JK57HS112-3004-17F NEMA23 Hybrid Stepper Motor D-Shaft
The JK57HS112-3004-17F NEMA23 Hybrid Stepper Motor delivers robust 30.61 kg-cm holding torque at 4A per phase, making it ideal for heavy-duty CNC machinery and larger digital fabrication equipment. Its D-type shaft ensures secure coupling and reliable power transmission.
Features
- High 30.61 kg-cm holding torque for demanding motion control applications.
- NEMA 23 frame size, suitable for heavy-duty CNC machines and larger projects.
- 1.8° step angle ensures precise positional control.
- Features a robust D-type shaft (6.35mm diameter) for enhanced grip and power transfer.
- Operates efficiently with 4A/phase current and 4 lead wires for straightforward integration.
Out of stock
The JK57HS112-3004-17F NEMA23 Hybrid Stepper Motor is engineered for demanding applications that require substantial torque and reliable motion control. With a significant holding torque of 30.61 kg-cm at 4A per phase, this motor excels in heavy-duty CNC machines, industrial automation, and larger-scale 3D printing systems where robust and accurate movement is paramount.
Position control is managed through a straightforward Open Loop mechanism, eliminating the need for complex and costly electronic control circuitry, which simplifies integration and reduces overall system expense. The motor’s shaft is meticulously machined with a D-type profile, providing superior grip with pulleys, drive gears, and couplings to effectively prevent stalls or slips during operation. This design ensures consistent and precise performance, critical for maintaining accuracy in high-load environments.
Additional Information
| Weight | 1.69 kg |
|---|---|
| Dimensions | 11.2 × 5.7 × 5.7 cm |
