ENERJİTEM Three-Phase Plating Rectifier, Input 380-400V AC, Electroplating Rectifier, Output 0-12V DC, 500 Amps/Hour

ENERJİTEM Three-Phase Coating Rectifier, Input 380-400 VAC, Plating Rectifier, Output 0-12 VDC, 500 A/h

The three-phase coating and electroplating rectifier with an input voltage of 380-400 VAC is an industrial power supply that converts high-voltage AC current into precise, highly stable, low-voltage DC current. This specification describes a compact and powerful unit designed to deliver high current up to 500 Amperes at low voltages ranging from 0 to 12 VDC, for precise metal deposition.

Areas of Use
This specific type of rectifier is a key component in surface treatment and electrochemical processes in the manufacturing sector:

Electroplating and Coating: Used for depositing thin, protective or decorative layers of metals such as nickel, zinc, chrome, copper, gold, or silver onto metallic or plastic surfaces.

Anodizing: Used to create a protective, corrosion-resistant oxide layer on aluminum parts, often in the aerospace, architectural, or automotive industries.

Electrolysis and Electrowinning: Used in chemical separation processes or for recovering precious metals from solutions.

Electrochemical Polishing and Deburring: Used to smooth microscopic surface roughness on manufactured mechanical and medical parts.

Brush Plating: Used for on-site localized repairs of damaged or corroded metal parts in machinery, without the need to immerse the entire part in a bath.

Importance of these Specifications
380-400 VAC, Three-Phase: This represents the standard industrial electrical power source, allowing the device to reliably handle heavy loads and draw power smoothly from the grid without overloading single-phase lines.

0-12 VDC: Plating processes require very low voltages to precisely control the rate of metal ion transfer from the anode to the cathode.

500 A/h: This value defines the total current capacity and the time associated with the plating process. It allows the device to deposit metal over large surface areas or apply thick coating layers quickly.