IEEE标准介绍。1584 IEEE电弧闪光危险计算指南- 2018版

D. Mohla, Weijen Lee, Jim Phillips, Albert Marroquin
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引用次数: 0

摘要

IEEE 1584自2002年首次发布以来,一直是弧闪危险电弧电流、入射能量和弧闪边界计算的首要标准。经过广泛的测试,以及长期的模型开发和验证期,期待已久的IEEE Std. 1584修订版已经发布。本文的目的是向行业介绍IEEE 1584-2018《IEEE电弧闪光危害计算指南》。模型范围和参数选择的基本原理讨论了诸如电压、螺栓RMS短路电流、导体之间的间隙、外壳尺寸、故障持续时间、工作距离和系统频率等数量。基本原理提供了选择电极配置和各种外壳(盒)尺寸和安排。该模型是基于对2002年标准中使用的模型进行的六倍以上的测试。它提供了额外的电极配置的建模,这是不包括在2002年的版本。提供了一些关于识别电极配置的指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Introduction to IEEE Standard. 1584 IEEE Guide for Performing Arc-Flash Hazard Calculations- 2018 Edition
IEEE 1584 has been the premier standard for arc-flash hazard arcing current, incident energy, and arc-flash boundary calculations since it was first published in 2002. After extensive testing, and a long model development and validation period, the long-awaited revision of IEEE Std. 1584 has been published. The purpose of this paper is to introduce IEEE 1584-2018 "IEEE Guide for Performing Arc-Flash Hazard Calculations to the industry. The model range and the rationale for selection of the parameters is discussed for quantities such as voltage, bolted RMS short-circuit current, gap between conductors, enclosure dimensions, fault duration, working distance, and system frequency. Rationale is provided for the selection of electrode configurations and various enclosure (box) sizes and arrangements. This model is based on over six times the tests performed for the model used in the 2002 standard. It provides additional modeling of electrode configurations which were not included in the 2002 version. Some guidance on identifying electrode configurations are provided.
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