Electrical Control Cabinets for Automation Systems

The rectifier for electrolysis achieves precise temperature control by precisely controlling voltage, current, and power. And with its advanced digital control algorithm, it optimizes the efficiency of electric energy use and plays an important role in saving electric energy. Thyristors have the advantages of high efficiency, no mechanical noise and wear, fast response speed, small size, and light weight.

The core working principle of the electrolytic rectifier cabinet is to convert AC into high-power DC through thyristor components, use the same-phase anti-parallel circuit design to offset magnetic field interference, and achieve stable current output through a closed-loop control system.

Silicon rectifier electrical control cabinet is mainly used in AC voltage regulation, controlled rectification, and contactless power static switches in industrial and agricultural production, and civil use in my country. AC voltage regulation uses the switching characteristics of thyristors to replace old-fashioned contact voltage regulators, inductive voltage regulators, and reactors to achieve the conversion between AC and variable AC. It is mainly used in temperature control, lighting control, and AC motor voltage regulation.