With the development of agriculture and industrial air pollution is becoming more and more serious, and outdoor air pollution can also seriously affect indoor air quality. Air regulators can adjust the temperature, humidity, carbon dioxide concentration, and other parameters of the indoor environment, but also purify the air, which is a common device in modern home life, greatly increasing the comfort of people's lives. More and more people are buying air regulators, so do you understand the main functions and structure of air regulators and the working principle of air regulators? Let's take a look!

An air regulator is a unit used to provide a space area (generally enclosed) to handle air temperature changes. Its function is to regulate parameters such as temperature, humidity, cleanliness, and an airflow rate of the air in the room (or enclosed space or area) to meet the requirements of human comfort or process.

Stereotyped products assembled with compressors, evaporative cooling coils, condensers, filters, motors, fans, and automatic control devices, abbreviated as air regulators, also known as air conditioning units. Air regulators are in various forms, flexible in use, compact in structure, and easy to install. So do you understand the development trend of air regulators and performance and indicators? Let's take a look next.

Air regulators are devices used to provide the air temperature, relative humidity, and air cleanliness required for indoor human comfort or production plants. Air regulators sometimes also include air delivery systems. Air conditioning devices are used to purify, heat or cool, humidify or dehumidify the air to control indoor temperature and humidity and the content of pollutants (such as particles), while also replacing some of the dirty air with fresh air to ensure the oxygen content of indoor air. Such equipment has become an important system component in modern buildings and high-precision factories. So what do you know about air regulators, let's take a look?

Air regulators are divided into single-cooling air regulators and dual-use air regulators, which work on the same principle. The characteristics of Freon are: when it changes from gas to liquid state, it releases a lot of heat. And when it changes from liquid to gas, it absorbs a lot of heat. The air regulator is designed according to this principle.