N32HCLG-LNK-NS-01 Pacific Scientific
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
The Pacific Scientific N32HCLG-LNK-NS-01 is a stepper motor from the POWERPAC N Stepper Motors series, featuring a NEMA 34 heavy-duty mounting and a laminated rotor design. It has a holding torque of 8.6 Nm, a 3.38-inch square frame, and a step angle of 1.8 degrees with 200 full steps per revolution. The motor is built with a single straight key shaft, a shaft seal, and comes with a system MS connector.
Internal Product Review
The N32HCLG-LNK-NS-01 is a well-executed Pacific Scientific stepper motor in a NEMA 34 frame with 200 full steps per revolution. Holding torque of 8.6 Nm and step accuracy of ±3% support confident positioning performance in motion control service.
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Product Description:
The N32HCLG-LNK-NS-01 is a stepper motor manufactured by Pacific Scientific and supplied as a member of the POWERPAC N Stepper Motors series. It translates pulse commands from a compatible drive into precise incremental motion, allowing conveyors, index tables, and packaging stations to position loads without feedback sensors. The product is suited to applications where open-loop control is acceptable and a fixed number of shaft steps can be related directly to machine movement. This operating method keeps motion predictable in equipment that uses repeatable indexing and controlled start-stop sequences.
This motor produces 8.6 Nm of holding torque and uses a laminated rotor in a standard housing construction. A full revolution is divided into 200 steps, so each command advances the shaft by the 1.8° step angle, while positional deviation remains within the stated step accuracy. The winding is the standard type and terminates in a 4-lead series arrangement that supports bipolar drive modes. Motor length is kept to 133 mm, and the motor uses a single shaft with a straight key and a shaft seal. Because no feedback device is present, position verification must be handled by the host controller. The insulation system is rated for up to 340 Vdc, which supports the higher DC bus voltages used in many modern stepper drive systems.
The housing follows the NEMA 34 frame size and measures 3.38 inches on each side, giving the motor a square mounting face with adequate room for its magnetic structure. The code identifies the motor as 2 stacks, which corresponds to the internal stack arrangement used for this build. Power and signal conductors are routed through a System MS connector, providing a dedicated connection point at the motor body. Overall dielectric integrity is supported by an insulation resistance of 100 Megohms. The heavy NEMA pilot helps align the motor on the machine face, and the straight-through rotor layout transfers torque directly to the driven load.
