在鎂厂,对电解槽温度、电压和电流所进行的測定,一般都是不够精确的。电解槽工作的不稳定,在很大程度上是由于工艺制度控制不当所致。本文叙述了采用連續自动控制装置对成组电解槽进行試驗性的連續自动控制。試驗效果很好。在十台試驗槽上(在特定时期內有8台槽子工作)对自动控制的作用进行了檢驗,而作为控制用的电解槽有6～8台,这6～8台槽子皆位于試驗槽的附近。試驗槽和控制槽都加入相同的原料,設有 At a magnesium plant, the determination of cell temperature, voltage and current is generally not accurate enough. Electrolytic cell instability, in large part due to improper control of the process system. This paper describes the experimental continuous automatic control of a group of cells using a continuous automatic control device. Test results are good. The effect of the automatic control was tested on ten test tanks (eight tanks worked during a specific period of time), while six to eight tanks were used for control, and all six to eight tanks were located in the test tank nearby. Test tank and control tank are added the same raw materials, provided