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Background

During the accumulation of cathode copper in the electrolytic cell, local short circuits sometimes occur, which will cause a large amount of power loss and high temperature, seriously affecting the normal production of cathode copper. At present, manual detection and other methods are generally used to detect the occurrence of short circuits, which have problems such as low detection efficiency, high labor intensity of workers, and harm to health. Therefore, timely detection and accurate positioning of the short circuit fault of the plate in the electrolytic cell has become one of the important conditions for electrolytic copper production. It is related to power efficiency and product quality. The traditional operation method is inefficient and has safety hazards. After a short circuit fault occurs in the plate of the electrolytic cell, the temperature rises sharply. By using thermal cameras to fully monitor the electrolytic cell, the short-circuited plate can be accurately detected and located, greatly improving the detection efficiency.

Advantagies

• Professional non-standard customized infrared thermography camera technology: targeted optimization of spatial resolution and thermal emissivity parameter design, more scientific and professional
• Long-term accumulation of on-site artificial intelligence deep learning algorithm: higher fault detection accuracy, thermal imaging cameras can accurately locate each anode and cathode plate
• High-reliability engineering practice application technology: fast inspection, full coverage of the entire workshop without dead ends, can operate 24 hours a day
• High-efficiency on-site support services: all software and hardware are independently developed, fast response, fast support, fast resolution

Benefits brought

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  Fast inspection, full coverage of the entire workshop without dead ends, can operate 24 hours a day

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  Higher fault detection accuracy, can accurately locate each anode and cathode plate

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  All software and hardware are independently developed, fast response, fast support, fast resolution