Thermal imaging monitoring system for electrolytic cell production, electrolytic smelting thermal imager

Between the plates of the electrolytic cellHigh temperature andShort circuit is a common fault in the electrolytic smelting industry，Seriously affecting electrolysis efficiency and the grade rate of smelted metals；The traditional fault detection method is no longer suitable for large-scale industrial electrolytic cell production sites, and the accuracy and efficiency of fault detection are low.Electrolytic cell production enterprises urgently need an automated monitoring equipment that can achieve comprehensive, accurate, real-time, and automatic online monitoring of electrolytic cells. The Gewu Youxin electrolytic cell production thermal imaging monitoring system has emerged.

With the rapid development of automation technology and infrared thermal imaging technology, the use of infrared thermal imaging cameras to monitor electrolytic cell equipment failures has become mature. According to the fault data records of the electrolytic cell industry, there will be significant temperature changes when the electrolytic cell malfunctions. The location where the temperature changes sharply is the fault location, and the area where the temperature changes cannot be sensitively captured by visible light such as the naked eye. How to clearly display the temperature changes of the electrolytic cell is the key point of electrolytic cell monitoring.

The online monitoring system for electrolytic cells based on thermal imaging cameras determines the specific location of short circuits between the plates by detecting the temperature of the plates. The thermal imaging camera is used to collect infrared thermal images of the electrolytic cell, and real-time alarm for high temperature is achieved through software settings and connecting alarm devices. By using an automatic and intelligent full end visual inspection and information management platform, we can solve the problem of inadequate inspection during the large-scale electrolytic refining production process in the factory area, effectively helping staff to detect and handle problems early, improve personnel efficiency, and significantly reduce the frequency of production accidents.