Intelligent on-line anti-error protection system
A protection system and intelligent technology, applied in grounding switches, pull-out switch cabinets, instruments, etc., can solve problems such as workload of electrical operators, potential safety hazards of personal electric shock, and mistakenly entering live intervals, etc., to facilitate emergency operation, guarantee The effect of electric safety production and preventing misoperation
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Embodiment 1
[0014] Embodiment 1. The solution proposed in order to solve the potential safety hazards 1 and 2 in the background technology of this specification. When the operator needs to test the load side bus, there is no need to open its insulation baffle, just pull the switch handcart out of the test position and In addition, go to the back of the switch cabinet to check the display status of the high-voltage live display 6. After confirming that the load side is in a state of no electricity, you can open the door of the load side cabinet for electrical inspection operations, which avoids the need to manually open the insulation baffle for the original electrical inspection. The electric inspection method also eliminates the potential safety hazards of operators getting an electric shock and entering a charged interval by mistake.
Embodiment 2
[0016] Embodiment 2. The solution proposed in order to solve the potential safety hazard 3 in the background technology of this specification. When someone is working in the cabinet door on the load side, the present invention will reliably lock the switch handcart so that it cannot be pushed into the working position to transmit power, ensuring The personal safety of the workers.
[0017] Specific implementation, as shown in the figure, when someone is working in the cabinet door on the load side, the cabinet door locker 3 installed on the cabinet door on the load side will detect the position status information of the cabinet door and upload it to the intelligent controller through the line 1, at this time, the intelligent controller 1 will automatically read the uploaded signal data, perform calculation processing, and compare the calculation result data with the pre-stored unlocking target value range, when the result data is within the unlocking target value range When it...
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