Shen Ji interprets the three major identification methods for bearing faults.
 
As a precision component of mechanical equipment, bearings are one of the key factors in improving productivity in factories. Firstly, if the performance of the mechanical equipment is good, it is related to the use of bearings. Therefore, when the factory is conducting production and processing, it is necessary to conduct a good inspection of the bearings in the mechanical equipment. For safety reasons, the three major identification methods for shared bearing faults in Shenji are hoped to be helpful to everyone.

1. Recognition through sound

Recognition through sound requires extensive experience. It is necessary to undergo sufficient training to be able to recognize bearing sounds and non bearing sounds. Therefore, it is advisable to have dedicated personnel carry out this work as much as possible. You can clearly hear the sound of the bearings by sticking a listening device or stick to the casing.

2. Identification through working temperature

This method belongs to the comparative recognition method and is only applicable in situations where the operating state does not change significantly. For this, continuous temperature recording is necessary. When a malfunction occurs, the temperature not only rises but also undergoes irregular changes. It is advisable to use this method in conjunction with voice recognition methods.

3. Identification through the state of lubricants

Sample and analyze lubricants to determine their degree of contamination, whether foreign objects or metal powder have been mixed in. This method is particularly effective for bearings or large bearings that cannot be observed close.