B&R Automation APC910 automation controller

Friday, 15 March, 2013 | Supplied by: Daanet Pty Ltd


Based on the third-generation Intel Core i-series processors, the B&R Automation PC 910 (APC910) offers maximum computing power for complex tasks, such as sophisticated machine vision and multiaxis motion systems.

Industrial PCs are characterised by taking a standard ‘Wintel’ approach, and waving the ruggedising wand over the case and components; improving tolerance to vibration, and providing cabinet mounts. Add a solid state drive and its reliability is significantly enhanced compared to a workstation bought from an appliance retailer. The APC910 is fanless and cableless, and has the option of a built-in UPS.

The B&R real-time operating system provides higher performance and reliability than COTS operating systems. Effectively an OS and PLC in one application, a PC-based controller accepts a PLC program download just like a traditional PLC.

Hypervisor technology allows multiple operating systems to run on a single multicore processor. Thus a dual (or more) OS PC can be built - each OS is assigned a core and all run simultaneously. This powerful feature, effectively quarantining each OS and the applications within, allows a single PC to perform reliably as a controller, without the concerns that other applications could affect reliability. One core can run the real-time OS for control, while another can run Windows to host a SCADA server or client, reporting tools or just a desktop for web browsing.

Online: www.daanet.com.au
Phone: 1300 322 638
Related Products

Excelitas pco.horizon 9.1 bi TDI CLHS Line Scan Camera

The pco.horizon 9.1 bi TDI CLHS Line Scan Camera is designed for precise inspection applications...

ABB IRB 6730S, IRB 6750S and IRB 6760 large robots

ABB Robotics is expanding its large robot range with the launch of the IRB 6730S, IRB 6750S and...

ABB IRB 1200 industrial robots

ABB Robotics is releasing a new generation of its IRB 1200 small robot range that it says is...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd