Multifunctional maintenance machining platform and bus machining method

Abstract

The invention discloses a multifunctional maintenance machining platform and a bus machining method. The multifunctional maintenance machining platform comprises a cabinet body, a shearing device, a punching device, a bending device, a shearing hydraulic system, a punching hydraulic system, a bending hydraulic system and a numerical control machine, wherein the shearing hydraulic system is used for driving the shearing device; the punching hydraulic system is used for driving the punching device; the bending hydraulic system is used for driving the bending device; the shearing device, the punching device and the bending device are arranged on the surface of the cabinet body; the shearing hydraulic system, the punching hydraulic system and the bending hydraulic system are arranged in the cabinet body; the shearing hydraulic system, the punching hydraulic system and the bending hydraulic system share one hydraulic pump as a power element; the output end of the hydraulic pump is split into three paths of output based on three electric control valves; the three paths of output are applied to the shearing hydraulic system, the punching hydraulic system and the bending hydraulic system respectively; and the numerical control machine is electrically connected with the shearing hydraulic system, the punching hydraulic system, the bending hydraulic system and the three electric controlvalves respectively.

Description

technical field [0001] The invention relates to the field of electrical equipment, in particular to a multi-functional maintenance and processing platform and a bus bar processing method. Background technique [0002] In the process of manufacturing transformers and high and low voltage switchgear, a large number of busbars need to be cut, punched and bent, and a large number of repeated processes are required. In the high and low voltage electrical appliances and transformer manufacturing industries, there are many types of steel and aluminum busbars. , different transformers and electric control cabinets have different requirements for them, and the traditional processing methods of cutting, bending and drilling will have a great impact on the quality of the timeline surface, and in the actual work site due to Due to the limitation of tools and other factors, it is even more difficult to ensure the processing quality of the busbar. However, in the existing substation main...

AI Technical Summary

Problems solved by technology

[0002] In the process of manufacturing transformers and high and low voltage switchgear, a large number of busbars need to be cut, punched and bent, and a large number of repeated processes are required. In the high and low voltage electrical appliances and transformer manufacturing industries, there are many types of steel and aluminum busbars. , different transformers and electric control cabinets have different requirements for them, and the traditional processing methods of cutting, bending and drilling will have a great impact on the quality of the timeline surface, and in the actual work site due to Due to the limitations of tools and other factors, it is even more difficult to ensure the processing quality of the busbar

However, in the existing substation maintenance work, due to the lack of professional and unified mechanical processing equipment, the processing of busbar copper bars, clamp drilling, wire bending, crimping, deburring and other operations cannot be processed according to standard processes. Large machining tolerances and difficult installation will seriously affect the reliability of power supply

Images