High Efficiency With Brake

 
Code 
Flange 
Bipolar holding
torque
[Ncm] min.
 
Step angle 
Rated current
[A/ph]
 
Wires number 
Depth
[mm]
 
Shaft 
Rotor inertia
[g.cm²]
 
Class protection 
[°] 
± [%] 
MT17HE18017B4F1NEMA 1.7" - 42 mm square45.001.8051.704 wires for bipolar connection43.70Double shaft69IP20
MT23HE22015B4F1NEMA 2.3" - 56 mm square100.001.8051.504 wires for bipolar connection53.30Double shaft280IP20
MT24HE35040B4F1NEMA 2.4" - 60 mm square250.001.8054.004 wires for bipolar connection85.50Double shaft900IP20
MT34HE26068B4F1NEMA 3.4" - 86 mm square410.001.8056.804 wires for bipolar connection67.50Double shaft with protrusion over the brake950IP20
MT34HE31042B8F1NEMA 3.4" - 86 mm square594.001.8054.208 wires for bipolar parallel or bipolar series connection78.50Single shaft1400IP20
MT34HE47060B8F1NEMA 3.4" - 86 mm square1180.001.8056.008 wires for bipolar parallel or bipolar series connection118.50Single shaft2500IP30

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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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