Electrical-equipment-quality all-powerful detection station based on modular design

Abstract

The invention discloses an electrical-equipment-quality all-powerful detection station based on modular design. The electrical-equipment-quality all-powerful detection station based on the modular design comprises an all-powerful detection machine cabinet, standardized detection modules, standardized test cables and a detecting and controlling system. The all-powerful detection machine cabinet isprovided with detecting module inserting grooves of multiple standard specifications and a test bus; the standardized detection modules can be put into the detecting module inserting grooves of the all-powerful detection machine cabinet, and are connected with the test bus through standardized input / output interfaces; the standardized test cables are connected with the output end of the test bus of the all-powerful detection machine cabinet; the detecting and controlling system controls the standardized detection modules and the built-in test bus of the all-powerful detection machine cabinet through a communication cable, an expected test parameter is output through the all-powerful detection station, and a test result is read. According to the electrical-equipment-quality all-powerful detection station based on the modular design, one detection station can be simultaneously compatible with electric parameter detection tests of multiple voltage classes, multiple material varieties andmultiple test items, and power grid material quality detection has higher flexibility, higher detection efficiency and lower system configuration cost.

Description

technical field [0001] The invention belongs to the technical field of power distribution, and in particular relates to a modular design-based universal power equipment quality detection station. Background technique [0002] The safety of power grid material quality is related to the safe and stable operation of the power grid. With the increase in the types and items of grid material testing, the existing testing sites will not be able to meet the requirements, and the repeated construction of different testing systems according to testing tasks requires huge investment. Achieving more detection capabilities on the test site is an important prerequisite for technical support for material quality control. At present, the problems existing in material testing are as follows: [0003] First, the detection efficiency is low and the labor cost is high. At present, the inspection of power grid materials involves instrument assembly, system wiring, instrument debugging, impleme...

AI Technical Summary

Problems solved by technology

[0003] First, the detection efficiency is low and the labor cost is high

At present, the inspection of power grid materials involves instrument assembly, system wiring, instrument debugging, implementation of tests, data recording, data analysis, and report compilation. The entire process needs to be completed manually item by item, with low automation, cumbersome work, and high labor costs.

[0004] Second, the detection system occupies a large area

The current detection systems are mostly temporarily assembled by split test equipment. The detection items of each detection system are relatively single and fixed, and it is difficult to apply to the needs of different detection materials and detection items. Generally, different detection systems need to be established, which requires high investment and occupies Large area and low utilization rate of resources

[0005] Third, the detection process has a high safety risk

Most of the existing detection systems are temporarily assembled by instruments and equipment. During the test preparation work, there is a lot of hoisting work, which is prone to risks such as personnel being injured. During the test process, personnel are required to continuously adjust the output parameters of the instruments. high risk

[0006] Fourth, the scalability of the detection system is poor

General inspection systems are often only suitable for specific inspection items of specific equipment. When new inspection items or types of inspection materials are added, the existing inspection system may not be able to meet the requirements, and it is often necessary to reconfigure the required software and hardware equipment, which is flexible. bad sex

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