工作定子绕组中噪声和相间PD脉冲的特性

G. Stone, S. Campbell, H. Sedding
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引用次数: 12

摘要

机器在线局部放电测量需要有效的电气噪声抑制,以减少定子绕组绝缘问题错误指示的风险。多年来,人们提出并实施了许多噪声抑制技术。本文研究了采用三相同步(即同时)检测来抑制噪声的方法。将已知的噪声脉冲记录在三个相位上,并将其与定子槽中相对地PD或定子端绕组线圈之间相对相PD的脉冲进行对比。实验表明,相间放电在3个相中的2个相产生强脉冲。相反,相地PD和由发电机输出母线的一个相位的火花引起的噪声只在一个相位产生主导脉冲。对于所有三种类型的情况,可能存在与其他阶段的重要交叉耦合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characteristics of noise and interphasal PD pulses in operating stator windings
Online partial discharge measurement in machines requires effective electrical noise suppression to reduce the risk of false indications of stator winding insulation problems. Many noise suppression techniques have been proposed and implemented over the years. This paper examines the method of suppressing noise using 3 phase synchronous (i.e. simultaneous) detection. Known noise pulses were recorded on three phases and they were contrasted with pulses from phase-to-ground PD in the stator slot or phase-to-phase PD between coils in the stator endwinding. Experiments indicated that interphasal PD produces strong pulses on 2 of the 3 phases. In contrast, phase-to-ground PD and noise caused by sparking in one phase of a generator output bus create a dominant pulse in one phase only. With all three types of situations, there may be significant cross-coupling to the other phase(s).
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