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Aluminum Oxidation Rectifier 5000A 18V | High-Current Anodizing

Industrial 5000A 18V Aluminum Anodizing Rectifier Power System

  • PLC control and touchscreen operation.
  • Application:Suitable for titanium alloy oxidation processes on aluminum surfaces.

    Aluminum Oxidation Rectifier Introduction

    This 5000A 18V aluminum oxidation rectifier powers high-speed industrial anodizing. Specifically, engineers designed this 5000A 18V aluminum oxidation rectifier for large-scale aluminum treatment. Therefore, it provides the massive current needed for fast oxide layer growth. Consequently, this high-current anodizing power supply forms the core of production lines. Furthermore, these lines require maximum throughput. Likewise, they demand consistent quality for profiles, sheets, and components.

    For industry standards, refer to the MIL-A-8625 Specification for anodizing requirements. Additionally, technical resources from the Aluminum Anodizers Council provide best practices and process guidelines.

    Product Parameters

    Input VoltageAC380V+10%, 50Hz/60Hz
    Output Voltage18V, 22V, 24V
    Output Current3000A, 4000A, 5000A, 6000A, 9000A, 12000A, 15000A, 18000A, 24000A, 30000A, etc.
    Adjustment RangeCurrent 0-maximum, Voltage 0-maximum (customizable upon request)
    Output DisplayTouchscreen display, digital voltage and current meter display (customizable integrated main unit or remote control)
    Output Waveform30KHz DC square wave
    Output InterfaceStandard RS485, 4-20MA, 0-10V, 0-5V optional (specify when ordering)
    Control Accuracy≤1%
    Cooling SystemWater-cooled
    Protection ModePhase loss, overheating, overcurrent, short circuit, undervoltage, overvoltage, water shortage protection, etc.

    Features of 5000A 18V Aluminum Oxidation Rectifier

    1
    High Stability

    Firstly, we utilize advanced technology. Additionally, we incorporate imported core components. Furthermore, strict quality control ensures consistency. In addition, comprehensive protection functions work together. Consequently, they significantly enhance product stability for this aluminum oxidation rectifier.

    2
    High-Precision Control

    Moreover, the system employs high-frequency switching control. As a result, it achieves a fast response speed. Specifically, output control accuracy reaches up to 1%. Furthermore, this precision is maintained throughout the entire anodizing process.

    3
    Excellent Energy Saving

    Notably, the unit features small size and light weight. In fact, it is only 1/5 to 1/10 the size of a traditional controllable rectifier. Therefore, it is easy to transport and install. Additionally, this compact design reduces energy consumption significantly.

    4
    Small Size & Light Weight

    Similarly, the unit is 1/5 to 1/10 the size of a silicon-controlled rectifier. Consequently, installation is simplified. Furthermore, it occupies minimal floor space in your facility.

    Advantages

    This water-cooled aluminum oxidation rectifier is widely used in surface treatment processes. These includefor example:

    • Aluminum profile anodizing for architectural and industrial applications
    • Large-scale sheet and plate anodizing
    • Automotive component surface treatment
    • Aerospace aluminum part anodizing
    • Consumer electronics housing finishing

    Why Choose This Rectifier?

    High-Output Capacity: Firstly, the unit delivers up to 5000A at 18V. Therefore, it provides the power needed for large-scale anodizing operations. Consequently, it handles high-volume production lines with ease.

    Water-Cooled Reliability: Secondly, the closed-loop liquid cooling system ensures stable operation. Specifically, it performs reliably in high-temperature environments. Furthermore, it supports continuous 24/7 production cycles. Thus, downtime is minimized.

    Precision Control: Additionally, the system offers ±1% accuracy. Moreover, high-frequency switching enables repeatable results. As a result, users achieve consistent coating quality batch after batch.

    Energy Efficient: Finally, the compact design reduces energy losses. In fact, it outperforms traditional silicon-controlled rectifiers in efficiency. Consequently, operators enjoy lower operating costs. Furthermore, the smaller footprint saves valuable floor space.

    Case Studies

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