A Novel Control Scheme to Mitigate Unbalanced Magnetic Pull due to Eccentric Rotor in Three Phase Induction Motors

G. R. Bindu, Jasna Basheer
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引用次数: 2

Abstract

Rotating machines with low air gap are always prone to Unbalanced Magnetic Pull (UMP) due to eccentric rotors. As a consequence, rotor-stator rub contact occur leading to complete outage of the machine. This paper proposes a control scheme to reduce the effects of eccentricity in 3 phase induction motor by introducing Feedforward (FF) and Feedback (FB) control. Active Magnetic Bearings (AMB) are incorporated to implement this scheme. To analyse the UMP for statically eccentric rotor and also for conical rotor motion in a 3 phase induction motor, Finite Element (FE) method is utilised. These values are used to design the proposed controller.
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一种减轻三相异步电动机偏心转子不平衡磁拉力的控制方法
低气隙旋转机械由于转子偏心,容易产生不平衡磁拉力。结果,转子-定子摩擦接触导致机器完全停机。本文提出了一种通过引入前馈和反馈控制来减小三相异步电动机偏心影响的控制方案。采用主动磁轴承(AMB)来实现该方案。采用有限元法分析了三相异步电动机静偏心转子和锥形转子运动时的惯性运动控制。这些值用于设计所建议的控制器。
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