Automatic testing device of power system

Abstract

An automatic testing device of a power system comprises a body of the automatic testing device of the power system, and a lead. The body is provided with an operating platform. The top of the operating platform is provided with an operating plate which is fixedly mounted. The upper part of the operating plate is provided with a plurality of clamping devices. The clamping device comprises a vertical pipe. Two first annular boards fixedly sleeve the upper end of the vertical pipe. A gap is kept between the two first annular boards. The facing surfaces of the two first annular boards are respectively provided with a first annular guiding trough at positions which are next to an outer ring. Four slide blocks are mounted between the two first annular guiding troughs in a matching manner. The slide block can slide along the first annular guiding troughs. The automatic testing device has advantages of realizing higher convenience in use of a traditional electrical system automatic testing device, facilitating fixation of other electrical components to be mounted, realizing convenient arranging and receiving of leads for connecting the electrical components, realizing higher tidiness of the electrical components and the leads requirement for the test, and helping students for more clearly understanding a testing principle.

Description

Technical field [0001] The invention belongs to the technical field of power system experimental equipment, and specifically is a power system automation experimental device. Background technique [0002] Students often encounter different electrical experiments, different electrical experimental circuit connection methods and different electrical components in the process of electrical learning. In electrical courses, electronic and electrical work is a required course for many majors, and students are often required to conduct electrical experiments. Such as circuit analysis, motor speed analysis, etc. However, most of the traditional electrical system automation experimental devices do not have convenient functions for fixing electrical components, which is not conducive to the neat placement of electrical components, and the wires are messy during the experiment, which is not conducive to the orderly experiment. After the experiment, the arrangement and storage of the wires a...

AI Technical Summary

Problems solved by technology

[0002] Students often encounter different electrical experiments, different electrical experimental circuit connection methods and different electrical components in the process of electrical learning. In electrical courses, electronic electrical work is a compulsory course for many majors, and students are often required to carry out electrical experiments. Such as circuit analysis, motor speed analysis, etc. However, most of the traditional electrical system automation experiment devices do not have the function of fixing electrical components conveniently, which is not conducive to the neat placement of electrical components. The wires are messy during the experiment, which is not conducive to the orderly experiment After the experiment, the arrangement and storage of the wires is not convenient enough, which is not conducive to the arrangement of the laboratory

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