NEMA 23 57HS112-3004 Hybrid Bipolar Stepper Motor
The 57HS112-3004 is a robust NEMA 23 hybrid bipolar stepper motor engineered for heavy-duty CNC machines and demanding digital fabrication applications. Delivering 30.61 kg-cm of holding torque, this motor ensures precise, reliable, and powerful motion control for tasks requiring higher force than standard NEMA 17 motors.
Features
- Powerful NEMA 23 hybrid bipolar stepper motor.
- Delivers 30.61 kg-cm (3.1 N.m) holding torque at 4.2A.
- Ideal for heavy-duty CNC milling, routing, and automation.
- Offers superior torque and responsiveness compared to NEMA 17.
- Provides precise 1.8-degree step control for high accuracy.
Out of stock
The 57HS112-3004 NEMA 23 Hybrid Bipolar Stepper Motor is specifically engineered to meet the rigorous demands of larger CNC machinery and industrial automation requiring substantial torque. This motor surpasses the capabilities of NEMA 17 stepper motors, providing significantly higher torque output, especially beneficial for moving heavy gantry systems or cutting tough materials with precision.
Its robust construction and 1.8-degree step angle ensure highly repeatable and accurate positioning, making it an essential component for applications where precise motion control is critical. With excellent response to starting, stopping, and reversing pulses from a stepper motor driver, the 57HS112-3004 offers dependable performance, contributing to enhanced machine efficiency and end-product quality in demanding digital fabrication environments.
Additional Information
| Weight | 1.671 kg |
|---|---|
| Dimensions | 14 × 6 × 6 cm |
