Reasons for insufficient heat dissipation of permanent magnet variable frequency air compressor

During the use of permanent magnet variable frequency air compressors, it is common to encounter the problem of insufficient heat dissipation, which affects work efficiency. Next, driven by three workers

Let me take you to understand several important factors related to why permanent magnet variable frequency air compressors have insufficient heat dissipation:

Environmental factors often have a significant impact on ventilation and heat dissipation status. There are three important factors that affect heat dissipation around permanent magnet variable frequency air compressors: permanent magnet variable frequency

The spacing of the air compressor placement may be too close to the wall or other obstacles; Another issue is that there may be other heat sources near the permanent magnet variable frequency air compressor. Therefore, it is recommended to strictly follow the installation and operation environment requirements of the permanent magnet variable frequency air compressor for installation and operation.

Blockage of the radiator can also cause corresponding problems. Because when there is a lot of dust in the surrounding environment of the permanent magnet variable frequency air compressor, it may cause the radiator to stick to the surface during long-term operation

A layer of dust or oil sludge can affect the heat dissipation effect. If the oil filter is too dirty, it may also cause a certain degree of overheating in the permanent magnet variable frequency air compressor. Because the oil filter of the permanent magnet variable frequency air compressor may become too dirty, causing the oil to fail to enter the compressor at normal flow rate, resulting in rapid heating of the compressor due to a lack of cooling lubricant. Of course, there is also a low level of cooling oil. It is recommended to regularly maintain and upkeep the permanent magnet variable frequency air compressor to prevent the occurrence of the above-mentioned conditions.