The 12V 6000A lead recovery DC power supply is a project-rated DC source for an electrochemical lead recovery process. The application must be confirmed from the actual electrolyte, electrode arrangement and recovery route before the equipment is specified.
Published Rating
| Rated DC output | 12 V, 6000 A |
|---|---|
| Primary application | Electrochemical lead recovery |
| AC input for quotation | Specify 380 V or 415 V AC and local frequency. Final configuration requires project confirmation. |
| Main regulation mode | Constant-current or constant-voltage main mode, selected for the process. Final control configuration requires confirmation. |
| Cooling and enclosure | Selected from duty cycle, ambient temperature, installation environment and available cooling conditions. |
Selection Boundary
Lead recovery can involve different feed streams and cell designs. Do not transfer nickel, copper or zinc operating values to a lead project. Current is first estimated from the active electrode area and the process current density, then checked against production rate, current efficiency and operating schedule.
The working voltage must include the cells, electrode overpotential, electrolyte resistance, connection topology and busbar losses. The published 12 V rating is an output limit, not a universal lead recovery recipe.
Information Required for Quotation
- Provide the lead-bearing feed, electrolyte chemistry, concentration and target product.
- Provide active electrode area, current density, cell count and electrical connection.
- State production or removal target, current efficiency, batch/continuous mode and daily duty.
- Provide measured operating voltage, maximum voltage and connection losses.
- Describe corrosion conditions, ambient temperature, installation and available cooling resources.
Configuration Boundary
This page confirms the published DC rating and application only. Cooling method, enclosure grade, control interface, ramp profile, timer, ampere-hour control, pulse operation, polarity reversal, communication protocol and any special ripple limit are optional project items only when confirmed in writing. They are not included by default.
Frequently Asked Questions
Can nickel electrowinning data be used for lead recovery?
No. Each metal and electrolyte requires its own validated process window.
What determines the required current?
Active electrode area and current density provide the primary estimate, with production and current efficiency used as checks.
Is the recovery chemistry supplied with the rectifier?
No. The rectifier provides DC power; the process owner must define and validate the chemistry and cell design.
See the complete metal recovery DC power supply range, or send the process data for a rectifier selection review.
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