i_o_config ← All books
  • I/O configuration overview
  • Channel types
  • Card parameters
  • Channel parameters
  • DeltaV Series 2 Redundant I/O
    • Important considerations for using redundant I/O
    • Install redundant I/O terminal blocks
    • Install redundant I/O cards
    • Switchover causes
    • Referencing parameters and DSTs for redundant I/O
    • Auto-sensing and configuring Series 2 cards
      • The enable auto switchback parameter
    • Identifying and troubleshooting Series 2 redundant cards
    • Example switchover situations
      • Redundancy link chip failure
      • Communication failure due to open or bent pin
      • Brief loss of field power
      • Electrical noise on the carrier
      • Open channel fault on DO card
      • Excessive withdrawal of current causes hardware error
      • Open pin fault on Series 2 redundant H1 card
  • The DeltaV I/O network
    • CHARM I/O Cards and CHARMs
      • CHARM I/O
      • What is a CIOC?
        • Create a CIOC placeholder
        • CIOC configuration options
        • Configure a CIOC placeholder
        • Commission a CIOC and autosense its CHARMs
          • Reset CHARM I/O Cards
          • Troubleshoot decommissioned CHARM I/O Cards
        • CIOCs and switchovers
        • Upgrade redundant CIOCs
        • Version Control Audit Trail and CIOCs
        • Online CIOC migration
          • Migrate CHARM I/O Cards (CIOCs) online
      • What are CHARMs?
        • Define CHARMs
        • CHARM classes and types
        • View only defined CHARMs
        • Assigning CHARMs to controllers
        • Distributed CHARMs
        • Gateway and I/O Block diagnostic status parameters
        • Locate assigned CHARMs in DeltaV Explorer
        • CHARM addressing
        • CHARMs I/O bumpless upgrades
        • CHARM DST browsing
        • Copy CHARMs from CIOC to CIOC
        • Swap CHARM configurations
        • CHARM I/O download options
        • CHARMs failure action operation
        • CHARM I/O troubleshooting
      • Simulating CHARM I/O
        • Simulating CHARM I/O by setting the CIOC in simulate mode
          • What happens in CIOC simulate mode?
          • Put a CIOC in simulate mode
          • Use the CHARMs Simulate application
        • Simulating CHARM I/O in a workstation
    • DeltaV remote I/O nodes and cards
      • Supported remote I/O cards
      • Remote I/O card scan rate
      • Goto Card Assignment command
      • Remote I/O downloads options
      • Troubleshooting remote I/O
      • Remote I/O parameter references
      • Remote I/O special considerations: fault action on output channels
    • DeltaV Ethernet I/O Card
      • Adding and configuring EIOCs in DeltaV Explorer
      • Modbus TCP/IP interface
        • Accessing Modbus TCP data
        • Configuring Modbus TCP devices and signals
      • Ethernet/IP interface
        • Accessing Ethernet/IP data
        • Configuring Ethernet/IP devices and signals
      • IEC 61850 (MMS) interface
        • Accessing IEC 61850 data
        • Configuring IEC 61850 devices and signals
      • Ethernet/IP Control Tag Integration interface
        • Accessing Ethernet/IP Control Tag Integration data
        • Configuring Ethernet/IP Control Tag Integration devices and signals with tag definitions
        • Configuring custom or array PLC tag definitions
      • Function blocks supported by the EIOC
      • EIOC node redundancy
      • EIOC device network redundancy
      • EIOC download options
      • EIOC licensing
      • Virtual EIOC
      • Manually decommission a virtual EIOC
  • The DeltaV Wireless I/O Network
    • DeltaV Wireless I/O Card
      • DeltaV Wireless I/O Card configuration options
      • Securing HART-IP communications through the Wireless I/O Card
      • Commissioning wireless devices with a handheld communicator
      • Reset Wireless I/O Cards
      • Troubleshoot decommissioned Wireless I/O Cards
    • Troubleshooting Wireless I/O networks
    • DeltaV Wireless Gateway
      • Commission Wireless Gateway nodes
      • Wireless Gateway nodes: adding and assigning to controllers
      • WirelessHART devices: configuring and using
      • Wireless devices: autosensing and assigning
        • Assigning WirelessHART devices
        • Reconciling mismatched properties
        • Characteristics of autosensing
      • Using the Goto commands
      • Wireless Gateway download options
      • The 1420 Gateway web interface
      • Wireless I/O troubleshooting
  • Virtual I/O Modules (VIM)
    • VIM implementation overview
    • VIM configuration overview
    • Install and launch VIMNet software
    • Configure VIM serial cards and ports
      • Create a serial card for VIM
      • Configure a port for VIM
      • Create a serial device for VIM
      • Configure a dataset for VIM
    • Configure VIM Modbus TCP/IP
      • VIM Modbus TCP/IP configuration data
    • Create datasets for VIM diagnostics
      • VIM diagnostics dataset values
    • Configure VIM Ethernet devices
      • VIM Ethernet device configuration data
    • Autosense VIMs
  • Device Signal Tags (DSTs)
  • SCADA tags
  • I/O licensing
    • Conventional, CHARM and WirelessHART I/O license demand guidelines
    • Serial Card I/O license demand guidelines
    • AS-i Bus I/O license demand guidelines
    • DeviceNet I/O license demand guidelines
    • Profibus I/O license demand guidelines
    • Foundation Fieldbus I/O license demand guidelines
    • Ethernet I/O Card license demand guidelines
    • I/O signal-bearing parameters in modules assigned to workstations
    • OPC client license guidelines
  • FOUNDATION Fieldbus technology and the DeltaV System
    • Fieldbus physical layer
    • Fieldbus communication layer
    • Fieldbus user application layer
    • Fieldbus device general Information
      • Fieldbus device descriptions and methods
      • Accessing fieldbus device methods from DeltaV Operate
      • Autosensing fieldbus devices
      • fieldbus device commissioning and decommissioning
      • Diagnosing fieldbus devices
      • Fieldbus device status conditions
      • Device alarm suppression
    • FOUNDATION Fieldbus blocks
    • Fieldbus device configuration procedures
      • Create a fieldbus device placeholder
      • Commissioning devices
        • Commission with DeltaV Explorer and the fieldbus device commissioning wizard
        • Automatically commission fieldbus devices
      • Device replacement
        • Replacing devices with DeltaV Explorer and the device replacement wizard
        • Automatically replacing fieldbus devices
        • Preventing process disturbances after replacing devices
        • Known replacement issues
      • Comparing fieldbus device configurations
      • Uploading fieldbus devices
      • Installing generic fieldbus devices
    • Downloading fieldbus segments during plant startup and commissioning
      • When is express download available?
      • Selecting items for download
      • Filtering items for download
      • Finding devices
      • Uploading device function blocks and editing device and port properties
      • Initiating an express download
      • Printing express fieldbus download objects
    • Retaining the commissioning status of fieldbus devices during a partial import
    • VCR specifications
  • Serial devices and the DeltaV system
    • Tips for Serial Card configuration
    • Configuring Serial cards
    • Configuring Serial ports
    • Adding serial devices
    • Configuring serial datasets
    • Maximum number of values for datasets
    • Supported Modbus function codes
    • Serial card redundancy
    • Using serial data in control strategies
      • Read or write display serial data using a serial dataset DST
      • Write a display setpoint to a specific register
      • Write an AI value to a specific dataset register
      • Read a dataset value using an internal read parameter
      • Read a dataset value using an AI block
      • Alarms for dataset registers
    • Serial card outputs
      • Send outputs on startup
      • Redundant serial card switchovers
      • Using outputs in control modules
    • Serial card data mapping
      • Mapping Modbus coils and input status
      • Mapping Modbus input registers and holding registers
      • Mapping Modbus diagnostics
      • Mapping DeltaV data to Modbus coils and input status
      • Mapping DeltaV data to Modbus input and holding registers
  • HART devices and the DeltaV System
    • HART communication with the DeltaV system
    • HART device configuration
    • HART device definitions
    • HART device templates
    • Scaling HART Values
    • Smart Commissioning for HART devices
      • Smart Commissioning Glossary
      • Smart commissioning keys and locks
    • HART error conditions for Classic I/O
      • Effect of HART error conditions on function block status (Classic I/O)
      • Effect of HART error conditions on diagnostic parameters (Classic I/O)
      • Effect of HART error conditions on diagnostic status text (Classic I/O)
      • Effect of HART error conditions on the channel integrity parameter (Classic I/O)
      • Non-HART device failure error STATUS text strings (Classic I/O)
    • HART error conditions for CHARMs I/O
      • HART communication and mismatch errors (CHARMs I/O)
      • Effect of HART error conditions on diagnostic parameters (CHARMs I/O)
      • HART command errors (CHARMs I/O)
      • HART field device status errors (CHARMs I/O)
      • Diagnostic status text for HART error conditions (CHARMs I/O)
    • Using HART error conditions for control strategy
    • Link initialization
    • Access AMS Device Manager
  • AS-Interface and the DeltaV System
    • The AS-Interface network
    • Communication on the AS-Interface network
    • AS-Interface in the DeltaV System
      • AS-Interface master configuration
      • AS-Interface slave configuration
      • AS-Interface in DeltaV Diagnostics
  • Profibus DP - General Information
    • The Profibus DP network
    • The Profibus PA network
    • Profibus DP network communication
    • Profibus DP GSD files
    • Profibus PA GSD files
    • Profibus DP in the DeltaV System
      • Profibus master configuration
      • Profibus device definitions
      • Profibus module signals
      • Profibus slave configuration
      • Profibus device slot configuration
      • Profibus signal DSTs
      • Profibus DP and DeltaV function blocks
  • DeviceNet and the DeltaV System
    • The DeviceNet network
    • DeviceNet network communication
    • DeviceNet EDS files
    • DeviceNet in the DeltaV System
      • DeviceNet master configuration
      • DeviceNet EDS file importing and modifying
      • DeviceNet device input and output sizes
      • DeviceNet device library parameters and download preferences
      • DeviceNet and DeltaV function blocks
    • Configuring DeviceNet Devices
      • Add a DeviceNet device to the configuration
      • Enable DeviceNet I/O polling
      • Set the DeviceNet device address
      • DeviceNet device baud rates
      • DeviceNet device-level parameters
      • DeviceNet download options
      • Upload DeviceNet device parameters
      • DeviceNet signals
  • Modbus register ranges
  • AMS Device Manager
  • AMS Wireless SNAP-ON overview
  • AMS Device Manager licensed and unlicensed functionality
  • Accessing device methods from DeltaV Operate
  • Using Profibus DP, DeviceNet, AS-Interface and EIOC with DeltaV function blocks
  • Anti-alias filtering
  • Overrange and underrange detection
  • NAMUR limit detection
  • Failure action settings
  • Isolated input channel error detection
  • Outputs after a self-test failure
    • Analog output cards
    • Discrete output cards
  • Integrating PROVOX and RS3 I/O