Grounding transfer wire clamp and wire grounding structure

Abstract

The invention relates to a grounding transfer wire clamp and a wire grounding structure. The grounding transfer wire clamp comprises a clamping mechanism, an erecting mechanism and a mounting mechanism, wherein the clamping mechanism is used for clamping a wire; the erecting mechanism comprises an erecting ring, and the erecting ring sleeves the periphery of the wire and is used for erecting of agrounding wire; and the mounting mechanism is used for mounting the erecting ring on the clamping mechanism and can enable the erecting ring and the clamping mechanism to be conducted. The wire grounding structure comprises a wire, a grounding wire and a grounding transfer wire clamp. Due to the arrangement of the erecting ring, when the wire needs to be grounded, the clamping mechanism clamps thewire, one end of the grounding wire is erected on the erecting ring, grounding operation of the wire is realized, the structure is simple, the operation is convenient, and the grounding efficiency ishigh; due to the arrangement of the annular erecting ring, an electric field at the grounding position is uniformly distributed along the annular erecting ring, grounding is ensured to be safe and reliable, the grounding wire can be erected from multiple angles due to the annular erecting ring, and the erecting position selection perplexity brought by limitation of the grounding space can be avoided.

Description

technical field [0001] The invention relates to the technical field of grounding structures, in particular to a grounding transfer clip and a wire grounding structure. Background technique [0002] When high-voltage primary equipment is powered off for maintenance, reliable grounding of its wires is an important measure to ensure the safety of maintenance personnel. Therefore, it is very important to ensure that the conductor can be reliably grounded. [0003] In the actual maintenance process, different wires have various forms and different positions. When the grounding is suspended, the operator needs to lift the grounding wire for a long time, which is prone to fatigue, resulting in low efficiency of the grounding operation; when the suspended position of the wire is high, it needs to use a high-altitude vehicle to operate, which increases the production cost; when the grounding wire is connected, the joint faces a single , which brings inconvenience to the wiring; in ...

AI Technical Summary

Problems solved by technology

When the grounding is suspended, the operator needs to lift the grounding wire for a long time, which is prone to fatigue, resulting in low efficiency of the grounding operation; when the suspended position of the wire is high, it needs to use a high-altitude vehicle to operate, which increases the production cost; when the grounding wire is connected, the joint faces a single , which brings inconvenience to the wiring; in addition, the uneven distribution of the electric field at the grounding position is likely to cause accidents

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