DCM8027 & DCM8054

Haydon Kerk Stepper Motor Drive DCM8027-DCM8054
The Haydon Kerk DCM8054/8027 is a fully digital stepper drive developed with advanced DSP control algorithm based on the latest motion control technology. It has achieved a unique level of system smoothness, providing optimal torque and nulls mid‐range instability. Compared with traditional analog drives, DCM8054/8027 can drive a stepper motor at much lower noise, lower heating, and smoother movement. Its unique features make DCM8054/8027 an ideal choice for high performance applications.

Features :
  • User friendly chopper drive
  • Anti‐Resonance provides optimal torque and nulls mid‐range instability
  • Soft‐start with no “jump” when powered on
  • 14 selectable resolutions in decimal and binary
  • TTL compatible and optically isolated input
  • Automatic idle‐current reduction
  • Up to 80VDC input voltage (for Europe 70 VDC max.)
  • Specifications +


    Part Number DCM8027 DCM8054
    Drive Input Voltage Range
    20 to 80 Vdc 20 to 80 Vdc
    Maximum Drive Current/Phase
    2.8 A rms 5.5 A rms
    Step Modes
    14 selectable
    Motor Winding Type Bipolar
    Max. Pulse Input Frequency 20Khz 
    Maximum Temperature 70° measured at heat sink
    Chopper Frequency 500Khz
    Size
    115 x 97 x 31 mm 115 x 97 x 48 mm

  • Dimensional Drawings +


    DCM8027
    DCM8054

  • Connection Diagrams +


     Power and Motor Connector
    Pin Name Description
    1 GND Power Ground (Negative)
    2 V+ Power Supply Input +20 to 80 VDC
    3 A+ Motor Phase A+
    4 A- Motor Phase A-
    5 B+ Motor Phase B+
    6 B- Motor Phase B-
     Input Connector
    Pin # Name Description
    1 PUL+ (+5V) Pulse Signal
    2 PUL- (PUL) Pulse Signal
    3 DIR+ (+5V) Direction Signal
    4 DIR- (DIR) Direction Signal
    5 ENA+ (+5V) Enable Signal
    6 ENA- (ENA) Enable Signal
  • Downloads +


    Drive Manuals