Detecting system for state of electrolytic cell

Abstract

The invention relates to a detecting system for the state of an electrolytic cell. The detecting system is characterized by comprising wireless signal collecting and transmitting module, wireless communication host machines, gateways, a server computer and a workstation; detecting elements are arranged at the sides of the electrolytic cells and are used for detecting the voltages of the electrolytic cells one by one and the temperature of electrolyte; data collected on site is wirelessly transmitted to the signal communication host machines through the wireless signal collecting and transmitting modules; the signal communication host machines transmit the data to a database of the server computer through field buses; electrolytic cell state detecting and managing software is used for analyzing the voltage, temperature and other analytical data of the electrolytic cell into a patterning electrolytic cell state information which is displayed on a workstation interface, and simultaneously the fault state reporting is carried out, and a statement is generated at fixed time. The detecting system has the advantages that the workload of measuring the voltage and the temperature of the electrolyte of workers is greatly reduced, the influence of working environments on the physical health of the workers is reduced, the working efficiency is improved, and the maintenance cost is reduced.

Description

technical field [0001] The invention relates to an electrolytic cell state detection system. Background technique [0002] The electrolysis and electrowinning processes of copper, lead, zinc and nickel in non-ferrous metals are all based on electrochemical principles. The cathode and anode are placed in the tank, and an electrochemical reaction occurs on the electrodes after electrification to extract the required metals. Once there is a short circuit between the cathode and anode in the electrolysis and electrowinning process of copper, lead, zinc and nickel in the traditional non-ferrous metals, it will have a great impact on the product quality. At present, the means of detecting short circuit is basically based on manual inspection. The operator walks on the operation surface with a gauss meter in hand and manually observes the signal of the gauss meter. This method is labor-intensive, has low detection means, and is very inhumane, which may lead to cathode quality pr...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an electrolytic cell state detection system, which overcomes the disadvantages of high labor intensity, low efficiency and inability to detect short circuit in time to cause cathode quality problems in manual inspection.

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