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Realization method of high precision temperature and humidity control in constant temperature and humidity laboratory
Constant temperature and humidity laboratory high precision temperature and humidity control through many aspects. In the advanced temperature and humidity control equipment, the high-precision air conditioning system uses frequency conversion technology to accurately adjust the refrigeration dehumidification and air circulation, and the intelligent humidifier and dehumidifier control the humidity on demand. High precision monitoring system with high-quality sensors and distributed network accurately grasp temperature and humidity. The precision control system uses PID controller and intelligent algorithm software to calculate the control quantity. Good enclosure structure adopts thermal insulation material and airtight treatment to reduce external interference. All parts cooperate to effectively achieve high-precision temperature and humidity control in the laboratory and ensure the stability and accuracy of the experimental environment.
03
2024
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How should the spatial layout of the laboratory be designed to better achieve constant temperature and humidity effects?
How to achieve high-precision constant temperature and humidity air conditioning control
High-precision constant temperature and humidity air conditioner is a precision air conditioner that uses intelligent control to keep the temperature and relative humidity in the room within the upper and lower deviation range. It is equipped with humidification components, heating components, refrigeration components, air supply system, control system and other parts.
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11
High-precision constant temperature and humidity laboratory design
High-precision constant temperature and humidity laboratories are mainly used in material performance testing, precision measurement, precision manufacturing, warehousing, scientific experiments and other fields. Generally, the temperature stability of high-precision constant temperature and humidity laboratories should reach or be better than ±0.3℃. Many factors need to be considered when designing the laboratory.
04
Construction of high-precision constant temperature and humidity system
With the development of science and technology, more and more fields need to build high-precision constant temperature and humidity systems, and different industries have different requirements for constant temperature and humidity experimental environments.
14
2022
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