Improvements in IEEE C62.11 test standards

J. Woodworth, M. Comber
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引用次数: 2

Abstract

A new edition of IEEE C62.11, will soon be published and will contain significant changes on how arrester energy handling capability is tested and verified. For the first time, users will have information necessary to make head-to-head comparisons of energy handling capability of arresters produced by different manufacturers. The tests will provide information for both multiple impulse energy (a thermal stability and recovery consideration) and maximum single impulse capability (a physical damage consideration). Further improvements in the standard include an updated front-of-wave discharge voltage test method, a simplified temporary overvoltage test and a more realistic metal oxide material aging test. Much of the improvements arose from a multi-year review of the various tests which resulted in a comprehensive annex that provides rationale for each required test and which will serve as a springboard for improving product tests in future editions of the standard. This paper also makes application recommendations for the new characteristics.
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改进了IEEE C62.11测试标准
新版本的IEEE C62.11将很快发布,其中将包含如何测试和验证避雷器能量处理能力的重大变化。用户将首次获得必要的信息,以便对不同制造商生产的避雷器的能量处理能力进行正面比较。测试将提供多次脉冲能量(热稳定性和恢复考虑)和最大单脉冲能力(物理损伤考虑)的信息。标准的进一步改进包括更新的波前放电电压测试方法,简化的临时过电压测试和更真实的金属氧化物材料老化测试。许多改进来自对各种测试的多年审查,从而产生了一个全面的附件,其中提供了每项所需测试的基本原理,并将作为在未来版本的标准中改进产品测试的跳板。本文还针对新特性提出了应用建议。
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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