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MDrive17 Speed Control Datasheet  

REV121704

    1

DESCRIPTION

The MDrive17 Speed Control offers 
the system designer low cost, intelli-
gent velocity control integrated with a 
NEMA 17 high torque stepping motor 
and a +12 to +48 volt microstepping 
driver.

The MDrive17 Speed Control fea-
tures a digital oscillator for accu-
rate velocity control with an output 
frequency of up to 100 kilohertz. 
Output frequency will vary with the 
signal applied to the speed control 
input. Speed can be adjusted by 15-
25kHz PWM, 0-20mA, 4-20mA or 
0 to +5 volts.

There are two basic modes of opera-
tion: bidirectional and unidirectional. 
By moving the center point, both 
speed and direction are controlled 
by the IMS Analog Speed Control GUI. 
By setting the center point to zero or 
the lower end of the potentiometer, 
only velocity is controlled by the speed 
control input; direction is controlled 
by a separate digital input.

The MDrive17 Speed Control has 12 
setup parameters, confi gured  using 
the supplied IMS Analog Speed Con-
trol GUI. The setup parameters en-
able the user to confi gure all MDrive 
operational parameters which are 
stored in nonvolatile memory. 

The versatile, compact MDrive17 
Speed Control is available in multiple 
confi gurations to fi t various system 
needs. These options include a single 
shaft rotary motor, a dual shaft rotary 
motor available with optical encoder 
or control knob, a planetary gear-
box, or a long life Acme screw linear 

actuator. The rotary MDrive17 is 
available in single, double and triple 
stack sizes: 13, 15 & 19. Interface 
connections are accomplished us-
ing either a 7 position pluggable 
terminal strip or 12.0” (30.5cm) 
fl ying leads. 

CONFIGURING

The IMS Analog Speed Control is 
a required software GUI for quick 
and easy parameter setup of the 
MDrive17 Speed Con 

trol from a 

computer par 

al lel/SPI port. GUI 

access is via the IMS SPI In 

ter -

face in 

clud ed on the CD shipped 

with the product, or down 

load at 

www.imshome.com. An optional 
Parameter Setup Cable is available 
for ease of connecting and confi gur-
ing the MDrive.

IMS Analog Speed Control features:

 

Easy installation.

 Automatic detection of MDrive 

version and communication 
confi guration.

Will not set out-of-range values.

 Tool-tips display valid range 

setting for each option.

Single screen interface 

(below).

Confi guring the MDrive Speed Control 
is simplifi ed with the IMS Analog Speed 
Control's single screen interface.

FEATURES

  Integrated Variable Speed 

Controller, Microstepping Driver 
and NEMA 17 High Torque 1.8° 
Stepping Motor

  +12 to +48 VDC Input Volt age

  Digital Oscillator for Accurate 

Speed Control

 Low Cost

 Extremely Compact

 Available Confi gurations:

 - Single 

Shaft*

  - Long Life Linear Actuator
 - Optical 

En 

cod er*

  - Control Knob for Manual 

 Positioning*

  - Integrated Planetary Gearbox*

 Three Stack Sizes Available*

  Electronically Confi gurable

 (Eliminates 

Potentiometers):

  - Motor Run/Hold Current
 - Acceleration/Deceleration
  - Initial and Max Velocity
  - Speed Control Input Source
  - Microstep Resolution to    

  256 Microsteps/Full Step

  2 Modes of Operation:

  Bidirectional or Unidirectional

  15-25kHz PWM, 0-20mA, 

4-20mA or 0 to +5 VDC 
Speed Control Input with 
Programmable Center Point

  Single Supply

  Interface Uses Pluggable 

Terminal Strip or 12.0" 
(30.5cm) Flying Leads

  Graphical User Interface (GUI) 

for Quick and Easy Pa ram e ter 
Setup

* Rotary Motor Only

Patent Pe

nding

TM

SPEED CONTROL

Содержание Excellence in Motion MDrive17

Страница 1: ... us ing either a 7 position pluggable terminal strip or 12 0 30 5cm flying leads CONFIGURING The IMS Analog Speed Control is a required software GUI for quick and easy parameter setup of the MDrive17 Speed Control from a computer parallel SPI port GUI access is via the IMS SPI Inter face included on the CD shipped with the product or download at www imshome com An optional Parameter Setup Cable is...

Страница 2: ...ps sec 400 VM Maximum Velocity 1 to 100000 steps sec 20000 PARAMETERS All parameters are set using the supplied IMS Analog Speed Control GUI An optional Parameter Setup Cable is recommended with first orders PIN WIRE ASSIGNMENTS ENCODER PIN ASSIGNMENTS ENCODER Single End ENCODER Differential PIN FUNCTION PIN FUNCTION PIN FUNCTION 1 GROUND 1 NO CONNECT 6 CHANNEL A 2 INDEX 2 5 VDC INPUT 7 CHANNEL B ...

Страница 3: ... oz in 1 47 N cm Rotor Inertia 0 00080 oz in sec2 0 057 kg cm2 Weight Motor Driver 10 5 oz 297 7 g MD1719 Triple Stack Holding Torque 74 9 oz in 52 9 N cm Detent Torque 3 47 oz in 2 45 N cm Rotor Inertia 0 00116 oz in sec2 0 082 kg cm2 Weight Motor Driver 15 1 oz 428 1 g MD1713 Linear Actuator Maximum Thrust 50 lbs 222 N Maximum Screw Deflection 1 Backlash 0 005 in 0 127 mm Weight without screw 10...

Страница 4: ...t Side with Ball Bearing Maximum Load Radial lb force N 36 160 52 230 67 5 300 Maximum Load Axial lb force N 11 50 18 80 25 110 Weight Gearbox Only oz g 14 3 406 17 9 508 21 5 609 Weight Gearbox NEMA Flange oz g 14 8 420 18 5 525 22 2 630 M3 x 0 276 7 0 Deep 1 22 31 0 1 22 31 0 1 657 SQ 42 1 SQ Key DIN 6885 A 3x3x16mm Ctrg DIN 332 D M3 0 08 2 0 Ø 0 315 0 0 0004 Ø 8 0 0 0 009 Ø 0 866 0 0 002 Ø 22 0...

Страница 5: ... SQ 42 2 SQ Ø 0 866 Ø 22 00 0 000 0 002 0 051 2 16 54 9 P2 P1 1 33 33 8 Interface Option 1 22 0 004 SQ 31 0 0 1 SQ 4X M3x0 5 THREAD x 0 15 MIN DEEP 1 22 0 004 SQ 31 0 0 1 SQ 0 177 0 002 4 5 0 05 Interface Option 0 59 0 02 15 0 0 5 0 08 2 0 Ø 0 1968 Ø 5 0 0 000 0 0005 0 012 4X M3x0 5 THREAD x 0 15 MIN DEEP LMAX LMAX2 P2 P1 1 33 33 8 0 94 0 02 24 0 0 5 2 16 54 9 1 67 SQ 42 4 SQ Ø 0 866 Ø 22 00 0 000...

Страница 6: ...e Clamp Type Terminal Strip C 0 0003125 B 0 000625 A 0 00125 D 0 00015625 N S Single End D Differential Line Counts 100 200 250 400 500 1000 L E Screw Type Travel Full Step Encoder Control Knob Linear Actuator OPTIONS Example 4 MDOP1719ED500 Adds a 500 line count Differential Encoder to the part shown in example 1 Example 2 MDOP1719N Adds a Control Knob to the part shown in example 1 Example 5 MDO...

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