Communication
2.4 EtherNet/IP communication
SIMOCODE pro - Communication
118
Function Manual, 11/2018, A5E40508495002A/RS-AC/003
2.4.10
Integration and commissioning in Rockwell Studio 5000
Sequence of steps for integrating by means of an EDS file
1.
Connect the device to the control system via an Ethernet cable
2.
Using the EDS wizard, register the SIMOCODE EDS file in Studio 5000
3.
Add a new module to the Ethernet network of the communication card (e.g. 1756-EN2TR)
4.
Select the Siemens SIMOCODE 3UF7 device in the "Select Module Type" window
5.
The IP address assigned to the device, a symbolic name and the length of cyclic data
("Module Definition
→
Connections") are set in the "New Module" window. The default
connection is basic type 1. It is possible to alter the default RPI (requested packet
interval) time on the "Connection" tab.
Predefined device connections:
Input data
Output data
SIMOCODE Basic Type 1
10 byte
4 bytes
SIMOCODE Basic Type 2
4 bytes
2 bytes
SIMOCODE Basic Type 3
20 bytes
6 bytes
SIMOCODE Basic Type 4
488 bytes
6 bytes
Basic Overload
1 byte
1 byte
Extended Overload
1 byte
1 byte
Sequence of steps for integrating by means of a generic Ethernet module
1.
Connect the device to the control system via an Ethernet cable
2.
Add a new generic Ethernet module to the Ethernet network of the communication card
(e.g. 1756-EN2TR)
3.
Enter the symbolic name and the IP address of the SIMOCODE pro EIP device. The IP
address must match the IP address parameterized via BOOTP/DHCP or SIMOCODE ES.
4.
Enter the connection parameters in the "Assembly Instance" and "Size" boxes on the
screen. It is possible to alter the default RPI (requested packet interval) time on the
"Connection" tab.
Figure 2-33 Adding a new generic Ethernet module in Studio 5000
