1. O2D EIP through Micrologix 1400

2. Requirements O2D must have firmware 1047 or higher for Ethernet IP communication Object Recognition Software version 3.5 This example assumes that you will use an Ethernet IP trigger. Explicit messaging is used in this process

3. Process Interface Software Connect to the O2Dxxx sensor In Applications select the Process Interface tab. Select Ethernet/IP and V2 for the Protocol Version. Click Assign

4. Click on Extended… Button in the Process Interface tab. By default, the camera will transmit 450 bytes. In the EtherNet/IP tab, we can partition the data and define the amount of data to be transmitted. Some PLCs cannot handle all 450 bytes and this menu allows us to adjust the packet size. Output bytes to be received from camera (Write Data) Defines the Input bytes to be sent from the camera (Read Data). * We set the input and output bytes to 40 based on this particular application. This can be larger or smaller depending on your application Configuration software

5. If you plan to use the software trigger, Set the trigger to TCP/IP Configuration software

6. In RSLogix 500, Setup a Messaging block for Read and Write. RSLogix software

7. Set these values for the read message RSLogix software

8. Set IP address of the sensor RSLogix software

9. Set these values for the write message RSLogix software

10. Set IP address of the sensor RSLogix software

11. There is a byte swap in the I/O. Enter the trigger command below: 30 (Hex) = 0 (ASCII) 0D (Hex) = CR (ASCII) 54(Hex) = T (ASCII) 3F(Hex) = ? (ASCII) 0A (Hex) = LF (ASCII) Once the string is entered, you must toggle the message block RSLogix software

12. Response from the sensor in ASCII: Start, Pass, 99.0%(percent match), Stop In order to get a response, you must trigger first and then toggle the read message block. RSLogix software

13. To create another trigger, change the value at the either 3030 location. Any change in this value will cause another trigger event. RSLogix software