A complete set of electrical switchgear cabinet

Abstract

The invention relates to an electric switch cabinet set body which comprises a cabinet body frame, a rear panel and a cabinet door, wherein the cabinet body frame is a cuboid frame, panels are arranged on the left side, right side and bottom surface of the cabinet body frame only, a front cover plate covering part of the top of the cabinet body frame only is arranged on the top of the cabinet body frame, the cabinet body frame is composed of multiple cuboid sectional materials, multiple installation holes are punched in the inner sides and outer sides of stand columns, the lower sides of top cross beams, and the upper sides of bottom beams of the cabinet body frame at equal intervals, and installation holes identical with the installation holes in the cabinet body frame are punched in the two sides of the rear panel and the lateral sides of the cabinet door at equal intervals. The electric switch cabinet set body further comprises a rear top cover plate and a rear top cover. According to the electric switch cabinet set body, the sectional material assembling technology is adopted to manufacture the totally-sealed cabinet body, the cabinet body is integrally formed through bending and assembling of boards, and the bent boards have the advantages of profile steel; furthermore, no exposed bolt exists, so that the cabinet body works independently and is convenient to install; the cabinet body is installed relatively independently and can be assembled freely, and assembly and replacement are convenient.

Description

technical field [0001] The invention relates to a device for installing electrical switchgear and electrical safety devices, in particular to a complete set of electrical switchgear cabinet body. Background technique [0002] The original switch cabinet is made of relatively thick materials and poor mechanical strength, which affects the strength and rigidity of the switch cabinet body, and the cabinet body is easily deformed. Moreover, the production process of the switch cabinet body is relatively complicated and the production efficiency is low. The surface of the traditional assembly process is not smooth and not on the same level. The splicing of ordinary plates takes a long time and the work efficiency is low. There are many leaking bolts in the appearance, and the screw position is not easy to control during installation, and it is easy to shift, resulting in two doors. The same height, the door lock adopts two-point control, which is not firm and the safety factor is...

AI Technical Summary

Problems solved by technology

[0002] The original switchgear is made of relatively thick materials and poor mechanical strength, which affects the strength and rigidity of the switchgear body, and the cabinet body is easily deformed. Moreover, the production process of the switchgear body is relatively complicated and the production efficiency is low.

The surface of the traditional assembly process is not smooth and not on the same level. The splicing of ordinary plates takes a long time and the work efficiency is low. There are many leaking bolts in the appearance, and the screw position is not easy to control during installation, and it is easy to shift, resulting in the two doors not being in alignment. The same height, the door lock adopts two-point control, not firm, and the safety factor is not high

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