1. Ethernet I/O Set-Up This presentation will step through a typical configuration of the CON-DVT-IOE. Intellect 1.5 is used for the software portion. NEXT

2. Identifying the Hardware The CON-DVT-IOE is made up of several components –The Ethernet Bus Coupler –Ethernet Input Modules –Ethernet Output Modules –End Module NEXT

3. Connecting Wires to the Terminals Insert screwdriver into the opening above the connection. This opens the Cage Clamp® Insert the wire into the connection opening. Remove the screwdriver. After installation, the wires and terminals should be labeled. NEXT

4. Supplying Power to the Device The CON-DVT-IOE requires 24VDC to be supplied to the Device. There are two locations that need 24VDC. –System Supply Supplies voltage for all internal system components. (500ma max) –Field Supply Supplies voltage to the sensors and actuators connected to the I/O modules. (500ma max) In this example a single Power Supply will be used for the entire device. If voltage isolation is required or a single supply is not adequate, separate sources can be used. NEXT

5. Powering to the CON-DVT-IOE Connect +24VDC to the System Supply and Field Supply. (Red Lines) Connect Neutral to the System Supply and Field Supply. (Green Lines) Only insert a single wire into a single connection hole. NEXT

6. Connecting Inputs and Outputs The Ethernet Output Modules –8 Signal Connections –4 +24VDC Connections –4 Ground Connections The Ethernet Input Modules –8 Signal Connections –4 Ground Connections –4 +24VDC Connections NEXT

7. Connecting Inputs and Outputs Ethernet I/O: It is recommended that the Ethernet I/O NOT be used for time sensitive signals. Such as: –Trigger Input –Strobe Output The following example demonstrates connecting an Indicator Lamp to the Ethernet Output 4. NEXT

8. Connecting Inputs and Outputs Ethernet I/O: The following example demonstrates connecting a Switch to the Ethernet Input 2. NEXT

9. Communicating to the CON-DVT-IOE The CON-DVT-IOE is an Ethernet Device. Meaning that all of the communications done with the camera is done via the Ethernet connection. There are several communication configurations available. The most typical are using a Local Area Network (LAN) or a Corporate Wide Network (WAN). NEXT

10. LAN Configuration In this configuration the devices are on their own network. This gives the user the most control and flexibility of the IP addresses and settings. NEXT

11. WAN Configuration In this configuration the devices are on the Corporate network. The user usually needs to be assigned specific IP addresses from the IT dept. Conflicts could arise from other equipment on the network. This setup allows users to access the devices from anywhere on the network. NEXT

12. Hardware Setup Complete The CON-DVT-IOE now has power supplied. Several peripheral devices are connected to the I/O. For additional information and specifications refer to the document supplied with the CON-DVT-IOE ( CON-DVT-IOE.pdf). Now the device needs to be configured using Intellect 1.5 or later. NEXT

13. Configuring the I/O The Inputs and Outputs of the CON-DVT-IOE are configured using the Communications Manager within Intellect 1.5. The following slides will step through all of the necessary settings. Be sure that the camera is connected to the device in one of the configurations mentioned earlier. (LAN/WAN) Verify that the CON-DVT-IOE device is powered up. NEXT

14. Configuring the I/O Open the Intellect Application. Connect to the desired Camera. Once a connection has been made you can now go to the System Communications Manger. –It is located under the Upper task bar »select System »then System Communications NEXT

15. Using the System Communication Manager Below is a screenshot of the Communication Manager and the Properties Window Select Digital I/O and then DVT Ethernet I/OYou can see the current I/O configuration and the Address information NEXT

16. Setting the IP Address In the Properties Window; Click in the IP Address field and a Box will appear in the Right Side of the field. When Clicking on the box, the BootP window will appear.Enter the information into the three fields. Click the Start Button. (See next slide for additional info) The MAC address is printed on a label affixed to the side of the CON-DVT-IOE NEXT

17. Setting the IP Address When the Start Button is pressed, Intellect is waiting for a BootP Request from the CON-DVT-IOE with the matching MAC address. When a request is received Intellect sets the IP address and Subnet Mask of the CON-DVT-IOE. To make the CON-DVT-IOE send a BootP request it must be power cycled. The key is to cycle power to the CON-DVT-IOE but NOT the camera. If power is cut from camera then the Intellect User Interface (UI) will lose communication. NEXT

18. Power Cycling the CON-DVT-IOE The Best way to cycle the power of the CON-DVT-IOE without affecting the Camera would be to place a switch on the supply side of the CON- DVT-IOE. NEXT

19. Once the CON-DVT-IOE is powered cycled you should see a message similar to the one below. Now in the Properties window you should see the MAC and IP Address.NOTE: The Status is Stopped. The next step is to set it to Run. Setting the IP Address Next Click OK. NEXT

20. Starting the Information Transfer RIGHT click on the DVT Ethernet I/O folder Select “Start Transfer” You should see the Status change from Stopped to Starting… and finally to Running. NEXT

21. Final Items Now you can change the Functions assigned to the individual I/O using the Communications Manager Just as with the Physical I/O, the state of the Ethernet I/O will not change unless Inspections are running. See if the logo in the upper right corner is moving. Additional information can be found at www.COGNEX.com END