DeltaV Books Online 10.3

Search TipsGetting StartedImportant InformationAbout this BookAssumptionsDocumentation ConventionsUsing the MouseSelecting from Menus or HierarchiesWhat You Need to Get StartedDeltaV System OverviewHardwareDeltaV System ConceptsTerminologyDeltaV Software ApplicationsEngineering ToolsAuto-Update ServiceConfiguration AssistantContinuous Historian AdministrationControl StudioDatabase AdministratorDeltaV ExplorerDeltaV Operate ConfigureFlexLockRecipe StudioSystem Alarm ManagementSystem PreferencesUser ManagerAdvanced ControlDeltaV NeuralDeltaV PredictDeltaV PredictProDeltaV Simulate SuiteInspect with InSightTune with InSightOperator ToolsBatch History ViewBatch Operator InterfaceDeltaV LoginDeltaV Operate RunDiagnosticsMPC OperateProcess History ViewInstallation ToolsOther ApplicationsOPC ServerDeltaV Excel Add-InDeltaV ReporterOPC MirrorIntroducing DeltaVWhere to Find More InformationDeltaV Online HelpDeltaV Books OnlineWorld Wide Web PagePaper ManualsTechnical ServiceWindows Online HelpOverview of the TutorialsA Look AheadScenario for the Tank Process ExampleControl ModulesSequential Function ChartOperator PicturesLet's Get Started!Learning About the DeltaV ExplorerOpening the DeltaV ExplorerViewsNavigating the DeltaV ExplorerOpening and Closing LevelsDocumentation Convention for DeltaV Explorer NavigationExploring the Library TemplatesFunction Block TemplatesModule TemplatesContext MenusSystem TimeOn Your OwnCreating and Downloading the Control StrategyExercise 1: Creating and Naming Plant AreasExercise 2: Using the DeltaV Explorer to Copy a Module (MTR-101)Introducing Control StudioParameter FilteringExercise 3: Creating a Control Module (XV-101) in Control Studio Using a Library TemplateOpening Control StudioModifying the XV-101 Control ModuleExercise 4: Finishing Steps for All Control ModulesIdentifying the Operator Pictures Associated with a ModuleAssigning the Module to a Controller NodeSaving the ModuleVerifying the Module ConfigurationExercise 5: Creating a New Module (LI-101) from ScratchFinishing the LI-101 ModuleExercise 6: Creating a PID Control Loop (FIC-101)Looking at the Module in Control StudioModifying Alarms for the PID Loop ModuleFinishing the FIC-101 ModuleExercise 7: Modifying the Motor Module (MTR-101)Removing the Excess Condition BlocksSpecifying Conditions with the Expression AssistantParameter TagnamesInterlock ConditionsFinishing the MTR-101 ModuleExercise 8: Creating a Sequential Function ChartThe Sequence for the Tank ProcessCreating the SFC ModuleFinishing the SFC ModuleExercise 9: Downloading the ModulesA Look AheadCreating Operator PicturesThe DeltaV Operating EnvironmentThe Overview Picture and the UserSettings FileNavigating to Other PicturesSwitching Between Configure and Run ModesGetting Started with DeltaV Operate (Configure Mode)Toolbars and the ToolboxColorLine Styles and Fill StylesLinks, Dynamic Properties, and Parameter ReferencesCreating DatalinksSwitching to DeltaV Operate in Run ModeDynamosCreating a Pump Using a DynamoCreating a Tank Using a DynamoFinishing the Process PictureTrend LinksSetting Previous and Next PicturesCreating a Pushbutton to Start the SFCUsing DeltaV Operate in Run ModeMain HistoryThe Standard Buttons in the Main WindowFaceplate and Detail PicturesEntering Data in User-Changeable FieldsAcknowledging AlarmsOn Your OwnCollecting and Displaying DataContinuous Process Data CollectionHistory CollectionContinuous Historian and Alarms and Events SubsystemsAssign TANK-101 to the Continuous Historian SubsystemEnable History CollectionDownload the WorkstationView the DataConfiguring the Network, Loading and Assigning Licenses, and Setting Up User AccountsConfiguring DeltaV WorkstationsAccessing DeltaV Workstation ConfigurationDeltaV Software LicensesSystem SoftwareController SoftwareWorkstation SoftwareRedundant ControllersLoading and Assigning LicensesLoading LicensesAssigning Licenses to NodesDownloading the ProfessionalPLUS WorkstationConfiguring Other WorkstationsConfiguring the Controller NodeConfiguring I/O ChannelsDownloading the Controller ConfigurationSetting Up Your First User AccountAdding a UserThe Groups and Keys TabsDownloading the WorkstationGlossaryHardware InstallationInstalling Your DeltaV Digital Automation SystemWelcomeAbout This ManualRelated DocumentationAssumptionsConventionsThe DeltaV SystemDeltaV System EquipmentDeltaV Control NetworkDeltaV Remote NetworkInstalling Your DeltaV SystemCE StatementInstallation PlanningTools Required for InstallationSite PreparationWiring GuidelinesPower GuidelinesTorque LimitsGetting Started with DeltaV HardwareInstalling the SystemInstalling the DIN Rails and CarriersConnecting Bussed Field PowerExtending Bussed Field PowerInstalling Extender CablesInstalling the DeltaV I/O InterfaceInstalling the DeltaV ControllerInstalling the DeltaV System Power SupplyInstalling the DeltaV WorkstationInstalling the DeltaV Uninterruptible Power Supply (UPS)Setting up the DeltaV Control NetworkConnecting Power to the SystemSetting Up the DeltaV Remote NetworkSetting Up a Network Time ServerIP AddressesSubnet MaskBroadcast ModeInstalling the Fault-Tolerant ServerChecking Out and Troubleshooting Your DeltaV SystemChecking Out Your SystemStep 1. Checking the Cable ConnectionsStep 2. Checking the Power Supply VoltagesStep 3. Checking the LED Indicators on Each DeviceStep 4. Testing the Field Wiring ConnectionsTroubleshooting Your SystemUsing the DeltaV ExplorerUsing the Workstation DiagnosticsUsing DeltaV DiagnosticsTroubleshooting GuideGetting HelpDeltaV Installation and Instruction ManualsHazardous Area Installation Manuals, NAMUR Installation Manuals, and ATEX Instruction SheetsTechnical ServiceAppendix A Environmental SpecificationsAppendix B Carrier Specifications2-Wide Horizontal Power/Controller Carrier2-Wide Horizontal Power Carrier8-Wide Horizontal I/O Interface Carrier1-Wide Horizontal Carrier Extenders and CablesCabling Examples4-Wide VerticalPLUS Power/Controller Carrier4-Wide VerticalPLUS Power Carrier4-Wide VerticalPLUS SISNet Repeater Carrier8-Wide VerticalPLUS I/O Interface Carriers1-Wide VerticalPLUS Carrier Extenders4-Wide Legacy Vertical Power/Controller Carrier8-Wide Legacy Vertical I/O Interface CarrierFieldbus H1 CarrierIntrinsically Safe Power Supply CarrierIntrinsically Safe 8-Wide Horizontal CarrierIntrinsically Safe LocalBus Isolator CarrierAppendix C Interface SpecificationsDeltaV Series 2 I/OI/O CardsAI, 8-Channel, 4-20 mAAI, 8-Channel, 1-5 VDCAI, 16-Channel, 4-20 mA, HARTAO, 8-Channel, 4-20 mAAS-InterfaceDeviceNetDI, 8-Channel, 24 VDC, Dry ContactDI, 8-Channel, 24 VDC, IsolatedDI, 8-Channel, 120 VAC, Dry ContactDI, 8-Channel, 120 VAC, IsolatedDI, 8-Channel, 230 VAC, Dry ContactDI, 8-Channel, 230 VAC, IsolatedDI, 32-Channel, 24 VDC, Dry ContactDO, 8-Channel, 24 VDC, High-SideDO, 8-Channel, 24 VDC, IsolatedDO, 8-Channel, 120 VAC/230 VAC, High-SideDO, 8-Channel, 120 VAC/230 VAC, IsolatedDO, 32-Channel, 24 VDC, High-SideFieldbus H1 and Series 2 H1Isolated InputMultifunctionProfibus DPRTD, ohmsSequence of EventsSerial Card, 2 Ports, RS232/RS485Thermocouple, mVIntrinsically Safe I/O CardsI.S. AI, 8-Channel, 4-20 mA, HARTI.S. AO, 8-Channel, 4-20 mAI.S. DI, 16-ChannelI.S. DO, 4-ChannelTerminal BlocksI/O Terminal BlocksFieldbus H1 Terminal BlockSeries 2 H1 Terminal BlockInterface Terminal BlockIsolated Input Terminal BlockProfibus DP Terminal BlockRTD, ohms Terminal BlockThermocouple Terminal Block32-Channel Terminal Block16-Channel Analog Input Terminal BlockRedundant Terminal BlocksRedundant Analog Input Terminal BlockRedundant Analog Output Terminal BlockRedundant Discrete Terminal BlockRedundant H1 Terminal BlockRedundant Interface Terminal BlockRedundant Profibus DP Terminal BlockMass Termination Blocks10-Pin Mass Termination Block16-Pin Mass Termination Block24-Pin Mass Termination Block40-Pin Mass Termination BlockIntrinsically Safe Terminal BlocksI.S. 8-Channel Terminal BlockI.S. 16-Channel Terminal BlockI/O Interface KeyingIntrinsically Safe I/O Interface KeyingAppendix D Controller SpecificationsRemote Interface UnitUninterruptible Power Supply (UPS)Liebert MultiLink SoftwareFiber-Optic Media ConverterAppendix E System Power Supply SpecificationsSystem Power Supply (AC/DC)Redundant AC Input PowerSystem Power Supply (Dual DC/DC)Redundant DC Input PowerIntrinsically Safe System Power SupplyAppendix F Workstation and Server SpecificationsPrimary and Secondary Channel Ethernet Card Specifications - Plant LAN Interface CardFault-Tolerant ServerMultiple MonitorsTouch ScreensAppendix G Control Network SpecificationsHubs, Switches, Cable, and the DeltaV Controller Firewall8-Port 10Mbit Ethernet Hub8-Port 10/100Mbit Managed Switch with 1 MTRJ Fiber-Optic Port24-Port 100Mbit Fiber Switch24-Port 10/100Mbit Switch with 2 MTRJ Fiber-Optic Ports24-Port 10/100Mbit Switch12-Port SFP Managed Switch24-Port Fiber Managed Switch with 2 SFP Gigabit Slots24-Port Twisted Pair Managed Switch with 2 SFP Gigabit Slots8-Port Twisted Pair Unmanaged Switch8-Port Twisted Pair Unmanaged Switch with One Fiber Port8-Port 10/100Mbit Switch with 1 Gigabit Multi-Function Port24-Port 10/100Mbit Switch with 2 RJ45 Ports24-Port 10/100Mbit Switch with 2 Gigabit Multi-Function Ports48-Port 10/100Mbit Switch with 2 RJ45 Ports48-Port 10/100Mbit Switch with 2 Gigabit Multi-Function PortsDeltaV Fiber SwitchesFiber-Optic Gigabit TransceiversFiber-Optic Ethernet TransceiversTwisted Pair Gigabit TransceiverDeltaV Network Switches and Media ModulesDeltaV MD Base Switches and Media ModulesPower Specifications for the MD20 and MD30 SwitchesDeltaV RM100 Base Switches and Media ModulesPower Specifications for the DeltaV RM SwitchesDeltaV FP20 SwitchesPower Specifications for the DeltaV FP20 SwitchesEthernet Cable Specifications and Installation RulesFiber-Optic Cable SpecificationsCable Accessory SpecificationsBuilding Twisted Pair Cable AssembliesDeltaV Control NetworksHop RulesExtending a DeltaV Control Network with Media Converters10Mbit Hub Example10/100Mbit ExamplesExample Networks with DeltaV SwitchesDeltaV Controller FirewallDeltaV Controller Firewall Network ExamplesThe Management StationConnecting the Management StationManaging Switches and the DeltaV Controller FirewallReserved DeltaV IP AddressesDeltaV Zones1420 Wireless GatewayAppendix H Bulk Power Supply SpecificationsDIN Rail-Mounted Bulk AC to 24 VDC and Bulk AC to 12 VDCPanel-Mounted Bulk AC to 24 VDC and Bulk AC to 12 VDCBulk 24 VDC to 12 VDCAppendix I Enclosure and Power Dissipation GuidelinesSelecting an EnclosurePower Dissipation ConsiderationsEnclosure Selection ProcedureExample Enclosure Selection CalculationsAppendix J System Power GuidelinesSizing the System Power Supply (AC/DC)Sizing the System Power Supply (Dual DC/DC)Sizing the I.S. System Power SupplySizing the Bulk Power Supplies for System PowerSizing the Bulk Power Supply for Bussed Field Power and System PowerUsing Multiple System Power SuppliesUsing Multiple Bulk Power SuppliesOR-ing DiodesAppendix K Bussed Field Power GuidelinesSizing R-C SnubbersDC ApplicationsAC ApplicationsAppendix L Controller RedundancyInstalling a Redundant ControllerAppendix M DeltaV Vertical CarriersVerticalPLUS Carriers4-Wide VerticalPLUS Power/Controller Carriers4-Wide VerticalPLUS SISNet Repeater Carriers4-Wide VerticalPLUS Power Carriers8-Wide VerticalPLUS I/O Interface Carriers1-Wide VerticalPLUS Carrier Extenders and CablesInstalling VerticalPLUS CarriersInstalling the DIN Rail StopInstalling and Removing the CarriersExtending LocalBus Power to Other CarriersInserting System PowerUsing Bussed Field Power with VerticalPLUS CarriersLegacy Vertical Carriers4-Wide Legacy Vertical Power/Controller Carriers8-Wide Legacy Vertical I/O Interface CarriersCables for Legacy Vertical SystemsCalculating the Total Length of a Legacy Vertical SystemDIN Rail RecommendationsInstalling the 4-Wide Legacy Vertical Power/Controller CarriersInstalling the 8-Wide Legacy Vertical I/O Interface CarriersInstalling the CablesAppendix N Installation WorksheetsWorksheets for Calculating Power RequirementsWorksheet for Products Using 12 V LocalBus Power and 24 VDC Bussed Field PowerWorksheet for Products Using Only 24 VDC PowerWorksheet for System Power Requirements - 24 VDC Power InputWorksheet for System Power Requirements - 12 VDC InputWorksheet for Bulk Power RequirementsWorksheet for Intrinsically Safe System Power RequirementsAppendix O Intrinsically Safe I/OIntrinsically Safe LocalBus IsolatorIntrinsically Safe Carrier ExtendersAppendix P Product Type Numbers for DeltaV Non-SIS HardwareGlossaryFieldbus Installations in a DeltaV Digital Automation SystemWelcomeAbout This ManualAssumptionsConventionsOverview to Fieldbus TechnologyComponentsRedundant Series 2 H1 CardFieldbus Power SuppliesRedundant Fieldbus Power for ApplicationsTerminatorsWiring ComponentsTopologiesDesign Considerations, Restrictions, and LimitationsCable TypeCable LengthsSpur LengthsSelection Decisions and Trade-OffsGeographic DistributionControl StrategyTypes of Field DevicesRecommendations for Installing a Fieldbus SystemToolsGrounding and Shielding of CableOverview to Installing a Fieldbus SegmentInstalling CableHigh Availability Fieldbus ApplicationsRelcom Fieldbus Power System for Redundant Fieldbus PowerDC Power Considerations for High Availability Applications Using the Fieldbus Power SystemShort Circuit Protection with MegablocksDesigning an Application for Short Circuit Protection Using MegablocksInstalling and Connecting the Fieldbus Power SystemInstalling and Connecting MegablocksVerifying the InstallationHigh Availability Application Example for the Fieldbus Power SystemPepperl+Fuchs Fieldbus Power Hub for Redundant Fieldbus PowerDC Power Considerations for High Availability Applications Using the Fieldbus Power HubShort Circuit Protection with Segment ProtectorsDesigning an Application for Short Circuit Protection Using a Segment ProtectorInstalling and Connecting the Fieldbus Power HubInstalling and Connecting the Fieldbus Segment ProtectorVerifying the InstallationHigh Availability Application Examples for the Fieldbus Power HubIntrinsically Safe Fieldbus ApplicationsDC Power Considerations for Intrinsically Safe ApplicationsFieldbus Power HubField Barrier for Intrinsically Safe Applications in Hazardous LocationsInstalling and Connecting the Fieldbus Power HubInstalling and Connecting the Field BarrierVerifying the InstallationIntrinsically Safe Application ExampleNon-Incendive Fieldbus ApplicationsDC Power Considerations for Non-Incendive ApplicationsFieldbus Power HubShort Circuit Protection with Segment ProtectorsInstalling and Connecting the Fieldbus Power HubInstalling and Connecting the Fieldbus Segment ProtectorVerifying the InstallationNon-Incendive Application ExampleAppendix A Fieldbus Segment Checkout ProcedureToolsCheckout ProcedureFieldbus Segment Checkout FormAppendix B MTL Power Supplies for Intrinsically Safe Fieldbus ApplicationsDC Power Considerations for IS Power ApplicationsHost PowerInstalling the MTL Intrinsically Safe Power SuppliesSwitchesIntrinsically Safe Application Example with an MTL9122Appendix C MTL Power Supplies for Non-Incendive Fieldbus ApplicationsDC Power Considerations for Non-Incendive Power ApplicationsHost PowerInstalling the Non-Incendive Power SuppliesSwitchesNon-Incendive Application ExamplesApplication Example with two MTL9111-NI Power SuppliesApplication Example with one MTL9112-NI Power SupplyAppendix D TroubleshootingTroubleshooting with the H1 CardTroubleshooting with the DeltaV ExplorerTroubleshooting with DeltaV DiagnosticsTroubleshooting Common Fieldbus ProblemsDevice or Segment ErrorThe H1 Card is not Communicating with the DeltaV SystemCommunication Error or Incorrect CommunicationProblems Commissioning DevicesMissing Values in Resource or Transducer BlockSimulate not Working in Control StudioTrouble-Shooting Q and AFieldbus Third Party ProductsReferencesInstalling Your DeltaV Zone 1 Intrinsically Safe HardwareWelcomeAbout This ManualRelated DocumentationAssumptionsConventionsOverviewComponentsSafety Information and Agency ApprovalsAgency ApprovalsSafety Symbols Used in this DocumentCE StatementPersonal SafetySystem SafetyField Wiring Safety ParametersInstallationPlanning the InstallationInstalling the Carrier and Assembling the SystemInstalling the Power Supply on the CarrierInstalling the CPU on the CarrierInstalling the I/O Cards on the CarrierProviding PowerConnecting the CPU to the DeltaV SystemConnecting the Field Wiring to the I/O CardsAnalog I/O CardDiscrete I/O CardLED IndicatorsPower SupplyCPUAnalog I/O CardDiscrete I/O CardAppendix A Hardware SpecificationsCarrierEnclosurePower DissipationPower SupplyCPUAnalog I/O CardHART Analog Input Channel SpecificationsHART Analog Output Channel SpecificationsDiscrete Input/Output CardDiscrete Input Channel SpecificationsDiscrete Output Channel SpecificationsConfigurationDeveloping the Control StrategySystem CapacitiesUsing Fieldbus Technology in the Control StrategyUsing Fieldbus Blocks in the Control StrategyEasy Configuration for Fieldbus Function BlocksAutomatically Assigning DeltaV Function Blocks to the H1 CardFieldbus Control Strategy ProceduresDeciding Where to Run Control Function BlocksTroubleshooting Fieldbus LoopsChanging Function Block Parameter Values in Fieldbus DevicesFunction BlocksFunction Blocks - General InformationFunction Block ModesFunction Block CompositesFunction Block Status InformationFunction Block Alarm DetectionFieldbus Function Block InformationFunction Blocks - ParametersDynamic Reference ParameterExternal Reference ParameterInternal Reference ParameterExtensible ParametersNamed Set ParametersOption Bitstring ParametersString ParametersConditional Alarming ParametersI/O BlocksAlarm Detection Function BlockAnalog Input (AI) Function BlockAnalog Output (AO) Function BlockDiscrete Input (DI) Function BlockDiscrete Output (DO) Function BlockH1 Carrier Multiple Discrete Input (FFMDI) Function BlockFieldbus Multiple Discrete Input (FFMDI_STD) Function BlockH1 Carrier Multiple Discrete Output (FFMDO) Function BlockFieldbus Multiple Discrete Output (FFMDO_STD) Function BlockMultiplexed Analog Input (FFMAI_RMT) Function BlockMultiplexed Analog Output (FFMAO) Function BlockPulse Input (PIN) Function BlockAnalog Control BlocksBias/Gain Function BlockCalculation/Logic Function BlockControl Selector Function BlockDeadtime Function BlockFilter Function BlockInput Selector Function BlockFieldbus Input Selector Extended Function BlockLead/Lag Function BlockLimit Function BlockManual Loader Function BlockPID Function BlockRamp Function BlockRate Limit Function BlockRatio Function BlockScaler Function BlockSignal Characterizer Function BlockSignal Generator Function BlockSignal Selector Function BlockSplitter Function BlockMath BlocksAbsolute Value (ABS) Function BlockAdd Function BlockArithmetic Function BlockComparator Function BlockDivide Function BlockIntegrator Function BlockMultiply Function BlockSubtract Function BlockTimer/Counter BlocksCounter Function BlockDate Time Event Function BlockOff-Delay Timer Function BlockOn-Delay Timer Function BlockRetentive Timer Function BlockTimed Pulse Function BlockEnergy Metering BlocksFlow Metering (AGA_SI) Function BlockFlow Metering (AGA_US) Function BlockIsentropic Expansion (ISE) Function BlockSaturated Steam Properties - Given Temperature (SST) Function BlockSaturated Temperature (TSS) Function BlockSteam Density Ratio (SDR) Function BlockSteam Properties (STM) Function BlockWater Enthalpy (WTH) Function BlockWater Entropy (WTS) Function BlockLogical BlocksAction Function BlockAnd Function BlockBi-directional Edge (BDE) Trigger Function BlockBoolean Fan Input (BFI) Function BlockBoolean Fan Output (BFO) Function BlockCondition Function BlockDevice Control Function BlockMultiplexer Function BlockNegative Edge Trigger Function BlockNot Function BlockOr Function BlockPositive Edge Trigger Function BlockReset/Set Flip-flop Function BlockSet/Reset Flip-flop Function BlockTransfer Function BlockAdvanced Control BlocksDiagnostic Function BlockFuzzy Logic Control (FLC) Function BlockInspect Function BlockLab Entry (LE) Function BlockModel Predictive Control (MPC) Function BlockModel Predictive Control Process Simulator Function BlockModel Predictive Control Professional (MPCPro) Function BlockNeural Network (NN) Function BlockAdvanced Function BlocksAnalog Voter Function BlockCause and Effect Matrix Function BlockDiscrete Voter Function BlockStep Sequencer Function BlockState Transition Diagram Function BlockExtended Function BlocksSpecial Items PaletteModulesModules - General InformationModule ClassesModule TemplatesModule-Level ParametersEquipment Module ExampleModule Algorithm TypesFunction Block Diagram AlgorithmsSequential Function Chart AlgorithmsSFC ParametersCommand-Driven AlgorithmsState-Driven AlgorithmsPhase AlgorithmsAlarming in Modules Using Function Block ConditionsModule Template LibraryAnalog Control Module TemplatesMonitoring Module TemplatesTwo-State Motor Module TemplatesThree-State Motor Module TemplatesTwo-Way Valve Module TemplatesSimulation Module TemplatesEditing a Module Copied from a Module TemplateAssigning Modules to A WorkstationParametersParameter and Function SecurityElectronic SignaturesHiding Intellectual PropertyProtecting Your Engineering StandardsExpressionsSyntax RulesSyntax for SFC Step ActionsUsing the VariablesTemporary VariablesI/O ReferencesMatrix Parameter ReferencesInputs/Outputs of the Calc/Logic BlockExternal ReferencesInternal ReferencesDynamic ReferencesDiagnostic Parameters in ExpressionsStringsOperandsOperatorsFunctionsConstantsCommentsKeywordsSFC Commands and State TransitionsActionsNon-Stored Action Qualifier TypesStored Action Qualifier TypesOverriding Reset (R) Qualifier for Resetting Stored ActionsConfirms for Pulse ActionsAlarms and EventsAlarms and Events OverviewSystem Alarm ManagementAlarm ConfigurationAlarm PresentationCustom AlarmsEvents and Alarms ReferenceCollecting Alarm and Event RecordsEvent Chronicle SecurityEvent Chronicle Automated Backup UtilityInter-Zone Alarms and EventsHardware Alarm MessagesContinuous HistorianSetting Up the Continuous HistorianConfiguring Historian PropertiesConfiguring History CollectionHistorical Data Sets and FilesHistorical Data Set SecurityHistorical Data RetrievalData CompressionComposite Ff Status ValuesComposite Historian Status ValuesAggregate Functions SupportedHistorian Run-Time ProcessesHistorian DiagnosticsData ConversionContinuous Historian AdministrationContinuous Historian Automated Backup UtilityThe Legacy HistorianEnterprise PI HistorianOPC Historical Data AccessDeltaV OPC History ServerOPC HDA ClientsClient Sample Input ScriptsController ConsiderationsAuto-Sense FeatureCommissioningDecommissioningInter-Controller Communication GuidelinesController RedundancyController PerformancePreserving Configuration and Controller Data During Power LossI/O ConfigurationI/O Card and Channel TypesCard ParametersChannel ParametersDeltaV Redundant I/OImportant Considerations for Using Redundant I/OInstalling and Connecting Redundant I/O Terminal Blocks and Series 2 CardsSwitchover CausesParameters and DSTsAuto-Sensing and Configuring Series 2 CardsIdentifying and Troubleshooting Series 2 Redundant CardsExample Switchover SituationsDeltaV Remote I/ODeltaV Wireless I/ODevice Signal Tags (DSTs) and SCADA TagsFOUNDATION fieldbus Technology and the DeltaV SystemFieldbus DevicesFOUNDATION fieldbus BlocksFieldbus Device Configuration ProceduresDownloading Fieldbus Segments During Plant Startup and CommissioningRetaining the Commissioning Status of Fieldbus Devices During a Partial ImportVCR SpecificationsValid Units and Channel ValuesSerial Devices and the DeltaV SystemMaximum Number of Values for DatasetsModbus Function Codes SupportedUsing Serial Data in Control StrategiesSerial Card OutputsSerial Card Data MappingHART Devices and the DeltaV SystemScaling HART ValuesHART Error ConditionsUsing HART Error Conditions for Control StrategyLink InitializationAccessing AMS Device ManagerAS-Interface and the DeltaV SystemAS-Interface in the DeltaV SystemProfibus Decentralized Periphery (DP) and the DeltaV SystemProfibus in the DeltaV SystemDeviceNet and the DeltaV SystemDeviceNet in the DeltaV SystemConfiguring DevicesUsing Profibus DP, DeviceNet and AS-Interface with DeltaV Function BlocksAnti-Aliasing FilteringOverrange and Underrange DetectionNAMUR Limit DetectionFailure Action SettingsIsolated Input Channel Error DetectionOutputs After a Self-Test FailureAnalog Output CardsDiscrete Output CardsIntegrating PROVOX and RS3 I/OCustomizing the Process History ViewDownloading DataUploading Recorded Parameter ChangesReferencing DocumentsSystem PreferencesDeltaV Configuration ApplicationsDeltaV ExplorerDeltaV Explorer User InterfaceIndicatorsDeltaV Explorer NavigationDeltaV Explorer Tips of the DayControl Studio ApplicationControl Studio User InterfaceThe PaletteControl Studio NavigationFunction Block DiagramOnline and Debug Viewing of Function BlocksStopping the FBD from ExecutingAdvancing through the DiagramForcing Input ValuesRunning to a BreakpointOnline and Debug Viewing of SFCsDisabling StepsDisabling TransitionsDisabling ActionsForcing TransitionsStopping, Starting, and Resetting LevelsStopping and Starting Module ExecutionSetting ValuesForcing an InputUsing ModulesCompositesComposite DefinitionsLinked and Embedded CompositesEmbedded CompositesLinked CompositesCreating an Embedded CompositeCreating a Linked CompositeConverting CompositesConvert to EmbeddedConvert to ExistingConvert to NewExpressions in the DeltaV SystemCommand LanguagesReports and PrintingControl Studio Tips of the DayRecipe Studio ApplicationRecipe Studio Tips of the DayI/O Configuration ApplicationSystem Alarm Management ApplicationStandard Exports and ImportsUser-defined Export, Import, and Bulk EditingFormat Specification FilesExporting Configuration DataBulk Editing with the Excel Add-InImporting Configuration DataBulk Editing Configuration ObjectsAliases and FormulasAS-Interface Ports, Devices, and Discrete I/OBatch Equipment TrainLocal I/O Cards and ChannelsRemote I/O Cards and ChannelsDeviceNet Ports, Devices, and SignalsFieldbus Ports and DevicesHART DevicesHistory Data PointsEquipment and Control ModulesProcess CellsProfibus Ports, Devices, Slots, and SignalsProgrammable Serial Ports and DatasetsSerial Ports and DatasetsSystem Hardware AlarmsUnit ModulesWireless GatewayClassless Module Containing Classless ModuleClass-based ModuleClass-based Module Containing Class-based ModuleComplex Module HierarchiesMoving Modules Using Bulk EditUsing an ODBC InterfaceINtools and SmartPlant Excel InterfaceInstalling the Add-ins and Intergraph ComponentsUsing the I/O Support MenuUsing the I/O Support Menu when Version Control is OnUsing the Add-ins with INtools 6 and SPI 7Data That Can Be Moved from INtools 6 and SPI 7 to ExcelUsing the SPI Interface MenuUsing the Add-ins with SPI 2007 SP 3SPI: Recommended PracticesData That Can Be Moved between SPI 2007 and ExcelUsing the SPI Interface MenuEditing Instrument DataDeltaV LoggerDeltaV Logger Printer OptionsDeltaV Web ServerDeltaV ReporterUsing the Worksheet Function DialogsWorksheet Function ReferenceWriting Historical Data to a Continuous Historian DatabaseGenerating Scheduled ReportsRecommended Configuration PracticesUsing Recommended Engineering PracticesRecommended Practices for Using Fieldbus and ProfibusRecommended Practices for Configuring ControllersRecommended Practices for Creating PicturesRecommended I/O PracticesRecommended Practices for Using DeltaV BatchRecommended Practices for Creating the Control StrategyRecommended Practices for General ConfigurationRecommended Practices for Handling AlarmsRecommended Practices for Using Version ControlRecommended Practices for PrintingOperator Basics and Graphics ConfigurationIntroduction to This ManualOperator BasicsDeltaV Software OverviewUsing DeltaV Operate in Run ModeWorking with PicturesResponding to AlarmsManaging the DeltaV Operate EnvironmentThe Configure and Run EnvironmentsThe System Tree and Work AreaDisplaying the Visual Basic EditorFinding and Replacing DataWorking with ToolbarsToolbar BasicsModifying Existing ToolbarsCreating ToolbarsCreating ButtonsUsing Toolbars and Toolbar Buttons on Multiple NodesCustomizing the DeltaV Operate EnvironmentThe Order in which the System Applies the Settings FilesThe User Settings DialogThe User Preferences DialogThe User_Ref and UserSettings PicturesThe Layout TemplatesFRS Global VariablesStartup VariablesScreen Definition VariablesApplications VariablesCommon Constant VariablesDatabase VariablesToolbar VariablesMain VariablesHistory VariablesAlarm Banner VariablesFaceplate VariablesDetail VariablesMiscellaneous VariablesPicture VariablesCreating PicturesPicture BasicsCreating and Opening PicturesDownloading and Uploading Operator DisplaysThe Object-Oriented Nature of PicturesBasic Drawing ToolsWorking with Pictures - Basic FunctionsWorking with Pictures - Additional FunctionsWorking With Pictures - Widescreen MonitorsOverview ChecklistUsing DeltaV ToolbarsDeltaV Workspace ToolbarsDeltaV Picture ToolbarsImplementing Pictures in Your ProcessWhat Makes Up a PicturePlanning Your PicturesDesigning Your PicturesWorking with Other ApplicationsCreating Alarms Using PicturesOptimizing Picture PerformanceUsing the Picture Converter UtilityUsing Picture CachingMaking Changes to Pictures at Run TimeRunning Your PicturesThe DeltaV Operate EnvironmentThe Alarm Summary ObjectThe Embedded Trend ObjectWorking with Objects in the Run-time EnvironmentUsing Tag Groups in PicturesUsing the Tag Group EditorImplementing a Tag Group StrategyImporting and Exporting Tag Group FilesUsing Key MacrosThe Key Macro EditorDefining Key MacrosManaging Key MacrosCreating Group DisplaysCreating New Faceplates and Detail Displays for ModulesCreating New Faceplates and Detail Displays for Function BlocksDeveloping Objects in PicturesAdding Objects to PicturesPerforming Basic Functions with ObjectsPerforming Advanced Functions with ObjectsCreating Complex ObjectsUsing Animation, Command, and Picture ExpertsDeltaV Operate ExpertsBuild Dynamo ExpertToolbar Builder ExpertUsing Dynamos to Customize PicturesConverting Complex Dynamos to BitmapsUsing Global SubroutinesControlling Object PropertiesAnimating Object PropertiesDefining Data SourcesAnimating Properties Using ColorCalculate EGUBuilding ExpressionsSpecifying Tolerance, Deadband, and Refresh RateExpression Builder SyntaxModifying ExpressionsWhat's the Difference Between Operator Keyboard and DeltaV Operate on Multiple Monitors?Installing and Configuring the HardwareInstalling the Driver and Setting Up the Video CardCalibrating and Configuring the Touch ScreensCreating the Default XP Environment for User AccountsSetting Up DeltaV Operate for Multiple Monitors or Operator KeyboardScreen ResolutionAbout Operator KeyboardConfiguring DeltaV Operate to run as an Operator Keyboard SystemUnderstanding Alarm Management for the Operator KeyboardConfiguring Unit ModulesBuilding the Operator Keyboard DisplayOperator Keyboard Module, Function Block, and Device FaceplatesModule and Device Faceplate Reference for Operator KeyboardPID Loop Operator Keyboard Faceplate (LOOP_FP_KB)Fieldbus Device Alarm Operator Keyboard Faceplate (FFDEV_FP_KB)ANALOG Monitoring Module Operator Keyboard Faceplate (AI_FP_KB)DISCRETE Monitoring Module Operator Keyboard Faceplate (DI_FP_KB)Motor and Valve Module Operator Keyboard Faceplate (DL_FP_KB)Generic Module Operator Keyboard Faceplate (MOD_FP_KB)MPC Loop Operator Keyboard Faceplate (LOOPM_FP_KB)Function Block Faceplate Reference for Operator KeyboardPID Function Block Operator Keyboard Faceplate (PID_FP_KB)Analog Input Function Block Operator Keyboard Faceplate (AI_FB_FP_KB)Device Control Function Block Operator Keyboard Faceplate (DC_FP_KB)Input Selector Function Block Operator Keyboard Faceplate (XMTR_FP_KB)Pulse Input Function Block Operator Keyboard Faceplate (PI_FP_KB)Lab Entry Function Block Operator Keyboard Faceplate (LAB_FP_KB)PT_COMP Operator Keyboard Faceplate (LAB_FP_KB)Working with Pictures on Multiple MonitorsPositioning PicturesOpening PicturesSwapping PicturesMoving PicturesWriting ScriptsFinding More InformationComponents of a VBA ProjectComponents of the VBA EditorVBA FormsVBA File TypesTesting Your CodeSaving Your WorkConfiguring VBA OptionsDatatype Checking and the VBA CompilerDeltaV-Specific VBA FunctionsOptimizing Your VBA Project DevelopmentDeltaV Operate Scripting TipsVBA Coding Help FeaturesUsing Asynchronous Methods and Subroutines in ScriptsWorking with DeltaV Operate ObjectsMaking ConnectionsAnimation Properties and MethodsManipulating PicturesCreating Global ScriptsAccessing Real-Time DataWorking in the Run-time EnvironmentWorking with the Scheduler and the DoEvents FunctionCreating DynamosCreating Tag GroupsManipulating ChartsEnvironment-Specific Chart Properties and MethodsEnvironment-Specific Pen Properties and MethodsAdditional Pen FunctionsAdditional Chart FunctionsMastering DeltaV OperateThe SchedulerScheduler BasicsRunning Foreground and Background SchedulesDesigning SchedulesWriting Custom Scripts for the SchedulerCreating Picture-Specific Help FilesCreating the Help FileExample: Creating a Picture-Specific Help FileCustomizing the System TreeAdding Folders to the System TreeAdding Files to the System TreeDeleting Folders and Files from the System TreeOptimizing DeltaV OperateOptimizing Picture DesignUsing ActiveX ControlsOptimizing Picture DisplayUsing VBA and ScriptingWorking with the SchedulerModule Dynamos, Faceplates, and Detail DisplaysCommon Faceplate and Detail Display ElementsModule Template DynamosDynamo ReferenceAI Dynamo (ANALOG_IN)DI Dynamo (DISCRETE_IN)Analog Alarm Module Dynamo (AALM)PID Loop Dynamos (PID_Loop_1 and PID_Loop_2)FLC Loop Dynamos (FLC_LOOP_1 and FLC_LOOP_2)Phase Logic Module (PLM) DynamoMotor Dynamos (DL_MTR_VDWN, DL_MTR_VUP, DL_MTR_HL, and DL_MTR_HR)Pump Dynamos (DL_PMP_HL-R, DL_PMP_HR-L, DL_PMP_VL-R, and DL_PMP_VR-L)Valve Dynamos (DL_VLV_V and DL_VLV_H)Continuous Unit Module Dynamo (Continuous_Unit_Faceplate)MPC Operate Dynamo (MPCOperMode)MPC Controlled Variable Dynamo (Cntrl1...4 (CV))MPC Constraint Variable Dynamo (Cnstr1...4 (AV))MPC Manipulated Variable Dynamo (Mnplt1...4 (MV))MPC Single Input Single Output Dynamo (MPC SISO)MPC Loop Dynamo (MPC_LOOP)MPCPro Output Variable Dynamo (CV/AV)MPCPro Input Variable Dynamo (MV/DV)NN Dynamo (NN)Lab Entry Dynamo (LAB)Unit Module Dynamo (Unit_Faceplate)Module FaceplatesModule Faceplate ReferencePID Loop Faceplate (LOOP_FP)ANALOG Monitoring Module Faceplate (AI_FP)Command-driven Module Faceplate (CDA_FP)DISCRETE Monitoring Module Faceplate (DI_FP)LIMITSSIMULATEALARMSDIAGNOSTICSMotor and Valve Module Faceplate (DL_FP)Generic Module Faceplate (MOD_FP)Continuous Unit Module Faceplate (UMC_FP)State-driven Module Faceplate (SDA_FP)Unit Module Faceplate (UM_FP)MPC Loop Faceplate (LOOPM_FP)Phase Logic Module Faceplate (PLM_FP)Alarm Module Faceplate (AALM_FP)Module Detail DisplaysDetail Display ReferencePID Loop Detail Display (LOOP_DT)LIMITSSIMULATETUNINGALARMSDIAGNOSTICSAI Monitor Detail Display (AI_DT)LIMITSSIMULATETUNINGLINEARIZATIONALARMSDIAGNOSTICSCommand-driven Module Detail Display (CDA_DT)Motor and Valve Module Detail Display (DL_DTx)FIELD VALUELIMITSALARMSINTERLOCKSDIAGNOSTICSSIMULATEI/OPID_GAINSCHED Module Detail Display (GS_DT)DIAGNOSTICSPID_DEADTIME Module Detail Display (DTC_DT)DIAGNOSTICSPID Simulation Module Detail Display (SR_PID)DIAGNOSTICSFLC Simulation Module Detail Display (SR_FLC)DIAGNOSTICSPulse Monitor Detail Display (PI_DT)LIMITSSIMULATETUNINGALARMSDIAGNOSTICSMPC Loop Detail Display (LOOPM_DT)LIMITSSIMULATETUNINGALARMSDIAGNOSTICSState-driven Module Detail Display (SDA_DT)Continuous Unit Module Detail Display (UMC_DT)DIAGNOSTICSUnit Module Detail Display (UM_DT)Phase Logic Module Detail Display (PLM_DT)Alarm Module Detail Display (AALM_DT)LIMITSALARMSDIAGNOSTICSFunction Block Dynamos, Faceplates, and Detail DisplaysUsing Function Block Dynamos and Pop-Up DisplaysAlarm DynamosFunction Block Dynamo ReferenceAdvanced Function Block DynamosFunction Block Faceplate ReferencePID Function Block Faceplate (PID_FP)Analog Input Function Block Faceplate (AI_FB_FP)Device Control Function Block Faceplate (DC_FP)Input Selector Function Block Faceplate (XMTR_FP)Pulse Input Function Block Faceplate (PI_FP)MPC Operate and MPC Operate Pro FaceplateMPC Controlled Variable Function Block Faceplate (MPCCV1FB)MPC Constraint Variable Function Block Faceplate (MPCAV1FB)MPC Manipulated Variable Function Block Faceplate (MPCMV1FB)MPC Single Input Single Output Function Block Faceplate (MPCMSISO)MPCPro Controlled Variable Function Block Faceplate (MPCProOutput_FP)MPCPro Constraint Variable Function Block Faceplate (MPCProOutput_FP)MPCPro Manipulated Variable Function Block Faceplate (MPCProInput_FP)MPCPro Disturbance Variable Function Block Faceplate (MPCProInput_FP)Neural Network Function Block Faceplate (NN_FP)Lab Entry Function Block Faceplate (LAB_FP)Unit Phase Function Block Faceplate (UPH_FP)PT_Comp Faceplate (PTC_FP)Advanced Function Block FaceplatesFunction Block Detail Display ReferencePID Function Block Detail Display (PID_DT)Device Control Function Block Detail Display (DC_DT)MPC Control Variable Detail Display (MPCCV1FP)MPC Constraint Variable Detail Display (MPCAV1FP)MPC Manipulated Variable Detail Display (MPCMV1_dt)MPC Single Input Single Output Detail Display (MPCSISO)MPCPro Controlled Variable Detail Display (MPCPROOUTPUT_DT)MPCPro Constraint Variable Detail Display (MPCPROOUTPUT_DT)MPCPro Manipulated Variable Detail Display (MPCPROINPUT_DT)Neural Network Detail Display (NN_DT)Lab Entry Detail Display (LAB_DT)Unit Phase Detail Display (UPH_DT)Hardware Alarm DisplaysHardware Alarm Faceplate (Node_FP)Device Faceplates and Detail DisplaysDevice FaceplatesFieldbus Device Alarm FaceplateHART Device Alarm FaceplateAsset Alarm FaceplateDevice Detail DisplaysGeneric HART Device Alarm Detail Display (HARTGENERIC_DT)Example Device-Specific HART Device Alarm Detail DisplayMultiple Monitor Workstation Dynamo ReferenceDynamo Reference (FRSKeyBdControls)Default Monitor Select DynamoMonitor Main History DynamoOpen Faceplate DynamoOpen Picture DynamoReplace Picture DynamoUnit Alarm DynamosBatchBatch TutorialThe DeltaV Batch SubsystemAssumptionsDocumentation ConventionsDeltaV Batch Subsystem ConceptsTerminologyDeltaV Batch Configuration ApplicationsOverview of the Batch TutorialTutorial Startup DatabaseSimulation Control ModulesEquipment and Module Naming ConventionsImporting the Tutorial DatabasesCreating a New Database for the TutorialImporting an .fhx FileProcess GraphicsOverview of the Tutorial Configuration ExercisesGeneral Configuration ProcedureDiagram of Module and Phase ClassesParameter Reference Paths and AliasesLooking AheadEquipment DefinitionClass-Based DesignThe DeltaV Explorer HierarchyDefining Equipment in the DeltaV ExplorerAreas and Process CellsCreating AreasCreating Process Cell ClassesCreating Process CellsControl Module ClassesCreating Control Module CategoriesCreating Control Module ClassesEditing the NC_VALVE Control Module ClassMaking a Parameter ConfigurableThe Configure Dialog in DeltaV ExplorerModifying the Module Class to Enable simulationCreating a Control Module Class for Level IndicatorsEquipment Module ClassesUsing the Expression EditorCreating a Command-Driven Equipment Module (TOTALIZER)Configuring the TOTALIZER Equipment Module ClassCreating a State-Driven Equipment Module Class (BLENDER_OUTLET)Configuring the BLENDER_OUTLET Equipment Module ClassUnit Classes and Unit ModulesCreating Unit Class Categories and Unit ClassesUnit Class PropertiesCreating Unit ParametersCreating Alias Names in the Unit ClassesAdding Module Classes to Unit ClassesOwnership Type for Module BlocksVariant Module SubstitutionCreating Unit ModulesSpecifying Unit Parameter ValuesBinding AliasesFinishing the Unit ModulesPhase ClassesPhase Classes and Batch ParametersCreating Phase Class CategoriesCreating Phase Classes and ParametersCreating Phase Classes and Parameters for Blender PhasesState Transition DiagramsPhase StatesPhase CommandsCommon Phase Logic ParametersPhase Logic ConfigurationConfiguring the Running Logic for the FILL Phase - OverviewOpening the FILL Running LogicAdding an Action to the FILL Running LogicAdding a Transition to the FILL Running LogicAdding a Step to the FILL Running LogicCreating the Remaining Logic for the FILL PhaseVerifying the SFCReturning to the State Transition DiagramAssigning Phase Classes to a Unit ClassAdditional Steps for the FILL Unit PhasesAdditional Step for the COLOR Unit ModulesMoving the Simulation Modules to the Process CellTesting UM_COLOR_100 Using the Batch GraphicChanging the Phase OwnerOpening the Batch GraphicStarting and Testing the PhaseResetting the PhaseAGITATE Phase Logic ConfigurationAdding a Confirm to an ActionConfiguring the AGITATE Running Logic - OverviewThe AGITATE Running Logic - DetailsAdding a Parameter to the Running LogicConfiguring the AGITATE Running LogicAssigning the AGITATE Phase to the BLENDER Unit ClassTesting the AGITATE Running LogicConfiguring the AGITATE Holding LogicConfiguring the AGITATE Restarting LogicVerifying the AGITATE Holding and Restarting LogicLooking AheadFailure MonitoringThe Phase_Failures Named SetModifying the Phase_Failures SetCreating the Logic to Monitor Phase Conditions - OverviewCreating the Logic to Monitor Phase Conditions - DetailsModifying BLOCK1 of the Failure MonitorTesting the Phase Failure ConditionsModifying the AGITATE Phase Running LogicModifying the AGITATE Phase Holding LogicChanges to the AGITATE Holding LogicModifying the AGITATE Phase Restarting LogicVerifying Failure Monitoring for AGITATEEquipment Arbitration and Phase CoordinationModifying Modules to Allow Equipment ArbitrationCreating the COLOR_HEADER ModuleCoordinating the Dump and Charge Color PhasesCoordinating the Dump and Charge Phases - DiagramConfiguring the Dump and Charge Phase ClassesCHG_COLOR Running LogicDUMP Running LogicVerifying the Phase Coordination - OverviewVerifying the Phase Coordination - DetailsThe CHG_BASE and DRAIN Phase ClassesCHG_BASE Running LogicDRAIN Running LogicUnit Module SummaryLooking AheadBatch Recipe CreationThe Recipe Studio ApplicationProcedural Function ChartsCreating Transitions AutomaticallyCreating an Operation (OP_FINISH)Configuring an Operation (OP_FINISH)Completing the Recipe PropertiesVerifying and Saving the RecipeAssigning Recipes to a Batch ExecutiveCreating Additional OperationsCreating Unit ProceduresCreating ProceduresUnit AliasingLink GroupsAdding Phase PartnersCreating a Link GroupThe DeltaV Batch ExecutiveSetting up a Workstation to Run Batch ExecutiveAssigning Areas to a Batch ExecutiveStarting the Batch ExecutiveThe Batch Operator InterfaceUsing the Batch Operator InterfaceThe ToolbarThe Button BarAdding and Starting a BatchOn Your OwnFormulas and Deferred ParametersDeferring ParametersCreating Deferred ParametersDefining FormulasMaking a Formula Available to an Operator to LoadTesting Recipe FormulasOperator Prompts and Dynamic ReferencesOverview of Changes to Paint ApplicationCreating Phase MessagesAdding Operator PromptsAdding a LOGEVENT RecordTesting the Revised DRAIN PhaseConclusionBatch ReferenceIntroduction to This ManualBatch in the DeltaV SystemBatch-Based DesignAdvantages to Batch-Based DesignBatch Aliasing BenefitsApplications Used in Batch ProcessingBatch Control StrategyControl Strategy TasksIdentifying the Process FlowPartitioning Plant EquipmentPartitioning Process CellsPartitioning UnitsIdentifying Common ResourcesDefining Equipment RequirementsDefining Recipe RequirementsDefining User Security for BatchDeveloping Logic StrategiesUnderstanding Equipment ConfigurationClass-Based EquipmentImplementing Class-Based UnitsEquipment Train ClassesEquipment TrainsProcess Cell ClassesProcess CellsAreasUnit ClassesUnit Parameter DefinitionFREMEM ParameterUnit Parameter NamesAlias NamesUnit ModulesAlias Resolution TableUnit Phase PropertiesPhase Alarms in Unit ModulesUnitsPhase ClassesPhase Algorithm DefinitionPhase Logic ModulesUnit Phase AlarmsImplementing External PhasesUnderstanding RecipesTypes of RecipesGeneral RecipeSite RecipeMaster RecipeControl RecipeThe Recipe HierarchyRecipe StrategiesOperator MessagingPhase Logic RequestsRecipe AuthorizationGranting Keys to Recipe Authorization Function LocksEnabling and Setting Up Recipe AuthorizationAuthorizing RecipesAdding Rejection Signatures and Clearing SignaturesViewing a Recipe's Authorization SignaturesDownloading Authorized RecipesGenerating Approval ReportsBatch Functions SecurityManual Phase Control SecurityDeltaV Batch Naming ConventionsDynamic Unit AllocationHow Dynamic Unit Allocation WorksDynamic Unit Allocation Selection Process IllustratedSteps to Setting up Equipment for Dynamic Unit AllocationConfiguring Downstream UnitsConfiguring Downstream Unit Aliases in the Equipment Train ClassImportant Equipment Configuration Notes for Dynamic Unit AllocationWriting the Unit Selection PolicyDynamic Unit Allocation at Run TimeUnit Allocation PromptsDeltaV ExplorerConfiguring Equipment TrainsDefining Equipment Train Class CategoriesDefining Equipment Train ClassesDefining Equipment TrainsDefining Equipment Train FoldersDefining Equipment Train PropertiesConfiguring Process CellsDefining Process Cell Class CategoriesDefining Process Cells ClassesConfiguring UnitsCreating Unit Class CategoriesCreating Unit ClassesDefining Unit ParametersDefining AliasesAssociating Phase ClassesAdding Equipment Module ClassesAdding Control Module ClassesConfiguring PhasesCreating Phase CategoriesCreating Phase ClassesDefining Phase PartnersDefining Phase MessagesDefining Phase ParametersConfiguring AreasAssigning a Plant Area to a Batch Executive SubsystemDefining Process CellsDefining Process Cell Properties - GeneralDefining Process Cell Properties - ArbitrationCreating Unit ModulesDefining Unit Module Properties - GeneralDefining Unit Module Properties - ExecutionDefining Unit Module Properties - DisplaysDefining Unit Module Properties - ArbitrationDefining Unit Module Properties - ToolsCreating Phase Logic Module-based UnitsDefining Unit Properties - GeneralDefining Unit Properties - ExecutionDefining Unit Properties - DisplaysDefining Unit Properties - ArbitrationDefining Unit Properties - ToolsCreating the Phase LogicConfiguring Named SetsUnderstanding Named SetsDefining a Named SetImplementing a Named SetPredefined Batch Named SetsEquipment_Availability Named SetPhase_Command Named SetPhase_Owner_ID Named SetPhase_Restart_Types Named SetPhase_State Named SetPhase_Wdog_State Named SetPhase_Failures Named SetPhase_Boolean Named SetRecipe_State Named SetExternal PhasesConfiguring the Structure of External Phases in DeltaV ExplorerSyncade External PhasesDeltaV Soft PhasesInstalling the Soft Phase EnvironmentRunning Soft Phases on a Non-DeltaV NodeThe Soft Phase ServerThe Soft Phase BrokerThe Soft Phase DLLThe Soft Phase ApplicationWriting Soft PhasesLibrary MethodsCommon MethodsVisual C++ Only MethodsThe Soft Phase TesterTesting a Soft PhaseConfiguring Test ParametersSave the ConfigurationExiting the Soft Phase TesterSoft Phase Application ExampleSoft Phase Application Example CodeThe Color_Stabilizer_DB.XML FileThe Batch Executive PropertiesEnabling the Batch ExecutiveBatch Executive Server ConfigurationBatch Executive Action ConfirmationBatch Executive Server Client ConfigurationFailure Handling for the Batch ExecutiveThe Batch Historian PropertiesEnabling the Batch HistorianInput ConfigurationOutput ConfigurationFailure Handling for the Batch HistorianThe Campaign Manager Server PropertiesEnable the Campaign Manager ServerDefine the Server DefaultsConfigure the Action Confirmation SettingsThe Campaign Manager Client ConfigurationConfigure the General DefaultsSet the Column OrderDefine the Display ColorsRecipesCreating and Using Recipe FoldersAssigning Recipes and Recipe Folders to a Batch Executive SubsystemControl StudioConfiguring the Phase LogicState Transition DiagramRun LogicHold LogicRestart LogicStop LogicAbort LogicFailure MonitorPhase Logic ParametersUsing the Operator Prompt ParametersUsing the CONFIRM_FAIL ParameterUsing the DOWNLOAD_REQ ParameterUsing the PAUSE_REQ, PAUSEDUsing the REQUEST and REQDATA ParametersUnit Module ParametersPhase Request CodesDynamic Operator Prompts and MessagesDesigning Phase MessagesExample Send Message to an Operator, DirectExample Send Message to an Operator, IndirectExample Phase-to-Phase MessageDesigning Phase Logic Using AliasingEquipment Arbitration in Phase LogicSimulating Phase LogicCreating an SFC to Run a PhaseRecipe StudioRecipe Studio ControlsThe Recipe Studio Window PanesThe Recipe Studio Ribbon and Quick AccessToolbarBrowsingCreating a RecipeSteps to Recipe BuildingRecipe Design GoalsClass-Based RecipesCreating a Class-Based RecipeCharacteristics of Class-Based RecipesCreating Recipes that Share UnitsUsing Unit Aliases in RecipesRecipe Parameters and FormulasCreating a Procedural Function Chart (PFC)Steps in a PFCTransitions in a PFCOr Sequence SelectionsAnd Sequence SelectionsSequence LoopsLooping ConditionConcluding ConditionContinuanceUnderstanding How a Procedural Function Chart ExecutesProcedural Function Chart Execution FlowOr Sequence Selection and Sequence Loop Execution FlowDefining StepsDefining TransitionsConfiguring a TransitionUsing OperatorsChanging the Order of PrecedenceStep and Recipe Parameters and Transition Condition SyntaxExample Step Parameters and Recipe ParametersUsing ParametersConfiguring ParametersSelecting a Data TypeSelecting a CategorySetting a Default Value and RangeWorking with Constant Value ParametersWorking with Deferred ParametersWorking with Referred ParametersScaling a ParameterUnderstanding Step ParametersUnderstanding Recipe ParametersWorking with Deferred Recipe ParametersWorking with FormulasKeeping a Unit AcquiredCreating Link GroupsSynchronizing Phases with Link GroupsFinalizing the RecipeCompleting the Recipe PropertiesVerifying a RecipeCorrecting ErrorsAssigning a Recipe to a Batch ExecutiveMaintaining RecipesModifying RecipesDeleting RecipesDeltaV Batch ExecutiveBatch Executive ArchitectureStarting the Batch ExecutiveBatch Executive Restart BehaviorRecipe Resynchronization on RestartBatch Application ManagerBatch Executive Configuration SettingsParameter Values Resynchronization ChartReport Parameter ResynchronizationEffects of Configuration ChangesForced Shutdown of Individual BatchesRevoke EquipmentBatch Executive EventsBatch Executive DiagnosticsBatch Operator InterfaceThe DeltaV Operate Batch ControlsOperationsInteroperability within the Batch ComponentsRecipe StudioDeltaV ExplorerEvents and Process HistoryUnderstanding Batch StatesUnderstanding Batch CommandsAdding a BatchRun CommandsStarting a BatchRestarting a Batch from the Held StateWarm Restart of a Batch from the Lost and Recover_Failed StatesCold Restart of a Batch from the Lost and Recover_Failed StatesInterrupt CommandsHolding a BatchAborting a BatchStopping a BatchRemoving a BatchUnderstanding Advanced Control CapabilitiesUnderstanding Batch ModesUnderstanding Active Step ChangesPerforming an Active Step ChangeSetting Up each Batch Operator InterfaceThe Batch Operator Interface ScreensThe Batch List ScreenProcedure as PFC and Procedure as Table ScreensDisplaying Transition StatusConfiguring the Appearance of the PFCThe Event Journal ScreenComponents of the Event Journal ScreenJournal EventsCustomizing the Event Journal FileThe Unacknowledged Prompts ScreenThe Phase Control and ActiveThe Arbitration ScreenThe Alarm Summary ScreenAlarm MessagesClearing FailuresThe System Configuration and Defaults ScreenThe Batch Operator Interface ControlsThe ToolbarThe Command Button BarThe Status Indicator BarUsing the Batch Operator InterfaceStarting the Batch Operator InterfaceBefore Initiating A BatchEstablishing a Batch Naming ConventionCustomizing Batch Operator Interface ScreensFiltering Information in Batch Operator Interface ScreensUsing the Sort Priority in the Batch Operator InterfaceStarting and Controlling BatchesSelecting a RecipeCreating a BatchFormula ValuesBinding EquipmentStarting a BatchAcknowledging PromptsUsing the Unacknowledged Prompts ScreenAcknowledging Prompts from Alternate ScreensThe Phase Control ScreenThe Procedure as Table and PFC ScreensRemoving a BatchScaling BatchesRestarting Individual BatchesControlling Batch ModesManually Controlling a BatchAutomatically Controlling a BatchControlling PhasesUsing the Phase Control ScreenDisplaying Transition StatusEnabling and Disabling a TransitionForcing a TransitionManually Controlling PhasesPhase OwnershipUsing the SEMI-AUTO ModeViewing the Active Phase SummaryArbitrating EquipmentCommon ResourcesOwning ResourcesSelecting the Device FocusViewing All ResourcesAllocating ResourcesAcquiring ResourcesReleasing ResourcesManual Phase Control from DeltaV OperateUnit Module DisplaysUnit Module Faceplate DisplayUnit Module Detail DisplayUnit Module Dynamo (Unit_Faceplate)Phase DisplaysUnit Phase Faceplate DisplayUnit Phase Detail DisplayPhase Logic Module Faceplate DisplayPhase Logic Module Detail DisplayRunning Phases from DeltaV OperateAcknowledging Prompts Using DeltaV OperateRecipe SimulatorStarting the SimulatorPhase StatusPhase RegistersPhase ConfigurationBatch HistorianInstalling the Batch Historian SoftwareBatch Historian Database SecurityUninstalling the Batch Historian SoftwareSetting up the Batch HistorianStarting and Stopping the Batch HistorianBacking Up the Batch Historian DataRestoring the Batch Historian DataArchiving Batch Historian DataBatch Historian EventsBatch Historian DiagnosticsBatch Historian ClientsBatch History ViewBatch Historian AdministrationHistory Web ServiceUser ID VerificationUser ID Verification in the Batch Operator InterfaceUser ID Verification in Campaign Manager Operator InterfaceConfiguring User ID Verification in Phase LogicCampaign ManagerThe Campaign Manager ServerThe Campaign Manager Operator InterfaceCampaign Manager Toolbar IconsConfiguring the Campaign Manager Operator InterfaceThe General TabThe Column Ordering TabThe Default Colors TabCreating CampaignsCreate a CampaignSelect a Base Recipe for a CampaignResync the Base RecipeCampaign Execution ModesCampaign StatesBatch States in Campaign ManagerScaling Batches in Campaign ManagerCampaign Manager SecurityCampaign Manager EventsCampaign Manager Web ServiceDiagnosing ProblemsCommunications ProblemsPhase FailuresArbitration DeadlocksFailure Handling for the Batch Operator InterfaceProblems Connecting the Campaign Manager Server with a Non-DeltaV NodeAppendix A - DeltaV Batch and S88S88 ObjectivesS88 ModelsThe Physical ModelEnterprise, Site, and Area LevelsProcess CellUnitEquipment and Control ModulesProcedural Control ModelControl Activity ModelRecipe ManagementS88 Recipe TypesRecipe ContentsProduction Planning and SchedulingProduction ScheduleEquipment AvailabilityRaw Material AvailabilityProcess ManagementUnit SupervisionProcess ControlProduction Information ManagementSafety ProtectionProcess ModelLinking a Control Recipe to the EquipmentAppendix B - Batch Commands and StatesBatch CommandsBatch StatesStep StatesPhase Step StatesUnit Alias Selection StatesAppendix C - Batch System CapacitiesAppendix D - Batch Historian DataBatch Historian ViewsBatch EventsDeltaV EventsCustom Batch ReportCreating a Batch ReportNew Report Sample CodeAppendix E - NE33, S88.01, and DeltaV Terms ComparedAppendix F - The Campaign Manager ControlGetting Started Using the ControlThe Campaign Manager ComponentsCompleted Campaign Manager ExamplesCreate and Add a Campaign ExampleConnecting to the Campaign Manager ServerCreating a New CampaignEdit the Campaign's Recipe ObjectAdding BatchesAdding the Campaign to the Campaign Manager ServerSetting the Campaign's Execution ModeLockout InformationCampaign LockoutsBatch LockoutsConfiguring Security for the APISecurity ConfigurationEditing Rules for the Campaign Manager APIBatch Execution OrderLicensing RequirementsThe DVBCMClient ObjectIDVBCMClient Interface MethodsIDVBCMClient::ConnectIDVBCMClient::DisconnectIDVBCMClient::AddCampaignIDVBCMClient::TerminateCampaignIDVBCMClient::RemoveCampaignIDVBCMClient::GetConfiguredActionInfoIDVBCMClient::UserCanIDVBCMClient Interface PropertiesIDVBCMClient::ExecutiveNodesIDVBCMClient::ExecutiveInfoIDVBCMClient::CampaignListIDVBCMClient::CampaignInfoIDVBCMClient::NewCampaignIDVBCMClient::CampaignEditIDVBCMClient::ConnectedIDVBCMClient::CMNodeIDVBCMClient::IsLicensedIDVBCMClient::DeltaVUserIDVBCMClient::CMServerListThe _IDVBCMClientEvents Interface_IDVBCMClientEvents::OnCampaignMgrConnectionLost_IDVBCMClientEvents::OnCampaignMgrShuttingDown_IDVBCMClientEvents::OnBatchExecutiveRemoved_IDVBCMClientEvents::OnBatchExecutiveAdded_IDVBCMClientEvents::OnCampaignAdded_IDVBCMClientEvents::OnCampaignStateChanged_IDVBCMClientEvents::OnCampaignRemoved_IDVBCMClientEvents::OnCampaignTerminated_IDVBCMClientEvents::OnCampaignBatchAdded_IDVBCMClientEvents::OnBatchStateChanged_IDVBCMClientEvents::OnCampaignBatchReleased_IDVBCMClientEvents::OnCampaignBatchStarted_IDVBCMClientEvents::OnCampaignBatchRemoved_IDVBCMClientEvents::OnCampaignBatchDeleted_IDVBCMClientEvents::OnConfiguredActionsChanged_IDVBCMClientEvents::OnCampaignRecipeChanged_IDVBCMClientEvents::OnCampaignFormulaChanged_IDVBCMClientEvents::OnCampaignRecipeParamChanged_IDVBCMClientEvents::OnCampaignRecipeEquipmentChanged_IDVBCMClientEvents::OnBatchRecipeChanged_IDVBCMClientEvents::OnBatchFormulaChanged_IDVBCMClientEvents::OnBatchRecipeParamChanged_IDVBCMClientEvents::OnBatchRecipeEquipmentChanged_IDVBCMClientEvents::OnCampaignExecutionModeChanged_IDVBCMClientEvents::OnCampaignMgrBootComplete_IDVBCMClientEvents::OnCampaignRecipeScaleChanged_IDVBCMClientEvents::OnBatchRecipeScaleChanged_IDVBCMClientEvents::OnCampaignMgrErrorMessage_IDVBCMClientEvents::OnBatchOwnerInfoChanged_IDVBCMClientEvents::OnBatchModifiedInfoChanged_IDVBCMClientEvents::OnBatchIndexChanged_IDVBCMClientEvents::OnCampaignDescriptionChanged_IDVBCMClientEvents::OnCampaignPrefixChanged_IDVBCMClientEvents::OnCampaignSuffixChanged_IDVBCMClientEvents::OnCampaignStartSequenceChanged_IDVBCMClientEvents::OnCampaignMaxActiveBatchesChanged_IDVBCMClientEvents::OnCampaignOwnerInfoChanged_IDVBCMClientEvents::OnCampaignModifiedInfoChanged_IDVBCMClientEvents::OnCampaignAutoRemoveChanged_IDVBCMClientEvents::OnCampaignUserCommentsChanged_IDVBCMClientEvents::OnBatchUserCommentsChanged_IDVBCMClientEvents::OnCampaignExecutionModeChanged2_IDVBCMClientEvents::OnBatchExecutiveConnectionLost_IDVBCMClientEvents::OnBatchExecutiveConnectionRestablished_IDVBCMClientEvents::OnConVerSameChangeThe IDVBCMClient2 InterfaceIDVBCMClient2 Interface MethodsIDVBCMClient2::GetVersionsIDVBCMClient2 Interface PropertiesIDVBCMClient2::CMServerNodesThe IDVBCMClient3 InterfaceThe IDVBCMClient3 Interface PropertiesIDVBCMClient3::CanConfirmerAndVerifierBeSameThe IDVBCMClient4 InterfaceIDVBCMClient4 Interface MethodsIDVBCMClient4::AddCampaign2IDVBCMClient4::TerminateCampaign2IDVBCMClient4::RemoveCampaign2The DVBCMExecInfo ObjectIDVBCMExecInfo Interface MethodsIDVBCMExecInfo::GetExecutiveEnumSetIDVBCMExecInfo::GetExecutiveUnitInfoIDVBCMExecInfo Interface PropertiesIDVBCMExecInfo::ExecutiveRecipeListIDVBCMExecInfo::ExecutiveRecipeInfoIDVBCMExecInfo::ExecutiveEnumSetListThe IDVBCMExecInfo2 InterfaceIDVBCMExecInfo2 Interface MethodsIDVBCMExecInfo2::GetExecutiveUnitInfo2The IDVBCMExecInfo3 InterfaceIDVBCMExecInfo3 Interface MethodsIDVBCMExecInfo3::GetEqTrainInstanceAliasIDVBCMExecInfo3::GetEqTrainUnitInfoIDVBCMExecInfo3::GetEqTrainListThe IDVBCMExecInfo4 InterfaceIDVBCMExecInfo4 Interface MethodsIDVBCMExecInfo4::GetUnitPropertiesIDVBCMExecInfo4::GetEqTrainAliasInfoThe DVBCMExecRecipeInfo ObjectIDVBCMExecRecipeInfo Interface MethodsIDVBCMExecRecipeInfo::GetFormulaInfoIDVBCMExecRecipeInfo::GetStepsAndUnitClassesIDVBCMExecRecipeInfo::ExecParametersDataIDVBCMExecRecipeInfo Interface PropertiesIDVBCMExecRecipeInfo::ProductVersionIDVBCMExecRecipeInfo::FileNameIDVBCMExecRecipeInfo::NameIDVBCMExecRecipeInfo::DescriptionIDVBCMExecRecipeInfo::ProductNameIDVBCMExecRecipeInfo::ProductCodeIDVBCMExecRecipeInfo::VersionNumberIDVBCMExecRecipeInfo::VersionDateIDVBCMExecRecipeInfo::AuthorIDVBCMExecRecipeInfo::ApprovedByIDVBCMExecRecipeInfo::TypeIDVBCMExecRecipeInfo::EquipmentIDVBCMExecRecipeInfo::AbstractIDVBCMExecRecipeInfo::BatchSizeMinIDVBCMExecRecipeInfo::BatchSizeDefaultIDVBCMExecRecipeInfo::BatchSizeMaxIDVBCMExecRecipeInfo::BatchEUIDVBCMExecRecipeInfo::BatchRunLengthIDVBCMExecRecipeInfo::ReleasedIDVBCMExecRecipeInfo::AreaIDVBCMExecRecipeInfo::ValidatedAgainstIDVBCMExecRecipeInfo::ClassInstanceIDVBCMExecRecipeInfo::ValidationTimeIDVBCMExecRecipeInfo::FormulaListIDVBCMExecRecipeInfo::ParameterListIDVBCMExecRecipeInfo::ParameterCountIDVBCMExecRecipeInfo::ExecParameterInfoIDVBCMExecRecipeInfo::MaxScaleEnforcedThe IDVBCMExecRecipeInfo2 InterfaceIDVBCMExecRecipeInfo2 Interface MethodsIDVBCMExecRecipeInfo2::GetAliasesIDVBCMExecRecipeInfo2::ExecParametersDataIDVBCMExecRecipeInfo2::GetStepsAndBoundUnitsThe IDVBCMExecRecipeInfo3 ObjectsIDVBCMExecRecipeInfo3 Interface MethodsIDVBCMExecRecipeInfo3::GetEqTrainBaseClassIDVBCMExecRecipeInfo3::GetEqTrainInstancesThe DVBCMExecParamInfo ObjectIDVBCMExecParamInfo Interface PropertiesIDVBCMExecParamInfo::NameIDVBCMExecParamInfo::TypeIDVBCMExecParamInfo::EditableIDVBCMExecParamInfo::EUIDVBCMExecParamInfo::ScaleHighIDVBCMExecParamInfo::ScaleLowIDVBCMExecParamInfo::DefaultValueIDVBCMExecParamInfo::ScalableThe DVBCMCampaignEdit/Info ObjectsIDVBCMCampaignEdit/Info Interface MethodsIDVBCMCampaignEdit::AddBatchIDVBCMCampaignEdit::AddUserCommentIDVBCMCampaignEdit/Info::GetUserCommentsIDVBCMCampaignEdit/Info::GetBatchCountInfoIDVBCMCampaignEdit::SetExecutionModeIDVBCMCampaignEdit/Info::GetExecutionModeIDVBCMCampaignEdit/Info::GetAutoRemoveIDVBCMCampaignEdit::SetupCompleteIDVBCMCampaignEdit::EnterSetupModeIDVBCMCampaignEdit/Info::ReleaseBatchIDVBCMCampaignEdit/Info::StartBatchIDVBCMCampaignEdit/Info::RemoveBatchIDVBCMCampaignEdit::DeleteBatchIDVBCMCampaignEdit::LockEditIDVBCMCampaignEdit::UnLockEditIDVBCMCampaignEdit/Info::GetLockInformationIDVBCMCampaignEdit/Info Interface PropertiesIDVBCMCampaignEdit/Info::BatchCompleteCountIDVBCMCampaignEdit/Info::BatchCountIDVBCMCampaignEdit::BatchEditIDVBCMCampaignInfo::BatchInfoIDVBCMCampaignEdit/Info::BatchListIDVBCMCampaignEdit/Info::CreatedByIDVBCMCampaignEdit/Info::CreatedDateIDVBCMCampaignEdit/Info::DescriptionIDVBCMCampaignEdit/Info::IDIDVBCMCampaignEdit/Info::MaximumActiveBatchesIDVBCMCampaignEdit/Info::ModifiedByIDVBCMCampaignEdit/Info::ModifiedDateIDVBCMCampaignEdit::NewBatchIDVBCMCampaignEdit/Info::PrefixIDVBCMCampaignEdit::RecipeEditIDVBCMCampaignInfo::RecipeInfoIDVBCMCampaignEdit/Info::StartSequenceIDVBCMCampaignEdit/Info::StateIDVBCMCampaignEdit/Info::SuffixThe IDVBCMCampaignEdit2 InterfaceIDVBCMCampaignEdit2 Interface MethodsIDVBCMCampaignEdit2::SetExecutionMode2IDVBCMCampaignEdit2::GetExecutionMode2IDVBCMCampaignEdit2::GetAutoRemoveThe IDVBCMCampaignEdit3 InterfaceIDVBCMCampaignEdit3 Interface MethodsIDVBCMCampaignEdit3::SetExecutionMode3IDVBCMCampaignEdit3::SetAutoRemove2The IDVBCMCampaignInfo3 InterfaceIDVBCMCampaignInfo3 Interface MethodsIDVBCMCampaignInfo3::ReleaseBatch2IDVBCMCampaignInfo3::StartBatch2IDVBCMCampaignInfo3::RemoveBatch2The IDVBCMCampaignInfo4 InterfaceIDVBCMCampaignInfo4 Interface MethodsIDVBCMCampaignInfo4::GetCampaignIterationThe IDVBCMCampaignEdit4 InterfaceIDVBCMCampaignEdit4 Interface MethodsIDVBCMCampaignEdit4::ReleaseBatch2IDVBCMCampaignEdit4::StartBatch2IDVBCMCampaignEdit4::RemoveBatch2IDVBCMCampaignEdit4::SetExecutionMode4IDVBCMCampaignEdit4::SetAutoRemove3The IDVBCMCampaignEdit5 InterfaceIDVBCMCampaignEdit 5 Interface MethodsIDVBCMCampaignEdit5::SetContinuousIterationThe DVBCMBatchEdit/Info ObjectsIDVBCMBatchEdit/Info Interface MethodsIDVBCMBatchEdit::AddUserCommentIDVBCMBatchEdit/Info::GetUserCommentsIDVBCMBatchEdit::SetupCompleteIDVBCMBatchEdit::EnterSetupModeIDVBCMBatchEdit::LockEditIDVBCMBatchEdit::UnLockEditIDVBCMBatchEdit::LockControlIDVBCMBatchEdit::UnLockControlIDVBCMBatchEdit/Info::GetLockInformationIDVBCMBatchEdit/Info::Interface PropertiesIDVBCMBatchEdit/Info::CreatedByIDVBCMBatchEdit/Info::CleanupIDVBCMBatchEdit/Info::CreatedDateIDVBCMBatchEdit/Info::IDIDVBCMBatchEdit/Info::IndexIDVBCMBatchEdit/Info::IsBasedOnBaseRecipeIDVBCMBatchEdit/Info::ModifiedByIDVBCMBatchEdit/Info::ModifiedDateIDVBCMBatchEdit::RecipeEditIDVBCMBatchInfo::RecipeInfoIDVBCMBatchEdit/Info::ReleasedByIDVBCMBatchEdit/Info::ReleasedDateIDVBCMBatchEdit/Info::RemovedFromExecutiveByIDVBCMBatchEdit/Info::RemovedFromExecutiveDateIDVBCMBatchEdit/Info::SetupIDVBCMBatchEdit/Info::StartedByIDVBCMBatchEdit/Info::StartedDateIDVBCMBatchEdit/Info::StateIDVBCMBatchEdit/Info::StatusMessageThe DVBCMRecipeEdit/Info ObjectsIDVBCMRecipeEdit/Info Interface MethodsIDVBCMRecipeEdit/Info::GetParametersIDVBCMRecipeEdit/Info::GetUnitBindingsIDVBCMRecipeEdit::SetParameterIDVBCMRecipeEdit::SetParametersIDVBCMRecipeEdit::SetScaleIDVBCMRecipeEdit::SetUnitBindingIDVBCMRecipeEdit::SetUnitBindingsIDVBCMRecipeEdit/Info Interface PropertiesIDVBCMRecipeEdit/Info::ExecutiveIDVBCMRecipeEdit/Info::FormulaIDVBCMRecipeEdit/Info::NameIDVBCMRecipeEdit/Info::ScaleIDVBCMRecipeEdit/Info::ScaleUnitsThe IDVBCMRecipeEdit2 ObjectsIDVBCMRecipeEdit2 Interface MethodsIDVBCMRecipeEdit2::GetEqTrainInstanceIDVBCMRecipeEdit2::SetEqTrainInstanceThe IDVBCMRecipeEdit3 ObjectsIDVBCMRecipeEdit3 Interface MethodsIDVBCMRecipeEdit3::GetUnitBindings_v103IDVBCMRecipeEdit3::SetUnitBinding_v103IDVBCMRecipeEdit3::SetUnitBindings_v103The DVBCM Enumerated SetsDVBCMBATCHSTATEDVBCMCAMPAIGNSTATEDVBCMRECIPEPARAMTYPEDVBCMERRORCODEDVBCMCONFIGUREDACTIONAppendix G - The Recipe Exchange ControlRecipeExchange2 ObjectIRecipeExchange Interface MethodsIRecipeExchange::ConnectIRecipeExchange::DisconnectIRecipeExchange::ImportIRecipeExchange::GetListofAssignedNodeNameIRecipeExchange::DownloadIRecipeExchange::DownloadRecipeIRecipeExchange::DownloadMBEIRecipeExchange::VerifyIRecipeExchange::ExportIRecipeExchange::AssignToWorkstationsIRecipeExchange::DeleteAssignmentIRecipeExchange::DeleteRecipeIRecipeExchange::CheckOutIRecipeExchange::CheckInIRecipeExchange::UnCheckoutSystem Administration and MaintenanceImplementing DeltaV ZonesAuto-sense Remote Zone AreasExport and Import Remote Zone AreasDeltaV Controller FirewallSecurity PlanningDeltaV System SecurityWorkgroups and DomainsCreating and Managing Windows GroupsDeltaV Security Using Organizational Units, Group Policies, and File PermissionsEnvironmental Security Protection for OperatorsDeltaV User Manager and DeltaV SecurityThe DeltaV DesktopInternet Explorer Settings for General DeltaV Software UseSmart CardsKeeping Security CurrentWorkstationsWorkstation Software License SuitesSecuring the Workstation in the WorkplaceBIOS SecurityWindows FirewallWindows System Logon and DeltaV System LogonSystem TimeWorkstation SynchronizationConfiguring the Fault-Tolerant Server to Run the DeltaV SystemRenaming WorkstationsSwitching Host MachinesRemote AccessDeltaV Remote Client OverviewStarting and Ending a Remote Client SessionUsing DeltaV Remote Client from a Client NodeAdministrator Functions: Configuring Remote Client SessionsAdministrator Functions: Adding UsersAdministrator Functions: Managing ConnectionsSecurity ConsiderationsRemote WorkstationsRemote InstallationRemote Workstation DiagnosticsRemote Access Control ApplicationRemote System SecurityRemote System Configuration ScenariosDatabaseConfiguration and Graphics Backup and RecoveryLegacy Historian Archive Backup and SecurityBacking Up the Legacy Historian Archives and Database FilesSizing Guidelines for the Legacy Historian ArchiveModifying Legacy Historian File SecurityVersion ControlVersion ControlChecking Items In and OutVersion Control Database SearchVersion Control MessagesItem HistoryHistory ReportItem DifferencesVersion Control History and Library ObjectsRecover/PurgeVersion Control LabelsVersion Control and DownloadsVersion Control SnapshotSynchronize DatabasesBacking Up the Version Control DatabaseArchiving the Version Control DatabaseRestoring a Version Control Database from an ArchiveCleaning a Version Control DatabaseVersion Control Error ConditionsIncreasing the Space Allocated for Version Control Data FilesVersion Control for DeltaV Operate DisplaysVersion Control for DocumentsVersion Control and DeltaV UpgradeRecommended Maintenance PracticesUsing DeltaV Screen Saver and DeltaV AutologonSoftwareReinstalling DeltaV SoftwareSoftware UpdatesSoftware AdditionsSystem Administration and Maintenance ApplicationsDeltaV DiagnosticsDatabase Administrator ToolsBasic Database FunctionsDatabase Function PrecautionsCreateDeleteRenameCopyUtility FunctionsUtility Function PrecautionsLock ServerClean DatabaseDatabase ConnectionsBackup/RestoreModify SQL Services LogonSynchronize NodesRepairDaily ExportDaily PowerUp Directory BackupMigrate DatabaseConfiguring FunctionsRegister Database from FilesSet Server HostSet Active DatabaseImporting and Exporting Database ObjectsExporting ObjectsExporting Workstation Configuration FilesImporting ObjectsUser Manager ApplicationDeltaV FlexLockHardware Repairs and AdditionsEquipment RepairEquipment WarrantyEquipment AdditionsInstalling a New Controller or I/O CardManaging and Configuring Cisco SwitchesOverview to Managing Cisco SwitchesOverview to Configuring Cisco SwitchesSetting Up the ProfessionalPLUS Workstation for Telnet Switch ManagementConfiguring the Cisco 2950 and 2950C SwitchesConfiguring the Cisco 2960-8TC-L SwitchConfiguring the Cisco 2960-24TC-L SwitchConfiguring the Cisco 2960-24TT-L SwitchConfiguring the Cisco 2960-48TC-L SwitchConfiguring the Cisco 2960-48TT-L SwitchConfiguring the Cisco 3550FX SwitchConfiguring the Cisco 3750G-12S SwitchConfiguring the Cisco 3750-24FS SwitchConfiguring the Cisco 3750-24TS SwitchSecuring DeltaV Network SwitchesEnabling One-Click Lockdown on DeltaV Network SwitchesSafety Information for DeltaV Network SwitchesProblem SolvingCommunicationTroubleshooting Fieldbus DevicesController and I/ODatabaseDeltaV ProgramsDirectories and DisksDeltaV Function BlocksLog OnModulesNetwork PerformanceParameters/FieldsRecovering from a System CrashWorkstationTechnical SupportAdvanced Control ProductsIntroduction to This ManualDeltaV InSightInspect with InSightUsing Inspect with InSightApplication ExamplesInSight Performance ReportsTune with InSightUsing Tune with InSightApplication GuidelinesDeltaV FuzzyFuzzy Logic EvaluationDeltaV Simulate SuiteInstalling and Licensing DeltaV SimulateUsing DeltaV SimulateDeltaV SimulateProDeltaV Simulate Application ExamplesThe Simulate AlgorithmDeltaV NeuralUsing DeltaV NeuralUsing External Historical DataDeltaV PredictUsing DeltaV PredictUsing External Historical DataTailoring MPC Control PerformanceDeltaV PredictProUsing DeltaV PredictProUsing External Historical DataUsing External ModelsTailoring MPCPro Control PerformanceIntegrationSOA Web ServicesIntroductionInstallation and SetupTroubleshooting SOA Web ServicesSecurityOPCUsing OPCRequirementsDeltaV OPC Data Access Server Functional OverviewOPC Data Access Server ObjectsRedundant DeltaV OPC Data Access ServerTypical Redundant DeltaV OPC Data Access Server ConfigurationSetting Up a Pair of Application Stations for Redundant DeltaV OPC Data Access ServerSetting Up a Partner Application Station for Redundant DeltaV OPC Data Access ServerReconfiguring Application Stations for Redundant DeltaV OPC Data Access ServerUsing the DeltaV Status Window on the Application StationsOperational Considerations for Redundant DeltaV OPC Data Access ServerConnecting to the Redundant DeltaV OPC Data Access ServerAdding and Removing ConnectionsDeltaV Diagnostics and Redundant DeltaV OPC Data Access ServerProperties and MethodsThe Automation InterfaceThe Custom InterfaceVisual C++ TipsOPC Constants for Visual BasicDeltaV Parameter Types and Field DefinitionsDCOM SetupEnabling DCOM on the PCSetting the Location of the DeltaV OPC Data Access ServerSetting DCOM SecurityAccess and Launch PermissionsConfiguring User Accounts for OPC Server and ClientsBarcode TutorialCreating a Client ApplicationSetting Up a New ProjectCreating a Class for OPCConnecting to the DeltaV OPC Data Access ServerAdding a GroupAdding ItemsUsing the New ClassAdding Reads and Writes to the opcServer ClassException ReportingUsing Exception Reporting in the ApplicationWriting Back to the DeltaV SystemRunning the Client ApplicationDeltaV OPC MirrorUsing DeltaV OPC MirrorRedundant DeltaV OPC MirrorDeltaV OPC PagerDeltaV OPC Alarms and Events ServerDeltaV SISOverviewHardwareWelcomeAbout This ManualAssumptionsConventionsOverviewDeltaV SIS EquipmentCommunicationControl NetworkLocalBusLocal Peer BusRemote Peer RingInstalling the SystemAgency ApprovalsCE StatementTools Required for InstallationWiring GuidelinesInstalling the CarriersInstalling the Terminal BlocksInstalling the Logic SolverConnecting the Field WiringInstalling the SISNet RepeaterInstalling Extender CablesTerminating the Local Peer BusProviding PowerSetting Up the Remote Peer RingExtending the Remote Peer Ring with SISNet Distance ExtendersChecking Out and Troubleshooting Your DeltaV SISChecking the LED Indicators on Each DeviceAppendix A Environmental SpecificationsAppendix B Logic Solver and Channel SpecificationsLogic Solver SpecificationsChannel SpecificationsAnalog Input Channel SpecificationsHART Two-State Output Channel SpecificationsDiscrete Input Channel SpecificationsDiscrete Output Channel SpecificationsAppendix C SISNet Repeater and SISNet Distance Extender SpecificationsExample Fiber-Optic Link Loss CalculationAppendix D Extending an Operational SystemAdding Carriers to an Operational SystemAdding SISNet Repeaters to an Operational SystemUsing DeltaV Intrinsically Safe Cards with DeltaV SISAppendix E Using Auxiliary Equipment with DeltaV SISRelay Module for Fire and Gas ApplicationsAuxiliary Relay Diode ModuleRelay Module for Other ApplicationsSIS Relay ModuleProof Testing the SIS Relay ModuleVoltage MonitorProof Testing the Voltage MonitorSIS Current LimiterConfigurationSIS Alarm TypesManaging Logic Solver AlarmsLogic Solver ConsiderationsLogic Solver I/O ConfigurationLogic Solver ChannelsLogic Solver Channel ParametersBulk Editing SIS ObjectsLogic Solver CardsLogic SolversLogic Solver ChannelsSIS ModulesSIS Function BlocksSIS Function Blocks - General InformationSIS Function Blocks - ParametersSIS I/O BlocksSIS Analog Input Function BlockSIS Discrete Input Function BlockSIS Discrete Output Function BlockSIS Digital Valve Controller Function BlockSIS Logical BlocksSIS Alarm Function BlockSIS AND Function BlockSIS Bi-directional Edge Trigger Function BlockSIS Boolean Fan Input Function BlockSIS Boolean Fan Output Function BlockSIS Not AND Function BlockSIS Negative Edge Trigger Function BlockSIS Not OR Function BlockSIS NOT Function BlockSIS OR Function BlockSIS Positive Edge Trigger Function BlockSIS Reset/Set Flip-flop Function BlockSIS Set/Reset Flip-flop Function BlockSIS Not Exclusive OR Function BlockSIS Exclusive OR Function BlockSIS Timer BlocksSIS On Delay Timer Function BlockSIS Off Delay Timer Function BlockSIS Retentive Timer Function BlockSIS Timed Pulse Function BlockSIS Math BlocksSIS Calculation Function BlockSIS Expression EditorSIS Comparator Function BlockSIS Limit Function BlockSIS Mid Selector Function BlockAdvanced Function BlocksSIS Analog Voter Function BlockSIS Cause and Effect Matrix Function BlockSIS Discrete Voter Function BlockSIS Sequencer Function BlockSIS State Transition Diagram Function BlockSIS Composite BlocksSIS Special Items PaletteSIS Modules - General InformationSIS Module ParametersSIS Module TemplatesSIS Parameter and Function SecuritySystem AdministrationSIS Version ControlSIS SecuritySIS Secure Write MechanismDeltaV User Manager and SIS SecurityOperator GraphicsSIS Function Block DynamosSIS Function Block Dynamo ReferenceSIS Function Block FaceplatesSIS Function Block Faceplate ReferenceSIS Module FaceplateSIS Logic Solver FaceplateSIS HART Device FaceplateSIS HART Device Detail DisplaysSIS Alarm List DisplayCustom Faceplates for SIS Modules and Function BlocksSIS Data Entry ExpertSIS SimulateConfiguring a Simulated SystemTesting a Simulated SystemImporting and Exporting ConfigurationsSIS Simulate OPC InterfaceSteps to Implement DeltaV SISPreparing DeltaV SISConfiguring Logic Solvers and Logic Solver CardConfiguring Logic Solver ChannelsConfiguring SIS ModulesDownloading the Logic SolverCreating and Using Operator GraphicsDiagnosing the Safety Instrumented SystemGlossaryCopyright and Version Information