3‑Phase Hybrid Stepper Motors High Efficiency

Superior Performance with Three Phases

High-efficiency 3-phase hybrid stepper motors offer higher torque and greater stability compared to 2-phase models. This configuration is especially beneficial in applications requiring accurate control at medium-to-high speeds while maintaining smooth and quiet operation.

Applications and Tangible Benefits

From production machinery to complex automation systems, 3-phase motors adapt to a wide range of use cases. Their high-efficiency design improves heat dissipation and minimizes vibration, enabling continuous operation. The result is higher productivity and reduced downtime, delivering long-term cost savings
 

Code

Flange

Bipolar
holding
torque
[Ncm]
min.

Step
angle
[°]

Rated
current
[A/ph]

Shaft

Rotor
inertia
[g.cm²]

Depth
[mm]

Class
protection

MT23H331058M302NEMA 23 - 56 mm square90001.2580Single shaft28054.7IP65
MT23H331058M3PNEMA 23 - 56 mm square10201.2580Single shaft22094.2IP65
MT34H331058M301NEMA 34 - 86 mm square41801.2580Single shaft22078.5IP41
MT34H331058M3L1NEMA 34 - 86 mm square41801.2580Single shaft96078.5IP51
MT34H331058M3LCNEMA 34 - 86 mm square41801.2580Single shaft95078.5IP65

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Technologies

High Efficiency stepper motors are designed and manufactured to optimize the motors performance. High efficiency stepper motors have up to 40% more torque than standard stepper motors.

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