Engineered for the rigorous demands of continuous industrial surface finishing, this 24V 2000A rectifier is the definitive power conversion solution for aluminum anodizing lines. As a leading industrial high frequency rectifier factory, we deliver a system designed for 100% 24-hour continuous running, providing exceptional oxide layer quality and repeatable color consistency for every batch. Whether you are operating a decorative dye tank or executing aerospace-grade hard coat anodizing, this unit’s high-frequency IGBT topology ensures a pure, ripple-free DC output that drastically reduces energy consumption compared to legacy silicon-controlled rectifiers. Move beyond the limitations of standard DC power supplies; this system excels where voltage stabilization and precise current density are non-negotiable. Our engineering philosophy prioritizes operational uptime and minimal maintenance, ensuring your production line remains efficient and profitable, ultimately delivering the best long-term heavy-duty DC power supply price performance ratio in the market.
PART 1 KEY FEATURES & ENGINEERING HIGHLIGHTS
Compact High-Density Build – Our high-frequency design offers a significantly smaller footprint and lighter weight than traditional transformer-based units, simplifying installation in crowded plants and reducing floor-space costs without compromising on output power. The elegant cabinet is built anti-corrosive to withstand harsh chemical environments prevalent in plating and anodizing shops.
Advanced IGBT Inverter Technology – Utilizes cutting-edge insulated-gate bipolar transistor modules for switching frequencies up to 20kHz. This facilitates precise output control from 0-100% and guarantees exceptional stability under varying load conditions, critical for achieving uniform oxide thickness on complex aluminum geometries.
Superior Energy Efficiency – The inverter topology delivers over 90% power conversion efficiency, substantially lowering your operational electricity costs and reducing cooling requirements for the surrounding facility. This high-performance IGBT rectifier manufacturer standard ensures your process expenses remain minimal.
Cold-Tested Reliability – Every unit is rigorously load-tested at full current for extended periods, ensuring flawless operation during peak thermal stresses. The intelligent fan-cooling design ensures longevity and stable performance, even during the most demanding 24-hour production cycles.
PART 2 TECHNICAL SPECIFICATIONS TABLE
| Input Voltage | AC 380V ± 10%, 3-Phase, 50/60Hz |
| Output Voltage | 0-24V DC (Adjustable) |
| Output Current | 0-2000A DC (Adjustable) |
| Control Accuracy | ±1% Steady State, 0-100% Linear Adjustment |
| Cooling Method | Forced Air Cooling (Anti-Corrosion Coating) |
| Protection Class | IP54 (Voltage/Current), Overheat, Overload, Short-Circuit |
| Operating Duty | 100% Continuous Duty Cycle |
| Cabinet Material | Powder-Coated Steel / Stainless Steel Option |
| Communication (Optional) | RS485 (Modbus RTU), Ethernet, Analog 4-20mA |
| Cooling Water Requirement | Suitable for air-cooled or water-cooled variant |
PART 3 ADVANCED BUILT-IN PROTECTION SYSTEMS
Your process demands zero tolerance for downtime. This unit includes an exhaustive suite of defenses ensuring your electrical assets and your expensive tanks are safe. Instantaneous electronic short-circuit protection prevents catastrophic arc events. Overheating sensors trigger a controlled shutdown sequence, safeguarding the IGBT modules from thermal runaway. The unit also features a loss-of-phase and undervoltage lockout to protect line integrity. Additionally, the dual-section cabinets isolate control circuitry from high-current paths, guaranteeing operator safety and stable digital control signal integrity.
PART 4 TARGET INDUSTRIAL APPLICATIONS
Decorative & Protective Anodizing – Perfect for dye tank coloring and sulfuric acid anodizing where accurate constant voltage maintains the porous oxide layer required for bright, vibrant finishes on consumer goods and architectural aluminum.
Hard Coat Anodizing – Delivers the high current stabilization necessary for thick, wear-resistant oxide coatings up to 50 microns. Suited for mechanical parts, hydraulic components, and aerospace aluminum treatment requiring extreme surface hardness.
Custom Industrial Electroplating – The low-ripple DC output also serves as a robust solution for various electroplating configurations beyond anodizing, offering flexibility for job shops and specialized coating lines seeking a multi-purpose power source.
PART 5 CUSTOMIZATION AND TAILORED ENGINEERING SERVICES
We understand that standard off-the-shelf units rarely fit perfectly. Our factory accepts full custom engineering support. While this unit is standardized at 24V and 2000A, we provide a custom current voltage rectifier service capable of specific ranges from 1V-1000V and 1A to 100,000A, purely DC output. Enhance your process with modular automation add-ons:
Process Integration Modules – Incorporate a Process Timer for automatic shut-off at specified amp-minute counts, essential for consistent layer thickness. Multi-Stage Profile Control enables ramping and stepping sequences (e.g., voltage or current ramps) to optimize finish quality on mixed loads.
Digital Control & Reporting – Equipped with an Ampere-Minute Integrator for electroplating calculations, plus an Automatic Reverse Polarity (ARP) function for de-plating or cleaning cycles. Use Soft-Start to manage thermal shock to your rectifier and tank solution.
Factory Automation Interfaces – The optional RS485 or Ethernet connection connects directly to your PLC for full monitoring and control. Analog 4-20mA inputs and outputs allow for remote proportional control. For advanced surface engineering, the system can include Pulse Functions operating at 1-3000Hz adjustable frequency, enabling specialized pulsed anodizing techniques to enhance coating properties and efficiency.





Reviews
There are no reviews yet.