The 12V 1000A IGBT Electroplating Power Supply is a unidirectional DC power supply rated at 12 V and 1000 A for industrial electroplating projects. The published rating defines the available DC envelope; it does not replace process calculations or establish the normal operating setpoint.
Published Rating and Electrical Boundary
| Rated DC output | 12 V DC, 1000 A DC |
|---|---|
| Application | industrial electroplating |
| Regulation | Constant-current or constant-voltage main mode, selected for the confirmed process |
| AC input | AC 380 V or 415 V. Final phase, frequency and site conditions must be confirmed. |
This product follows Gao Hui’s low-voltage AC input, high-frequency switching and isolation, one-way DC architecture. It is not presented as an external DC-input converter, AC-output source, bidirectional or regenerative supply, or medium/high-voltage direct-input system.
Application and Selection
This page applies to metal deposition from a defined plating bath onto a conductive workpiece Estimate current from I = J × A, using the chemistry supplier’s current density and the maximum effective area energized at one time. Confirm loaded tank voltage from bath conductivity, temperature, electrode spacing, fixtures, contacts and busbar losses.
The deposited metal, chemistry and production method must be identified; tank volume alone does not determine current.
Voltage-loss focus: include electrode gaps, busbars, cables, contacts, fixtures and electrolyte or load resistance when checking loaded voltage. Excess voltage margin can increase heat without improving the process.
Information Required for Selection
- deposited metal and bath chemistry
- substrate and underplate
- effective area and maximum load
- approved current density
- target thickness and cycle time
- loaded tank voltage
- rack, barrel or continuous method
- daily duty and site conditions
Also provide the site AC voltage, phase and frequency; cable distance; daily duty; ambient conditions; cabinet location; required local or remote control; and any interface or interlock list. Gao Hui engineering can then check the practical working range against the published rating.
Configuration Boundary
The confirmed standard scope is limited to the published DC rating and stated process use. Cooling method, enclosure, control interface, ramp, timer, ampere-hour control, pulse waveform, polarity reversal, communications, ripple target and redundancy are project-specific. They are supplied only when written into the confirmed configuration and must not be inferred from a legacy title, image or category.
Frequently Asked Questions
Why can working voltage be below the rated voltage?
The rated value provides an operating envelope. The actual requirement is the loaded process voltage plus verified conductor and contact losses.
Can AC input be selected from DC current alone?
No. DC voltage and current determine output power, and the site supply, phase and frequency must also be confirmed.
Does the page guarantee a particular process result?
No. Process results also depend on chemistry, materials, geometry, preparation and the validated operating recipe.
Review related options in Electroplating Rectifiers, or contact Gao Hui with the selection data above.
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