谐波排放测量符合EN 61000-3-2

T. Y. Takpere
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引用次数: 1

摘要

仅给出摘要形式,如下。配电线路对谐波电流的阻抗是有限的。它们被转换成谐波电压,可以在某个频率上谐振。谐波电压造成下列不利影响:(i)绝缘受损;(ii)热(长期)效应,如导体损耗、磁路铁损耗和介电损耗;所有这些都是由谐波电流的循环引起的;(iii)电荷中断,这是一种可以定义为由电压畸变(例如继电器和过零同步装置)引起的异常操作或故障的现象;(四)无法补偿的谐波无功功率的消耗。本文描述了根据en61000 -3-2规范的谐波发射测量的限制和方法,该规范是根据EMC指令强制执行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Harmonic emissions measurements as per EN 61000-3-2
Summary form only given, as follows. Distribution lines present a finite impedance to harmonic currents. They are transformed into harmonic voltages that can be resonant at some frequency. Harmonic voltages render the following adverse effects: (i) insulation impairment; (ii) thermal (long-term) effects as conductor losses, losses in the iron of magnetic circuits and dielectric losses; all of which are caused by the circulation of harmonic currents; (iii) charge disruption, which is a phenomenon that can be defined as abnormal operation or failure, caused by voltage distortion (for example, relays and zero crossing synchronised devices); (iv) and consumption of harmonic reactive power that cannot be compensated. This paper describes limits and methods of harmonic emissions measurement as per EN 61000-3-2 specification which is mandatory as per the EMC Directive.
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