Escalator and moving walk control system test platform

Abstract

The invention discloses an escalator and moving walkway control system testing platform. The escalator and moving walkway control system testing platform comprises a case, wherein an operation panel is arranged on the outside of the case, a display is arranged in front of the operation panel, a mounting plate is arranged at the top in the case, a first junction box is arranged on the mounting plate, first junction box incoming wire ports and first junction box outgoing wire ports are arranged on the first junction box, a controller is arranged in the case under the mounting plate, controller incoming wire ports are arranged at the top of the controller, controller outgoing wire ports are arranged on the right sidewall of the controller, a fixed plate is arranged at the bottom of each of the two sides of the controller, a fixed support is arranged in the case beside each fixed plate, moving wheels are arranged at the bottom of the controller, the right sidewall of the case is provided with a concave cavity, a second junction box is arranged on the surface of the concave cavity, second junction box incoming wire ports and second junction box outgoing wire ports are arranged on the second junction box , a protective plate is arranged on the case beside the concave cavity, and more than one group of fixing fasteners are arranged on the protective plate.

Description

Technical field [0001] The invention relates to a test platform, in particular to a test platform for escalator and moving sidewalk control systems. Background technique [0002] In the early workshops, only simple tests were performed on the control cabinets of escalators and moving walks, and other circuits and functions in the control cabinets could not be fully tested, which caused more or less problems in the production process of escalators and moving walks or escalators and moving walks. Line or functional problems, as the number of escalators and moving walks continues to increase, in order to prevent human factors from causing errors in the wiring or function of the elevator control cabinet on site or during the production process, and causing site installers to rectify the line or function, Once there is a small error in the field connector, it is a time-consuming task to check the wiring. In order to reduce the factory error in the production process, a control cabine...

AI Technical Summary

Problems solved by technology

But there is a problem in this connection method. The wires of each button on the operation panel are welded to the wiring board of the controller, and the wiring board and the controller are an integral structure. Once the controller has a problem and needs to be repaired, people have to drill into the box Repair the controller in the body, or you can only cut off the wire of the button, and then take out the controller for repair

When it is necessary to test the escalator control cabinet, one end of the test line needs to be connected to the corresponding lead-out port of the controller, but the lead-out port of the controller is also set on the controller, and each connection needs to be drilled into the box It is troublesome to plug in the wire

Moreover, the controller is generally fixed inside the box. When taking it out, it can only be moved manually, which is difficult to take out.

Furthermore, the power cords of the existing control devices are generally relatively long, but there is no place for placing the power cords in the control device, so the power cords can only be placed inside the box at will, which makes it easy for the power cords and the original electrical components inside the box to be damaged. damaged

Images