ADLINK’s PACwiz features distributed motion control of up to 256 axes and distributed I/O of up to 2016 points, which are time-deterministic. This not only allows configuration of the entire motion profile and I/O topology based on application requirements, but also allows for flexible wiring configurations which simplify and reduce wiring costs between modules by 20% through the use of standard Ethernet cables.
PACs are now becoming the mainstream solution for automation controllers by providing better performance and flexibility by supporting low-cost PC peripherals such as RAM, CompactFlash, Ethernet, and standard monitors,stated Ethan Huang, Senior Product Director at ADLINK.PACwiz is derived from ADLINK’s extensive knowledge of full motion control and high-speed I/O design, combined with support of IEC-61131-3 programming languages to provide traditional PLC users an effortless means to upgrade to a powerful and robust PAC platform.
There are two systems in the PACwiz series: open (PACwiz-MXC) and closed (PACwiz-DPAC). TheopenPACwiz-MXC system is designed using ADLINK’s fanless expandable platform (via PCI and PCIe slots) and is powered by an Intel® Atom™ N270 1.6 GHz processor. The PACwiz-MXC is designed to operate as an I/O controller integrated with I/O and/or distributed motion modules (HSL and Motionnet modules) while providing the flexibility to add other modules, such as a frame grabber. TheclosedPACwiz-DPAC embedded system is designed using ADLINK’s compact and fanless distributed PAC with built-in distributed motion and I/O control solutions using Motionnet and HSL buses.