Power-on test stand system for switch cabinets

Abstract

The invention discloses a power-on test stand system for switch cabinets. The power-on test stand system comprises a test stand cabinet, a power source, a man-machine interaction portion, a measuring portion, a data acquisition board, a processor, a liquid crystal display and a storage. The power source is positioned in the test stand cabinet and is used for providing power-on test power sources for the external switch cabinets; the man-machine interaction portion is arranged on the test stand cabinet and is used for responding to operation of operators and generating corresponding control signals; the measuring portion is connected with the man-machine interaction portion and is used for testing the switch cabinets according to the corresponding control signals; the data acquisition board is positioned in the test stand cabinet and is used for acquiring test data of the switch cabinets; the processor is connected with the data acquisition board and is used for analyzing the test data and generating test result information; the liquid crystal display is connected with the data acquisition board and is used for displaying the test data; the storage is connected with the processor and is used for storing the test data and the test result information. The power-on test stand system has the advantages that the performance of delivery detection equipment for the switch cabinets can be improved and perfected, and accordingly the integral delivery quality of the switch cabinets can be improved.

Description

technical field [0001] The invention relates to the field of switch cabinet testing, in particular to a switch cabinet electrification test bench system. Background technique [0002] The operation of the power system is inseparable from the switchgear. The switchgear is a kind of electrical equipment in the power system. Its main function is to switch, control and protect the power system during the process of power generation, transmission, distribution and power conversion. Electrical equipment. [0003] The safe operation of the switchgear will directly affect the reliability of the user's power supply. However, for many years, the ex-factory testing equipment of switchgear is generally in the state of manual control and manual recording of test data. These traditional test methods are easy to cause some artificial data errors, and it is difficult to obtain perfect statistics and storage of artificially recorded test data, let alone perform effective analysis to provid...

AI Technical Summary

Problems solved by technology

However, for many years, the ex-factory testing equipment of switchgear is generally in the state of manual control and manual recording of test data

These traditional test methods are easy to cause some artificial data errors, and it is difficult to obtain perfect statistics and storage of artificially recorded test data, let alone effective analysis, so as to provide reliable data guarantee for future product improvement

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