Investigation of factors affecting the sustainability of arcs below 250V

M. Lang, K. Jones
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引用次数: 3

Abstract

Recent testing with various electrode configurations and insulating barriers suggests that 250V equipment omitted from arc flash hazard analyses has the potential for burn injury. Research into the sustainability of arcs at these voltages shows assumptions about the magnitude of these hazards need to be revised. This research enhanced the work of previous efforts by focusing on the sustainability of arcs with fault currents lower than 10kA. Gap lengths between electrodes, electrode shape, electrode material and voltage variations were studied for their effects on arc sustainability. A modified barrier design, representative of the space around panelboard bus bars was also studied.
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250V以下影响电弧可持续性因素的研究
最近对各种电极配置和绝缘屏障的测试表明,在电弧闪光危害分析中省略的250V设备有可能造成烧伤。对这些电压下电弧可持续性的研究表明,有关这些危害程度的假设需要修正。这项研究通过关注故障电流低于10kA的电弧的可持续性,加强了以前的工作。研究了电极间隙长度、电极形状、电极材料和电压变化对电弧可持续性的影响。本文还研究了一种改进的屏障设计,它代表了板式母线周围的空间。
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