Motion controllers

Friday, 17 April, 2009 | Supplied by: Automated Handling & Packaging Pty Ltd


ACS Motion Control has designed high-performance motion control modules for electronic and test assembly applications.

The SPiiPlus series and MC4U series combine high velocities of metres per second with sub-micron resolution using sin-cos multipliers for optimal accuracy.

All motion controllers provide servo control algorithm execution at a fixed rate of 20 kHz for each axis. Pressure techniques, such as a true third-order motion profile, allow the controllers to reduce settling time and vibration.

The controllers offer distributed multi-processor control architecture for high-performance motion. The controllers can change motion profiles on the fly based on vision sensor input.

Controllers can also provide sub-nanometre position interpolation of sin-cos encoder feedback.

They feature software that includes a tool suite to shorten machine development cycles. Optimised for motion control applications, the tools provide easy set-up, tuning and programming and application simulation.

The software enables the implementation of highly complex motion-time-event sequences with accurate positioning and timing. In addition, up to 10 programs can run simultaneously with multiple interactions and synchronised processes.

The PLC Open compliant control software is designed to support the IEC61131-3 programming language and allows users to program using any of the five languages in addition to ACSPL+.

Online: www.authanpack.com.au
Phone: 03 9720 8745
Related Products

NXP Semiconductors MCX series industrial and IoT microcontrollers

The MCX series of industrial and IoT microcontrollers features an innovative power architecture...

ADLINK COM-HPC-mMTL embedded module

The COM-HPC-mMTL embedded module features up to 16x PCIe lanes, 2 SATA interfaces and USB 3.0/2.0...

Axiomtek ROBOX300 robotics controller

The ROBOX300 robotics controller from Axiomtek is designed for autonomous mobile robots and...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd