Distribution structure and distribution method of outdoor high-voltage cable distribution box

Abstract

The invention discloses a branching structure and a branching method of an outdoor high-voltage cable distribution box. The bottom is provided with functional auxiliary port components that can facilitate the synchronization of multiple wiring ports and the use of fast wiring. The branching structure and method of this outdoor high-voltage cable distribution box are different from the prior art. The functional auxiliary port components provided , which can synchronously and conveniently connect and connect each cable during the real-time cable tapping process, avoiding the traditional complex and independent screw-connecting tapping method, effectively improving the tapping efficiency of outdoor high-voltage cables, and effectively shortening the construction period. , to ensure the rapid recovery of the power system.

Description

technical field [0001] The invention relates to the technical field of electric power equipment, in particular to a branching structure and a branching method of an outdoor high-voltage cable distribution box. Background technique [0002] The cable distribution box is a device used to implement tapping, branching, splicing and switching circuits for the cable line. The accessories that are processed and connected by the head are relatively simple in structure, small in size and single in function, and can be called ordinary distribution boxes; the other type is that there are not only the accessories of ordinary distribution boxes, but also one or more The switchgear is complicated in structure, large in volume, many connecting devices, difficult in manufacturing technology and high in cost, so it can be called an advanced branch box. [0003] For the current outdoor cable distribution box in the prior art, in the process of real-time distribution of high-voltage cables, i...

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Problems solved by technology

[0003] For the current outdoor cable distribution box of the prior art, in the process of real-time branching of high-voltage cables, it is often necessary to perform repeated docking and fixing operations on each branching cable in order to stably connect each branching cable to the cable branching box. On the connection box, although the stable branching of the cables has been realized, the real-time branching work is very troublesome, time-consuming and labor-intensive, and the same fixing work needs to be repeated many times, which seriously affects the efficient branching of outdoor high-voltage cables and affects the power system. Therefore, we propose a branching structure and method for outdoor high-voltage cable distribution boxes

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