant than the room will not create comfortable conditions inside the room because it has to stop and restart again. And also, the action of the heat sensor when reaching the required temperature quickly and thus causes increased energy expenditure.

Home refrigeration devices in household refrigeration devices are called separate units. They consist of two main parts: the external unit and the internal unit. Which connects and are rotates within them by the freon (r-134a). They use the liquid in refrigeration processes.

Which has been used instead of the various other coolants that were used in the past because of its higher efficiency. And also, safety and because the damage it causes to the environment is lower than before. And the cooling process in these air

conditioners depends on the same cycle used in refrigerators. The various cooling devices work by constantly converting the coolant from liquid to gaseous state to expel the heat. And also, return it to liquid form again. So it is done through four steps that are repeated continuously.

And also, penetrates to other pipes to exchange heat in the external unit and exchange heat with the outside air.

Therefore, leads to the expulsion of the heat outside. And then eventually. The freon enters a valve that reduces the pressure of the external unit. And also, this gas lowers its temperature. Then re-enters the thermal exchange tubes in the internal team.