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Engineered for excellence with cutting-edge technology and precision manufacturing
Ultra-low ripple current ensures uniform current distribution across the entire plating surface, effectively reducing thickness deviation, defects, and rework. Ideal for high-precision PCB and electroplating processes where consistency directly impacts product yield and quality.
Adopting 85KHz high-frequency technology, the power supply has been significantly reduced in size, lighter in weight and has an exquisite appearance. Not only does it save you precious workbench and production line space, but it also facilitates flexible installation and system integration, allowing for more free equipment layout and a comprehensive improvement in production efficiency.
High power factor and overall efficient design significantly reduce reactive power loss and improve the utilization rate of electric energy. Not only does it directly reduce electricity bills and carbon emissions, but also with its outstanding energy-saving and environmental protection features, it helps you meet green production standards and achieve a balance between economic benefits and environmental responsibility.
The module adopts imported sealing and potting compound technology from Japan and has excellent acid and alkali resistance. It can be directly immersed or placed at any position in the electroplating tank, which not only significantly saves external installation space, but also ensures the continuous and stable operation of the power supply in corrosive environments, reduces faults and maintenance, and provides reliable support for high-demand electroplating processes.
It is equipped with multiple protection mechanisms such as soft start, over-temperature, over-voltage, overload, short circuit and current limiting. Not only does it effectively prevent sudden malfunctions and equipment damage, but it also significantly reduces unplanned downtime, extends the service life of power supply and load equipment, provides a reassuring guarantee for continuous and stable electroplating production, allowing you to focus more on craftsmanship and quality.
The control system is fully compatible with RS485, ProfiBus-DP, DeviceNet and standard 4-20mA signals, and supports AD/DA control and remote network control. It can be easily integrated into existing production lines and central management systems, achieving centralized monitoring, data traceability and one-click adjustment of process parameters. This significantly enhances the level of production automation and management efficiency, laying a reliable foundation for intelligent electroplating and large-scale manufacturing.
By adopting synchronous rectification output technology and replacing traditional rectifier diodes with ultra-low on-resistance power MOSFETs, the voltage drop loss of the rectifier circuit is significantly reduced to 0.1V - 0.2V, and the DC/DC conversion efficiency is increased to over 94%. This not only directly reduces power loss and equipment heating, extends the lifespan of power supplies, but also significantly saves long-term electricity costs. It is particularly suitable for continuous electroplating production lines, helping enterprises achieve green and efficient production.
With ultra-low ripple and high frequency design, it is specially optimized for vertical continuous electroplating (VCP) production line configuration. This solution can significantly enhance the uniformity of electroplating, ensuring consistent thickness during high-speed continuous production, reducing color differences and defects, and directly helping to improve the yield rate and product reliability. It is an ideal choice for high-demand PCB and precision electroplating production.
It adopts A dual-channel independent control output design to ensure that the current on both sides of the electroplating tank A and B is highly consistent, with an error range of uniformity distribution less than 1%. This fundamentally solves the problem of uneven current distribution caused by traditional reliance on cables or copper conductive resistors (with an error usually exceeding 3%). This technology can significantly enhance the consistency of the coating on the VCP production line, reduce quality fluctuations and rework caused by current deviations, and is particularly suitable for high-end PCBS with strict uniformity requirements and precision continuous electroplating processes.
Precision-engineered parameters for optimal performance and reliability
| Parameter | Value | Unit | Note |
|---|---|---|---|
|
Input Voltage
|
-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% (Maximum Efficiency 95%) | - | - |
|
Health Status
|
Long - term Full Load Continuous Operation | - | - |
|
Place of Use
|
Indoor, No Direct Sunlight | - | - |
|
Altitude
|
Below 2500 m | - | - |
|
Output Voltage
|
0−12V Adjustable Linear | - | - |
|
Output Current
|
0−1000A Adjustable Linear | - | - |
|
Temperature Environment
|
−20℃ −45℃ | - | - |
|
Control Mode
|
CC & CV | - | - |
|
Current Ripple
|
1% or Less | - | - |
|
Class of Protection
|
Maximum IP54 | - | - |
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 |
|---|---|---|---|---|
| 0-400A/0V-12V | 247 | 506.2 | 200 | |
| 400-600A/0V-12V | 247.7 | 463 | 253 |
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.
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