Controller – Media Redundancy Object: PROFINET Controller This tab is used to configure the media redundancy protocol (MRP) for the PROFINET Devices addressed by this PROFINET Controller. Table 10 . <
Controller – Status Object: PROFINET Controller The tab displays the current status of the controller, for example in the Controller Status field the phases of powering up. The data in Ethernet Statis
Device – Port Data Object: PROFINET Device On the tab, you define the port configuration as well as the neighboring devices and the connection cable Shared device : This device is configured by anothe
Command: Scan for Devices Function : The command establishes a temporary connection to the controller with the active PROFINET Controller on it and determines the PROFINET devices (Device and Controll
IO-Link integration IO-Link devices such as PROFINET Modules or Devices with the IO-Link Master Function (IOLM) and connected IO-Link Devices (IOLD, for example sensors) can be used in principle witho
Automatic Assignment of Station Names A PROFINET Device can be exchanged due to topology information and configured automatically. No additional actions are required. The requirement is that you have
Media Redundancy (MRP) Media redundancy (based on MRP – Media Redundancy Protocol) is a function for increasing the system availability by means of redundant communication paths. Standard Ethernet all
Reconfigure The "Reconfigure" function allows for the dynamic adaptation of a PROFINET configuration, which was initially downloaded to the controller, to the application at runtime. The DED.Reconfigu
Controller Redundancy To increase the availability of the system, you can use a second controller with a redundant PROFINET controller combined with CODESYS Redundancy . CODESYS Redundancy acts as a "
Command: Generate PROFINET Device from GSDML Function : The command opens the Generate PROFINET Device from GSDML dialog. This allows for CODESYS devdesc.xml files to be generated from a self-created