Without disassembly inspection, you can identify or predict whether the running bearing is faultless, which is important to increase productivity and economy. The main methods of identification are as follows: 1) Recognition by sound Sound recognition requires a wealth of experience. Must be adequately trained to recognize bearing and non-bearing sounds. To this end, as far as possible by hand to carry out this work. Use a listening device or listening stick on the case to clearly hear the sound of the bearing. 2) Identify through the working temperature This method is a comparative identification method, limited to use in the operating conditions are not changed occasions. For this reason, continuous recording of the temperature is necessary. In the event of a fault, the temperature will not only increase, but also irregular changes. This method is suitable for use with voice recognition methods. 3) Recognition by Lubricant Status Sampling and analysis of lubricants is judged by the degree of contamination, the presence or absence of contamination with foreign substances or metallic powder. This method is particularly effective for bearings or large bearings that can not be closely observed.
Thin Magnetic Track Light Series
This Magnetic Track Light system is currently the most popular one. It has ultra-thin surface tracks, recessed tracks, and ordinary surface tracks.
The conventional magnetic track has a high height, and if it is recessed, it needs to be pre embedded, which not only incurs high labor costs but also makes it difficult to replace and maintain in the later stage.
But our this thin track light system can solve such problems.
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