Value
    System Integrators
    Invisible Employees
    Great Service
Engineering
    Motion
    Drives
    Web Tension
    PLC's
    MMI
    Networks
    Retrofits
    Recommendations
    Applications
Panel  Assembly
CAD Services
Customers
Home
Site Map
The Greater Design



MoPro
Motion Controllers

GENERAL DESCRIPTION   They are intended for use with both servos and steppers and have been designed for use in a wide range of applications, including Machine Tool, Factory Automation, Material Handling, Packaging, Medical Equipment, and Robotics. MoPro Controllers are powerful, featuring two to six axes of linear interpolation and simultaneous coordinated path movement.

T
he Servo Controls and Systems Division of CMC offers a complete line of controllers designed to operate in a personal computer or as a stand-alone device operating independently. You will find most of your motion control needs will be satisfied with our MoPro Controllers. Whether you need to control a servo, stepper or a combination of both technologies from a single controller, CMC has the controller to fulfill your needs.
STANDARD FEATURES
-Stand-alone models (MoPro 3) and PC Bus models (MoPro 2, 4)
-Up to 6 axis of linear interpolation
-Up to 6 axis of simultaneous
coordinated path movement
-Independent & simultaneous control of
up to 6 axis
-Servo and/or stepper control
-PID filtering with feed forward
compensation for optimum servo performance
-1000 lines of stored program EEPROM
memory
-DSP controller performance
-User scalable units
-Stand-alone models can be daisy
chained

cmc_mopro.jpg (10254 bytes)

PROGRAMMABLE CAPABILITIES
Exclusive Motion Science Control Software for:
   Teaching
   System diagnostics
   Edit/Debug utility
   Tuning Diagnostics
   User programmable software variables

 

 

If you would like a quote or additional discussion on the MoPro Controller or other CMC products,
please let us know how to contact you.

Name

Company

Title

Email


Comments


 

 

 

 

 

 

Send mail to waynekemp@tech4.com with questions or comments about this web site.
Last modified: July 18, 2002