Controllable power distribution cabinet device

Abstract

The invention discloses a controllable power distribution cabinet device, and the device comprises a cabinet body with an accommodation cavity inside, and a drawer part which is disposed in the accommodation cavity and drives a sliding frame to move. The top of the accommodation cavity is provided with a push-in groove, and the interior of the push-in groove is provided with a moving push block and a drive screw driven by a drive motor to operate. A part, located at the right side of the push-in groove, of the cabinet body is provided with a contact inductor, and the contact inductor is electrically connected with the drive motor. The contact inductor is fixed with the cabinet body, and is set to be opposite to the moving push block. The interior of a part, located at the left side of the accommodation cavity, of the cabinet body is provided with a first lateral cavity, a drive cavity, and a second lateral cavity. The left side of the drive cavity is provided with a first longitudinal cavity which extends upwards. The device is simple in structure, achieves the automatic control of drawing and switching-off during maintenance, achieves the automatic push-in and switching-on after maintenance, reduces the wrong touch of a worker, and improves the maintenance safety.

Description

technical field [0001] The invention relates to the field of electric power technology, in particular to a controllable power distribution cabinet device. Background technique [0002] The cabinet body cover of the existing power control cabinet is often provided with some devices such as instruments and meters, so that various power consumption parameters and operating signals are displayed for the operator when the power control cabinet is working. This is required to power these devices located on the cabinet lid. In order to ensure the safety of use and device maintenance, it is necessary to cut off the power for these cabinet covers when they are in the open state. In the prior art, some manual power-off methods are often used, which often cause troublesome operation and cause hidden dangers in operation. When the cabinet door is opened, the wiring inside the cabinet is still connected. Because the electrical wiring occupies the walking path space of the cabinet cover...

AI Technical Summary

Problems solved by technology

In the prior art, some manual power-off methods are often used, which often cause troublesome operation and cause hidden dangers in operation

When the cabinet door is opened, the wiring inside the cabinet is still connected, and the wiring is complicated due to the electrical wiring occupying the walking path space of the cabinet cover, and the contacts are easily exposed and easily accessible by the operator, which is not conducive to personal and equipment Safety

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