1000A Electroplating Rectifier, Three Phase

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SKU: PH-EPR-1000A

$3,849.99

● Electroplating rectifier with IGBT PWM control provides DC 0-48V and 0-1000A adjustable output with ≤±1% stability. ● Pulse plating rectifier supports one-way and two-way pulse output with adjustable frequency 1000–8000Hz. ● Industrial plating power supply supports three-phase AC 380-480V input with efficiency ≥92% and power factor ≥0.9. ● Supports RS485, PLC 0-10V, and 4-20mA interfaces for remote control and automated electroplating systems.

Input Voltage *
Output Voltage *
Control Signal *
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Overview
Specs
Application
FAQ
Reviews

Overview

Industrial 1000A electroplating rectifier engineered for reliable high-current output and precision process control. Featuring IGBT inverter rectification, DSP digital control, CC/CV selectable modes, and pulse frequency from 1000-8000Hz, it delivers stable performance for electroplating and anodizing applications. The system supports remote control, PLC touch screen operation, and multi-protocol communication for smart factory integration. Designed for continuous industrial operation, it improves coating smoothness, compactness, and corrosion resistance.

Feature

Heavy-duty industrial electroplating rectifier built for continuous 24/7 operation.
IGBT inverter rectification ensures high efficiency and low energy loss.
Stable high-current DC output for hard chrome plating, zinc plating, and nickel plating.
Selectable CC/CV output modes for flexible surface treatment control.
Designed for large-scale metal surface treatment factories.

Details

Digital PWM chopper control mode for smooth and stable power conversion.
Multi-stage slow rise and slow down current programming for oxidation processes.
Integrated PLC touch screen with real-time curve display.
Supports industrial communication protocols for automated plating line integration.
Full industrial protection including AC phase loss, overvoltage, undervoltage, output overload, and short circuit protection.
Improves coating corrosion resistance and long-term durability.

Dimension

Electroplating rectifier 1000a size

Specs

Input Voltage (Optional)*	Three phase AC 380V/ 400V/ 415V/ 440V/ 460V/ 480V (220-1000V voltages are customizable)
Input Frequency	50Hz/60Hz
Output Current	0-1000A (continuously adjustable by 1A)
Output Voltage (Optional)*	DC 0-12V/ 0-18V/ 0-24V/ 0-36V/ 0-48V (8-500V voltages are customizable) Note: Output voltage is adjustable by 0.1V.
Output Frequency	15kHz
Output Current Stability	≤1%
Output Voltage Stability	≤1%
Efficiency	≥92%
Power Factor	≥0.9
Operation Mode	Remote control or manual control
Module	IGBT module
Cooling Method	Air cooling
Start-up Postponing Time	≤10s
Limiting Current Value	Io±5A (Io is the rated current)
Limiting Voltage Value	Vo±5A (Vo is the rated current)
Signal Interface (Optional)*	RS485, PLC 0-10V, 4-20mA
RS485 Interface Function	Can be used to monitor parameters, control voltage & current values, and remotely start/stop the rectifier.
Control Box (Included)	Can adjust the output voltage, current and time, with standard 0-30m remote connection cable. Longer cables can be customized!
PLC Touch Screen (Optional)*	Plating rectifier connects with PLC touch screen by RS485 interface to display/adjust the voltage, current and time.
Modulation Mode	PWM control
Complete Protection Functions	Over current, over voltage, over heat, short circuit, phase lack, input undercurrent protection, over temperature, diode defect...
Protection Grade	IP20
Ambient Temperature	-10℃-50℃
Relative Humidity	≤80%
Size	650520260mm
Net Weight	90kg
Certification	CE, ISO
Warranty	12 months
Packing Included	1 x Three Phase Plating Rectifier 1 x Remote Control Box 1 x 0-5m Cable

Electroplating Eectifier User Manual.PDF

Electroplating Eectifier Modbus RTU Protocol V6.5.PDF

Application

Precision Electronics Manufacturing

Aluminum Anodizing

Automated Plating Control Systems

Research & Material Development

FAQ

How to choose the right electroplating rectifier for plating tanks?

Choosing the right electroplating rectifier for plating tanks mainly depends on the plating area, required current density, voltage range, and process type. The rectifier must provide enough stable DC current to meet the electroplating process requirements while maintaining efficient and reliable operation.

Key factors to consider include:

Plating area of the workpieces: The required current is calculated based on the total surface area being plated. Larger plating loads require higher rectifier current capacity.
Current density requirement: Each plating process (such as nickel, copper, or chrome plating) requires a specific current density to achieve proper coating thickness and quality.
Output current capacity: The rated current of the rectifier should be equal to or slightly higher than the maximum current required by the plating tank.
Voltage range: The rectifier voltage must cover the operating voltage of the plating bath plus additional voltage drops from cables and busbars.
Process flexibility: For modern plating lines, choosing an IGBT electroplating rectifier with digital control, pulse plating capability, and communication interfaces can improve efficiency and coating quality.

In practice, engineers often calculate the required rectifier size using the formula:

Required Current = Current Density × Total Plating Area

This ensures the selected plating rectifier power supply can deliver stable power for consistent electroplating results.

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