Complimentary Live Webinar - The Fundamentals of CANopen for Industrial Machine Control
esd electronics, Inc and maxon precision motors issue invitation to participate in a complimentary webinar, "The Fundamentals of CANopen for Industrial Machine Control".
CANopen is an industrial networking system used in millions of applications worldwide. A proven serial bus based on Controller Area Network (CAN) technology that links multiple devices and allows them to work together. Optimized for reliability and real-time control, CAN/CANopen is especially well suited for motion systems consisting of actuators, sensors, controllers, and analog and digital I/O. It also offers a competitive edge. Unlike other serial-bus systems, CANopen maintains a certain level of manufacturer independence through standard device profiles with layered flexibility.
In this overview of the CANopen specification, we will give designers a fundamental understanding of the platform, advantages and disadvantages, and address questions about future direction of the standard. We’ll also take a focused look at device profiles, including an actual multi-networked application, exploring various communication layers and optimizing them for industrial control applications.
This webinar will take place on Thursday, March 12th at 2pm ET and will include a 15-minute Question & Answer Session. We encourage you to share this information with your colleagues.
To register for this complimentary webinar, follow this link:
For further information on CAN/CANopen interfaces, follow this link:
For literature on CAN, CANopen, and J1939 technologies, follow this link:
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esd has over 20 years specializing in Controller Area Network (CAN), CANopen & DeviceNet for industrial applications including motion control. Using the highest industrial standards, esd provides hardware interfaces including PCI, CompactPCI, PC104, PMC, PCIExpress, gateways to USB, Ethernet, & Profibus; drivers, CANopen/DeviceNet APIs supporting Windows, LINUX, and VxWorks; & an IEC 61131-3 programming interface.
Page Updated Last on: Feb 09, 2009