17 single-axis bipolar stepper motor, 1.8 ° stepper, 36N · cm torque, 1.58A current, 39mm body, 4-wire

precision NEMA 17 stepper motor-1.8 step angle, 36N · cm torque, 1.58a,39mm body, 4-wire

Overview

This NEMA 17 step design of electrical motor is used for reliable, high-precision performance in compact form factors. With 1.8 step angle, 36N · cm(51 oz. in) holding torque at rated current of 1.58A per phase.
with 39mm body length and circular shaft design, the style 4-wire bipolar motor is very suitable for precision applications such as high-precision 3D printers, compact numerical control systems, camera slider and PTZ.

✅Key electrical specifications

model type: 17HB15-1584S

motor type: bipolar stepper

step angle: 1.8 each step

rated current/phase: 1.58a

holding torque: 36N · cm(51oz. in)

phase resistance: Ω

inductance: 3.2mH ± 20%(1kHz)

insulation grade: B(130°C/266°C)

✅Mechanical specification

frame size: 42 x42x39mm

motor length: 39mm

shaft type: circular

shaft diameter: 5mm

shaft length: 9.5mm

lead: 4

Lead Length: 500mm

✅Perfect for

high precision 3D printers

compact CNC system

camera slider & Head

automated optical system

robot technology with tight motion tolerance

✅Why did you choose this motor?

if your project needs accurate and repeatable motion in a compact motor, this stepper is built for work. With reliable torque output and high resolution stepping, it provides solid performance on many motion control platforms.