Manual
Table Of Contents
- Anybus® Communicator™ - EtherNet/IP™ to Modbus RTU/Serial
- Table of Contents
- 1. Preface
- 2. Safety
- 3. Preparation
- 4. About Anybus Communicator
- 5. Installation
- 6. Configuration Quick Guide
- 7. Communicator Configuration
- 7.1. Connect the Communicator
- 7.2. Access the Built-In Web Interface From HMS IPconfig
- 7.3. Access the Built-In Web Interface From a Web Browser
- 7.4. Communicator Built-In Web Interface Overview
- 7.5. General Subnetwork Settings
- 7.6. About Transaction Templates
- 7.7. Build Transaction Template
- 7.8. Nodes and Transactions
- 7.9. High Level Network Settings
- 7.10. I/O Data Map
- 7.11. Configuration Notes
- 7.12. Apply Configuration
- 7.13. To Use an Existing Configuration
- 7.14. To Use an Communicator Classic Configuration
- 8. PLC Configuration
- 9. Verify Operation
- 10. Use Cases
- 11. Maintenance
- 12. Troubleshooting
- 13. Technical Data
- 14. Reference Guides
10.3.5. Create Transacon Templates
Create Read Barcode Data Parameter
Before You Begin
The Communicator reads values delivered from to the Barcode Scanner node on to the PLC.
The Barcode Scanner sends data whenever it is available, without any request or handshake from the
Communicator.
Figure 102. Barcode Variable data, CR and LF
In this example we have added three frame elds for the barcode data transacon:
• One Variable data frame for the length of the barcode.
We use a xed value.
The maximum payload length is 31 (ASCII).
• The Barcode Scanner is congured to append:
– One Carriage Return character (CR) to the barcode.
So we create one Constant frame with the Value 13 (ASCII).
– One Line Feed character (LF) to the barcode.
So we create one Constant frame with the Value 10 (ASCII).
Anybus
®
Communicator
™
- EtherNet/IP
™
to Modbus RTU/Serial Barcode Scanner - Custom Produce/Consume Use Case
Page 112 of 133 SCM-1202-152 Version 1.12