In the above, the author explained the importance of the placement of high and low temperature alternating heat and humidity test chambers, so what are the power saving methods for high and low temperature alternating heat and humidity test chambers that we don't know, and I will explain them one by one.
Minimize the number of opening high and low temperature alternating heat and humidity test chamber doors and shorten the time for opening the door. Because the cold air escapes during the opening of the door, the hot air enters and requires energy consumption to cool down. It is faster to put in or take out the sample, and don't delay the time.
The author can easily calculate with you that if a high and low temperature alternating heat and humidity test box is switched more than 40 times a day, the electricity cost will increase by more than 30%, which will also affect the life of the high and low temperature alternating heat and humidity test chamber. The number of door opening is as small as possible and short. Every minute of opening the door, the temperature inside the box returns to its original state, the compressor will work for 5 minutes, and the power consumption is 0.008 degrees.
Principle: The working principle of the high and low temperature alternating heat and humidity test chamber is to take away the heat by the exchange of two forms of refrigerant liquefaction and gasification, so as to achieve the purpose of lowering the temperature in the high and low temperature alternating heat and humidity test chamber. When the temperature in the high and low temperature alternating heat and humidity test chamber reaches the set value, the high and low temperature alternating heat and humidity test chamber compressor stops working, and it is in the standby state (at this time, the power consumption is less), so the high and low temperature alternating heat and humidity test can be effectively maintained. The temperature inside the box is at a low level, which reduces the frequent work of the compressor and can reduce the power consumption.
In addition, the dust on the condenser should be removed regularly. If the condenser has accumulated dust for a long time, it will affect the heat dissipation of the high and low temperature alternating heat and humidity test chamber, and it will not be effective to evaporate and affect the cooling effect. The high and low temperature alternating heat and humidity test chamber needs to extend the working time of the compressor to reach the predetermined temperature. Power consumption. Therefore, the condenser is preferably cleaned once a year.
Ingeniously using the above power-saving coups, the annual electricity saving is also very objective, and the correct use of high and low temperature alternating heat and humidity test chamber can also extend the service life of the equipment.
Guangzhou Ruixin Touch Control Technology Co., Ltd. , https://www.smartpaneltv.nl