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An Improved Method for Diagnosis of Induction Motor Load Mechanical Unbalance Fault Using Current Signal Analysis

机译:一种改进的诊断方法,使用电流信号分析诊断感应电动机负荷机械不平衡故障

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摘要

Most induction motor problems are due to load instabilities. Load problems mainly influence on system mechanical properties. Therefore, it is preferred to detect these problems using mechanical sensors (e.g. accelerometer, velocity sensor, etc.). However, all motors and loads are not accessible, and remote monitoring of systems can be helpful. Motor current signature analysis (MCSA) is a remote monitoring method that has developed recent years. The aim of the current paper is to evaluate the ability of MCSA to detect centrifugal fan faults. It tries to show how to distinguish between unbalanced load and other types of induction motor unbalances based on MCSA method. In the current study, condition monitoring methods are improved by reformulating the current equations. These results come from a large research with the objective population of 60 induction motors in the alloy steel industry and here three case studies are used to check the theoretical results.
机译:大多数感应电机问题是由于负载不稳定。负载问题主要对系统机械性能的影响。因此,优选使用机械传​​感器检测这些问题(例如加速度计,速度传感器等)。但是,所有电机和负载都无法访问,并且远程监控系统可能会有所帮助。电机电流特征分析(MCSA)是一种近年来开发的远程监控方法。目前纸张的目的是评估MCSA检测离心风扇故障的能力。它试图展示如何基于MCSA方法区分不平衡负荷和其他类型的感应电机不平衡。在目前的研究中,通过重新重构电流方程来改善状态监测方法。这些结果来自合金钢工业中60个感应电动机的客观群体,这里有三种案例研究用于检查理论结果。

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