Causes of Insufficient Heat Dissipation in Permanent Magnet Variable Frequency Air Compressors

Environmental factors often have a great influence on the state of ventilation and heat dissipation. The surrounding environment of the permanent magnet variable frequency air compressor has the following three important factors affecting heat dissipation: the partition wall or other obstacles placed by the permanent magnet variable frequency air compressor are too close In addition, there may be other heat sources near the permanent magnet variable frequency air compressor. In this regard, it is recommended to install and use the permanent magnet variable frequency air compressor in strict accordance with the installation and operating environment requirements of the permanent magnet variable frequency air compressor.

A clogged radiator can also be a problem. Because there may be a lot of dust around the permanent magnet variable frequency air compressor, it will cause long-term operation and cause a layer of dust or sludge on the surface of the radiator, which will affect the heat dissipation effect. A dirty oil filter may also cause a certain degree of overheating of the permanent magnet variable frequency air compressor. Because the oil filter of the permanent magnet variable frequency air compressor will be too dirty so that the oil cannot enter the permanent magnet variable frequency air compressor according to the normal flow, then the permanent magnet variable frequency air compressor will heat up rapidly due to the lack of cooling lubricating oil. Of course, the cooling oil level is too low. In this regard, it is suggested that the permanent magnet variable frequency air compressor should be regularly maintained and maintained to prevent the occurrence of the above state.

If there will be corresponding problems due to low oil grade or poor oil quality, the permanent magnet variable frequency air compressor should use the manufacturer’s original special permanent magnet variable frequency air compressor oil. This makes the return viscosity and specific heat not up to the standard and causes the problem of excessive temperature.

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