Stepping motors rotate at fixed angles with digitally controlled electronic pulses and they are able to start, stop and position with good control characteristics. Hybrid-type stepping motors consist of a rotor with permanent magnets and magnetic bodies, and by using ball bearings they can perform highly precise and reliable motions. Stepping motors can be used in wide range of applications, such as copy machines, multifunction printers, medical equipment, semiconductor manufacturing equipment, factory automation equipment, robots and other industrial equipment.

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    Model

    Outer Diameter
    [mm]

    Step Angle
    [°]

    Drive Sequence

    Rated Current
    [A]

    Resistance
    [Ω]

    Holding Torque
    [mN・m]

    Inductance
    [mH]

    Rotor Inertia
    [g・cm2]

    Detent Torque
    [mN・m]

    Mass
    [g]

    11PM-K043U 28.0 1.800 UNI-POLAR 1.10 2.50 75 1.20 8.00 4.40 100
    11PM-K142U 28.0 1.800 UNI-POLAR 1.10 2.90 105 1.20 13.00 5.40 130
    11PM-K241U 28.0 1.800 UNI-POLAR 1.10 3.40 145 1.80 16.00 8.00 200
    11PM-K043B 28.0 1.800 BI-POLAR 1.50 1.30 100 1.20 8.00 4.40 100
    11PM-K142B 28.0 1.800 BI-POLAR 1.50 1.50 145 1.20 13.00 5.40 130
    11PM-K241B 28.0 1.800 BI-POLAR 1.50 1.70 200 1.80 16.00 8.00 200
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    Model

    size "L"
    [mm]

    size "L"
    [Inch]

    11PM-K0** 32.5 1.28
    11PM-K1** 41.0 1.61
    11PM-K2** 52.0 2.05
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    PHASE

    A

    A COM

    A/

    B

    B COM

    B/

    PIN NO. 4 5 6 3 2 1
  • Associated Data

    CAD

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