Dry ice washing device for electrified insulators

Abstract

The invention discloses a dry ice washing device for electrified insulators. The dry ice washing device comprises a washing module, as well as an upper-layer plate, a middle-layer plate and a bottom-layer plate which are sequentially connected through a sliding mechanism, wherein the middle-layer plate can slide along a Y axis relative to the bottom-layer plate; the upper-layer plate can slide along an X axis relative to the middle-layer plate; the washing module is connected with the front end of the upper-layer plate through the hinging of a hinge pin; the washing module comprises a gear ring and an annular base plate, an annular rail groove is arranged in the annular base plate, and the bottom of the gear ring is provided with an arc-shaped slider matched with the annular rail groove; the side surface of the gear ring is provided with one circle of annular rack, and the annular base plate is provided with a Z-axis rotating gear meshed with the annular rack and a Z-axis rotating servo motor; and the gear ring and the annular base plate form an annular space capable of accommodating the insulators, and a plurality of dry ice sprayers aligned at the insulators are arranged on the gear ring. The problem that the washing of the electrified insulators is difficult in the prior art is solved. The device is great in safety, high in washing efficiency and stable in performance.

Description

technical field [0001] The invention relates to an insulator cleaning device, in particular to a live insulator dry ice cleaning machine device. Background technique [0002] With the rapid development of industry and agriculture, in the field of electric energy, users have higher and higher requirements for power supply reliability. At the same time, industrial pollution and environmental problems are becoming more and more serious. Under natural conditions, the insulators of power equipment are subjected to SO 2 Affected by the atmospheric environment such as nitrogen oxides and particulate dust, a layer of dirt is gradually deposited on the surface. When encountering humid weather such as fog, dew, drizzle, melting ice and snow, the dirt on the surface of the insulator absorbs water, which dissolves and ionizes the electrolyte in the dirty layer, resulting in an increase in the conductivity of the dirty layer. Under the action of the equipment operating voltage, The ...

AI Technical Summary

Problems solved by technology

This robot can solve the problems of manual cleaning requiring power outages, low efficiency, high cost of washing live insulators with water, polluting the environment and cleaning robots are easy to damage insulators, etc.

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