IO756 Usage Notes
IO756 Usage Notes — Usage information about the
I/O module
Description
This section describes how to configure the EtherNet/IP network.
EDS File
To set up EtherNet/IP communication, you must import the device description files
of EtherNet/IP adapters (EDS file) into your EtherNet/IP scanner configuration tool
or PLC programming tool (for example, Studio 5000 Logix Designer). Find the EDS file
of the IO756 EtherNet/IP Adapter module here:
>> [speedgoatroot, '\sg_blocks\cifx\eds\CIFX-RE EIS V1.1.eds'].
If you use warmstart parameters to simulate an EtherNet/IP adapter of a different
vendor, you must import the EDS file of that particular adapter into your scanner
configuration tool. The EDS file is generally available on the vendor's website.
Front Plate Description
IO756 PCI and PCIe modules
The IO756 acts as one EtherNet/IP Adapter exclusively. The two RJ45
connectors simply serve to build up a line-based network structure. Plug the
cable from the EtherNet/IP Scanner or the previous Adapter into the first
socket. Connect the second socket with the next EtherNet/IP Adapter. The LEDs
described below indicate the communication status of the single EtherNet/IP
Adapter.
The rotary switch has no functional role.
IO756 mPCIe module
Note that in some real-time target machines,
the mPCIe module is reversed; that is, the Error LED appears on the right.
IO756-32 Multi-node simulator
The IO756-32 simulates 32 EtherNet/IP Adapter nodes, split into two clusters
with 16 protocol chips each. Within a cluster, the nodes represent a line-based
network structure. Build up a combined network by connecting both center
sockets. You can use the leftmost or rightmost socket to connect the EtherNet/IP
Scanner device. Use the remaining socket to connect an external EtherNet/IP
Adapter or another IO756-32 module.
Each node has two LEDs that indicate the communication status.
LED Status Description
Note that only the IO756 PCI and PCIe modules have the SYS LED. This LED does not
feature on the IO756 mPCIe module and the IO756-32 multi-node simulator.