Temperature change rate of high and low temperature test chamber

The high and low temperature test chamber conducts experiments on the transformation and mutual restriction of the high-temperature and ultra-low temperature intermediate temperature circulation system. In general, the average high and ultra-low temperature water cooling rate index values should be solved by its ultra-low temperature client. Its time is controlled in 80 minutes. From the whole process of the experiment, the temperature transformation speed of the high and low temperature test chamber can be controlled within the specified time, Then we must effectively select other temperature transition rates in the whole process of carrying out water cooling experiment.

Temperature

1. The key to the average temperature lift speed at that time in the whole process of the high and low temperature test chamber experiment is to carry out temperature water cooling according to the temperature performance parameters preferentially presented by the manufacturer of the environmental test equipment in the whole process of promoting the temperature to exceed the actual cooling effect of the equipment, so as to ensure that the transformation speed of global warming in its surrounding environment is the average;

2. The other is the temperature speed of the linear elevator. What is more simple is the average speed of every five minutes when the high and low temperature test chamber conducts the experiment. The key is that the temperature of the high and low temperature test chamber can ensure that the water cooling speed of the personal studio will not change greatly in a short time when the transition speed is accelerated.

In simple terms, each high and low temperature test chamber has a temperature speed that changes with the temperature according to the experimental provisions. From a unique perspective, the temperature speed of the linear elevator is a more scientific method to study when the temperature changes. We detect the water cooling situation of the average temperature change speed of the high temperature test chamber, select a more appropriate experimental method, and calculate more experimental statistics. In variable speed, there are two methods for purposeful work, which can help to effectively solve the experimental cooling results.