Vector torque from zero speed
Mining
Drives that carry the load, protect the process, and keep the mine moving
Mining motors do not share one duty profile. Use high-performance vector control for heavy loads, pump and fan control where demand changes, and smooth acceleration and deceleration where mechanical stress costs uptime.
Optidrive P2 high-performance range
Heavy-load, pump, and fan control
P2 vector control, integral brake transistor and hoist mode; Eco pump and fan control; IP20/IP55/IP66 options; verify hazardous-area approvals separately
Why drives matter
Where the right drive earns its place
Mining is not one motor duty. Conveyors, crushers, pumps, fans, drills, and hoists each impose different demands. The right drive applies torque where loads are heavy, matches output where demand changes, and controls acceleration and deceleration where mechanical shock shortens equipment life.
200%
Torque from zero speed
Start heavy loads without the hammer
For conveyors and other demanding starts, Optidrive P2 vector control can provide up to 200 percent torque from zero speed. A controlled ramp avoids the mechanical shock of an across-the-line start and reduces stress across belts, couplings, and gearboxes.
P2 vector control and hoist mode
1 process
Matched to real demand
Match speed to the work in front of it
Conveyor loading, pumping flow, and ventilation demand change throughout an operation. A VFD lets the motor follow the real process requirement instead of running at one fixed speed regardless of the work being done.
Mining process speed control
Soft ramp
Lower mechanical stress
Protect the drivetrain from avoidable shock
Controlled acceleration and deceleration reduce shock across belts, gearboxes, couplings, pumps, and braking systems. The return is not only energy savings. It is steadier process control and less avoidable wear.
Mining wear and process control
Quick ROI estimate
Estimate your motor run-cost savings
Recommended drive
ODP-2-22075-1KF42
ODP-2-22075-1KF42
General-purpose drive recommendation for pump and motor control.
Estimated annual savings
Formula: motor kW x annual hours x energy cost x savings rate, where motor kW is HP x 0.746. The savings rate comes from the pump affinity laws: power falls with the cube of speed, so a drive saves energy only by running the pump below full speed, and the saving shrinks as static head rises. Drive losses of about 3 percent are included. Payback uses the entered drive price, or the recommended one when blank. Verify against the pump curve for critical sizing.
Drive selector
Drive Selector
Find the right variable frequency drive by horsepower, voltage, enclosure, and EMC filter requirements.
Use the filters below to narrow the selector across all available drives.
| Brand | HP | Amps | Input Voltage | Output Voltage | Enclosure | Model Number | Approvals | Built-In Protection | Display | Special Feature | Fieldbus | Quick View |
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