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FEM Study of Induction Machines Suffering from Rotor Electrical Faults Using Stray Flux Signature Analysis

机译:基于杂散磁通特征分析的异步电动机转子电气故障的有限元分析

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The wide range of applications using induction machines has been enhanced with the rapid evolution of condition monitoring and variable speed drives. The latter two, along with their constantly growing demands, have raised the necessity of new approaches and techniques in fault diagnostics. A reliable solution to this matter, has proven to be the monitoring of stray magnetic flux. Accounted for in different locations on the machine's peripheral area and with different measurement techniques, the stray flux provides valuable information for fault detection and identification. This paper aims to apply one of these diagnostic strategies and the related measurement of stray flux using FEM, to evaluate its performance and diagnostic capability on two machines of different size and power rating and conclude on the quantitative effectiveness of such strategies.
机译:状态监测和变速驱动器的快速发展增强了使用感应电机的广泛应用。后两者,以及它们不断增长的需求,已经提出了在故障诊断中采用新方法和新技术的必要性。已证明对此问题的可靠解决方案是监视杂散磁通量。由于在机器外围区域的不同位置以及使用不同的测量技术,杂散磁通为故障检测和识别提供了有价值的信息。本文旨在应用其中一种诊断策略以及使用FEM进行的相关杂散磁通测量,以评估其在两台大小和额定功率不同的机器上的性能和诊断能力,并得出此类策略的定量有效性。

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