NEMA 17 Stepper Motor 17HS3401S1MD 1.3A 28Ncm Torque for 3D Printer CNC Precise Motion Control

Product: Stepper motor 17HS3401S1MD, Hybrid 2Phase, 1.8 degrees step angle Overview A compact hybrid stepper motor designed for accurate position control and consistent holding torque. Suited for applications that require repeatable microstepping and stable performance with standard 2phase stepper drivers. Key benefits Precise motion: 1.8 degrees step angle provides consistent, predictable increments for accurate positioning. Strong hold and control: 28 N.cm holding torque supports stable static loads and reduces drift when idle. Driver compatibility: Rated at 1.3 A per phase for use with common 2phase bipolar stepper drivers and controllers. Ready to install: Includes motor contactors and a 1 meter connection wire to simplify setup and wiring. Compact hybrid design: Hybrid type construction balances torque and responsiveness for a wide range of motion control tasks. Specifications Model number: 17HS3401S Full model/size: 17HS3401S1MD Type: HYBRID stepper motor Phase: 2 Step angle: 1.8 degrees Current per phase: 1.3 A Holding torque: 28 N.cm Package contents 1PCS 17HS3401S1MD stepper motor Motor contactors included for electrical connection 1PCS 1M wire for motor connection Typical applications 3D printers and desktop CNC axes where accurate incremental motion and reliable holding torque are required. Small robotic joints, pan tilt units, or camera sliders that need predictable step resolution and compatible driver current. Automation equipment such as labelers, feeders, or positioning stages where compact size and stable holding torque improve repeatability. Compatibility and installation notes Designed for standard 2phase bipolar stepper driver systems capable of supplying 1.3 A per phase and supporting 1.8 degree steps. Motor contactors and the included 1 meter wire help simplify wiring; verify connector pinout and driver settings before powering. This product provides a straightforward, specificationdriven solution for motion control projects that need precise stepping, moderate holding torque, and easy integration.