E32NCLP-LNF-NS-00 Kollmorgen
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The Kollmorgen E32NCLP-LNF-NS-00 is a stepper motor from the E Hybrid Stepper Motors series with a NEMA 34 frame and weighs 5.3 pounds. It features a holding torque of 673 oz-in, operates at a rated current of 4.1 Amps, and supports a step angle of 1.8 degrees for 200 steps per revolution. The motor uses SIGMAX construction, has a smooth shaft, and comes with a system MS connector.
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Product Description:
The E32NCLP-LNF-NS-00 is a hybrid stepper motor produced by Kollmorgen within the E Hybrid Stepper Motors series. This two-phase device converts incoming pulse trains into precise angular increments for indexing tables, pick-and-place axes, and other positioning tasks that do not require closed-loop feedback. By combining a permanent-magnet rotor with SIGMAX construction, the motor achieves high detent torque and accurate microstepping while maintaining a compact size for industrial automation assemblies.
With a NEMA 34 frame, the motor fits standard flanges, and its two stacks are wired as a four-lead series circuit accessed through a System MS connector. The smooth shaft simplifies coupling to gearheads or pulleys. A full-step increment of 1.8 ° produces 200 steps per revolution, with positioning accuracy maintained within ±1.5 %. Static holding torque reaches 673 oz-in at a rated phase current of 4.1 A. The windings have a resistance of 0.74 Ω and an inductance of 8.9 mH. These electrical characteristics allow the motor to synchronize accurately with microstepping drives across a broad frequency range, while the winding design supports maximum torque at high speed.
The shaft tolerates axial loads up to 180 lb and radial loads up to 35 lb. Rotor inertia is 0.0170 oz-in-s², supporting rapid acceleration without excessive overshoot. A mass of 5.3 lb works with a thermal resistance of 2.7 °C/W to keep the winding temperature below the limit of Class B (130 °C) insulation. The insulation resistance is 100 megohms, and the winding system withstands 340 VDC. Continuous operation is permitted from −20 °C to +40 °C, covering common temperature conditions in industrial automation systems.
