Environmental simulation system for detecting volatile organic substances

Abstract

The invention discloses a environmental simulation system which is used for detecting volatility organic, it includes compressor, also includes the first oil separator, freeze dryer, the second oil separator, the first gas tank, pipe-line oil filter, degerming filter, high efficiency oil remover, high efficiency oil filter remover, adsorption dryer, the second gas tank, activated carbon filter, ultra-efficient filter, the first Pressure adjusting Valve which in turn connect with compressor,the first Pressure adjusting Valve connect with a humidity regulating device which in turn connect with the heater, test box in the jacket, the export of test box connect with an array of fan. As a result, it forms an environmental simulation system which is used for detecting volatility organic, the invention can precisely control the temperature, humidity of the test box and made them uniform, and effectively meet the needs of the test environment.

Description

technical field [0001] The invention relates to an environmental test system, more specifically to an environment simulation system which can automatically adjust the humidity, temperature and air replacement rate of the test environment according to the requirements of the test environment, and can be used to detect volatile organic compounds. technical background [0002] The traditional test chamber uses the balance between heating and humidification, the natural heat dissipation of the chamber and the condensation of air on the chamber wall to control the temperature and humidity of the test, which has the advantages of low cost, low energy consumption, noise, and small size. Advantages, but there is condensed water on the inner wall of this type of test chamber, which will absorb a large amount of organic matter such as formaldehyde. Contents of the invention [0003] The purpose of the present invention is to overcome the above-mentioned defects in the prior art: to ...

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Problems solved by technology

[0002] The traditional test chamber uses the balance between heating and humidification, the natural heat dissipation of the chamber and the condensation of air on the chamber wall to control the temperature and humidity of the test, which has the advantages of low cost, low energy consumption, noise, and small size. Advantages, but there is condensed water on the inner wall of this type of test box, which will absorb a large amount of organic matter such as formaldehyde.

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