How Artificial Climate Boxes Solve the Problem of Regulatory Lag

Artificial climate chamber is the environment control equipment that we are familiar with in the laboratory. Its principle is to install sensors such as temperature and humidity in the test box to detect temperature and humidity, and send the measured data to the controller to perform data. After the treatment, the operating status of the heater, the refrigerant, the humidifier, the lighting lamp group, etc. is controlled, and the temperature, humidity, light intensity and the like of the experimental box body can be accurately controlled so as to artificially simulate the climatic and environmental conditions occurring in the natural world. The application of artificial climate chambers is of great significance to the study of the effects of rare and severe weather in the natural world on crop growth and yield, or the precise exploration of meteorological factors on the relationship between crop ecology, physiology, and yield.
However, the traditional artificial climate box often uses a static adjustment mode to control the temperature and humidity. However, the static adjustment mode adjustment object often has a large lag, the control accuracy is not high, and the response speed is slow. With the deepening of modern biological research work, not only does the artificial climate box require stable environmental control, but also it requires high precision of control. Therefore, it is necessary to solve the problem of control lag.
The theory of air dynamic equilibrium proposed by American experts has established a new type of fully-enclosed dynamic equilibrium adjustment mode. This mode has obvious advantages over static mode in suppressing lag, reducing volume, reducing cost, and improving the degree of clarity. Its basic idea is to use air processing equipment to simultaneously perform air radon treatment and enthalpy treatment on the air, and realize control of air temperature and humidity on the basis of dynamic balance. Therefore, if this model is applied to an artificial climate box, it can help solve the problem of lagging environmental regulation.
With the advancement and application of science and technology, the precision of artificial climate chambers has been greatly improved compared to the past, and we believe that with the application of more science and technology in artificial climate chambers, The degree of sexuality and automation will also be higher and higher, meeting the different requirements for temperature and humidity in various industries and disciplines during the experiment.

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Quantity of Die	Spunbond Unit: 1 set
Effective Width <mm>	1600
	2400
	3200
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	Oval
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Single Beam Spunbond Nonwoven Line Series

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