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Engineered for excellence with cutting-edge technology and precision manufacturing
Designed for high-current, long-duration electroplating processes, this water-cooled rectifier delivers precise current and voltage regulation with extremely low ripple. Stable output ensures uniform coating thickness, prevents burning and defects, and supports uninterrupted 24/7 production.
Modular architecture allows quick replacement of functional modules without shutting down the entire system. This design reduces maintenance time, simplifies servicing, and supports future expansion or current upgrades as production demands increase.
The product adopts a fully sealed structure and has a strict protection level, ensuring stable adaptation to various harsh industrial environments with high humidity, much dust, and acidic or alkaline gases. The power supply can be directly installed on the side of the electroplating tank, significantly reducing the connection distance between the copper bar and the cable. This not only saves materials and wiring costs but also reduces line losses and enhances overall energy efficiency. The internal circuit boards are fully coated with anti-acid and anti-fog three-proof glue, effectively resisting environmental corrosion, extending the lifespan of core components, ensuring the long-term stable operation of the equipment, and reducing maintenance frequency.
The full synchronous rectification technology uses high-performance, low-on-resistance MOSFETs as rectifying devices, with a conversion efficiency that can reach up to 93%, showing excellent performance in energy saving and electricity conservation. An integrated electricity meter can also be optionally installed to accurately calculate the energy-saving efficiency. The patented synchronous module components, intelligent driving and protection circuit boards are electrically connected with MOSFET chip arrays, achieving real-time feedback and dynamic balance, effectively reducing circuit losses and ensuring overall efficiency. Compared to traditional high-frequency switching power supplies and SCR rectifiers, the efficiency can be increased by 12%~20%.
The efficient water-cooling structure rapidly dissipates heat from power components, maintaining stable internal temperatures even at high current output. This minimizes thermal stress, protects critical components, and ensures long-term stable operation.
It adopts a hot backup solution without system delay and supports multiple power supplies to work in parallel at the same frequency and phase. When any unit in the system malfunctions, the remaining units can quickly replenish the output current and restore it to the set value within 30 milliseconds, achieving a true "zero shutdown" switching. This technology effectively prevents production line interruption, uneven coating or batch scrapping caused by power failure. It is especially suitable for PCB, hardware and high-end decorative electroplating scenarios with extremely high requirements for continuity and stability, ensuring your production efficiency and product consistency.
The N+X intelligent redundancy backup solution is adopted. When any module fails, the system automatically isolates it and the remaining modules immediately share its output load to ensure that the total voltage and current remain stable. The faulty module supports online hot-swappable replacement without the need to shut down the machine for maintenance, which greatly enhances the overall reliability of the system, ensures the continuous and stable operation of the electroplating production line, and effectively avoids the risks of production interruption and batch scrapping caused by power failure.
Advanced power conversion technology improves overall efficiency and reduces energy loss during high-current operation. This helps electroplating factories significantly lower electricity consumption over long production cycles.
It adopts a high-density intelligent control mainboard and integrates comprehensive circuit protection functions to ensure that the core components of the power supply always operate stably within a safe range. In combination with a fully digital networked control system, it achieves a high degree of stability in current output, fundamentally reducing quality issues such as uneven coating and color difference caused by current fluctuations. This design not only significantly enhances the reliability of the power supply, but also provides a solid control foundation for continuous precision electroplating, ensuring product yield and consistency.
Precision-engineered parameters for optimal performance and reliability
| Parameter | Value | Unit | Note |
|---|---|---|---|
|
Input Voltage
|
3-Phase 380VAC ±10% | - | - |
|
Voltage Regulation Accuracy
|
1% or Less | - | - |
|
Steady Flow Accuracy
|
1% or Less | - | - |
|
Power Factor
|
PF ≥ 0.95 (Under Rated Working Conditions) | - | - |
|
Regulation Mode
|
RS485 Communication, Remote Controller | - | - |
|
Protection Mode
|
Over Temperature, Over Current, Lack Of Phase | - | - |
|
Conversion Efficiency
|
93% (Under Rated Conditions) | - | - |
|
Place of Use
|
Indoor, No Direct Sunlight | - | - |
|
Altitude
|
Below 3000m | - | - |
|
Output Voltage
|
0–12V Adjustable Linear | - | - |
|
Output Current
|
0–20000A Adjustable Linear | - | - |
|
Temperature Environment
|
-20°C ~ +45°C | - | - |
|
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 |
|---|---|---|---|---|
| 4000A–6000A / 0V–12V | 473 | 676 | 729.2 | |
| 6000A–9000A / 0V–12V | 493 | 1009.9 | 984.8 | |
| 9000A–12000A / 0V–12V | 493 | 1009.9 | 1307.8 |
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
Every electroplating challenge is unique. Our engineering team collaborates with you to design and deliver precision-crafted solutions that exceed your specific requirements.
*Specifications can be customized according to the needs of the service
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