High Efficiency Linear Actuators

 
Code 
Flange 
Bipolar holding
torque
[Ncm] min.
 
Step angle 
Rated current
[A/ph]
 
Wires number 
Depth
[mm]
 
Shaft 
Rotor inertia
[g.cm²]
 
Class protection 
[°] 
± [%] 
MT08HE12002M4A1NEMA 0.8" - 20 mm square1.501.8050.244 wires for bipolar connection27.20Single shaft2IP20
MT11HE18010M4A2NEMA 1.1" - 28 mm square0.091.8051.004 wires for bipolar connection186.00Linear screw with slide guide rail12IP20
MT11HE18010M4A3NEMA 1.1" - 28 mm square0.091.8051.004 wires for bipolar connection205.00Linear screw with slide guide rail12IP20
MT17HE15010B4A1NEMA 1.7" - 42 mm square24.001.8051.004 wires for bipolar connection33.70Double shaft38IP20
MT17HE19023M4A1NEMA 1.7" - 42 mm square52.001.8052.304 wires for bipolar connection47.70Double shaft81IP20
MT23HE17020B4A1NEMA 2.3" - 56 mm square74.001.8052.004 wires for bipolar connection42.30Double shaft170IP20

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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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