Electric tank working control device

Abstract

The invention discloses an operation control device for an electrolyte tank. A tank control machine (2) is provided with a communication interface (1) inside, an interface message processor (3) is connected with the communication interface (1), a CPU controller chip (7) is connected with the communication interface (1) through a buffer circuit (12), the CPU controller chip (7) is connected with a preheating indicator light (4), a broken indicator light (5), and a normal indicator light (6). In order to facilitate field observation, the invention adds an arrangement of a 'broken tank' state, and adds the indicator lights displaying 'preheating', 'broken' and 'normal', so that a field administrator can intuitively know the current working condition of the electrolyte tank, moving the anode is avoided in 'preheating' the tank, the operation security is ensured, and meanwhile the electrolyte tank displaying 'broken' is paid with more attention to reduce the possibility of the sink condition. The structure is simple, the operation is easy, and the cost is low.

Description

technical field [0001] The invention relates to an electrolytic cell production device, in particular to an electrolytic cell operation control device. Background technique [0002] At present, most of the production status of the electrolytic cell is obtained by on-site observation, manual recording, and then monitoring of the cell with problems. The on-site personnel cannot timely understand the working status of the cell. After judging that there is a problem with the cell, they often have to go to the site to record. , due to the large number of electrolyzers, it is not only cumbersome to manually record the production status, but also prone to omissions or misremembering. Artificially moving the anode when "preheating" the tank will cause danger and bring inconvenience to production management. Contents of the invention [0003] The object of the present invention is to provide a working control device for an electrolytic cell. The device can reflect the condition of...

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Problems solved by technology

[0002] At present, most of the production status of the electrolytic cell is obtained by on-site observation, manual recording, and then monitoring of the cell with problems. The on-site personnel cannot timely understand the working status of the cell. After judging that there is a problem with the cell, they often have to go to the site to record. , due to the large number of electrolyzers, it is not only cumbersome to manually record the production status, but also prone to omissions or misremembering. Manually moving the anode when "preheating" the tank will cause danger and bring inconvenience to production management

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