Part II of: Considerations for Adapting IEEE 1584–2002 ARC Flash Study Results to A Post IEEE 1584–2018 Risk Assessment; Applying the Method

M. Valdes
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Abstract

Part I [1] describes a method that may be used to assess if the PPE selected for a task, based on the IEEE 1584–2002 [2] arc flash model, is sufficient for the potentially higher level of incident energy (Ei) and different arcing current (Ia) that may be predicted by a 1584–2018 [3] arc flash study. This method is suggested as a tool for risk analysis required for task planning prior to having a comprehensive IEEE 1584–2018 arc flash analysis performed. This article will be an explanation of a more practical implementation of the method described in the first article, including reference graphs and tables which may be used to assess a situation that a worker can encounter. This paper will address low voltage (LV) 600V and below only. However, the method may be similarly applied at medium voltage (MV).
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第二部分:将IEEE 1584-2002 ARC闪光研究结果应用于IEEE 1584-2018后风险评估的考虑应用方法
第一部分[1]描述了一种方法,该方法可用于评估基于IEEE 1584-2002[2]电弧闪光模型为任务选择的PPE是否足以应对1584-2018[3]电弧闪光研究可能预测的更高水平的入射能量(Ei)和不同的电弧电流(Ia)。在进行全面的IEEE 1584-2018电弧闪光分析之前,建议将该方法作为任务规划所需的风险分析工具。本文将解释第一篇文章中描述的方法的更实际的实现,包括可用于评估工人可能遇到的情况的参考图表和表格。本文将只讨论600V及以下的低压(LV)。然而,该方法可以类似地应用于中压(MV)。
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