07971550011

Our Products

Air Blower

Barrel Polishing Machine

Centrifugal Dryer

Electroplating Filter Machine

PP CHEMICAL Filter

Electroplating Rectifier

Electroplating Tank

Resistance Board

Electric High Voltage Resistance Board

Ultrafilter Unit

AMFOR Pvdf Electrophoretic Ultrafilter Unit

Plating Barrels

Electroplating Filter

Electroplating Machine & Spare Parts

Electroplating Air Dryer

Chemical Filter

Tumbling Barrels

Electroplating Servo Rectifier

Name: Electroplating Servo Rectifier
Brand: S. K. ENGG. WORKS

Get a Price/Quote

MOQ : 1 Unit

Electroplating Servo Rectifier Specification

Product Type
Electroplating Servo Rectifier

Application
Electroplating, Metal Finishing Plants, Industrial Electrochemical Processes

Input Voltage
415V AC, 3 Phase, 50/60 Hz Volt (V)

Output Frequency
50/60 Hz Hertz (HZ)

Output Current
500 Amps Ampere (amp)

Output Voltage
0 - 12 Volts DC Volt (V)

Modular
Yes

Interface Type
Digital and Analog Control Panels

Operation Type
Automatic and Manual

Size
Standard / Custom

Color
Grey

Weight
Approx. 120 kg Kilograms (kg)

Dimension (L*W*H)
750mm x 500mm x 1000mm Millimeter (mm)

Ambient Temperature Range
0°C to 50°C

Input Power Factor
Above 0.90

Cooling Type
Air Cooled / Oil Cooled

Control Accuracy
±1%

Remote Control
Available

Compliance
CE Certified

Ripple Factor
Less than 5%

Metering Display
Digital Voltmeter and Ammeter

Enclosure
Dust and Corrosion Resistant

Technology
IGBT / Thyristor controlled

Protection
Overload, Short Circuit, OVP, UVP, Over Temperature

Efficiency
More than 90%

About Electroplating Servo Rectifier

Electroplating Servo Rectifier Description

The Electroplating Servo Rectifier is a high-precision power supply designed to deliver stable, controlled DC output for electroplating, anodizing, and metal finishing processes. Equipped with advanced servo-controlled technology, it ensures accurate voltage and current regulation, resulting in superior plating quality, consistent deposition, and improved efficiency.

Built with a robust, energy-efficient design, this rectifier offers low ripple output, fast response time, and excellent load regulationideal for applications requiring high accuracy and reliable long-term operation. The user-friendly control panel and digital display allow for real-time monitoring and precise adjustments, while built-in protection features safeguard against overload, short circuits, and overheating.

Suitable for industries such as jewelry manufacturing, automotive, electronics, and surface treatment plants, the Electroplating Servo Rectifier enhances productivity, reduces power consumption, and ensures a smooth, uniform finish on all plated components.

If you want, I can also create:
Bullet-point features
Technical specs format
E-commerce product listing
Short marketing description

Advanced Control & Protection

This rectifier achieves high accuracy (1%) using state-of-the-art IGBT or thyristor technology along with a power factor greater than 0.90. Safety is paramount, with comprehensive protection against overload, overvoltage, undervoltage, short circuit, and overheating, safeguarding both personnel and equipment.

Versatile Cooling and Robust Design

Choose between air-cooled and oil-cooled models to best match your facilitys cooling needs and operational reliability. The corrosion-resistant enclosure makes the rectifier suitable for harsh industrial environments, while modular construction and customizable sizes streamline integration and future expansion.

Precision Performance for Industrial Applications

Delivering output from 012V DC at up to 500 Amps, this servo rectifier minimizes ripple to less than 5%, making it ideal for electroplating, metal finishing, and a wide variety of electrochemical processes. Its digital metering and remote operational capabilities enhance process monitoring and control.

FAQs of Electroplating Servo Rectifier:

Q: How does the Electroplating Servo Rectifier ensure high process accuracy?

A: The rectifier utilizes IGBT or thyristor-controlled technology to deliver a control accuracy of 1%. Digital voltmeter and ammeter displays further allow precise monitoring and adjustment of output voltage and current, ensuring consistently uniform electroplating or finishing results.

Q: What protective features are integrated in this rectifier?

A: The unit is equipped with overload, short circuit, overvoltage, undervoltage, and over-temperature protection systems. These integrated safety features provide robust protection for both operators and connected equipment, especially during intensive industrial use.

Q: When should I choose air-cooled versus oil-cooled models?

A: Air-cooled models are suited for environments where ambient temperatures are controlled and load conditions are moderate. Oil-cooled variants provide enhanced thermal management, making them preferable for extended, high-demand operations or facilities with higher ambient temperatures (up to 50C).

Q: Where can this servo rectifier be implemented?

A: It is designed for electroplating and metal finishing plants, as well as for a variety of industrial electrochemical processes. The durable, corrosion-resistant enclosure allows installation in both standard and challenging industrial settings.

Q: What is the process for remote monitoring and control?

A: The rectifier includes both digital and analog control panel interfaces and supports remote control, allowing operators to monitor key parameters and adjust settings from a distance, improving safety and efficiency during operation.

Q: How can users benefit from the devices modular and customizable design?

A: Modular construction allows for easy expansion, upgrades, and maintenance. The rectifier is available in standard or custom sizes, facilitating seamless integration into new or existing production lines.

Q: What are the main usage benefits of this rectifier in industrial applications?

A: With over 90% efficiency, a ripple factor below 5%, and comprehensive metering and protection, this rectifier provides reliable and precise power delivery, enhancing electrochemical process quality and reducing operational downtime in industrial applications.