Output: 0-18V DC / 0-12000A Adjustable
Power: 216kW
Application: Large-Scale Industrial Hard Chrome Plating
Best For: Hydraulic Cylinder Manufacturing, Industrial Roll Rebuilding, Heavy Machinery Components, Large Surface Area Plating
This 12000A 18V water-cooled hard chrome plating rectifier delivers unprecedented current capacity for industrial plating operations. Consequently, it supports the plating of extremely large components and high-volume production lines that demand both substantial surface coverage and rapid deposition rates.
| Parameter | Specification |
|---|---|
| Input Power | 480VAC/690VAC Three-Phase, Custom Configuration |
| DC Output | 0-18V DC / 0-12000A |
| Voltage Stability | ≤ ±1% |
| Current Stability | ≤ ±1.5% |
| Ripple Coefficient | ≤ 3% |
| Control Interface | Industrial Master HMI with Multi-Zone Control |
| Special Features | Multi-Anode Zone Balancing, Plating Thickness Control, Process Data Logging |
| Cooling System | Water Cooling |
| Protections | OCP, OVP, OTP, Phase Monitoring, Ground Fault Detection |
This ultra-high-current rectifier serves industries requiring heavy-duty chrome coatings on large components.
In Hydraulic Manufacturing, it plates large bore cylinders and piston rods. Importantly, this enables single-pass plating of components over 10 meters in length, significantly improving production efficiency.
For Industrial Roll Production, it provides the power needed for rebuilding large rolls. Similarly, it ensures consistent coating quality for paper, steel, and plastic processing industries.
In Heavy Machinery Repair, it plates worn components back to original dimensions. Consequently, this extends equipment life and reduces replacement costs for mining, construction, and agricultural machinery.
For Aerospace & Defense, it supports plating of large landing gear components. Ultimately, this ensures critical parts meet stringent durability and corrosion resistance standards.
In summary, this 12000A 18V rectifier represents the ultimate in industrial plating capacity. For this reason, it's essential for facilities that demand maximum throughput, coating quality, and operational reliability in hard chrome plating applications.