Electroplating Power Rectifier

Name: Electroplating Power Rectifier
Brand: Sonix Syndicate
Price: 400000 INR
Availability: InStock

Price 400000 INR/ Piece

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MOQ : 1 Piece

Electroplating Power Rectifier Specification

Product Type
Electroplating Power Rectifier

Application
Electroplating processes

Input Voltage
380V AC, Three Phase

Output Frequency
50 Hz

Output Current
1000 Amps (varies as per model)

Output Voltage
0-12V DC adjustable

Modular
No

Interface Type
Manual panel control

Operation Type
Continuous

Size
Industrial grade

Color
Grey/Blue

Weight
Approx 150-200kg

Dimension (L*W*H)
Custom per model

Display
Analog meters

Phase
Three Phase

Terminals
Heavy-duty copper

Finishing Type
Copper Coated

Easy to Movement
Yes

Enclosure
Rugged steel body

Cooling
Air/Forced air

I Deal In
New Only

Insulation
Class H

Control
On/off switch

Protection
Overload/short circuit

Mounting
Floor standing

Ambient Temp
Up to 45C

Electroplating Power Rectifier Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7 Days

About Electroplating Power Rectifier

Take advantage of the exclusive Electroplating Power Rectifier, expertly engineered for demanding industrial needs. This masterful device features a prodigious output current of up to 1000 Amps (model dependent) and an adjustable output voltage range from 0-12V DC. Select between air or forced air cooling, ensuring flawless and continuous operation even at ambient temperatures up to 45C. Its rugged steel body, copper-coated finishing, and heavy-duty copper terminals enhance durability. With analog display, manual control panel, and overload or short-circuit protection, every detail ensures seamless, reliable performance for precision electroplating processes.

Distinguishing Features and Application of Electroplating Power Rectifier

Engineered for excellence, the Electroplating Power Rectifier offers masterful performance through robust air cooling, analog metering, and an on/off switch for instant control. The copper-coated finish and heavy-duty steel enclosure assure durability, while class H insulation supports operation up to 45C. Easy to move and mount, it's tailored for continuous, floor-standing use in industrial-grade electroplating environments, allowing precise voltage and current regulation to attain flawless plating outcomes.

Sample Policy and Supply Logistics of Electroplating Power Rectifier

We offer a transparent sample policy, ensuring clients experience our rectifier's prodigious performance before full purchase. Secure shipping with trusted transport services guarantees your order arrives in flawless condition. With supply ability matching large-scale industrial demands, we efficiently handle bulk purchase orders for markets across Asia, the Middle East, and Africa. Each rectifier is packed to international standards, exemplifying safe and prompt delivery for global clients.

FAQ's of Electroplating Power Rectifier:

Q: How does the Electroplating Power Rectifier enhance electroplating processes?

A: It delivers accurate, adjustable DC output up to 1000 Amps, enabling uniform and flawless plating finish, thanks to heavy-duty copper terminals, advanced protection, and rugged build.

Q: What is the process for operating and controlling this rectifier?

A: The product features an intuitive manual control panel with analog displays, on/off switch, and adjustable voltage settings for precise, masterful management during electroplating operations.

Q: Where can the Electroplating Power Rectifier be deployed?

A: This rectifier is ideal for industrial-grade electroplating applications, suitable for facilities requiring continuous, high-current, low-voltage power supply and robust, floor-mounted equipment.

Q: What protection features ensure safe operation?

A: Built-in overload and short circuit protection, paired with class H insulation and heavy-duty components, safeguard both the equipment and the user during intensive usage.

Q: When should one select an air or forced air cooling option?

A: Select the cooling mode based on ambient temperature and operational duty cycle; forced air is ideal for higher ambient heat or extended continuous operation.

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