Height difference-adjustable short-circuiting device for stopping and starting electrolytic cell without power outage

Abstract

The invention provides a height difference-adjustable short-circuiting device for stopping and starting an electrolytic cell without power outage. The short-circuiting device comprises a switch and two connection buses, wherein the connection bus at the electricity-in end of the switch extends from one side of the switch towards an electricity-in bus of the upstream electrolytic cell, the connection bus at the electricity-out end of the switch extends from the other side of the switch towards an electricity-in bus of the downstream electrolytic cell, the two connection buses are in electric connection with the corresponding electricity-in buses through pressing-connection plates, the side surfaces of the two connection buses are provided with a support plate beam, the support plate beam isin insulated connection with the connection buses, the two ends of the support plate beam are provided with cantilever beams correspondingly, one ends of the cantilever beams are rotatably connectedwith the support plate beam through rotating shafts, the other ends of the cantilever beams extend towards the electricity-in buses, and fixing frames for supporting the pressing-connection plates arearranged at the extending ends of the cantilever beams; and a first regulator for driving the corresponding cantilever beam to rotate around the corresponding rotating shaft is connected between eachcantilever beam and the support plate beam, and the pressing-connection plates are arranged on the fixing frames in an insulated mode and are electrically connected with the electricity-in buses through bus flexible connection parts. The device is suitable for the electrolytic cells without short-circuiting ports and the foreign electrolytic cells, is wide in application range, and can replace all existing similar devices.

Description

technical field [0001] The invention relates to a short-circuit device for an aluminum electrolytic cell, in particular to a height-difference-adjustable short-circuit device for the electrolytic cell to be cut off without power failure. Background technique [0002] The aluminum electrolysis production line consists of hundreds of electrolytic cells running in series with centralized power supply. When any electrolyzer in the production line needs to be maintained, the electrolyzer must be powered off first. In the past, the entire electrolyzer series was powered off, resulting in huge economic losses. At present, the existing method for aluminum electrolytic cell to open without power failure is to connect the short-circuit port to the bus bar at the power-in terminal and the bus-bar at the power-out end of the aluminum electrolytic cell respectively to form a short-circuit port. A switch is connected at the crossing, and its power-in terminal and power-out terminal are s...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to overcome the inconvenient height adjustment of the short-circuit device of the electrolytic tank without power failure and the high cost of complex equipment, and to provide a short-circuit device with adjustable height difference

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