How does a high-precision constant temperature and humidity air conditioner professionally control temperature?
Release time:
2018-11-07
In some factories or laboratories that have high requirements for air temperature, humidity and cleanliness, high-precision constant temperature and humidity air conditioners cool, dehumidify or heat the air through a centralized air conditioning system, and then perform high-level purification and positive pressure control of the room through a large return air volume, so as to meet various requirements of the space environment. Therefore, high-precision constant temperature and humidity air conditioners are widely used in professional fields such as electronics, optical equipment, medical and health care, biopharmaceuticals, testing and laboratories.
In some factories or laboratories that have high requirements for air temperature, humidity and cleanliness, high-precision constant temperature and humidity air conditioners cool, dehumidify or heat the air through a centralized air conditioning system, and then perform high-level purification and positive pressure control of the room through a large return air volume, so as to meet various requirements of the space environment. Therefore, high-precision constant temperature and humidity air conditioners are widely used in professional fields such as electronics, optical equipment, medical and health care, biopharmaceuticals, testing and laboratories.
The working principle of high-precision constant temperature and humidity air conditioners: provide continuous and accurate temperature and humidity control, and provide a high-precision and high-reliability environment for sophisticated electronic equipment in computer rooms, laboratories and other similar environments, so that they can operate in a high-level and reliable manner. It provides a constant temperature and humidity environment for the equipment to operate, and its main characteristics are small enthalpy difference, large air volume, and high sensible heat ratio.
1) High temperature control accuracy. Humidity control can achieve a high precision of 1°C, 1%RH, and higher cleanliness, etc.
2) Stronger control capabilities. Through the controller, you can clearly see various environmental indicators such as temperature and humidity, and it can also provide intelligent detection of operating status, expert fault diagnosis, etc.
3) Large air volume. Since high-heat environment requires large air volume circulation, the high heat of the equipment can be taken away by the wind speed of the fast-circulating air conditioner.
4) High air outlet temperature. High air outlet temperature can prevent condensation, and can provide appropriate humidification according to the specific needs of the laboratory.
5) There is a delayed start function, and simultaneous start may cause impact on the front-end switch.
6 Higher stability and longer service life.
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