PROFINET Controller - Topology

Object: PROFINET Controller

This tab provides an overview of the topology of a PROFINET network and the neighborhood/peer information for each PROFINET device. The projected data is displayed on the left side, and the actual topology is retrieved and imported for a comparison on the right side. Deviating port interconnections are highlighted.

In order to read the topology information, a valid IP address must be set previously. See the Auto-IP command.

Note

Available only for devices with LLDP support (example: CC B) and all new devices according to the standard Profinet V2.3

This structure is checked every time the controller is switched on. The test leads to an error if it does not correspond to the actual wiring. Using this information, a defective device can be exchanged easily. In online mode, the actual structure is displayed in the right view.

	View of the devices and their port interconnection as a tree view
	View of the devices and their port interconnection as a list
Port	Number of the local port (starting at 1)
Neighbour	Device name and port of the neighboring device Clicking these fields opens a device view with the connected port selected.
Neighbour-Port
IM	Gets the I&M data (identification and maintenance) of the device and view in a dialog
Auto-IP	Automatically setting of a valid IP address within the network (network settings of the master) if the address scanned by the device is invalid.
<--	Accept/import the neighborhood information (online) of the selected devices in the project.
Reset	Resets the device settings of the selected device to default values
Blink LED	To identify a listed device by its hardware, select the device and click the Blink LED button. The device should respond by flashing.
Nominate	CODESYS tries to set the station name and IP address that were specified for the selected slave.
Port-State	Possible states: : Unknown or not connected : OK : Error
IP Address	Set IP address of the slave
Subnet Mask	Set subnet mask of the slave
Line Delay	Line delay (in nanoseconds). Recommended value: 6ns for 1 meter of cable