电缆连接箱标识用于安全检查和测试通道

James A. Hickey, W. Carman
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引用次数: 0

摘要

在远离指定隔离点的电缆上工作之前,有各种经批准的方法来积极识别地下电缆。但是,当电缆屏幕与电缆芯分开运行时,如通过链接盒的完全交叉键合电缆路由的情况下,电缆屏幕的识别并没有很好地定义。当多个电缆屏蔽共用一个交联坑时,电缆屏蔽的错误识别可能会导致危险情况,特别是在使用中的电缆屏蔽无意中接地、短路或开路的情况下。有各种行业公认的电缆识别方法,有必要将适当的识别方法与所安装的电缆类型相匹配,以便在电缆或电缆链接盒上工作之前提供积极的识别。直流注入法已被证明是识别单芯电缆的可靠方法,但在整个电气工业中并未广泛应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cable link box identification for safe inspection and test access
There are various approved methods for positively identifying underground cables prior to working on the cable remote from its nominated isolation point. However, identification of the cable screen when run separate to the cable core, as is the case with fully cross bonded cables routing through link boxes, is not well defined. When multiple cable screens share a common cross-linking pit, misidentification of cable screens could lead to a dangerous situation, particularly if in-service cable screens are inadvertently earthed, short-circuited or open-circuited. There are various industry accepted methods for cable identification and it is necessary to match the appropriate identification method with the type of cable installed to provide a positive identification prior to working on the cable or cable link box. The DC injection method has proven to be a reliable method for identifying single core cables but is not widely practised throughout the electrical industry.
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