Product Description:

The N32HLFJ-LNK-NS-00 belongs to the POWERPAC N Stepper Motors series produced by Pacific Scientific. It is a stepper motor intended for positioning tasks in industrial automation where open-loop torque and repeatable incremental motion are required. The model uses a laminated rotor and standard winding to produce strong detent torque, and its heavy-duty mounting pattern lets it fit existing machine mounts without bracket changes. An 8-wire lead set terminates through a splash-proof conduit entry so the unit can be wired to a terminal board inside sealed equipment.

The motor delivers a holding torque of 8.6 Nm, allowing it to resist static loads when the windings are energized. Each full step moves the shaft by 1.8°, and step accuracy is limited to ±3% of one step. With 200 full steps per revolution, the drive can obtain fine angular resolution through micro-stepping controllers. The 8-lead configuration supports multiple wiring schemes, including series, parallel, or unipolar connections, to match different drive currents. Two rotor stacks balance torque output with response speed, while the lack of a feedback encoder suits systems that rely on commanded pulse counts. Standard construction materials and a 340 Vdc insulation rating help the windings withstand typical factory power disturbances.

A 3.38 in. square frame sets the mounting flange size, and the frame conforms to the NEMA 34 dimensional code so standard couplings fit the single, straight-keyed shaft. Overall motor length is 133 mm, giving adequate space for the dual-stack rotor without exceeding common enclosure depths. Insulation resistance is rated at 100 Megohms to minimize leakage under humid conditions, and a 1/2 in. NPSC conduit thread forms a splash-proof cable entry that mates with sealed fittings. The connection path to the internal terminal board is splash-resistant, yet the design omits a shaft seal, so external protection should be provided where liquid spray may reach the output shaft.