Anaheim Automation MDM60001 User Manual Download Page 8

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Anaheim 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 Value

Table 5 shows the standard resolution values  along with the associated

[ Ohms ]

23D104

2.0

1000

23D108

3.9

1960

23D204

1.8

909

23D209

4.7

2370

23D306

2.9

1450

23D309

4.6

2320

34D106

3.0

1500

34D109

4.8

2400

34D207

3.5

1760

34D209

4.6

2320

34D307

                  3.5

1760

34D311

5.5

2770

                34D314

7.0

2870

   TABLE 4:

 

Resistor Table Selection is based on 6-Lead Step Motors 

                   

Series Coil Configurations

.

The number of microsteps per step is selected by the internal dip switches.

settings for these switches.  The standard waveforms are sinusoidal.

Resolution

Steps/

Switch 1

Switch 2

Switch 3

Switch 4

     Rev

2

400

ON

ON

ON

ON

4

800

OFF

ON

ON

ON

8

1,600

ON

OFF

ON

ON

16

3,200

OFF

OFF

ON

ON

32

6,400

ON

ON

OFF

ON

64

12,800

OFF

ON

OFF

ON

128

25,600

ON

OFF

OFF

ON

256

51,200

OFF

OFF

OFF

ON

5

1,000

ON

ON

ON

OFF

10

2,000

OFF

ON

ON

OFF

25

5,000

ON

OFF

ON

OFF

50

10,000

OFF

OFF

ON

OFF

125

25,000

ON

ON

OFF

OFF

250

50,000

OFF

ON

OFF

Open

TABLE 5

In order to select the microstepping switches, the
top cover plate of the driver  must be removed.
The dip switch is located on the upper left hand
corner as show on the drawing to the right.

 

Summary of Contents for MDM60001

Page 1: ...roduct may directly threaten life or injury Per Anaheim Automation s Terms and Conditions of Sales the user of Anaheim Automation products in life support applications assumes all risks of such use an...

Page 2: ...hase at 75 Volts providing outstanding motor performance This advanced technology reduces ripple current while maintaining the 20kHz chopping frequency in the motor causing less heat in both the motor...

Page 3: ...iption 1 Clock A positive going edge on this isolated input advances the motor one increment The size of the increment is dependent on the Microstep Select Inputs of Switch 1 2 Direction This isolated...

Page 4: ...depend on the value of the resistor used 2 Current Adjust Phase Current Adjustment input A resistor connected between this input and the ground input connector P2 Pin 3 is used to adjust the maximum...

Page 5: ...sed to set the output current of the MDM60001 This sets the peak output current of the sine cosine waves The specified motor current which is the RMS value is multiplied by a factor of 0 7 1 0 or 1 4...

Page 6: ...en pins 1 and 2 of connector P2 the length of the leads should be as short as possible to help minimize noise coupled into the driver MOTOR SELECTION The MDM60001 is a Bipolar driver working equally w...

Page 7: ...f the motor with respect to the direction input will depend on the connection of the motor windings To reverse the direction of the motor with respect to the direction input switch the wires on Phase...

Page 8: ...ries Coil Configurations The number of microsteps per step is selected by the internal dip switches settings for these switches The standard waveforms are sinusoidal Resolution Steps Switch 1 Switch 2...

Page 9: ...ed the MDM60001 will simply take throughput the next step This feature works as an automatic debounce for the Direction and Microstep This high speed MOSFET output is non isolated and has the ability...

Page 10: ...001 the outputs will be disabled and can not be re enabled without resetting or powering down the driver At the same time the open collector FAULT output is turned on The FAULT output is non isolated...

Page 11: ...TORQUE SPEED CURVES Notes...

Page 12: ...Notes...

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