Document Outline

• 1756-UM009C-EN-P, ControlLogix Analog I/O Modules User Manual
• Summary of Changes
• Table of Contents
• Preface
• 1- What Are ControlLogix Analog I/O Modules?
  • Introduction
  • I/O Module in the ControlLogix System
  • Module Identification and Status Information
  • Preventing Electrostatic Discharge
• 2- Analog I/O Operation in the ControlLogix System
  • Introduction
  • Ownership
  • Using RSNetWorx and RSLogix 5000 Software
  • Direct Connections
  • Input Module Operation
  • Input Modules in a Local Chassis
  • Input Modules in a Remote Chassis
  • Output Module Operation
  • Output Modules in a Local Chassis
  • Output Modules in a Remote Chassis
  • Listen-only Mode
  • Multiple Owners of Input Modules
  • Configuration Changes in an Input Module with Multiple Owners
• 3- ControlLogix Analog I/O Module Features
  • Introduction
  • Common Analog I/O Features
  • Relationship Between Module Resolution, Scaling, and Data Format
• 4- Non-isolated Analog Voltage/Current Input Modules (1756-IF16, 1756-IF8)
  • Introduction
  • Choose a Wiring Method
  • Choose a Data Format
  • Features Specific to Non-Isolated Analog Input Modules
  • Use Module Block and Input Circuit Diagrams
  • Wire the 1756-IF16 Module
  • Wire the 1756-IF8 Module
  • 1756-IF16 Module Fault and Status Reporting
  • 1756-IF16 Fault Reporting in Floating Point Mode
  • 1756-IF16 Fault Reporting in Integer Mode
  • 1756-IF8 Module Fault and Status Reporting
  • 1756-IF8 Fault Reporting in Floating Point Mode
  • 1756-IF8 Fault Reporting in Integer Mode
• 5- Sourcing Current Loop Input Module (1756-IF6CIS) and Isolated Analog Voltage/Current Input Module (1756-IF6I)
  • Introduction
  • Use the Isolated Power Source on the 1756-IF6CIS
  • Choose a Data Format
  • Features Specific to the 1756-IF6I and 1756-IF6CIS Modules
  • Use Module Block and Input Circuit Diagrams
  • Wire the 1756-IF6CIS Module
  • Wire the 1756-IF6I Module
  • 1756-IF6CIS or 1756-IF6I Module Fault and Status Reporting
  • Fault Reporting in Floating Point Mode
  • Fault Reporting in Integer Mode
• 6- Temperature-measuring Analog Modules (1756-IR6I, 1756-IT6I, and 1756-IT6I2)
  • Introduction
  • Choose a Data Format
  • Temperature-measuring Module Features
  • Differences Between the 1756-IT6I and 1756-IT6I2 Modules
  • Use Module Block and Input Circuit Diagrams
  • Wire the Modules
  • Fault and Status Reporting
  • Fault Reporting in Floating Point Mode
  • Fault Reporting in Integer Mode
• 7- Non-isolated Analog Output Modules (1756-OF4 and 1756-OF8)
  • Introduction
  • Choose a Data Format
  • Non-isolated Output Module Features
  • Use Module Block and Output Circuit Diagrams
  • Wire the 1756-OF4 Module
  • Wire the 1756-OF8 Module
  • 1756-OF4 and 1756-OF8 Module Fault and Status Reporting
  • 1756-OF4 and 1756-OF8 Fault Reporting in Floating Point Mode
  • 1756-OF4 and 1756-OF8 Fault Reporting in Integer Mode
• 8- Isolated Analog Output Modules (1756-OF6CI and 1756-OF6VI)
  • Introduction
  • Choose a Data Format
  • Isolated Output Module Features
  • Use Module Block and Output Circuit Diagrams
  • Drive Different Loads with the 1756-OF6CI
  • Wire the 1756-OF6CI Module
  • Wire the 1756-OF6VI Module
  • 1756-OF6CI and 1756-OF6VI Module Fault and Status Reporting
  • Fault Reporting in Floating Point Mode
  • Fault Reporting in Integer Mode
• 9- Install ControlLogix I/O Modules
  • Introduction
  • Install the I/O Module
  • Key the Removable Terminal Block
  • Connect Wiring
  • Assemble the RTB and the Housing
  • Install the Removable Terminal Block
  • Remove the Removable Terminal Block
  • Remove the Module from the Chassis
• 10- Configure ControlLogix Analog I/O Modules
  • Introduction
  • Create a New Module
  • Modify Default Configuration for Input Modules
  • Configure the RTD Module
  • Configure the Thermocouple Modules
  • Modify Default Configuration for Output Modules
  • Download Configuration Data to the Module
  • Edit Configuration
  • Reconfigure Module Parameters in Run Mode
  • Reconfigure Parameters in Program Mode
  • Configure I/O Modules in a Remote Chassis
  • View Module Tags
• 11- Calibrate the ControlLogix Analog I/O Modules
  • Introduction
  • Difference of Calibrating an Input Module and an Output Module
  • Calibrate Your Input Modules
  • Calibrate Your Output Modules
• 12- Troubleshoot Your Module
  • Introduction
  • Use RSLogix 5000 Software for Troubleshooting
• Appendix A- Analog I/O Module Specifications
• Appendix B- Analog I/O Tag Definitions
  • Integer Mode Tags
  • Floating Point Mode Tags
• Appendix C- Use Ladder Logic To Perform Run Time Services and Reconfiguration
  • Create a New Tag
• Appendix D- Choose Correct Power Supply
  • Power-sizing Chart
• Appendix E- Additional Specification Information
  • Analog to Digital (A/D) Converter Accuracy
  • Calibrated Accuracy
  • Error Calculated Over Hardware Range
  • How Operating Temperature Changes Affect Module Accuracy
  • RTD and Thermocouple Error Calculations
  • Thermocouple Resolution
• Appendix F- 1492 AIFMs for Analog I/O Modules
  • Introduction
• Glossary
• Index
  • Numerics
  • A
  • C
  • D
  • E
  • F
  • H
  • I
  • K
  • L
  • M
  • N
  • O
  • P
  • R
  • S
  • T
  • U
  • W
• Back Cover