Product Description:

The N41HCLM-LNK-NS-01 is a hybrid stepper motor produced by Pacific Scientific as part of the POWERPAC N Stepper Motors series. It converts digital pulse commands into incremental mechanical motion for indexing tooling, moving conveyors, and positioning light gantry axes where predictable step response is required. Because motion is commanded in fixed step increments, the motor suits applications that need repeatable positioning without separate encoder hardware. A laminated rotor, a single straight-key shaft, and a shaft seal help the unit resist common factory contamination while maintaining stable mechanical engagement.

The motor uses a NEMA 42 frame for compatibility with heavy-duty NEMA brackets, and the housing has a 4.325 in. square frame, which fits standard machine layouts. Its four-lead series winding draws phase current through a System MS connector and develops a holding torque of 11.5 Nm, which helps the shaft remain stable at standstill under medium-inertia loads. Each electrical cycle advances the rotor by a 1.8° step, yielding 200 full steps per revolution for straightforward microstepping and pulse scaling in common motion controllers. A keyed shaft and rigid mounting arrangement support direct coupling to pulleys, sprockets, or gearheads without additional adapters.

Overall stack depth is 99 mm, which helps keep the motor compact for installations with limited axial space and frequent start-stop motion profiles. Average single-step positioning error stays within ±3%, supporting consistent incremental moves over repeated cycles in indexing and transfer applications. Electrical insulation is verified at 100 Megohms and withstands up to 340 Vdc, which helps protect the windings and supports use with isolated DC stepper drives. This layout suits open-loop systems that rely on predictable incremental movement rather than feedback-based correction.