57STH64 High Precision Hybrid Stepper Motor
57STH64M
The 57STH64-High Precision is a 2 phases 0.9° hybrid stepper motor. This high resolution stepper motor has half the step angle of standard stepper motors. The high precision type increases motor resolution from 200 steps/revolution to 400 steps/revolution. Smaller step angles can be achieved by half-step driving or microstep driving. If the pulse speed is within resonance region, vibration may increase. The stopping accuracy improves as the torque increases while minimizing the negative effect of the frictional load. Resonance regions can be avoided by switching to a 0.9° high-resolution type stepper motor.
Product Highlights
Stepper motor (Nema 23)
Bipolar (4 lead wires)
Step angle 0.9° (400 pulse/rev)
Holding torque >1.2Nm
Applications
Factory Automation Equipment
Lab Automation
Pharmaceutical Dispensing
Surveillance Systems
Textile Yarn Guide
Valve Actuation
XYZ Axes
57STH64 High Precision Hybrid Stepper Motor
57STH64M
The 57STH64-High Precision is a 2 phases 0.9° hybrid stepper motor. This high resolution stepper motor has half the step angle of standard stepper motors. The high precision type increases motor resolution from 200 steps/revolution to 400 steps/revolution. Smaller step angles can be achieved by half-step driving or microstep driving. If the pulse speed is within resonance region, vibration may increase. The stopping accuracy improves as the torque increases while minimizing the negative effect of the frictional load. Resonance regions can be avoided by switching to a 0.9° high-resolution type stepper motor.
Product Highlights
- Stepper motor (Nema 23)
- Bipolar (4 lead wires)
- Step angle 0.9° (400 pulse/rev)
- Holding torque >1.2Nm
Applications
- Factory Automation Equipment
- Lab Automation
- Pharmaceutical Dispensing
- Surveillance Systems
- Textile Yarn Guide
- Valve Actuation
- XYZ Axes
