A fully automatic detection device with high detection efficiency for switchgear busbars

Abstract

The present invention involves the field of switching cabinet's parent line detection equipment. Specifically, it is a fully automatic testing equipment with efficient detection efficiency, including counters, detection subjects, shaking agencies, lifting agencies, expansion agencies, opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions, and opening and closing institutions.Reservoir; setting through the setting of the lifting mechanism to adjust the height of the counter, and the mobility of the counter can be saved after leaking the movement of the mobilization.The rotation efficiency is easy to increase the available area of the counter through the setting of the expansion agency, and it can be folded when it is not used.Internally, the detection data is more accurate. The setting of the storage mechanism is convenient for the automatic storage of the internal obstruction parts inside the opening and closing mechanism after the restrictions of the opening and closing mechanism.

Description

technical field [0001] The invention relates to the field of switch cabinet busbar detection equipment, in particular to a fully automatic detection device with high detection efficiency for switch cabinet busbars. Background technique [0002] Switchgear is an electrical system that switches, controls and protects electrical equipment in the process of power generation, transmission, distribution and power conversion. The main structure includes cabinet, bus, load switch, contactor, various intermediate relays, Voltmeter, ammeter, transformer and other components, among which the busbar is the conductor for collecting, distributing and transmitting electric energy of various electrical components, so the quality of the busbar directly affects the working performance of the switchgear. [0003] Existing busbars are divided into various types. Professional testing tools are required at the beginning of the installation of the busbars into the switchgear. However, in reality, ...

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Problems solved by technology

[0003] There are many types of existing busbars. Professional testing tools are required at the beginning of installing the busbars into the switchgear. However, in reality, most of them use manual naked eyes to observe whether the busbar surface is damaged, or use vernier calipers to simply measure the busbars. The diameter of the test is low, and the detection efficiency is low. In addition, most of the platforms for installing the detection equipment are designed with non-adjustable heights, which cannot adapt to the usage habits of people of different heights, thereby reducing the use experience of this equipment and reducing the use effect of this equipment.

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