AmetekHaydonKerk AmetekAMS

AC Synchronous

36000 Series Can-Stack Stepper Motor Linear Actuator
Stepping motors can also be run on AC (Alternating Current).  However, one phase must be energized through a properly selected capacitor.  In this case the motor is limited to only one synchronous speed.  For instance, if 60 hertz is being supplied, there are 120 reversals or alterations of the power source.  The phase being energized by a capacitor is also producing the same number of alterations at an offset time sequence.  The motor is really being energized at the equivalent of 240 steps per second.
  • Specifications +


      Linear Speed
    @ 60 Hz
    Linear Speed
    @ 50 Hz
    Maximum
    Force
    Motor Part No.
    (inches/sec.)
    (cm/sec.) (inches/sec.)
    (cm/sec.) (lbs.)
    (Newtons)
    Z20541-24-700
    0.24 0.610 0.20 0.508 5.5 24
    Z20542-24-700
    0.48 1.219 0.40 1.016 3.0 13
    Z20544-24-700
    0.96 2.438
    0.80 2.032 1.8 8
    A26443-24 0.12 0.305 0.10 0.254 7.4 33
    A26441-24 0.24 0.610 0.20 0.508 4.4 20
    A26542-24 0.48 1.219 0.40 1.016 3.5 16
    A26544-24 0.96 2.438 0.80 2.032 2.0 9
    Z26443-24-700 0.12 0.305 0.10 0.254 13.0 58
    Z26441-24-700 0.24 0.610 0.20 0.508 8.3 37
    Z26542-24-700 0.48 1.219 0.40 1.016 6.6 29
    Z26544-24-700 0.96 2.438 0.80 2.032 3.3 15
    A36443-24 **
    0.12 0.305 0.10 0.254 16.0 71
    A36441-24 **
    0.24 0.610 0.20 0.508 12.0 53
    A36442-24 **
    0.48 1.219 0.40 1.016 6.0 27
    A36544-24 **
    0.96 2.438 0.80 2.032 3.0 13
    A46443-24 **
    0.12 0.305 0.10 0.254 43 191
    A46441-24 **
    0.24 0.610 0.20 0.508 34 151
    A46442-24 **
    0.48 1.219 0.40 1.016 20 89
    A46544-24 **
    0.96 2.438 0.80 2.032 11 49
    A46548-24 **
    1.92 4.877 1.60 4.064 5.4 24
    A4654G-24 **
    3.84 9.754 3.20 8.128 2.7 12

    ** Select motors available with 24 Volts or 120 Volts (replace 24 with 120)


  • Wiring Diagram +



    AC Synchronous Can Stack Linear Capacitor
  • Part Number Guide +



    A

    36

    5

    4

    2

    -

    24

    -

    800

    Prefix

    Series Number
    Designation

    Style

    Coils

    20000 and Z20000 Series Code ID
    Resolution Travel/Step

    26000 Series Code ID Resolution Travel/Step

    36000 Series Code ID Resolution Travel/Step


    Voltage


    Suffix

    A=A Coil

    Z=Economy Series (For 20000 and 26000 Series only)

    20=20000 (Ø20mm, .79-in)
    26=26000 (Ø26mm
    1-in)

    36=36000 (Ø36mm, 1.4-in)
    46=46000 (Ø46mm, 1.8-in)

    3=7.5° Non-Captive
    4=7.5° Captive or External (use “E” or “K” Prefix for External version)
    5=15° Captive or External (use “E” or “K” Prefix for External version
    8=15° Non-Captive

    4=Bipolar
    (4 wire)



    1=.001-in (.0254)
    2=.002-in (.051)
    4=.004-in (.102)

    1=.001-in (.0254)
    2=.002-in (.051)
    3=.0005-in (.013)
    4=.004-in (.102)
    9=.00025-in (.00635)

    Z26000 Series Code ID Resolution Travel/Step

    1=.001-in (.0254)
    2=.002-in (.051)
    3=.0005-in (.013)
    4=.004-in (.102)
    AS=.04166-in (.00164)

    1=.001-in (.0254)
    2=.002-in (.051)
    3=.0005-in (.013)
    4=.004-in (.102)

    High Resolution

    7=.000125-in (.0032)
    9=.00025-in (.00635)

    46000 Series Code ID Resolution Travel/Step

    1=.001-in (.0254)
    2=.002-in (.051)
    3=.0005-in (.013)
    4=.004-in (.102)
    8=.0008-in(.203)
    G=.016-in (.406)


    24=24 VDC


    800=External Linear (added to Captive shaft part number)
    XXX=Proprietary suffix assigned to a specific customer application. The identifier can apply to either a standard or custom part.


    NOTE: Dashes must be included in Part Number (–) as shown above. For assistance call our Engineering Team at 203 756 7441.