Vector torque from zero speed
Material handling
Drives that start loaded conveyors soft and stop them on the mark
Conveyors, sortation, and palletizing are constant-torque work, so the gain is rarely energy. It is starting a fully loaded conveyor without snapping a belt or stripping a gearbox, holding line speed across a system, and stopping accurately with controlled braking. The Optidrive P2 does all three with vector torque up to 200 percent from zero speed.
Saves belts, chains, gearboxes
Controlled stops and lowering
Vector torque to 200 percent from zero speed, brake chopper for controlled stops, IP20 indoor and IP55 for dusty plants, UL listed and CE marked, Authorized Invertek distributor
Why drives matter
Where drives earn their place on a line
Material handling is almost all constant torque, so a drive is not mainly an energy device here. It is what lets a loaded conveyor start without shock, keeps a whole system in step, and brings heavy motion to a controlled stop.
200%
Torque from zero speed
Start a loaded belt without the shock
A loaded conveyor or bucket elevator needs 150 to 200 percent of running torque just to break away, and an across-the-line start delivers it as a jolt that tears belt splices and stresses gearboxes. Vector control supplies that torque from zero speed on a smooth ramp, so the line starts loaded without the damage.
VFD conveyor starting torque
1 line
Held in step
Keep the whole system in step
Accumulation, merge, and sortation points only work if every section runs at a known speed. A drive holds set speed under changing load and indexes cleanly, which is what makes zero-pressure accumulation and accurate diverts possible.
Conveyor speed synchronization
0 coast
Controlled stops
Stop heavy motion on the mark
Inclined and high-inertia conveyors overhaul the motor when they stop or run downhill. A brake chopper and resistor absorb that energy for a controlled stop and controlled lowering, instead of a long coast or a slammed mechanical brake.
Dynamic braking, Invertek iKnow
Quick ROI estimate
Estimate your 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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