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High-precision constant temperature and humidity laboratory air conditioning design
A. Control accuracy The purpose of building a laboratory is to build an inspection and testing environment that meets the requirements of technical standards. Therefore, whether the control accuracy of the equipment can meet our requirements is the primary factor in the selection of precision air conditioners. High-precision constant temperature and humidity laboratories recommend the use of high-precision constant temperature and humidity air conditioners that use the most advanced fully analog control technology. Analog control can ensure high accuracy, while temperature and humidity are more stable.
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2021
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How is a high-precision constant temperature and humidity room constructed?
High-precision constant temperature and humidity technology has gradually matured. In order to meet high-precision settings, it is necessary to consider the design and operation of the entire system. The entire process from design and installation to debugging requires precise control. The following editor will introduce in detail how the high-precision constant temperature and humidity room is constructed?
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2020
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Advantages and disadvantages of several high-precision constant temperature and humidity air conditioners
The types of high-precision constant temperature and humidity air conditioners mainly include air-cooled, water-cooled, chilled water, dual-cold source and natural cooling.
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10
What should we pay attention to when building a high-precision constant temperature and humidity laboratory?
High-precision constant temperature and humidity laboratories emphasize high precision. What aspects should be paid special attention to when building high-precision constant temperature and humidity laboratories?
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High-precision constant temperature and humidity laboratory air conditioning technical parameters
The constant temperature and humidity air conditioner with control accuracy of ±1.0℃ and ±2.0% is called high-precision constant temperature and humidity air conditioner. Because this type of air conditioner is mostly used in laboratories in fields that are particularly sensitive to temperature and humidity, such as papermaking, textiles, pharmaceuticals, tobacco, electronics, and measurement, it is also called laboratory-specific air conditioner.
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