Output ±12V DC 0-2000A (PR Pulse)
Power 24kW
Application High-Current Alkaline Copper Plating
Best For Large PCB Panels Automotive Power Systems Heavy Electrical Components
This PR pulse rectifier delivers advanced pulse reverse technology for high-current alkaline copper plating. It automatically alternates between positive deposition and negative dissolution cycles. Consequently, superior copper deposit quality is achieved even at 2000A output.
Parameter Specification
Input Power 480VAC Three-Phase
DC Output ±12V DC 0-2000A (PR Mode)
Cycle Reversal Rate 1-100 cycles/minute
Positive/Negative Current Ratio 1:1 to 20:1 Adjustable
Peak Current 2000A (Programmable)
Control Interface Industrial HMI with Advanced PR Programming
Special Features Adaptive PR Control Micro-throw Enhancement Deposit Stress Management
Cooling System Water Cooling
Protections Multi-Level OCP/OVP PR Cycle Fault Detection Thermal Overload Protection
Advanced PR Cycle Control
This PR pulse rectifier optimizes both deposition and dissolution phases. Therefore, through-hole filling improves significantly. Moreover, deposit uniformity enhances consistently.
High-Current Performance
2000A capacity supports large-scale production. Specifically, thick copper layers are deposited efficiently. Thus, production throughput increases substantially.
Superior Throwing Power
PR technology enhances current distribution. Furthermore, complex geometries receive complete coverage. Consequently, plating quality meets highest standards.
Deposit Quality Optimization
Alternating cycles reduce internal stresses. Additionally, grain structure refines noticeably. Hence, electrical performance improves.
This PR pulse rectifier serves demanding alkaline copper plating applications.
In Large PCB Manufacturing
The system plates high-current power boards. Importantly, PR cycles ensure complete through-hole filling. Additionally, thermal performance enhances.
For Automotive Power Systems
It processes busbars and power distribution components. Similarly, current-carrying capacity increases. Consequently, system reliability improves.
In Heavy Electrical Components
The rectifier plates switchgear and transformer parts. Ultimately, PR technology improves corrosion resistance. Therefore, equipment lifespan extends.
For High-Frequency Applications
It plates RF components and waveguide structures. Specifically, PR cycles produce smooth surfaces. Thus, signal integrity maintains.
Production quality improves through PR technology. Moreover, defect rates decrease significantly. Consequently, customer satisfaction increases.
Material utilization optimizes with enhanced throwing power. Furthermore, copper consumption reduces effectively. Therefore, material costs decrease.
Process consistency ensures reliable results. Additionally, automated PR cycles eliminate manual adjustments. Hence, production stability improves.
Equipment protection enhances with water cooling. Specifically, thermal management maintains optimal temperatures. Thus, component lifespan extends.
In summary, this PR pulse rectifier provides advanced plating solutions. For this reason, it serves manufacturers where high-current performance, deposit quality, and process reliability are essential requirements for competitive production excellence.
