N33HRLK-LNK-NS-00 Pacific Scientific
Wake Industrial LLC is not an authorized distributor of this product.
The Pacific Scientific N33HRLK-LNK-NS-00 is a stepper motor from the POWERPAC N Stepper Motors series. It features a NEMA 34 frame measuring 3.38 inches square and a laminated rotor design. The motor delivers a holding torque of 12.4 Nm and operates with 200 full steps per revolution.
Internal Product Review
The N33HRLK-LNK-NS-00 is a Pacific Scientific stepper motor built on a NEMA 34 frame for dependable industrial positioning. A 1.8° step angle paired with ±3% step accuracy supports smooth indexing and consistent motion control in stepper applications. Holding torque of 12.4 Nm gives the motor strong low-speed authority, making the torque rating a standout advantage.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The N33HRLK-LNK-NS-00 is a stepper motor produced by Pacific Scientific for the POWERPAC N Stepper Motors series. Intended for positioning duties in automated machinery, the unit converts pulse commands from an external drive into controlled angular motion for repeatable indexing. It occupies the NEMA 34 class and can operate conveyors, positioning tables, or metering devices where repeatability is more important than absolute accuracy. Its open-loop operation allows a compatible stepper drive to control movement without requiring a separate position-control system.
The frame follows the NEMA 34 standard and has a 3.38-inch square frame, providing a familiar bolt pattern and flange size. Internally, a laminated rotor and standard stator winding work with a three-stack magnetic core to generate a holding torque of 12.4 Nm for midsize loads. Each electrical pulse advances the shaft by 1.8°, resulting in 200 full steps per revolution and providing predictable angular resolution without additional gearing. A heavy-duty NEMA mounting face supports the 171 mm body length. The standard housing is suited to typical industrial surroundings, while its moderate weight helps reduce the load placed on the supporting machine structure.
The insulation system provides a resistance of 100 megohms to ground and withstands a dielectric test voltage of 340 VDC, supporting operation with common bipolar stepper drives. Power reaches the coils through a regular lead-wire harness arranged in a four-lead series configuration, which simplifies phase identification and resistance checks during wiring. The motor has no feedback encoder, and its positional deviation remains within ±3% of one commanded step. A single shaft with a straight key provides positive torque transfer to a coupling, pulley, or gearbox. The motor is supplied without a shaft seal, so suitable external guarding should protect the shaft opening when the surrounding equipment exposes it to liquids or other contaminants.
