10kv improved multifunctional insulation operating lever

Abstract

A 10kV improved multifunctional insulation operating lever comprises a lever base which is thin in the upper part and thick in the lower part. The lever base is characterized in that a cross bar is installed at one side of a head of the lever base; a left end of the cross bar is a hammer head with a thick diameter; a groove-shaped switch-closing clamping groove is arranged in an upper surface of the cross bar, a grooved-shaped switch-pulling clamping groove is arranged in a lower surface of the cross bar, and the hammer head is thinned and in smooth transition connection with the cross bar at the right side; a detachable live part verification module is installed at the top of the head of the lever base; and a detachable illumination module is installed in the middle of the lever base. The 10kV improved multifunctional insulation operating lever has the advantages of simple structure, diverse functions, and compact volume, is convenient to carry and assemble, and can satisfy the daily equipment switching operation to the most extent. The labor intensity of operation personnel on a pole for repeatedly replacing operation tools is reduced. In some narrow or visual line-insufficient environments, the 10kV improved multifunctional insulation operating lever plays the prolongation or supplement function, has strong adaptability and expansion to the operation environments, and has the higher popularization value in the electric power industry.

Description

technical field [0001] The invention belongs to a special tool in the field of power supply and distribution, in particular to an insulating operating rod. Background technique [0002] When performing switching operations on the current 10kV line, the operating equipment is mostly pole-mounted switchgear and drop-out fuses, etc. These devices are mostly installed on the upper part of the pole. Operators need to consider safety and actual conditions on site when performing related operations and other factors, it is necessary to perform a long-distance operation through the joystick. The currently used insulated operating rod head has a simple structure and no relevant snap locks, etc., and it is easy to slip off from the operating structure during operation, resulting in misoperation. At the same time, in order to ensure the normal power consumption of urban residents and factories and mines during the day, the load transfer work is gradually arranged at night, and the poo...

AI Technical Summary

Problems solved by technology

[0003] (1) In order to ensure the safety distance and the actual situation of the site, the length of the insulating rod is long during use, and the operating head has no relevant locking structure;

[0004] (2) The on-site lighting conditions are not ideal, which makes it difficult to grasp the accuracy of the operation, and other related reasons lead to the reduction of the stability and accuracy of the operation, which easily leads to misoperation (for example: after the operation of closing the drop insurance is completed, when the operation structure exits In the case of mistakenly pulling the insurance apart)

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