Living with arc flash mitigation

Antony C. Parsons, J. Gray
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引用次数: 4

Abstract

Developing an optimal arc flash protection strategy for a given facility can be difficult due to the number of solutions and system variables involved. Effective arc flash hazard reduction is best achieved by establishing an overall system protection strategy that accounts for safety and operational requirements as well as system reliability and availability. An overview of available solution categories and application guidance based on experience in a wide variety of facility types is presented in order to assist engineers trying to implement “safety by design” principles to help deal with arc flash hazards. The approach provided addresses the complexities of the trade-offs between competing priorities and provides tools that help users develop effective protection strategies for the unique circumstances in a given facility.
生活与电弧闪光缓解
由于解决方案的数量和涉及的系统变量,为给定的设施制定最佳的电弧闪光保护策略可能很困难。有效减少电弧闪光危害的最佳方法是建立一个全面的系统保护策略,该策略考虑到安全和操作要求以及系统可靠性和可用性。根据在各种设施类型中的经验,概述了可用的解决方案类别和应用指南,以帮助工程师尝试实施“设计安全”原则,以帮助处理电弧闪光危害。所提供的方法解决了相互竞争的优先事项之间权衡的复杂性,并提供了帮助用户针对特定设施的独特情况制定有效保护策略的工具。
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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