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HMS Industrial Networks reserves the right to modify its products in line with its policy of continuous product
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to update or keep current the information in this document.
The data, examples and illustrations found in this document are included for illustrative purposes and are only
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of possible applications of the product, and because of the many variables and requirements associated with any
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the data, examples or illustrations included in this document nor for any damages incurred during installation of the
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issues and stability issues.
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Table of Contents
Page
1How to Use the Getting Started ......................................................................................... 3
2Protocol Specific Features and Restrictions....................................................................... 3
3Configuring the Device........................................................................................................ 4
3.1Setting IP Address of the EtherNet/IP Ports ...... ........................................... ......................... 4
4Configuring the EtherNet/IP Communication.................................................................... 7
4.1Creating a New Project in Studio 5000 .............. ............. .............................. ............. .......... . 7
4.2Adding a Module ........................ ........................................... ............. ........................... 10
4.3Configuring a Program ........................ .......... ................................. .......... ....................... 11
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How to Use the Getting Started3 (12)
1How to Use the Getting Started
This Getting Started shows how to configure an Ixxat SG-gateway for EtherNet/IP with the Ixxat
WEB-PLC and the Rockwell Software Studio 5000. The Getting Started accompanies the tutorial
video that can be found on www.ixxat.com/energy-video.
2Protocol Specific Features and Restrictions
Features
•2 x RJ-45 EtherNet/IP 100 Mbit/s via integrated dual port cut-through switch
•generic device profile
•device Level Ring (DLR) Beacon-based
•QuickConnect class B
•CIP energy object support
•customized identity information
•explicit messaging up to 1500 bytes using Large Forward Open
•multiple I/O assembly support
•modular device support
•module status LED and network status LED
Restrictions
•up to 1448 bytes of process data in each direction
•up to 1500 bytes of explicit messaging
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Configuring the Device4 (12)
3Configuring the Device
3.1Setting IP Address of the EtherNet/IP Ports
►Open Rockwell Studio 5000 standard DHCP tool.
►In menu Start, select the Rockwell standard DHCP tool.
►Connect the SG-gateway to power supply.
→During the boot up the SG-gateway appears with its MAC address in the DHCP tool.
►Select the MAC address of the connected SG-gateway in the list and set the IP address of
the EtherNet/IP ports. DHCP is activated by default.
Fig. 1Studio 5000 DHCP tool
►Access the SG-gateway WEB-PLC (see WEB-PLC Settings, p. 4).
3.2WEB-PLC Settings
Observe that changes in the configuration are only saved after clicking button OK and
rebooting with button Reboot
►Observe SG-gateway User Manual for information how to install the device and how to
configure the IP address of the device.
►Enter IP address of the device in use into a web browser.
→Log in window is opened.
.
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Configuring the Device5 (12)
►Enter user name and password.
→Home page of the WEB-PLC is opened.
Fig. 2EtherNet/IP settings
►Click button Settings.
►Open tab Settings (1) and expand I/O in the configuration tree.
►Select EtherNet/IP Adapter (2) in the configuration tree.
►Activate checkbox Store changes from external tools (3) to keep changes that are made in
external tools after a reboot.
HMS recommends to work with the default DHCP IP settings for the EtherNet/IP ports during the
configuration.
►Define desired inputs and outputs (see Defining Inputs and Outputs, p. 6).
►Click button OK (4) and button Reboot
to apply the changes.
►Click button Download (5) to download the EDS file.
→Generated ESD file contains all defined modules and values.
►To configure the communication between the SG-device and the PLC, import the ESD file in
an external tool (e.g. Rockwell Studio 5000, see Configuring the EtherNet/IP Communication,
p. 7).
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Configuring the Device6 (12)
3.3Defining Inputs and Outputs
In the group list, groups can be defined and values can be added to the groups.
►To add inputs select line input in the device list and click button Add Group.
►To add outputs select line output in the device list and click button Add Group.
→Window Edit Group is opened.
►In the Window Define a name for the group (1-64 printable ASCII characters). Each group
name can only be used once.
►Click button OK.
→Groups are entered in the device list.
►To add a value to a group, select the group in the device list and click button Add Value (2).
→Window Edit value is opened.
Fig. 3Example: edit value
►Configure the value parameters and click button OK.
Value parameterDescription
Name
Data type
LengthIf length is more than 1, an array is defined. Arrays can have up to 255 elements
Name of value (1-64 printable ASCII characters). Name is shown in the external tools (e.g.
Studio 5000). Each value name can only be used once inside a group.
Data type of the value
►Add all desired input and output groups including the desired values.
→Groups and values are entered in the device list.
→Each group and each value gets an index (5) that is used internally to address the
modules and values.
►To modify an input, output, or value double click on the respective list entry.
►Click button OK (3) and button Reboot
to apply the changes.
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Configuring the EtherNet/IP Communication
4Configuring the EtherNet/IP Communication
To configure the communication between the PLC and the SG-gateway the Rockwell Software
Studio 5000 can be used.
4.1Creating a New Project in Studio 5000
►Open Studio 5000.
►In the quick start menu click New Project to create a new project.
→Window to create a project is opened.
►Select the controller in use.
►Define name and path of project.
►Click button Next.
►If necessary modify the controller settings and click button Next.
→Project is created.
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Fig. 4Project in Rockwell Studio 5000
►Open menu Tools and select EDS Hardware Installation Tool.
→EDS wizard is opened.
►Start the wizard.
►Select Register an EDS file and click button Next.
►Select Register a single file and click button Browse to select the created ESD file (see WEB-
PLC Settings, p. 4 for information how to create an ESD file).
►Click button Next.
→Window that shows the active installed EDS files is opened.
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Configuring the EtherNet/IP Communication
►Click button Next.
→Window that shows the active communications adapters is opened.
►Select the SG-gateway and click button Next.
►To confirm the registration of the SG-gateway, click button Next.
►Finish the EDS wizard.
►In the Windows taskbar click on icon RSLinx Classic Activation.
→Window RSLinx Classic is opened.
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Fig. 5RSLinx Classic
►In menu Communications (1) select Configure Drivers.
→Window Configure Drivers is opened.
►In drop down menu Available Driver Types (2) select EtherNet/IP Driver.
►Click button Add New (3) and define a name for the driver.
►Select the controller in use and click button OK.
→Driver is added to the list (4).
►Click button Close.
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Configuring the EtherNet/IP Communication
►In the toolbar, click buttonto see who is active.
Fig. 6Window Who active
►In opened window Who Active expand the newly configured driver in the configuration tree
(1) and click button Refresh (2).
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►Select the driver (3) and click button Go Online (4).
→Window Connected To Go Online is opened.
►To download the configuration to the PLC, click button Download.
►In opened window Download click button Download.
→Configuration is downloaded to the PLC.
►Confirm the download.
→If the connection and the driver are working, the control lights are shown in green.
Fig. 7Connection and driver are working correctly
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Configuring the EtherNet/IP Communication
4.2Adding a Module
►Disconnect the device in Rockwell Studio 5000 to set the configuration offline.
►In the configuration tree open folder I/O Configuration and right-click on the entry Ethernet.
10 (12)
Fig. 8Select a module type
►In the opened context menu select New Module (1).
→Window Select Module Type is opened.
►Search for the SG-gateway (2).
►Select the SG-gateway entry in the list (3) and click button Create (4).
→Window New Module is opened.
Fig. 9Add a new module
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Configuring the EtherNet/IP Communication
►Define a name for the module in field Name (1).
►Enter the IP address of the EtherNet/IP port (2).
►To change the module definition click button Change (3).
→Window Module Definition is opened.
►Define the data type and size of the input and output size.
►Click button OK and confirm the change.
►Close the window Select Module Type.
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Fig. 10Go online
►To check if the module is working correctly, click on the Offline symbol (1) and select Go
Online.
→Window Connected To Go Online is opened.
►To download the configuration to the PLC, click button Download.
►In opened window Download click button Download.
→Configuration is downloaded to the PLC.
►Confirm the download.
→If the module is running correctly, the Status changed to Running.
►Configure a program (see Configuring a Program, p. 11).
4.3Configuring a Program
►Go offline and configure your program in Studio 5000.
►For a configuration of an example loopback program see tutorial video on
www.ixxat.com/energy-video.
►Download the configured program to the PLC and go online.
►To check the state of the running program, access the WEB PLC editor and activate the Live