Product Description:

The N32HMFL-LNK-NS-00 is produced by Pacific Scientific within the POWERPAC N Stepper Motors series. It is a two-stack hybrid stepper motor intended for indexed positioning tasks such as opening valves or advancing workpieces, where discrete angular moves are commanded directly from a controller pulse train. Because it is a hybrid stepper design, it converts commanded pulses into fixed angular increments rather than continuously regulated rotation. This design suits applications that need repeatable step-by-step motion from a simple pulse command.

This unit mounts on a NEMA 34 flange that matches the 3.38 in. square frame, allowing it to fit machinery built for that bolt pattern. A laminated rotor and standard windings produce a holding torque of 8.6 Nm, so the shaft can resist load disturbances while the energized motor remains stationary. Resolution is fixed at 200 full steps per revolution, which gives a mechanical step angle of 1.8° for predictable incremental motion. The housing length is 133 mm, which is useful when checking available enclosure space. The insulation system has a resistance rating of 100 Megohms and a dielectric strength of 340 VDC, which helps limit leakage during high-potential testing.

The motor uses an 8-lead wiring scheme, so the phases can be connected in series or parallel to balance current draw and torque output. Power enters through a splash-proof conduit that terminates on an internal board, and the entry point is machined for a metric PG11 pipe thread to simplify gland selection. The single shaft uses a straight key for slip-resistant coupling to gears or pulleys, and it is supplied without a shaft seal to reduce drag in clean environments. It also uses heavy-duty NEMA foot mounting, standard construction, ±3% step accuracy, and a no-feedback configuration.