Product Description:

The N32HRLK-LNK-NS-00 is a stepper motor manufactured by Pacific Scientific for the POWERPAC N Stepper Motors series. As a two-phase motor that advances in discrete angular increments, it provides open-loop positioning for indexing tables, actuators, and packaging stations that do not require servo-grade feedback. Heavy-duty NEMA mounting points and a laminated rotor design allow the unit to convert drive current into repeatable shaft motion while maintaining alignment with downstream mechanical loads in automated machinery.

The motor is built on a NEMA 34 frame that measures 3.38 inches on each side, so it fits standardized brackets without adapter plates. Each energization of the stator advances the rotor by a 1.8° step, and a full electrical cycle produces 200 full steps per revolution; these values set the base resolution before microstepping is applied by the drive. A holding torque of 8.6 Nm keeps static loads from drifting when the drive is energized but motionless, which is important for vertical axes or metering pumps. Insulation resistance of 100 megohms isolates the windings from the laminated core, limiting leakage current and helping the motor meet industrial safety margins in moist environments.

The windings withstand a maximum insulation voltage of 340 Vdc, so the device pairs with high-bus stepper drives without breakdown during regeneration. Its overall length is 133 mm, which leaves space in control cabinets while still accommodating the two-stack stator that boosts torque density. The single output shaft carries a straight key for slip-free coupling to gears or pulleys, and the absence of a shaft seal means the installation must be protected from direct fluid spray. Positional repeatability is supported by a step accuracy of ±3%, allowing predictable error bands that can be compensated in software when tighter tolerances are required.