Taking advantage of the induction motor inherent eccentricity aiming to discriminate the broken bar fault from load oscillations

K. Gyftakis, D. V. Spyropoulos, J. Kappatou, E. Mitronikas
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引用次数: 5

Abstract

It has been noted that, in the induction motor the mechanical load oscillations can produce stator current spectrum harmonics, similar to the ones of the broken bar fault. As a consequence, these two different conditions have to be reliably distinguished. This paper proposes a new method aiming to this direction. More specifically, it is proposed to monitor the inherent eccentricity harmonics and their sidebands in order to reliably distinguish whether there is a broken bar fault or not, in the presence of mechanical load oscillations. The proposed method has been tested experimentally for different load and saturation levels of a cage induction motor and the results prove to be satisfying for all studied conditions.
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利用感应电动机的固有偏心,将断条故障与负载振荡进行区分
已经注意到,在感应电动机中,机械负载振荡会产生与断条故障相似的定子电流谱谐波。因此,必须可靠地区分这两种不同的情况。本文针对这一方向提出了一种新的方法。更具体地说,建议监测固有偏心谐波及其边带,以便在机械负载振荡存在时可靠地区分是否存在断条故障。该方法已在笼型感应电动机的不同负载和饱和水平下进行了试验,结果令人满意。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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