Interconnected bracket in compatible with weak electric line and wiring method

Abstract

The invention provides an interconnected bracket in compatible with a weak electric line and a wiring method. The interconnected bracket comprises insulators, support plates, and a bottom plate connected with a wall body; the support plates comprise an upper support and a lower plate; the insulators comprise a first insulator for supporting an electric power line and second insulators for supporting a weak electric line; the first insulator is fixed at an upper plate of the upper support plate, the second insulators comprise a second upper insulator and a second lower insulator; the second upper insulator and the second lower insulator are fixed at an upper end and a lower end of the lower support plate, so that the interconnected bracket not only can be used for laying electric power line, but also is compatible with the laying of the weak electric line; an operation of arranging multiple brackets on the wall body is avoided, and the entire appearance of the wall body is improved; theelectric power line is located above the weak electric line, thereby preventing the weak electric line from hanging on the electric power line; the first insulator is fixed at an upper end of the upper support plate, thereby enlarging the distance between the electric power line and the weak electric line as much as possible, and further improving the use security of the interconnected line.

Description

technical field [0001] The invention relates to the technical field of power grid interconnection brackets, in particular to an interconnection bracket and a wiring method that can take into account weak current lines. Background technique [0002] In the wall erection of the interconnection lines of the distribution network, the interconnection bracket is the most critical link to fix and support the interconnection lines. In the application of on-site interconnection brackets, because the access line and the entry line repeatedly occupy the wiring channel of the grid line, and the existing interconnection bracket can only meet the use of a single wiring channel, it needs to be set up repeatedly to meet the field wiring requirements, resulting in weak current lines. Hanging on the grid line, it is difficult to find the leakage, the house is cracked, and the wall is leaking water, which greatly affects the appearance of the outer wall, and there are serious safety hazards at...

AI Technical Summary

Problems solved by technology

In the application of on-site interconnection brackets, because the access line and the entry line repeatedly occupy the wiring channel of the power grid line, and the existing interconnection bracket can only meet the use of a single wiring channel, it needs to be set up repeatedly to meet the field wiring requirements, resulting in weak current lines. Hanging on the grid line, it is difficult to find the leakage of electricity, the house is cracked, and the wall is leaking water, which greatly affects the appearance of the outer wall, and there are serious safety hazards

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