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DCM4826X

Haydon Kerk Stepper Motor Drive DCM4826E
The DCM4826 IDEA Stepper Motor Drive is ideal for controlling both rotary stepper motors and stepper motor based linear actuator systems using a simple pulse, direction, and enable signal from a stepper motor control board. Input voltage to the drive is 12-48 VDC.

The DCM4826 can provide a load current of 2.6A rms per phase. PDE signals are optically isolated from the rest of the drive, providing the ability to reference a separate electrical ground.


Features :
  • RS485 communication protocol
  • Selectable step modes: Full, 1/2, 1/4, 1/8, 1/16, 1/32, 1/64
  • Simple PDE interface for parameter setting
  • Maximum current ratings of 2.6 Arms
  • Compact size: 2.36" x 2.52" x 1.35" (60mm x 64mm x 34.4mm)
  • Specifications +


    Part Number DCM4826X
    Drive Input Voltage Range
    12 to 48 VDC
    Maximum Drive Current/Phase
    2.6 A rms
    Step Modes Full, Half, 1/4, 1/8, 1/16, 1/32, 1/64
    Communications RS-485
    Digital Inputs Voltage Range  0 to 24 VDC
    Digital Input Max Current 35 mA (each)
    Digital Input Minimum Pulse Width 5 µs
    Max. Pulse Input Frequency 100kHz (0-5V square wave)
    Maximum Temperature 70°C measured at heat sink
    Size 64 x 60 x 34.4 mm

  • Dimensional Drawings +


    DCM4826 Stepper Motor Drive
  • Connection Diagrams +


    I/O Connector  TABLE "A"
    PIN # DESCRIPTION
    1 OPTO GROUND
    2 ENABLE
    3 DIRECTION
    4 PULSE
    5 GROUND
    6 +5 TO 24 VDC 
    Communication Connector TABLE "B"
    PIN # DESCRIPTION
    1 Y / NON-INVERTING DRIVER OUTPUT
    2 Z / INVERTING DRIVER OUTPUT
    3 GROUND
    4 GROUND
    5 A / NON-INVERTING RECEIVER INPUT
    6 B / INVERTING RECEIVER INPUT
  • Downloads +


    Interface Software
    Drive Manuals