A generator set control panel test device

Abstract

The invention discloses a generating set control panel test method and apparatus. According to the test method, a current signal is inputted to the primary current input end of a control screen, and the current signal is generated by a first voltage regulator and a transformer. A voltage signal is inputted to the secondary control loop of the control screen, and the voltage signal is generated through connecting a load by a second voltage regulator. By using the electromagnetic induction principle of a transformer, when the low load is connected, a large range of low voltage large current can be outputted through adjustment, thus the method and apparatus can be used for testing control screens of different powers, and the test can be completed in a same test field. Since the test apparatus comprises a current loop which can input the above current signal and a voltage loop which can output the above voltage signal, when the test apparatus is used for testing the control screen, the investment of a lot of fund is not needed, the test of the control screens of different powers can be completed in a test apparatus with a low load, and the waste of resources is avoided.

Description

technical field [0001] The invention relates to the technical field of generator set control panel testing, in particular to a generator set control panel test device. Background technique [0002] The existing generator set control panel test bench is usually a set of electrification test devices with a resistance load box or a salt water pool load. During the test, it is necessary to load the electric load with matching power according to the control panel of the corresponding power, and then carry out the detection of various electrical data, and detect whether the wiring of each line is correct, whether the error of the instrument is qualified, and whether the electrical functions are normal. [0003] When testing the control panels of existing generator sets with different powers, corresponding power loads need to be applied, which will consume a certain amount of power. The test load is usually a salt water pool load with variable power, or optionally a resistive box ...

AI Technical Summary

Problems solved by technology

However, when the power coverage of the control panel of the generating set is relatively large, such as greater than 300KW, in order to conduct the production site required for the power-on test, it is also necessary to have a correspondingly large power distribution facility

The power required for the assembly of production and processing equipment for the control panel of the generator set is relatively small, generally below 30KW; obviously, the investment for matching larger power distribution facilities for the electrification test will be larger, and at the same time, the implementation of larger power distribution facilities is only in Used during power-on test, resulting in insufficient utilization

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