感应电动机电磁噪声的成因及降噪技术

R. Curiac, S. Singhal
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引用次数: 11

摘要

感应电动机是纸浆和造纸厂最常用的原动机。造纸厂的噪音不仅令人讨厌,而且有害。长时间暴露在噪音中会导致永久性听力损伤。感应电动机的噪音可能是空气或电磁的。大多数用于纸浆和造纸厂的感应电机都有四个或更多的磁极,因此这些感应电机的噪音主要是电磁的。在电机设计阶段,必须有可靠的预测工具来准确计算电机产生的磁噪声,从而避免昂贵的返工成本。定子-转子的机械设计、细致的定子绕组设计和严密的制造工艺可以显著降低感应电动机的电磁噪声。本文讨论了产生电磁噪声的各种原因的理论基础,以及新的或现有电机的实际降低技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Causes and reduction techniques of electromagnetic noise in induction motors
Induction motors are the most common prime mover used in pulp and paper mills. Noise in a paper mill is not only annoying but also harmful. Prolonged exposure to loud noise can lead to permanent hearing damage. Noise in induction motors may be airborne or electromagnetic in nature. Most of the induction motors used in pulp and paper mills have four or more poles, hence the noise in these induction motors is primarily electromagnetic in nature. It is imperative to have reliable prediction tools to accurately calculate the magnetic noise generation during the motor design phase, thus avoiding expensive rework cost. Stator - rotor mechanical design, careful stator winding design, and tight manufacturing processes can significantly reduce electromagnetic noise in an induction motor. This paper discusses the theoretical foundations for various causes of electromagnetic noise generation, and practical reduction techniques for new or existing motors.
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