The compressor has systematic cooling
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1. Why is it that in some cases cooling comes first followed by filtration, while in other cases filtration comes first followed by cooling? What is the difference between the two?
Generally, filtering is done first followed by cooling! In my opinion, the reason is that filtering before cooling improves the fluidity of the oil, resulting in better filtering effects. It is still necessary to conduct a specific analysis based on the particular operating conditions.
Filter first then cool? That can’t be right; cooling produces a liquid medium, so it should be cooled first and then filtered to remove this liquid medium.
Personally, I feel that cooling first and then filtering yields better results than filtering first and then cooling
Our compressor oil station uses filtration before cooling, which ensures that the oil cooler remains clean. The oil side of the basic oil cooler can be maintenance-free.
Our unit first filters and then cools
I agree with you; it’s better to filter first and then cool it down.
The situation varies depending on the device. Currently, screw air compressors first cool and then filter.
Why is this the case? What are the considerations behind it? The coal grinding mills we use first filter and then cool
Working process of screw air compressor: compressor head……oil-gas separation tank……temperature control valve……oil cooler (plate heat exchanger)**……oil filter……back to the compressor head. It can be seen that the oil filter is designed to ensure that the oil entering the engine head is free of impurities; therefore, it is cooled first and then filtered. I work in areas such as energy savings for air systems and waste heat power generation. Friends who have any needs are welcome to contact us by phone. 13829224895, thank you.