Labor-saving peeling device for peeling off insulating layer of conductor

Abstract

The invention discloses a labor-saving peeling device for peeling off an insulating layer of a conductor, and the device employs a two-stage lever structure. A peeling operation end is provided with a conductor positioning groove and a peeling knife. A shearing force is greatly increased, and a lever for fixing a cutter employs a mode of separating hinge and is provided with an adjusting bolt, so as to adjust the device, thereby achieving the proper adjustment of the optimal edge work distance according to different section insulating conductors, enabling the device to easily peel off the insulating layer of an insulating conductor after a smaller acting force and a smaller work travel are applied to a handle, and enlarging the application range and effect of a forceps. According to the application environment and special operation demands, a function of locking at any time is added. Through the cooperation of a locking plate with a locking rod, the device automatically achieves state locking in a girdling process after the cutter is in place, thereby facilitating the girdling operation. The device is simple in operation, can be operated by a common person, and can complete the lateral and longitudinal peeling of the insulating layer of the insulating conductor through simple setting.

Description

technical field [0001] The invention relates to a power engineering construction tool, in particular to a labor-saving stripping device for stripping the insulation layer of wires. Background technique [0002] With the development of society, the network of distribution lines has proliferated, and the channel crisis has become a bottleneck in the development of the power grid. In order to solve the problem of line channels, insulated conductors are used to effectively solve the problems of channel congestion and potential safety hazards. In the actual construction process, the insulation layer of the insulated wire needs to be stripped for the crimping, jumper, branch line connection, etc. of the insulated wire. The thickness of the insulation layer of the 10kv insulated wire is about 4mm, and the thickness of the 20kv insulated wire is about 6mm. Conventional stripping tools used in engineering construction include rotary type and conventional hand pliers type. Stripping t...

AI Technical Summary

Problems solved by technology

Conventional stripping tools used in engineering construction include rotary type and conventional hand pliers type. The insulation layer is stripped during the operation, which is labor-intensive, labor-intensive and inefficient, and the accuracy is difficult to control. After the insulation layer is stripped, it is easy to Wire damage, especially when the insulation layer is stripped in cold winter, the hardness of the insulation layer increases and the stripping is more difficult

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