Choosing an appropriate temperature change rate can help improve the effectiveness of experimental refrigeration results. In order to choose a reliable and practical temperature change rate, our professional engineers have configured the following two methods.
one is
Nanjing High and Low Temperature BoxThe average temperature rise and fall rate throughout the entire experimental process. It is mainly based on the temperature technical parameters provided by the environmental experimental equipment manufacturer, and then sequentially cools the temperature throughout the entire operation process to achieve the cooling of the equipment and ensure an average rate of change in the surrounding environment's climate warming.
Another type is the linear heating and cooling rate, which is simply the average rate of equipment operation every five minutes. It is mainly based on
Nanjing High and Low Temperature BoxWhen the temperature changes at an accelerated rate, it can ensure that the cooling rate does not change at the most critical moment, achieving the cooling rate of the studio.
From a particular perspective, linear heating and cooling rates are the most accurate and scientific. Therefore, we are
Nanjing High and Low Temperature BoxWhen testing the cooling state of the average temperature change rate, the latter formula is often chosen. But for the environmental testing industry, it has a wide range of application areas and a variety of product types, so we usually choose the formula based on the actual operation of the equipment.
In general, the average cooling rate indicators for high and low temperatures are referred to as low temperature, and its time is often controlled at around 80 minutes. but because
Nanjing High and Low Temperature BoxThe temperature change rate can be regulated within a specified time, so when conducting cooling experiments, we must make a reasonable choice of its temperature change rate.