Secondary power supply nuclear phase joint device based on Internet of Things

Abstract

The invention provides a secondary power supply nuclear phase joint device based on Internet of Things, which comprises a first nuclear phase line and a second nuclear phase line, and is provided with a nuclear phase main joint and a nuclear phase auxiliary joint, the nuclear phase main joint is connected with the first nuclear phase line, the nuclear phase auxiliary joint is connected with the second nuclear phase line, the nuclear phase auxiliary joint is provided with a plurality of Internet of Things relays, and the Internet of Things relays are connected with the nuclear phase main joint. An instrument jack is embedded in the nuclear phase main connector panel, the instrumentation relay is connected with the instrument jack through a wire, the nuclear phase main connector, the nuclear phase auxiliary connector and the secondary nuclear phase instrument are connected through flexible wires, and the instrumentation relay is in communication connection with an external controller. According to the invention, the access of the line is controlled through the Internet of Things relay, the phase checking test can be completed by only one person, and the phase checking efficiency is high.

Description

technical field [0001] The invention relates to the technical field of secondary power supply core phase, in particular to a secondary power supply core phase connector device based on the Internet of Things. Background technique [0002] The secondary power supply core phase includes the same power supply secondary core phase and the different power supply secondary core phase. No matter which type of core phase is used, the test requires two lines. Refer to Figure 5 , one is used as the reference line, and the other is used as the line to be tested. When checking the phase, insert the three-phase reference line terminals of the secondary phase-checking instrument into the three-phase detection holes on the live display of the nuclear-phase line 1 through the soft wiring, respectively. The other group of interfaces of the instrument are respectively inserted into the three-phase detection holes on the live display of nuclear phase line 2 through soft wiring. The phase nucle...

AI Technical Summary

Problems solved by technology

[0003] The present invention solves the problem that the existing nuclear phase test is very prone to wrong phases and the efficiency of the nuclear phase is low, and proposes a secondary power supply nuclear phase joint device based on the Internet of Things. The access of the circuit is controlled by the IoT relay. Only one person can complete the nuclear phase test, and the nuclear phase efficiency is high

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