Commissioning and maintenance testing of multifunction digital relays

C. Mozina, M. Young, B. Bailey, B. Baker, G. Dalke, B. Duncan, J. Fischer, D. Love, N. Nichols, C. Normand, L. Padden, A. Pierce, P. Pillai, L. Powell, T. Stringer
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引用次数: 2

Abstract

Protective relay technology over the past twenty-five years has evolved from single-function electromechanical (E-M) relays to static (electronic) relays and finally to digital multifunction relays. A significant number of these multifunction digital relays are being installed on medium voltage electric power systems within industrial and commercial facilities. As was required in earlier E-M and static relay technologies, digital relays also require commissioning and relay setting verification. This paper discusses the unique challenges the user faces in testing and commissioning digital multifunction relays. It also explores the impact on maintenance testing of self-diagnostics, the digital relay's internal capability to check itself for failures.
多功能数字继电器的调试和维护试验
在过去的二十五年里,保护继电器技术从单一功能的机电(E-M)继电器发展到静态(电子)继电器,最后发展到数字多功能继电器。在工业和商业设施内的中压电力系统上安装了相当数量的这些多功能数字继电器。正如早期的E-M和静态继电器技术所要求的那样,数字继电器还需要调试和继电器设置验证。本文讨论了用户在测试和调试数字多功能继电器时所面临的独特挑战。它还探讨了自诊断对维护测试的影响,数字继电器的内部能力来检查自己的故障。
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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