This presentation will describe the options for physical transmission on the CAN network lines and the CAN data link layer protocol. In particular it will discuss the bit-timing and the topology possibilities including CAN repeater. Besides the description of all four CAN frame types, some selection criteria on CAN controller chips will be given.
This presentation gives an overview on CANopen device, interface, and application profiles. The CiA 401 I/O profile will be discussed in more detail as well as the CiA application profiles for rail vehicles. The CiA gateway profiles will be discussed briefly, too.
This presentation will introduce the concept of modular machines and the communication requirements. On examples (extruder and downstream devices, medical devices, etc), the different CANopen system design options will be explained in detail. This includes CANopen bridge/router solutions.
This presentation introduces the different Ethernet solutions supporting CANopen profiles (Ethercat, Ehternet-Powerlink, Safetynet, and Varan). Possible solutions for CANopen-to-Ethernet gateways will be discussed as well.Â
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11h45 - 12h30 - Powerlink Is CANopen Over Ethernet - D.Mauary - 45 minutes (fr)
  Session 2 : 13h30 - 15h30       Exploring CAN networks with Peak CAN tools      Physical CAN network analysis with LeCroy tools
 Session 3 : 16h00 - 17h45       Networking with FESTO CPX CANopen nodes      Running CanFestival to control Peak's MicroMods
September 10th
  Session 4 : 09h00 - 10h30       Vector : Hands-on training on CANopen test generation (part 1)      Running CanFestival with Peak's adapters to control Festo CPX nodes
  Session 5 : 11h00 - 12h30       Vector : Hands-on training on CANopen test generation (part 2)       Producing Master and Slave CANopen PLC nodes with Beremiz       Analysing CANopen networks with ISIT tools
  Session 6 - 14h00 - 16h00       Configuring virtual CANopen network with Beremiz automation workbench      Physical CAN network analysis with LeCroy tools