Vibration monitoring method, vibration monitoring device, driving system, industrial control equipment and storage medium

Abstract

Embodiments of the invention provide a vibration monitoring method, a vibration monitoring device, a driving system, industrial control equipment and a storage medium, wherein the vibration monitoringmethod comprises the following steps: acquiring a low-frequency periodic vibration signal of a vibration system in real time; calling a callable file for vibration monitoring, processing the low-frequency periodic vibration signal acquired in real time, and determining a vibration state of the vibration system; wherein the callable file is set in the vibration system, the callable file is internally packaged with at least one functional block, and the at least one functional block is used for obtaining a vibration peak value corresponding to the low-frequency periodic vibration signal according to the low-frequency periodic vibration signal of the vibration system and determining the vibration state of the vibration system according to the obtained vibration peak value so as to perform vibration monitoring. Through adoption of the vibration monitoring method in the embodiment of the invention, the cost of vibration monitoring is reduced, and the accuracy of vibration monitoring is improved.

Description

technical field [0001] The embodiments of the present invention relate to the technical field of industrial control, and in particular to a vibration monitoring method, device, drive system, industrial control equipment, and computer storage medium. Background technique [0002] Vibration is a reciprocating motion of an object near its equilibrium position. For most systems mainly composed of machinery or structures, vibrations may occur because machinery or structures have elasticity and mass. Such systems are often referred to as vibrating systems, and the vibrations occurring in such systems are also referred to as mechanical vibrations. [0003] In the vibration system, due to various factors, such as unbalance, low alignment, low-frequency resonance, increased friction, etc., abnormal mechanical vibration will occur, which will lead to various failures in the vibration system. Therefore, it becomes an important part in the working process of the vibration system to mon...

AI Technical Summary

Problems solved by technology

Although the above methods can directly obtain the vibration state of the vibration system, the use of vibration sensors must rely on additional additional hardware equipment, and manual installation, debugging and maintenance are required; the use of operation and maintenance personnel will generate additional labor costs and are prone to errors.

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