The sudden failure of the cooling tower reducer occurs suddenly, and it is impossible to describe or reflect the development process of the failure with a certain rule. Therefore, after a fault occurs, the location of the fault is often easy to find, but the cause of the fault is not clear and needs to be analyzed before judgment.
The common method to analyze the failure of the cooling tower reducer movement obstacle is to find out the main characteristics of the failure, especially the various traces produced during the development of the failure, and then analyze the force relationship of the damaged parts through the traces to find out the cause of the abnormal force. , Or analyze the structural characteristics of related parts through the failure characteristics, so as to understand the root cause of the failure.
The most common static torsional fracture of cooling tower reducer parts is the static torsional fracture of the rotating shaft. One-time load fracture refers to the phenomenon that a part breaks under the action of a slow increase or constant load or one-time impact energy. Including static tension, static compression, static bending, static torsion, static shear, high temperature creep and initial impact fracture.
Analyze the cause of the part's fracture through the macroscopic characteristics of the fracture. The fracture refers to the natural surface formed after the fracture. Macroscopic analysis of fracture refers to directly observing the fracture characteristics of parts through human vision or with a magnifying glass, and qualitatively judging the causes of part fracture failures based on these characteristics, so as to provide an important basis for the maintenance design of troubleshooting operations.
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Guangdong Trlon Energy-saving Air Conditioning Equipment Co., Ltd.
Contact:Mr. Wang
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