Assembly flip frame for high voltage circuit breaker

Abstract

The invention discloses an assembly flip frame for a high voltage circuit breaker. The assembly flip frame comprises a bottom plate, a flip plate and supports. Two sets of supports are fixed on the edge portions of the two opposite sides of the bottom plate respectively, the flip plate can be arranged on the two sets of supports in a rotating mode through shafts, locking devices for horizontally fixing the flip plate are further arranged on the supports, and through holes enabling a window to be matched with bolt holes in the end portion of the circuit breaker are further formed in the flip plate. The end portion of the high voltage circuit breaker is fixed on the flip plate, when the high voltage circuit breaker is flipped between the horizontal state and the vertical state through devices of a hoist and the like, an end portion structure of the circuit breaker cannot be in contact with the ground, so that the problem of damage to insulators at the end portion of the circuit breaker, an instrument and the like are solved. The high voltage circuit breaker can be stably and vertically arranged so that a high voltage resistant test can be conveniently conducted. When the high voltage circuit breaker is hoisted, due to the limiting function of the flip plate, the circuit breaker cannot laterally swing, buses on the two sides of the circuit breaker are prevented from being touched in the hoisting process, and therefore the circuit breaker is safe to operate.

Description

Technical field [0001] The invention relates to a tooling, in particular to a tooling for assembling a circuit breaker. Background technique [0002] The high-voltage circuit breaker has a large volume and a high height, and the lower end of the high-voltage circuit breaker has a gas detection instrument and an extended sealing rod, which cannot be stably placed vertically by itself. In the process of overhauling and assembling high-voltage circuit breakers, hoisting equipment is often used to place them horizontally or vertically. In the process of horizontal and vertical placement, the hoisting equipment pulls the upper end of the high-voltage circuit breaker and uses the The lower end is used as a fulcrum to rotate, so it is easy to damage the insulators and instrument light parts at the end of the high-voltage circuit breaker; in the process of maintenance, it is usually necessary to perform high-voltage withstand tests on the circuit breaker in the vertical state, and the ci...

AI Technical Summary

Problems solved by technology

[0002] The high-voltage circuit breaker has a large volume and a high height, and the lower end of the high-voltage circuit breaker has a gas detection instrument and a protruding sealing rod, which cannot be placed vertically stably by itself

In the process of overhauling and assembling the high-voltage circuit breaker, it is often necessary to use hoisting equipment to place it horizontally or vertically. The lower end is used as a fulcrum to rotate, which is easy to damage the insulators and instrument lamp parts at the end of the high-voltage circuit breaker; Placed vertically, it brings great inconvenience to withstand voltage testing; and in the process of transferring the high-voltage circuit breaker, because the lower end position of the high-voltage circuit breaker is not limited, the high-voltage circuit breaker will swing when it is lifted, and it is easy to touch the sides of the circuit breaker bus, there are potential safety hazards

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