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Engineered for excellence with cutting-edge technology and precision manufacturing
By adopting advanced IGBT technology, the rectifier achieves high power conversion efficiency with reduced energy loss. This helps customers lower electricity consumption and operating costs while maintaining stable DC output for electroplating and surface treatment processes.
The modular redundancy design ensures continuous operation even if a single module requires maintenance. This significantly reduces unexpected downtime, protects production schedules, and improves overall system reliability for industrial plating lines.
The plug-and-play modular structure allows quick on-site replacement without shutting down the entire system. Maintenance becomes faster and simpler, minimizing downtime and reducing dependence on specialized technicians.
The integrated digital control system enables precise regulation of current and voltage, ensuring consistent plating quality across different batches. Network communication allows centralized monitoring and easier process management.
The main control circuit board adopts imported sealing and potting technology from Japan and has excellent acid and alkali resistance. It can be directly installed on the side of the electroplating tank, effectively resisting the invasion of corrosive gases and liquids, and ensuring the long-term stability and reliability of the control signal. It can still maintain high performance operation in harsh environments, reduce faults and maintenance caused by corrosion, and ensure the continuity and stability of electroplating production.
The power supply system adopts an intelligent bus structure and supports the hot-swappable function of modules. Modules can be quickly replaced without power interruption, ensuring continuous production without interruption. Advanced current-sharing control technology ensures uniform current distribution when multiple machines are connected in parallel, enhancing overall energy efficiency and equipment lifespan. The real-time fault detection and information display function helps you quickly locate problems and significantly reduce downtime for troubleshooting. The user control interface is simple and intuitive, easy to operate and get started with, significantly reducing personnel training and operation costs.
The scalable modular architecture allows capacity expansion by adding modules as production demand increases. Customers can start with a smaller configuration and upgrade later, protecting initial investment and supporting future growth.
Built-in intelligent protection functions—including over-current, over-voltage, short-circuit, and over-temperature protection—ensure safe operation. Fault diagnosis helps quickly identify issues, reducing troubleshooting time and risk.
The air-cooled design eliminates the need for water piping, pumps, and leakage prevention systems. This simplifies installation, reduces maintenance complexity, and makes the rectifier ideal for workshops without stable water supply.
Designed specifically for electroplating and surface treatment processes, the rectifier delivers stable DC output to ensure consistent plating thickness and improved product quality across different applications.
Precision-engineered parameters for optimal performance and reliability
| Parameter | Value | Unit | Note |
|---|---|---|---|
|
Input Voltage
|
3-Phase 380VAC±10% | - | - |
|
Voltage Regulation Accuracy
|
<1% | - | - |
|
Steady Flow Accuracy
|
<1% | - | - |
|
Regulation Mode
|
RS485 Communication, Remote Controller | - | - |
|
Power Factor
|
PF≥0.95 (Under Rated Working Conditions) | - | - |
|
Protection Mode
|
Over Temperature, Over Current, Lack Of Phase | - | - |
|
Conversion Efficiency
|
≥93% (Rated Output ≥50%) | - | - |
|
Place of Use
|
Indoor, No Direct Sunlight | - | - |
|
Altitude
|
Below 2500 m | - | - |
|
Output Voltage
|
0−12V/0−24V Adjustable Linear | - | - |
|
Output Current
|
0−10000A Adjustable Linear | - | - |
|
Temperature Environment
|
−20 ℃−45℃ | - | - |
|
Control Mode
|
CC & CV | - | - |
|
Current Ripple
|
1% or Less | - | - |
Get personalized recommendations based on your specific electroplating requirements. Our technical team will help you find the perfect solution.
Precise measurements for optimal installation planning
| Model | Width (mm) | Depth (mm) | Height (mm) | Notes |
|---|---|---|---|---|
| 0-600A/0V-12V | 343 | 413 | 219.2 | |
| 600A-1000A/0V-12V | 386 | 515 | 223 | |
| 1000A-1500A/0V-12V | 453 | 631.5 | 286 | |
| 3000A/12V | 555 | 843 | 832.4 | |
| 5000A/12V | 764.5 | 783 | 1450.4 | |
| 6000A/12V | 764.5 | 783 | 1698.4 |
QEEHUA stays at the forefront of global technological advancement, committed to providing customers with high-quality power supplies and professional integrated services.
With advanced design and extensive rectifier manufacturing experience, we deliver optimal power solutions and the most stable, efficient power supplies for our users.
Next-generation IGBT modules with advanced circuit design achieve >95% conversion efficiency and only 0.1-0.2V voltage drop
Voltage and current regulation accuracy both exceed <1%, ensuring consistent current density during electroplating
Supports RS485/232, Modbus communication interfaces for remote control and real-time monitoring
Water-cooled and air-cooled series optimized for different power requirements with compact structure and high power density
Industry-leading specifications for superior performance
Complete documentation and support materials
Need help selecting the right electroplating power supply? Our technical experts are ready to analyze your specific requirements and provide customized solutions. Get professional guidance from our engineering team today.
Tell us about your requirements and our technical team will provide customized solutions
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