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Anaheim Stepper MDM60001 Users Guide

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Page 2 12TABLE OF CONTENTS
PAGE
INTRODUCTION...............................2
ORDERING INFORMATION...........................3
DESCRIPTION ..........................................4
DRIVER TERMINAL DESCRIPTION P1...............4
DRIVER TERMINAL DESCRIPTION P2...............5
WIRING DIAGRAM................................6
SPECIFICATIONS.................................7
OUTPUT CURRENT......................................8
DETERMINING OUTPUT CURRENT..................8
SETTING OUPUT...

Page 3 344 Amp Microstep DriverMDM40001
6 Amp Microstep DriverMDM60001 (This Manual)
10 Amp Microstep DriverMDM10001
40VDC Power SupplyPSA40V4A (For MDM40001)
40VDC Power SupplyPSA40V8A-2 (For MDM40001)
Includes +5Vdc Supply
65VDC Power SupplyPSA65V5A (For MDM60001)
65VDC Power SupplyPSA65V5A-2 (For MDM60001)
Includes +5Vdc Supply
80VDC Power SupplyPSA80V4A (For MDM10001)
Shielded Motor CableAA129010S ORDERING INFORMATION FOR ANAHEIM AUTOMATION
MICROSTEP DRIVERS AND ACCESSORIES PIN DESCRIPTIONS P1...

Page 4 56PIN DESCRIPTIONS P2
Pin#Description
1Reduce Current: Phase Current Reduction Input. A resistor
between this pin and pin 2 (Connector P2, Current Adjust) will
proportionately reduced the current in both windings (1 second after
the last positive going edge of the step clock input). The amount of
current reduction will depend on the value of the resistor used.
2Current Adjust: Phase Current Adjustment input. A resistor
connected between this input and the ground input (connector P2,
Pin 3) is used...

Page 5 78SPECIFICATIONSDETERMINING OUTPUT CURRENT
ABSOLUTE MAXIMUM RATINGS The output current for the motor used when microstepping is determined differently from
INPUT VOLTAGE+24 TO +75 VDC
OUTPUT CURRENT6 AMPS PEAK
PLATE TEMPERATURE70° C
STORAGE TEMPERATURE40° TO +125° C
INPUT CURRENT (PINS 1, 2, 4, 5)15 mA Max
ELECTRICAL SPECIFICATIONS (TA=25E EC, V+ = 75VDC)
ITEMTEST CONDITIONMINTYPMAXUNIT
S
Input Voltage2475V
Phase Output CurrentRMS1 4A
Phase Output CurrentPeak1.46A
Quiescent Current Outputs...

Page 6 910RMS Reduction Current (Amps)=(.707)(.002)xR(Adjust)xR(Reduction) R(Adjust)+R(Reduction) REDUCING OUTPUT CURRENTSTEP MOTOR CONFIGURATIONS
Reducing the output current in the MDM60001 can be accomplished by connecting ancurrents. Shown below are different lead configurations and the procedures to determine
external resistor (1/8 watt or higher) between pins 1 and 2 of connector P2 and ocurrstheir output current.
automatically 1 second...

Page 7 11124 Lead Motors CONNECTING THE STEP MOTOR
Use the specified series motor current to determine the current adjustment resistor value.
Four Lead Motors are usually rated with their appropriate series current, as opposed to the
Phase Current which is the rating for 6 and 8 lead motors.
8 Lead Motors
Series Connection: When configuring the motor windings in series, multiply the per Phase
(or unipolar) current rating by 0.7. Use this result to determine the current adjustment
resistor value.
Parallel...

Page 8 1314Anaheim Automation Step Motor Selection Guide MICROSTEP SELECTION
Part Number
suffix:
single shaft - “S”
dual shaft - “D” Motor Current
(Unipolar Rating)
[ Amps ]Series Configuration
1% Resistor ValueTable 5 shows the standard resolution values along with the associated
[ Ohms ]
23D1042.01000
23D1083.91960
23D2041.8909
23D2094.72370
23D3062.91450
23D3094.62320
34D1063.01500
34D1094.82400
34D2073.51760
34D2094.62320
34D307 3.51760
34D3115.52770
34D3147.02870...

Page 9 1516FULLSTEP OUTPUT SIGNALTIMING
The MDM60001 has an active LOW open drain output at Connector P1, Pin 7 labeled ONThe Direction and Microstep Resolution Select inputs are synchronized with the positive
F/S OUT. This output is TRUE (active low) for the duration of the full step. A full stepgoing edge of the Step Clock input. When the Step Clock input goes high, the Direction
occurs when either Phase 1&3 or Phase 2&4 cross through zero (ie. full current in oneand Microstep Select inputs are latched and...

Page 10 1718FAULT PROTECTIONTORQUE/SPEED CURVES
The MDM60001 is internally protected against over temperature, over/under voltage, and
short circuits.
The over temperature set point is between 60C and 70EC. Care should be taken when
choosing a heatsink so that there is good thermal flow, otherwise hot spots may occur in
the MDM60001 which will reduce the effectiveness of the thermal protection.
The short circuit protection consists of PHASE to PHASE, PHASE to GROUND, and +V
to PHASE.
In the condition where the...

Page 11 TORQUE/SPEED CURVESNotes:

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