How to Maintain Electrical Control Cabinets Effectively

The core process of the silicon rectifier electrical control cabinet includes AC input, multi-phase rectifier circuit conversion, filtering, voltage stabilization, and intelligent control links, which meet the needs of the electrolysis industry for high-voltage and high-current DC power supply. ‌‌ A rectifier for electrolysis is a device that converts AC power into DC power, which can be used in fields such as electrolysis of sewage and desalination of seawater.

The rectifier cabinet has the function of hot standby for AC and DC feedback. If the DC feedback signal and AC feedback signal are sent to the control cabinet at the same time, the digital adjustment trigger controller will correct the AC feedback signal, and can choose which feedback signal to use for steady current regulation. The other feedback signal is used as a hot standby to ensure that as long as one feedback signal is normal, it can run steadily.

Rectifier industrial electrical cabinet is mainly used for electrolysis of stainless steel, plain carbon steel, aluminum, magnesium, manganese, zinc, copper, and other non-ferrous metals, graphitized silicon carbide, DC arc steelmaking and other different types of rectifier equipment and automation control systems, and can also be used as power supply for similar loads.