Output: 0-200V DC / 0-100A Adjustable
Power: 20kW
Application: Advanced Electroplating & Electrochemical Processes
Best For: Hard Anodizing, Precision Electroforming, Pulse Reverse Plating, High-Thickness Electroplating
This 100A 200V automatic periodic reversing rectifier provides intelligent DC power with programmable polarity switching. Consequently, it enables advanced electrochemical processes that require precise current reversal cycles to improve deposit quality, reduce defects, and enhance process efficiency.
| Parameter | Specification |
|---|---|
| Input Power | 380VAC Three-Phase, 50/60Hz |
| DC Output | 0-200V DC / 0-100A (Forward & Reverse) |
| Reversal Control | Automatic, Programmable Timing |
| Forward/Reverse Time | 1-9999s Independently Adjustable |
| Transition Time | < 20ms |
| Current Stability | ≤ ±1% |
| Control Interface | Industrial Touchscreen with Recipe Storage |
| Special Features | Multi-Stage Programming, Pulse/PRC Mode, Data Logging |
| Cooling | Air Cooling |
| Protections | OCP, OVP, OTP, Short Circuit, Phase Loss |
This advanced reversing rectifier delivers critical performance benefits for specialized finishing processes.
In Hard Anodizing, the periodic reverse function helps dissolve the softer outer layer during the reverse cycle. Consequently, this produces a denser, harder, and more uniform oxide layer with improved wear and corrosion resistance.
For Precision Electroforming, it enables precise control over metal deposition in complex molds. Importantly, the reverse cycle helps smooth the deposit surface and minimize internal stresses, leading to higher quality replicates.
In High-Thickness Electroplating, such as heavy copper or nickel plating, it prevents nodule formation and improves throwing power. Ultimately, this reduces finishing time and material waste while ensuring deposit integrity.
Finally, this 100A 200V rectifier represents the next evolution in electrochemical power supply technology. For this reason, it provides manufacturers with unprecedented control over complex processes, enabling higher quality results with improved efficiency and consistency.