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在铝电解槽欧姆电阻稳定条件下,阳极碳块移动量是电解槽的重要工作参数之一。了解碳块的移动量可以估计出阳极的燃烧消耗速度,电解质的比电导侧部伸腿的厚度以及电解槽电能制度的稳定性等工艺特性。综合这些参数与正常值的偏差,能在电解槽工艺制度不正常的前期,发出槽工艺破坏的预报。为保证自动检测系统的发送器在含氟化氢气体、导电碳粉和强磁场条件下,能稳定而可靠
Under the condition that the ohmic resistance of the aluminum cell is stable, the moving amount of the anode carbon block is one of the important working parameters of the electrolytic cell. Knowing the amount of carbon block movement allows you to estimate process characteristics such as the rate of burn-up of the anode, the thickness of the electrolyte-specific lateral legs and the stability of the cell’s electrical energy system. Based on the deviation of these parameters from the normal values, it is possible to give a prediction of the technological failure of the tank during the earlier stage when the electrolytic tank process system is not normal. In order to ensure that the automatic detection system transmitter containing hydrogen fluoride gas, conductive carbon powder and strong magnetic field conditions, stable and reliable