Honeywell TotalPlant HPM Parameters Pocket Guide HP09-541 2/99 Introduction Description of Parameter Definitions Point Types Algorithms Parameters Per Point Type Parameters Per Algorithm Type Parameter Definitions i i 2 3 4 25 63 CONTENTS Copyright 1999 - Honeywell Inc. Honeywell TotalPlant HPM Parameters Pocket Guide HP09-541 2/99 Introduction Description of Parameter Definitions Point Types Algorithms Parameters Per Point Type Parameters Per Algorithm Type Parameter Definitions i i 2 3 4 25 63 CONTENTS Copyright 1999 - Honeywell Inc. Honeywell TotalPlant HPM Parameters Pocket Guide HP09-541 2/99 Introduction Description of Parameter Definitions Point Types Algorithms Parameters Per Point Type Parameters Per Algorithm Type Parameter Definitions i i 2 3 4 25 63 CONTENTS Copyright 1999 - Honeywell Inc.
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HoneywellThe parameter definitions in this guide are listed alphabetically by parameter name. Each parameter definition contains the parameter name, description, data type, access
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HoneywellTotalPlant HPM
Parameters Pocket GuideHP09-541
2/99
Introduction Description of Parameter Definitions Point Types Algorithms Parameters Per Point Type Parameters Per Algorithm Type Parameter Definitions
i i
2 3 4
25 63
CONTENTS
Copyright 1999 - Honeywell Inc.
HoneywellTotalPlant HPM
Parameters Pocket GuideHP09-541
2/99
Introduction Description of Parameter Definitions Point Types Algorithms Parameters Per Point Type Parameters Per Algorithm Type Parameter Definitions
i i
2 3 4
25 63
CONTENTS
Copyright 1999 - Honeywell Inc.
HoneywellTotalPlant HPM
Parameters Pocket GuideHP09-541
2/99
Introduction Description of Parameter Definitions Point Types Algorithms Parameters Per Point Type Parameters Per Algorithm Type Parameter Definitions
i i
2 3 4
25 63
CONTENTS
Copyright 1999 - Honeywell Inc.
IntroductionThis guide contains definitions of the parameters used in the High-Performance Process Manager (HPM) andNetwork Interface Module (NIM). This guide is a condensed version of the High-Performance ProcessManager Parameter Reference Dictionary.
Description of Parameter DefinitionsThe parameter definitions in this guide are listed alphabetically by parameter name. Each parameterdefinition contains the parameter name, description, data type, access lock, default, and range.
ParameterThe Parameter column contains the short name (up to 8 characters) of the parameters. The parameternames are listed in alphabetical order.
DescriptionThe Description column contains the long name of the parameter.
TypeAbbreviations in the Type column have the following meaning:
A = ASCII I = Integer S = StringBR = Blind Record L = Logical SDE =Self Def. Enumeratione: = enumeration P = Parameter Identifier T = TimeE = Entity.Parameter R = Real U =Universal Entity.Parameter
LockEntries in the Lock column define who or what can change the parameter’s value or option.
i
IntroductionThis guide contains definitions of the parameters used in the High-Performance Process Manager (HPM) andNetwork Interface Module (NIM). This guide is a condensed version of the High-Performance ProcessManager Parameter Reference Dictionary.
Description of Parameter DefinitionsThe parameter definitions in this guide are listed alphabetically by parameter name. Each parameterdefinition contains the parameter name, description, data type, access lock, default, and range.
ParameterThe Parameter column contains the short name (up to 8 characters) of the parameters. The parameternames are listed in alphabetical order.
DescriptionThe Description column contains the long name of the parameter.
TypeAbbreviations in the Type column have the following meaning:
A = ASCII I = Integer S = StringBR = Blind Record L = Logical SDE =Self Def. Enumeratione: = enumeration P = Parameter Identifier T = TimeE = Entity.Parameter R = Real U =Universal Entity.Parameter
LockEntries in the Lock column define who or what can change the parameter’s value or option.
i
IntroductionThis guide contains definitions of the parameters used in the High-Performance Process Manager (HPM) andNetwork Interface Module (NIM). This guide is a condensed version of the High-Performance ProcessManager Parameter Reference Dictionary.
Description of Parameter DefinitionsThe parameter definitions in this guide are listed alphabetically by parameter name. Each parameterdefinition contains the parameter name, description, data type, access lock, default, and range.
ParameterThe Parameter column contains the short name (up to 8 characters) of the parameters. The parameternames are listed in alphabetical order.
DescriptionThe Description column contains the long name of the parameter.
TypeAbbreviations in the Type column have the following meaning:
A = ASCII I = Integer S = StringBR = Blind Record L = Logical SDE =Self Def. Enumeratione: = enumeration P = Parameter Identifier T = TimeE = Entity.Parameter R = Real U =Universal Entity.Parameter
LockEntries in the Lock column define who or what can change the parameter’s value or option.
i
The following chart shows who/what can change the parameter’s value for each access lock. Accesslevel defines who or what is requesting a parameter value or option change.
Cont = Continuous_Control (from a Module on the LCN)Eng/PB = Engineer or Point BuilderEgOnly = Engineer OnlyEngr or Eg = EngineerOnProc = On ProcessOper = Operator
PB = Point BuilderHPMMCc = PMM_Continous_Control (from HPMM)Prog = CL/PM Sequence ProgramSupr = SupervisorSupr/Eng = Supervisor or EngineerSpecial = see full PRDView = Read Only
1
The following chart shows who/what can change the parameter’s value for each access lock. Accesslevel defines who or what is requesting a parameter value or option change.
Cont = Continuous_Control (from a Module on the LCN)Eng/PB = Engineer or Point BuilderEgOnly = Engineer OnlyEngr or Eg = EngineerOnProc = On ProcessOper = Operator
PB = Point BuilderHPMMCc = PMM_Continous_Control (from PMM)Prog = CL/PM Sequence ProgramSupr = SupervisorSupr/Eng = Supervisor or EngineerSpecial = see full PRDView = Read Only
1
The following chart shows who/what can change the parameter’s value for each access lock. Accesslevel defines who or what is requesting a parameter value or option change.
Cont = Continuous_Control (from a Module on the LCN)Eng/PB = Engineer or Point BuilderEgOnly = Engineer OnlyEngr or Eg = EngineerOnProc = On ProcessOper = Operator
PB = Point BuilderHPMMCc = PMM_Continous_Control (from PMM)Prog = CL/PM Sequence ProgramSupr = SupervisorSupr/Eng = Supervisor or EngineerSpecial = see full PRDView = Read Only
1
(Default) and RangeThe default value and range for the parameter are listed in this column. The default value is the value assigned bythe system when the user does not make an entry for the respective parameter. The default value is enclosed byparentheses ( ). The range of the value is listed to the right of the parentheses. See Full PRD means theexplanation is lengthy; refer to the same parameter in the HPM Parameter Reference Dictionary.
Point Types
Abbreviation Definition
AnalgIn Analog InputAnalgOut Analog OutputArray ArrayBox HPM BoxDevCtl Device ControlDigComp Digital CompositeDigIn Digital InputDigOut Digital OutputFlag Box FlagIOP Input/Output
Processor
*These are subsets of the Analog Input type
Abbreviation Definition
LLMUX Low Level Multiplexer*Logic LogicNIM Network Inerface ModuleNumeric Box NumericPI Pulse Input*ProcMod Process ModuleRegCtL Regulatory ControlRegPV Regulatory PVSDI Serial Device InterfaceSI Serial InterfaceSTI Smart Field Transmitter*Timer Box TimerUCN Universal Control Network
2
(Default) and RangeThe default value and range for the parameter are listed in this column. The default value is the value assigned bythe system when the user does not make an entry for the respective parameter. The default value is enclosed byparentheses ( ). The range of the value is listed to the right of the parentheses. See Full PRD means theexplanation is lengthy; refer to the same parameter in the HPM Parameter Reference Dictionary.
Point Types
Abbreviation Definition
AnalgIn Analog InputAnalgOut Analog OutputArray ArrayBox HPM BoxDevCtl Device ControlDigComp Digital CompositeDigIn Digital InputDigOut Digital OutputFlag Box FlagIOP Input/Output
Processor
*These are subsets of the Analog Input type
Abbreviation Definition
LLMUX Low Level Multiplexer*Logic LogicNIM Network Inerface ModuleNumeric Box NumericPI Pulse Input*ProcMod Process ModuleRegCtL Regulatory ControlRegPV Regulatory PVSDI Serial Device InterfaceSI Serial InterfaceSTI Smart Field Transmitter*Timer Box TimerUCN Universal Control Network
2
(Default) and RangeThe default value and range for the parameter are listed in this column. The default value is the value assigned bythe system when the user does not make an entry for the respective parameter. The default value is enclosed byparentheses ( ). The range of the value is listed to the right of the parentheses. See Full PRD means theexplanation is lengthy; refer to the same parameter in the HPM Parameter Reference Dictionary.
Point Types
Abbreviation Definition
AnalgIn Analog InputAnalgOut Analog OutputArray ArrayBox HPM BoxDevCtl Device ControlDigComp Digital CompositeDigIn Digital InputDigOut Digital OutputFlag Box FlagIOP Input/Output
Processor
*These are subsets of the Analog Input type
Abbreviation Definition
LLMUX Low Level Multiplexer*Logic LogicNIM Network Inerface ModuleNumeric Box NumericPI Pulse Input*ProcMod Process ModuleRegCtL Regulatory ControlRegPV Regulatory PVSDI Serial Device InterfaceSI Serial InterfaceSTI Smart Field Transmitter*Timer Box TimerUCN Universal Control Network
2
Algorithms
Abbreviation Definition
AutoMan Auto Manual CtL AlgoCaLcuLtr Calculator PV AlgoDataAcq Data Acquisition PV AlgoFlowComp Flow Compensation PV AlgoGenLin General Linearity PV AlgoHiLoAvg High-Low Average PV AlgoIncrSum Incremental Summer CtL AlgoMidOf3 Middle Of Three PV AlgoORSel Override Selector CtL AlgoPid Proportional, Integral, and
Derivative CtL AlgoPidErfb PID With External Reset
Feedback CtL AlgoPidFf PID With Feedforward CtL AlgoPidPosPr PID With Position ProportionalPosProp Position Proportional CtL AlgoRampSoak Ramp Soak CtL AlgoRatioCtL Ratio Control CtL AlgoSummer Summer PV AlgoSwitch Switch CtL AlgoTotaLizr Totalizer PV AlgoVdtLdLag Variable Deadtime With Lead
Lag PV Algo
3
Algorithms
Abbreviation Definition
AutoMan Auto Manual CtL AlgoCaLcuLtr Calculator PV AlgoDataAcq Data Acquisition PV AlgoFlowComp Flow Compensation PV AlgoGenLin General Linearity PV AlgoHiLoAvg High-Low Average PV AlgoIncrSum Incremental Summer CtL AlgoMidOf3 Middle Of Three PV AlgoORSel Override Selector CtL AlgoPid Proportional, Integral, and
Derivative CtL AlgoPidErfb PID With External Reset
Feedback CtL AlgoPidFf PID With Feedforward CtL AlgoPidPosPr PID With Position ProportionalPosProp Position Proportional CtL AlgoRampSoak Ramp Soak CtL AlgoRatioCtL Ratio Control CtL AlgoSummer Summer PV AlgoSwitch Switch CtL AlgoTotaLizr Totalizer PV AlgoVdtLdLag Variable Deadtime With Lead
Lag PV Algo
3
Algorithms
Abbreviation Definition
AutoMan Auto Manual CtL AlgoCaLcuLtr Calculator PV AlgoDataAcq Data Acquisition PV AlgoFlowComp Flow Compensation PV AlgoGenLin General Linearity PV AlgoHiLoAvg High-Low Average PV AlgoIncrSum Incremental Summer CtL AlgoMidOf3 Middle Of Three PV AlgoORSel Override Selector CtL AlgoPid Proportional, Integral, and
Derivative CtL AlgoPidErfb PID With External Reset
Feedback CtL AlgoPidFf PID With Feedforward CtL AlgoPidPosPr PID With Position ProportionalPosProp Position Proportional CtL AlgoRampSoak Ramp Soak CtL AlgoRatioCtL Ratio Control CtL AlgoSummer Summer PV AlgoSwitch Switch CtL AlgoTotaLizr Totalizer PV AlgoVdtLdLag Variable Deadtime With Lead
Lag PV Algo
3
Parameters Per Point TypeAnalog InputThe parameters of the Analog Input Data point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Parameters Per Point TypeAnalog InputThe parameters of the Analog Input Data point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Parameters Per Point TypeAnalog InputThe parameters of the Analog Input Data point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Analog Output Data point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Analog Output Data point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Analog Output Data point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the High-Performance Process Manager Box Data Point are listed below in alphabeticalorder.BADPVTXTCHPINOPRCNFPUCNFPUPCRIOLORNCRPPXORNCRUCNORNCTLOPTCTLPATCHCYCLETIMDATEDAYDB_VALIDEUNDESCFLFTA1TYPEFTA2TYPEHOURIOLASTSIOLBSTSIOLCHAERIOLCHASLIOLCHBERIOLCHBSLIOLCHERT
The parameters of the High-Performance Process Manager Box Data Point are listed below in alphabeticalorder.BADPVTXTCHPINOPRCNFPUCNFPUPCRIOLORNCRPPXORNCRUCNORNCTLOPTCTLPATCHCYCLETIMDATEDAYDB_VALIDEUNDESCFLFTA1TYPEFTA2TYPEHOURIOLASTSIOLBSTSIOLCHAERIOLCHASLIOLCHBERIOLCHBSLIOLCHERT
The parameters of the High-Performance Process Manager Box Data Point are listed below in alphabeticalorder.BADPVTXTCHPINOPRCNFPUCNFPUPCRIOLORNCRPPXORNCRUCNORNCTLOPTCTLPATCHCYCLETIMDATEDAYDB_VALIDEUNDESCFLFTA1TYPEFTA2TYPEHOURIOLASTSIOLBSTSIOLCHAERIOLCHASLIOLCHBERIOLCHBSLIOLCHERT
The parameters of the Box Flag Data Point are listed below in alphabetical order. (F) indicates that theparameter is applicable when the PNTFORM = Full; an * indicates that the parameter is applicable toflag slots 1-128.
The parameters of the Box Numeric Data Point are listed below inalphabetical order.
ASSOCDSPCNFMUCNFPUEUDESCKEYWORDNAME
NODENUMNODETYPNTWKNUMPNTFORMPNTNODTYPNTTYPE
PRIMMOD (F)PTDESCPVPVFORMATSLOTNUMUNIT
8
Box Flag
The parameters of the Box Flag Data Point are listed below in alphabetical order. (F) indicates that theparameter is applicable when the PNTFORM = Full; an * indicates that the parameter is applicable toflag slots 1-128.
The parameters of the Box Numeric Data Point are listed below inalphabetical order.
ASSOCDSPCNFMUCNFPUEUDESCKEYWORDNAME
NODENUMNODETYPNTWKNUMPNTFORMPNTNODTYPNTTYPE
PRIMMOD (F)PTDESCPVPVFORMATSLOTNUMUNIT
8
Box Flag
The parameters of the Box Flag Data Point are listed below in alphabetical order. (F) indicates that theparameter is applicable when the PNTFORM = Full; an * indicates that the parameter is applicable toflag slots 1-128.
The parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Device Control Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Device Control Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Device Control Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Continuation of the parameters of the Device Control Data Point is listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital CompositeThe parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital CompositeThe parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital CompositeThe parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital Composite (Continued)Continuation of the parameters of the Digital Composite Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Digital InputThe parameters of the Digital Input Data Point are listed below in alphabetical order.(L), (S), or (A)—parameter applies only when DITYPE = Latched, Status, or Accum.(F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)ALENBST (S) (F)ALMOPT (S) (F)ALPRIORASSOCDSPAV (A)AVTV (A)AVTVFL (A)BADPVFL (F)BADPVPRBOXCLR (L)COMMAND (A)CONTCUT (S) (F)COUNTDWN (A)DEBOUNCE (L) (S) (A)DITYPE (F)DLYTIME (S) (F)EIPPCODE (S) (L) (F)EUDESCEVTOPT (L) (F)HIGHAL (S)
INPTDIR (F)KEYWORDMODNUMNAMENODENUMNODETYPNTWKNUMOFFNRMFL (S)OFFNRMPR (S) (F)OLDAV (A)OVERFLOW (A)OVERVAL (A) (F)PNTFORMPNTNODTYPNTMODTYPNTSTATEPNTTYPEPRIMMOD (S) (F)PTDESCPTEXECST
PV (S) (L)PVAUTO (S) (L)PVCHGDLY (S) (L) (F)PVFL (S) (L)PVNORMAL (S) (F)PVNORMFL (S)PVRAWPVSOURCE (L) (F)PVSRCOPT (S) (L) (F)RESETFL (A)RESETVAL (A)S0BOXCLR (S) (L)S1BOXCLR (S) (L)SLOTNUMSTARTFL (A)STATE (A)STATE0 (S) (L)STATE1 (S) (L)STATETXT (S) (L)STOPFL (A)UNIT
19
Digital InputThe parameters of the Digital Input Data Point are listed below in alphabetical order.(L), (S), or (A)—parameter applies only when DITYPE = Latched, Status, or Accum.(F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)ALENBST (S) (F)ALMOPT (S) (F)ALPRIORASSOCDSPAV (A)AVTV (A)AVTVFL (A)BADPVFL (F)BADPVPRBOXCLR (L)COMMAND (A)CONTCUT (S) (F)COUNTDWN (A)DEBOUNCE (L) (S) (A)DITYPE (F)DLYTIME (S) (F)EIPPCODE (S) (L) (F)EUDESCEVTOPT (L) (F)HIGHAL (S)
INPTDIR (F)KEYWORDMODNUMNAMENODENUMNODETYPNTWKNUMOFFNRMFL (S)OFFNRMPR (S) (F)OLDAV (A)OVERFLOW (A)OVERVAL (A) (F)PNTFORMPNTNODTYPNTMODTYPNTSTATEPNTTYPEPRIMMOD (S) (F)PTDESCPTEXECST
PV (S) (L)PVAUTO (S) (L)PVCHGDLY (S) (L) (F)PVFL (S) (L)PVNORMAL (S) (F)PVNORMFL (S)PVRAWPVSOURCE (L) (F)PVSRCOPT (S) (L) (F)RESETFL (A)RESETVAL (A)S0BOXCLR (S) (L)S1BOXCLR (S) (L)SLOTNUMSTARTFL (A)STATE (A)STATE0 (S) (L)STATE1 (S) (L)STATETXT (S) (L)STOPFL (A)UNIT
19
Digital InputThe parameters of the Digital Input Data Point are listed below in alphabetical order.(L), (S), or (A)—parameter applies only when DITYPE = Latched, Status, or Accum.(F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)ALENBST (S) (F)ALMOPT (S) (F)ALPRIORASSOCDSPAV (A)AVTV (A)AVTVFL (A)BADPVFL (F)BADPVPRBOXCLR (L)COMMAND (A)CONTCUT (S) (F)COUNTDWN (A)DEBOUNCE (L) (S) (A)DITYPE (F)DLYTIME (S) (F)EIPPCODE (S) (L) (F)EUDESCEVTOPT (L) (F)HIGHAL (S)
INPTDIR (F)KEYWORDMODNUMNAMENODENUMNODETYPNTWKNUMOFFNRMFL (S)OFFNRMPR (S) (F)OLDAV (A)OVERFLOW (A)OVERVAL (A) (F)PNTFORMPNTNODTYPNTMODTYPNTSTATEPNTTYPEPRIMMOD (S) (F)PTDESCPTEXECST
PV (S) (L)PVAUTO (S) (L)PVCHGDLY (S) (L) (F)PVFL (S) (L)PVNORMAL (S) (F)PVNORMFL (S)PVRAWPVSOURCE (L) (F)PVSRCOPT (S) (L) (F)RESETFL (A)RESETVAL (A)S0BOXCLR (S) (L)S1BOXCLR (S) (L)SLOTNUMSTARTFL (A)STATE (A)STATE0 (S) (L)STATE1 (S) (L)STATETXT (S) (L)STOPFL (A)UNIT
19
Digital OutputThe parameters of the Digital Output Data Point are listed below in alphabetical order. (S) or(P) parameter applies only when DOTYPE = Status or Pulse Width Modulated (PWM). Thispoint type is available only in the component form.
Digital OutputThe parameters of the Digital Output Data Point are listed below in alphabetical order. (S) or(P) parameter applies only when DOTYPE = Status or Pulse Width Modulated (PWM). Thispoint type is available only in the component form.
Digital OutputThe parameters of the Digital Output Data Point are listed below in alphabetical order. (S) or(P) parameter applies only when DOTYPE = Status or Pulse Width Modulated (PWM). Thispoint type is available only in the component form.
The parameters of the Logic Data Point (otherwise referred to as the Logic Slot) are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Logic Data Point (otherwise referred to as the Logic Slot) are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Logic Data Point (otherwise referred to as the Logic Slot) are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Process Module Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Some of the parameters in the listing above are arrays that are not defined in this publication.
22
Process Module
The parameters of the Process Module Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Some of the parameters in the listing above are arrays that are not defined in this publication.
22
Process Module
The parameters of the Process Module Data Point are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Auto Manual algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Auto Manual algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Auto Manual algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Calculator PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Calculator PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Calculator PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Data AcquisitionThe parameters of the Data Acquisition PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Data AcquisitionThe parameters of the Data Acquisition PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Data AcquisitionThe parameters of the Data Acquisition PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Flow CompensationThe parameters of the Flow Compensation PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Flow CompensationThe parameters of the Flow Compensation PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
Flow CompensationThe parameters of the Flow Compensation PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the General Linearization PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the General Linearization PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the General Linearization PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the High-Low Average PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the High-Low Average PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the High-Low Average PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Incremental Summer control algorithm are listed below in alphabetical order. (F)indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Incremental Summer control algorithm are listed below in alphabetical order. (F)indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Incremental Summer control algorithm are listed below in alphabetical order. (F)indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Middle-Of-3 PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Middle-Of-3 PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Middle-Of-3 PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Multiply/Divide control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Multiply/Divide control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Multiply/Divide control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Override Selector control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Override Selector control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Override Selector control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid With External Reset Feedback control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid With External Reset Feedback control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid With External Reset Feedback control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid With Feed Forward control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid With Feed Forward control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Pid With Feed Forward control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
Pid With Position ProportionalThe parameters of the Position Proportional control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
Pid With Position ProportionalThe parameters of the Position Proportional control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
Pid With Position ProportionalThe parameters of the Position Proportional control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
PID With Position Proportional (Continued)OPCMDOPHIFLOPHISRCOPLOFLOPLOSRCOVERVAL (F)PFDLYFLPERIODPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTPVPVALDB (F)PVALDBEU (F)
PID With Position Proportional (Continued)OPCMDOPHIFLOPHISRCOPLOFLOPLOSRCOVERVAL (F)PFDLYFLPERIODPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTPVPVALDB (F)PVALDBEU (F)
PID With Position Proportional (Continued)OPCMDOPHIFLOPHISRCOPLOFLOPLOSRCOVERVAL (F)PFDLYFLPERIODPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTPVPVALDB (F)PVALDBEU (F)
The parameters of the Position Proportional control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Position Proportional control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Position Proportional control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
Ramp SoakThe parameters of the Ramp Soak control algorithm are listed below in alphabeticalorder. (F) indicates that the parameter is applicable when the PNTFORM = Full.
Ramp SoakThe parameters of the Ramp Soak control algorithm are listed below in alphabeticalorder. (F) indicates that the parameter is applicable when the PNTFORM = Full.
Ramp SoakThe parameters of the Ramp Soak control algorithm are listed below in alphabeticalorder. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Ratio Control control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Ratio Control control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Ratio Control control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Summer Regulatory Control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Summer Regulatory Control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Summer Regulatory Control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Summer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Summer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Summer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Switch control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Switch control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Switch control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Totalizer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Totalizer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Totalizer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Variable Dead Time With Lead/Lag PV algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Variable Dead Time With Lead/Lag PV algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
The parameters of the Variable Dead Time With Lead/Lag PV algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
IOP Address (n = 1 - 168)Local UCN Communications Statistics (n = 1 - 50)A-B PLC Family type: 2.0, 3.0, or 5.0A-B PLC File number; NaN for PLC-2A-B PLC-3 Section ID, or PLC-2 or 5 data typeA-B Data PLC Scan Frequency in seconds.256 = Report by ExceptionAbnormal Handler Emergency Shutdown EnableFlag
Abnormal Handler Hold Enable FlagAbnormal Handler Restart Enable FlagAbnormal Handler Shutdown Enable FlagAcceleration TimeAccumulator Operation ModeAdvanced Control Data PointActing Primary I/O Module (n = 1 - 40)Advisory Deviation Alarm Flag
IOP Address (n = 1 - 168)Local UCN Communications Statistics (n = 1 - 50)A-B PLC Family type: 2.0, 3.0, or 5.0A-B PLC File number; NaN for PLC-2A-B PLC-3 Section ID, or PLC-2 or 5 data typeA-B Data PLC Scan Frequency in seconds.256 = Report by ExceptionAbnormal Handler Emergency Shutdown EnableFlag
Abnormal Handler Hold Enable FlagAbnormal Handler Restart Enable FlagAbnormal Handler Shutdown Enable FlagAcceleration TimeAccumulator Operation ModeAdvanced Control Data PointActing Primary I/O Module (n = 1 - 40)Advisory Deviation Alarm Flag
IOP Address (n = 1 - 168)Local UCN Communications Statistics (n = 1 - 50)A-B PLC Family type: 2.0, 3.0, or 5.0A-B PLC File number; NaN for PLC-2A-B PLC-3 Section ID, or PLC-2 or 5 data typeA-B Data PLC Scan Frequency in seconds.256 = Report by ExceptionAbnormal Handler Emergency Shutdown EnableFlag
Abnormal Handler Hold Enable FlagAbnormal Handler Restart Enable FlagAbnormal Handler Shutdown Enable FlagAcceleration TimeAccumulator Operation ModeAdvanced Control Data PointActing Primary I/O Module (n = 1 - 40)Advisory Deviation Alarm Flag
Advisory Deviation Alarm Trip PointAdvisory Setpoint in Engineering UnitsAdvisory Setpoint in PercentAlarm Enable StatusAlarming Option (DigComp)Alarming Option (DigIn)Alarm Priority
Abnormal Sequence Name (n = 1 - 3)AO Calibration in Prog. Flag (n = 1 - 168)Windup Status of the InputWindup Status of the OutputAssociated DisplayAdvisory SP Processor StateAbnormal Step Name (n = 1 - 3)Abnormal Statement Number (n = 1 - 3)Automatic Mode FlagModbus Keep Alive addressModbus Retry interval, NaN = 1.5 sec.Modbus Protocol.Modem control (0 = off).Modbus Baud Rate.Parity (0 = none).baud/odd parityAccumulated Value in Engineering Units
Advisory Deviation Alarm Trip PointAdvisory Setpoint in Engineering UnitsAdvisory Setpoint in PercentAlarm Enable StatusAlarming Option (DigComp)Alarming Option (DigIn)Alarm Priority
Abnormal Sequence Name (n = 1 - 3)AO Calibration in Prog. Flag (n = 1 - 168)Windup Status of the InputWindup Status of the OutputAssociated DisplayAdvisory SP Processor StateAbnormal Step Name (n = 1 - 3)Abnormal Statement Number (n = 1 - 3)Automatic Mode FlagModbus Keep Alive addressModbus Retry interval, NaN = 1.5 sec.Modbus Protocol.Modem control (0 = off).Modbus Baud Rate.Parity (0 = none).baud/odd parityAccumulated Value in Engineering Units
Advisory Deviation Alarm Trip PointAdvisory Setpoint in Engineering UnitsAdvisory Setpoint in PercentAlarm Enable StatusAlarming Option (DigComp)Alarming Option (DigIn)Alarm Priority
Abnormal Sequence Name (n = 1 - 3)AO Calibration in Prog. Flag (n = 1 - 168)Windup Status of the InputWindup Status of the OutputAssociated DisplayAdvisory SP Processor StateAbnormal Step Name (n = 1 - 3)Abnormal Statement Number (n = 1 - 3)Automatic Mode FlagModbus Keep Alive addressModbus Retry interval, NaN = 1.5 sec.Modbus Protocol.Modem control (0 = off).Modbus Baud Rate.Parity (0 = none).baud/odd parityAccumulated Value in Engineering Units
The Last Half-Second’s AVAccumulated Value – 1st Deviation FlagAccumulated Value – 1st Deviation Trip PointAccumulated Value – 2nd Deviation FlagAccumulated Value – 2nd Dev. Trip PointAverage PUs for Point ProcessingAvg. Statistics Single Lag Filter Time ConstantValue Status of AVAccumulator Target Value (DigIn)Accumulator Target Value (Totalizr)Accumulated Value Target Reached FlagOverall BiasLast Operator Entered Output BiasOutput Bias ConstantBias for Input X2Bad Control Alarm FlagBad Control Option
Bad Control Alarm Priority
Bad Output Connection Flag AlarmBad Output Connection Flag n. (n = 1 - 4)
The Last Half-Second’s AVAccumulated Value – 1st Deviation FlagAccumulated Value – 1st Deviation Trip PointAccumulated Value – 2nd Deviation FlagAccumulated Value – 2nd Dev. Trip PointAverage PUs for Point ProcessingAvg. Statistics Single Lag Filter Time ConstantValue Status of AVAccumulator Target Value (DigIn)Accumulator Target Value (Totalizr)Accumulated Value Target Reached FlagOverall BiasLast Operator Entered Output BiasOutput Bias ConstantBias for Input X2Bad Control Alarm FlagBad Control Option
Bad Control Alarm Priority
Bad Output Connection Flag AlarmBad Output Connection Flag n. (n = 1 - 4)
The Last Half-Second’s AVAccumulated Value – 1st Deviation FlagAccumulated Value – 1st Deviation Trip PointAccumulated Value – 2nd Deviation FlagAccumulated Value – 2nd Dev. Trip PointAverage PUs for Point ProcessingAvg. Statistics Single Lag Filter Time ConstantValue Status of AVAccumulator Target Value (DigIn)Accumulator Target Value (Totalizr)Accumulated Value Target Reached FlagOverall BiasLast Operator Entered Output BiasOutput Bias ConstantBias for Input X2Bad Control Alarm FlagBad Control Option
Bad Control Alarm Priority
Bad Output Connection Flag AlarmBad Output Connection Flag n. (n = 1 - 4)
(1.0); N/A(Blank); 8-char string(Off); Off, On(Low); Low, Emergncy,High,Journal, NoAction, Printer,JnlPrint(None); None, L1 - L12, SO1 -SO24, FL1 - FL24,(N/A); 0, 1, 2 or 3(Blank); N/A(Off); Off - On
72
Parameter Description Type Lock (Default) and Range
CALIBRJ(n)
CASMODFLCASREQCHPINHWYCHPINOPR
CIDSTN(n)
CISRC(n)
CLBACKCLPZMXCCLPZMXPCMDCMDDISFLCMDDISPR
Reference Junction Calibration Enable Flag (n = 1 - 168)Cascade Mode FlagRemote Cascade RequestAutomatic Checkpoint InhibitAutomatic Checkpoint Inhibit OperationControl Input Connection Destination (n = 1 - 40)Control Input Connection Source (n = 1 - 40)Number of Backward BranchesOverall Cable Status for UCN Cable AOverall Cable Status for UCN Cable BCommand Fail Alarm Flag (RegCtl)Command Disagree Alarm FlagCommand Disagree Alarm Priority
L
Le:e:e:
P
E
ILLLLe:
Eng/Pb
ViewProgSuprSupr
PB
PB
Eng/PbEngViewView
SpecialEng
(Off); Off - On
(N/A); Off - On(NotReq); NotReq, Request(Enable); Enable, Inhibit(Enable); Enable, Inhibit
(Varies by Algo Type, Equation);N/A(Null.Null); "TagName.Parameter"
(0); 0 - 240(N/A); Off - On(N/A); Off - On(Off); Off - On(Off); Off - On(Low); Low, Emergncy, High,Journal, NoAction, Printer,JnlPrint
73
Parameter Description Type Lock (Default) and Range
CALIBRJ(n)
CASMODFLCASREQCHPINHWYCHPINOPR
CIDSTN(n)
CISRC(n)
CLBACKCLPZMXCCLPZMXPCMDCMDDISFLCMDDISPR
Reference Junction Calibration Enable Flag (n = 1 - 168)Cascade Mode FlagRemote Cascade RequestAutomatic Checkpoint InhibitAutomatic Checkpoint Inhibit OperationControl Input Connection Destination (n = 1 - 40)Control Input Connection Source (n = 1 - 40)Number of Backward BranchesOverall Cable Status for UCN Cable AOverall Cable Status for UCN Cable BCommand Fail Alarm Flag (RegCtl)Command Disagree Alarm FlagCommand Disagree Alarm Priority
L
Le:e:e:
P
E
ILLLLe:
Eng/Pb
ViewProgSuprSupr
PB
PB
Eng/PbEngViewView
SpecialEng
(Off); Off - On
(N/A); Off - On(NotReq); NotReq, Request(Enable); Enable, Inhibit(Enable); Enable, Inhibit
(Varies by Algo Type, Equation);N/A(Null.Null); "TagName.Parameter"
(0); 0 - 240(N/A); Off - On(N/A); Off - On(Off); Off - On(Off); Off - On(Low); Low, Emergncy, High,Journal, NoAction, Printer,JnlPrint
73
Parameter Description Type Lock (Default) and Range
CALIBRJ(n)
CASMODFLCASREQCHPINHWYCHPINOPR
CIDSTN(n)
CISRC(n)
CLBACKCLPZMXCCLPZMXPCMDCMDDISFLCMDDISPR
Reference Junction Calibration Enable Flag (n = 1 - 168)Cascade Mode FlagRemote Cascade RequestAutomatic Checkpoint InhibitAutomatic Checkpoint Inhibit OperationControl Input Connection Destination (n = 1 - 40)Control Input Connection Source (n = 1 - 40)Number of Backward BranchesOverall Cable Status for UCN Cable AOverall Cable Status for UCN Cable BCommand Fail Alarm Flag (RegCtl)Command Disagree Alarm FlagCommand Disagree Alarm Priority
L
Le:e:e:
P
E
ILLLLe:
Eng/Pb
ViewProgSuprSupr
PB
PB
Eng/PbEngViewView
SpecialEng
(Off); Off - On
(N/A); Off - On(NotReq); NotReq, Request(Enable); Enable, Inhibit(Enable); Enable, Inhibit
(Varies by Algo Type, Equation);N/A(Null.Null); "TagName.Parameter"
(0); 0 - 240(N/A); Off - On(N/A); Off - On(Off); Off - On(Off); Off - On(Low); Low, Emergncy, High,Journal, NoAction, Printer,JnlPrint
73
Parameter Description Type Lock (Default) and Range
CMDFALFL
CMDFALTMCMDHWREVCMPLTIME
CNFLUA(n)
CNFLUB(n)
CNFMUCNTLLOCKCNFPU(n)
CNFPUPCODSTN(n)
COMCFAVG
COMCFMAX
COMCFMIN
Command Fail Alarm Flag (DevCtl,DigComp)Command Fail TimeoutHPMM Com. Daughter Card RevisionSequence Compile Time
Configured Link Units on Link An = 1 - 576Configured Link Units on Link Bn = 1 - 576Configured Memory UnitsControl LockConfigured Process Units per cycle n = 1 -64Configured Process Units PercentControl Output Connection Destination (n = 1 - 4)Avg. HPM Comm. CPU Free %
Parameter Description Type Lock (Default) and Range
CMDFALFL
CMDFALTMCMDHWREVCMPLTIME
CNFLUA(n)
CNFLUB(n)
CNFMUCNTLLOCKCNFPU(n)
CNFPUPCODSTN(n)
COMCFAVG
COMCFMAX
COMCFMIN
Command Fail Alarm Flag (DevCtl,DigComp)Command Fail TimeoutHPMM Com. Daughter Card RevisionSequence Compile Time
Configured Link Units on Link An = 1 - 576Configured Link Units on Link Bn = 1 - 576Configured Memory UnitsControl LockConfigured Process Units per cycle n = 1 -64Configured Process Units PercentControl Output Connection Destination (n = 1 - 4)Avg. HPM Comm. CPU Free %
Parameter Description Type Lock (Default) and Range
CMDFALFL
CMDFALTMCMDHWREVCMPLTIME
CNFLUA(n)
CNFLUB(n)
CNFMUCNTLLOCKCNFPU(n)
CNFPUPCODSTN(n)
COMCFAVG
COMCFMAX
COMCFMIN
Command Fail Alarm Flag (DevCtl,DigComp)Command Fail TimeoutHPMM Com. Daughter Card RevisionSequence Compile Time
Configured Link Units on Link An = 1 - 576Configured Link Units on Link Bn = 1 - 576Configured Memory UnitsControl LockConfigured Process Units per cycle n = 1 -64Configured Process Units PercentControl Output Connection Destination (n = 1 - 4)Avg. HPM Comm. CPU Free %
Parameter Description Type Lock (Default) and Range
CTLCFAVGCTLCFMAXCTLCFMINCTLEQN
CTLOPTCTLREDUNCTRLINITCURPINAMnCURSEGID
CUTOFFLMCVCVEUHICVEULOCYCLEOPTCYCLETIMDD1D1_0
Avg. HPM Ctl. Processor Free %Max. HPM Ctl. Processor Free %Min. HPM Ctl. Processor Free %Control Equation Type (AutoMan, ORSel, Switch)Control Equation Type (Pid algos)HPMM Control Processor OptionHPMM Control Redundancy Present FlagControl Initialization Request FlagCurrent Personality Image FilenameCurrent Segment ID
Zero-Flow/Belt-Speed Cut-Off LimitCalculated VariableCV’s High Limit in Engineering UnitsCV’s Low Limit in Engineering UnitsRamp Soak Cycle OptionPosProp Output Cycle Time in SecondsOverall BiasFixed Deadtime in Minutes (VdtLdLag)Digital Input 1 Equal to a PV State of 0 (DigComp)
Parameter Description Type Lock (Default) and Range
CTLCFAVGCTLCFMAXCTLCFMINCTLEQN
CTLOPTCTLREDUNCTRLINITCURPINAMnCURSEGID
CUTOFFLMCVCVEUHICVEULOCYCLEOPTCYCLETIMDD1D1_0
Avg. HPM Ctl. Processor Free %Max. HPM Ctl. Processor Free %Min. HPM Ctl. Processor Free %Control Equation Type (AutoMan, ORSel, Switch)Control Equation Type (Pid algos)HPMM Control Processor OptionHPMM Control Redundancy Present FlagControl Initialization Request FlagCurrent Personality Image FilenameCurrent Segment ID
Zero-Flow/Belt-Speed Cut-Off LimitCalculated VariableCV's High Limit in Engineering UnitsCV's Low Limit in Engineering UnitsRamp Soak Cycle OptionPosProp Output Cycle Time in SecondsOverall BiasFixed Deadtime in Minutes (VdtLdLag)Digital Input 1 Equal to a PV State of 0 (DigComp)
Parameter Description Type Lock (Default) and Range
CTLCFAVGCTLCFMAXCTLCFMINCTLEQN
CTLOPTCTLREDUNCTRLINITCURPINAMnCURSEGID
CUTOFFLMCVCVEUHICVEULOCYCLEOPTCYCLETIMDD1D1_0
Avg. HPM Ctl. Processor Free %Max. HPM Ctl. Processor Free %Min. HPM Ctl. Processor Free %Control Equation Type (AutoMan, ORSel, Switch)Control Equation Type (Pid algos)HPMM Control Processor OptionHPMM Control Redundancy Present FlagControl Initialization Request FlagCurrent Personality Image FilenameCurrent Segment ID
Zero-Flow/Belt-Speed Cut-Off LimitCalculated VariableCV's High Limit in Engineering UnitsCV's Low Limit in Engineering UnitsRamp Soak Cycle OptionPosProp Output Cycle Time in SecondsOverall BiasFixed Deadtime in Minutes (VdtLdLag)Digital Input 1 Equal to a PV State of 0 (DigComp)
Parameter Description Type Lock (Default) and Range
D1_1
D1, D2D2D2D1_00
D2D1_01
D2D1_10
D2D1_11
DAMPING
DATEDAYDB_VALID(n)DEADBAND
DEADTIMEDEBOUNCEDECONF
Digital Input 1 Equal to a PV State of 1 (DigComp)
Status of Digital Inputs 1 & 2 (DigComp)Bias for Input D2 (VdtLdLag)D2_D1 Zero_Zero PV State
D2D1 Zero_One PV State
D2D1 One_Zero PV State
D2D1 One_One PV State
First Order PV Filtering Option for the Smart TransmitterCurrent Date/TimeCurrent DayDatabase Valid, (n = 1 - 40)Deadband Value (Logic) (n = 1 - 24)Deadband in % of Full Scale (PosProp)Deadtime Value for Raise PulseContact Debounce Time in MillisecondsDigitally Enhanced Configuration Mode
E:
LRE:
E:
E:
E:
R
TIE:RRRIE:
Eng/PB
ViewSuprEng/PB
Eng/PB
Eng/PB
Eng/PB
Supr/ViewViewViewEngrSuprSuprSuprEng/PBEng/View
(PVState0); PVState0, PVState1
(Off); Off - On(0.0); • 0.0(MovPV); MovPV, PVState0,PVState1,PVState2, BadPV(PVState0); PVState0, MovPV,PVState1, PVState2, BadPV(PVState1); PVState1, MovPVPVState0, PVState2, BadPV(BadPV); BadPV, PVState0,PVState1, PVState2, MovPV(Off); Off - On
Parameter Description Type Lock (Default) and Range
D1_1
D1, D2D2D2D1_00
D2D1_01
D2D1_10
D2D1_11
DAMPING
DATEDAYDB_VALID(n)DEADBAND
DEADTIMEDEBOUNCEDECONF
Digital Input 1 Equal to a PV State of 1 (DigComp)
Status of Digital Inputs 1 & 2 (DigComp)Bias for Input D2 (VdtLdLag)D2_D1 Zero_Zero PV State
D2D1 Zero_One PV State
D2D1 One_Zero PV State
D2D1 One_One PV State
First Order PV Filtering Option for the Smart TransmitterCurrent Date/TimeCurrent DayDatabase Valid, (n = 1 - 40)Deadband Value (Logic) (n = 1 - 24)Deadband in % of Full Scale (PosProp)Deadtime Value for Raise PulseContact Debounce Time in MillisecondsDigitally Enhanced Configuration Mode
E:
LRE:
E:
E:
E:
R
TIE:RRRIE:
Eng/PB
ViewSuprEng/PB
Eng/PB
Eng/PB
Eng/PB
Supr/ViewViewViewEngrSuprSuprSuprEng/PBEng/View
(PVState0); PVState0, PVState1
(Off); Off - On(0.0); • 0.0(MovPV); MovPV, PVState0,PVState1,PVState2, BadPV(PVState0); PVState0, MovPV,PVState1, PVState2, BadPV(PVState1); PVState1, MovPVPVState0, PVState2, BadPV(BadPV); BadPV, PVState0,PVState1, PVState2, MovPV(Off); Off - On
Parameter Description Type Lock (Default) and Range
D1_1
D1, D2D2D2D1_00
D2D1_01
D2D1_10
D2D1_11
DAMPING
DATEDAYDB_VALID(n)DEADBAND
DEADTIMEDEBOUNCEDECONF
Digital Input 1 Equal to a PV State of 1 (DigComp)
Status of Digital Inputs 1 & 2 (DigComp)Bias for Input D2 (VdtLdLag)D2_D1 Zero_Zero PV State
D2D1 Zero_One PV State
D2D1 One_Zero PV State
D2D1 One_One PV State
First Order PV Filtering Option for the Smart TransmitterCurrent Date/TimeCurrent DayDatabase Valid, (n = 1 - 40)Deadband Value (Logic) (n = 1 - 24)Deadband in % of Full Scale (PosProp)Deadtime Value for Raise PulseContact Debounce Time in MillisecondsDigitally Enhanced Configuration Mode
E:
LRE:
E:
E:
E:
R
TIE:RRRIE:
Eng/PB
ViewSuprEng/PB
Eng/PB
Eng/PB
Eng/PB
Supr/ViewViewViewEngrSuprSuprSuprEng/PBEng/View
(PVState0); PVState0, PVState1
(Off); Off - On(0.0); • 0.0(MovPV); MovPV, PVState0,PVState1,PVState2, BadPV(PVState0); PVState0, MovPV,PVState1, PVState2, BadPV(PVState1); PVState1, MovPVPVState0, PVState2, BadPV(BadPV); BadPV, PVState0,PVState1, PVState2, MovPV(Off); Off - On
Parameter Description Type Lock (Default) and Range
DELCV
DEVDEVADDRDEVHIFLDEVHIPR
DEVHITPDEVLOFLDEVLOPR
DEVLOTPDHTIMMAXn
DISP_SIMDISRC(n)
DITYPEDLYTIME
DODSTN(n)
Delta CV in Engineering Units (IncrSum) Delta CV in Percent (Pid)DeviationSerial Link Device AddressDeviation High Alarm FlagDeviation High Alarm Priority
Parameter Description Type Lock (Default) and Range
DELCV
DEVDEVADDRDEVHIFLDEVHIPR
DEVHITPDEVLOFLDEVLOPR
DEVLOTPDHTIMMAXn
DISP_SIMDISRC(n)
DITYPEDLYTIME
DODSTN(n)
Delta CV in Engineering Units (IncrSum) Delta CV in Percent (Pid)DeviationSerial Link Device AddressDeviation High Alarm FlagDeviation High Alarm Priority
Parameter Description Type Lock (Default) and Range
DELCV
DEVDEVADDRDEVHIFLDEVHIPR
DEVHITPDEVLOFLDEVLOPR
DEVLOTPDHTIMMAXn
DISP_SIMDISRC(n)
DITYPEDLYTIME
DODSTN(n)
Delta CV in Engineering Units (IncrSum) Delta CV in Percent (Pid)DeviationSerial Link Device AddressDeviation High Alarm FlagDeviation High Alarm Priority
Parameter Description Type Lock (Default) and Range
DOTYPE
DSA
EIPPCODE
EQUOBJNMERRCODE
ESWAUTOESWCAS
ESWENBSTESWMANEUDESC
EUNDESCnEVRCINPGEVTOPT
EXTDATA
EXTSWOPTFFAILCODEFAILOPT(n)FBTIME
Digital Output Type
Device Soft Address
Event-Initiated Point Identifier
Equipment List Object FileSerial Interface/Serial Link Communication Error CodeExternal Switching Flag for Auto ModeExternal Switching Flag for Cascade ModeExternal Mode Switching Enable StateExternal Switching Flag for ManualModeEngineering Units Descriptor
IOP Generic Descriptor, n = 1 – 168NIM Event Recovery in Progress FlagEvent Reporting Option (DigComp)Event Reporting Option (DevCtl, DigIn)External Data Option
External Mode Switching OptionFlow Input (uncompensated)I/O Processor Hard Fail StatusFailure Option for Outputs (n = 1 - 168)Feedback Time
Parameter Description Type Lock (Default) and Range
DOTYPE
DSA
EIPPCODE
EQUOBJNMERRCODE
ESWAUTOESWCAS
ESWENBSTESWMANEUDESC
EUNDESCnEVRCINPGEVTOPT
EXTDATA
EXTSWOPTFFAILCODEFAILOPT(n)FBTIME
Digital Output Type
Device Soft Address
Event-Initiated Point Identifier
Equipment List Object FileSerial Interface/Serial Link Communication Error CodeExternal Switching Flag for Auto ModeExternal Switching Flag for Cascade ModeExternal Mode Switching Enable StateExternal Switching Flag for ManualModeEngineering Units Descriptor
IOP Generic Descriptor, n = 1 – 168NIM Event Recovery in Progress FlagEvent Reporting Option (DigComp)Event Reporting Option (DevCtl, DigIn)External Data Option
External Mode Switching OptionFlow Input (uncompensated)I/O Processor Hard Fail StatusFailure Option for Outputs (n = 1 - 168)Feedback Time
Parameter Description Type Lock (Default) and Range
DOTYPE
DSA
EIPPCODE
EQUOBJNMERRCODE
ESWAUTOESWCAS
ESWENBSTESWMANEUDESC
EUNDESCnEVRCINPGEVTOPT
EXTDATA
EXTSWOPTFFAILCODEFAILOPT(n)FBTIME
Digital Output Type
Device Soft Address
Event-Initiated Point Identifier
Equipment List Object FileSerial Interface/Serial Link Communication Error CodeExternal Switching Flag for Auto ModeExternal Switching Flag for Cascade ModeExternal Mode Switching Enable StateExternal Switching Flag for ManualModeEngineering Units Descriptor
IOP Generic Descriptor, n = 1 – 168NIM Event Recovery in Progress FlagEvent Reporting Option (DigComp)Event Reporting Option (DevCtl, DigIn)External Data Option
External Mode Switching OptionFlow Input (uncompensated)I/O Processor Hard Fail StatusFailure Option for Outputs (n = 1 - 168)Feedback Time
Initialization Manual FlagsInitialization Request Flag (Array)Initialization Request Flags (AO, DO)Initialization Request Flags (DigComp, DevCtl ) (i = 0 - 2)Initialization Request Flags (RegCtl) (i = 1 - 4)Initialization ValueInput DirectionI/O Link Cable A StatusI/O Link Cable B StatusI/O Link Channel A Error CountI/O Link Channel A Silence CountI/O Link Channel B Error CountI/O Link Channel B Silence CountI/O Link Channel Error ThresholdI/O Link Command
I/O Link Periodic Cable SwapIOP Actual Type
R
LLL
L
LRe:LLIIIIIe:
e:e:
Supr
ViewViewView
View
ViewView
Eng/PBViewViewViewViewViewView
EgOnlyEgOnly
ViewView
(NaN); > Previous INn but < Next INn.IN0 < IN1 <IN2 ......, <IN12(On); Off - On(Off); Off - On(On); Off - On
(On); Off - On
(Off); Off - On(N/A); N/A(Direct); Direct, Reverse(Off); Off - On(Off); Off - On(0); • 0(0); • 0(0); • 0(0); • 0(10); • 0(None); None, SelChnA, SelChnB,EnbPerSw, DisPerSw, RsIoLCom(N/A); Enable, Disable(None); None, LLAI, HCAI, DI, DO, AO, HPMM, LLMUX, STIM, PI
82
Parameter Description Type Lock (Default) and Range
Initialization Manual FlagsInitialization Request Flag (Array)Initialization Request Flags (AO, DO)Initialization Request Flags (DigComp, DevCtl ) (i = 0 - 2)Initialization Request Flags (RegCtl) (i = 1 - 4)Initialization ValueInput DirectionI/O Link Cable A StatusI/O Link Cable B StatusI/O Link Channel A Error CountI/O Link Channel A Silence CountI/O Link Channel B Error CountI/O Link Channel B Silence CountI/O Link Channel Error ThresholdI/O Link Command
I/O Link Periodic Cable SwapIOP Actual Type
R
LLL
L
LRe:LLIIIIIe:
e:e:
Supr
ViewViewView
View
ViewView
Eng/PBViewViewViewViewViewView
EgOnlyEgOnly
ViewView
(NaN); > Previous INn but < Next INn.IN0 < IN1 <IN2 ......, <IN12(On); Off - On(Off); Off - On(On); Off - On
(On); Off - On
(Off); Off - On(N/A); N/A(Direct); Direct, Reverse(Off); Off - On(Off); Off - On(0); • 0(0); • 0(0); • 0(0); • 0(10); • 0(None); None, SelChnA, SelChnB,EnbPerSw, DisPerSw, RsIoLCom(N/A); Enable, Disable(None); None, LLAI, HCAI, DI, DO, AO, HPMM, LLMUX, STIM, PI
82
Parameter Description Type Lock (Default) and Range
Initialization Manual FlagsInitialization Request Flag (Array)Initialization Request Flags (AO, DO)Initialization Request Flags (DigComp, DevCtl ) (i = 0 - 2)Initialization Request Flags (RegCtl) (i = 1 - 4)Initialization ValueInput DirectionI/O Link Cable A StatusI/O Link Cable B StatusI/O Link Channel A Error CountI/O Link Channel A Silence CountI/O Link Channel B Error CountI/O Link Channel B Silence CountI/O Link Channel Error ThresholdI/O Link Command
I/O Link Periodic Cable SwapIOP Actual Type
R
LLL
L
LRe:LLIIIIIe:
e:e:
Supr
ViewViewView
View
ViewView
Eng/PBViewViewViewViewViewView
EgOnlyEgOnly
ViewView
(NaN); > Previous INn but < Next INn.IN0 < IN1 <IN2 ......, <IN12(On); Off - On(Off); Off - On(On); Off - On
(On); Off - On
(Off); Off - On(N/A); N/A(Direct); Direct, Reverse(Off); Off - On(Off); Off - On(0); • 0(0); • 0(0); • 0(0); • 0(10); • 0(None); None, SelChnA, SelChnB,EnbPerSw, DisPerSw, RsIoLCom(N/A); Enable, Disable(None); None, LLAI, HCAI, DI, DO, AO, HPMM, LLMUX, STIM, PI
82
Parameter Description Type Lock (Default) and Range
IOMCARD(n)
IOMCARDA(n)IOMCARDB(n)IOMCMDIOMCOMER(n)
IOMFILE(n)
IOMFILEA(n)
IOMFILEB(n)
IOMFWREV(n)IOMHWREV(n)IOMLHFST(n)
I/O Module Card Position for the ActingPrimary/Secondary n = 1-40 for ActingPrimaries; n = 129-168 for Act. SecondariesI/O Module A Card Position (n = 1 - 40)I/O Module B Card Position (n = 1 - 40)IOP Module CommandIOP Communication Error Status; (n = 1-168)I/O Module File Position for the Acting Primary/Sec. (n = 1 - 40, 129 - 168)I/O Module File A Position for the Acting Primary/Secondary (n = 1 - 40)I/O Module File B Position for the Acting Primary/Secondary (n = 1 - 40)IOP Card Firmware Revision Status 1-168IOP Card Hardware Revision Status 1-168IOP Card Last Hard Fail Status
Parameter Description Type Lock (Default) and Range
IOMCARD(n)
IOMCARDA(n)IOMCARDB(n)IOMCMDIOMCOMER(n)
IOMFILE(n)
IOMFILEA(n)
IOMFILEB(n)
IOMFWREV(n)IOMHWREV(n)IOMLHFST(n)
I/O Module Card Position for the ActingPrimary/Secondary n = 1-40 for ActingPrimaries; n = 129-168 for Act. SecondariesI/O Module A Card Position (n = 1 - 40)I/O Module B Card Position (n = 1 - 40)IOP Module CommandIOP Communication Error Status; (n = 1-168)I/O Module File Position for the Acting Primary/Sec. (n = 1 - 40, 129 - 168)I/O Module File A Position for the Acting Primary/Secondary (n = 1 - 40)I/O Module File B Position for the Acting Primary/Secondary (n = 1 - 40)IOP Card Firmware Revision Status 1-168IOP Card Hardware Revision Status 1-168IOP Card Last Hard Fail Status
Parameter Description Type Lock (Default) and Range
IOMCARD(n)
IOMCARDA(n)IOMCARDB(n)IOMCMDIOMCOMER(n)
IOMFILE(n)
IOMFILEA(n)
IOMFILEB(n)
IOMFWREV(n)IOMHWREV(n)IOMLHFST(n)
I/O Module Card Position for the ActingPrimary/Secondary n = 1-40 for ActingPrimaries; n = 129-168 for Act. SecondariesI/O Module A Card Position (n = 1 - 40)I/O Module B Card Position (n = 1 - 40)IOP Module CommandIOP Communication Error Status; (n = 1-168)I/O Module File Position for the Acting Primary/Sec. (n = 1 - 40, 129 - 168)I/O Module File A Position for the Acting Primary/Secondary (n = 1 - 40)I/O Module File B Position for the Acting Primary/Secondary (n = 1 - 40)IOP Card Firmware Revision Status 1-168IOP Card Hardware Revision Status 1-168IOP Card Last Hard Fail Status
IOP Card NumberIOP in Operation (n = 1 -168)Actual IOP Type
IOP Receive ChannelError Severity Based on IOP State (n = 1 -40; 129 - 168)IOP Status (n = 1 - 40; 129 - 168)
IOP Type (IOP) (n = 1 - 168)
IOP Type (HPM Box)
IOP Description; (n = 1 - 40)Serial Intf. IOP Module NumberIOP String For FTA #1 (n = 1 -40)IOP String For FTA #2 (n = 1-40)I/O Module Redundancy OptionIO Data Scan Period in secondsIOP Token Drop CountGain Constant for X2 Input (AutoMan)Overall Gain in % Per % (Pid)Gain Constant (PosProp)
IOP Card NumberIOP in Operation (n = 1 -168)Actual IOP Type
IOP Receive ChannelError Severity Based on IOP State (n = 1 -40; 129 - 168)IOP Status (n = 1 - 40; 129 - 168)
IOP Type (IOP) (n = 1 - 168)
IOP Type (HPM Box)
IOP Description; (n = 1 - 40)Serial Intf. IOP Module NumberIOP String For FTA #1 (n = 1 -40)IOP String For FTA #2 (n = 1-40)I/O Module Redundancy OptionIO Data Scan Period in secondsIOP Token Drop CountGain Constant for X2 Input (AutoMan)Overall Gain in % Per % (Pid)Gain Constant (PosProp)
IOP Card NumberIOP in Operation (n = 1 -168)Actual IOP Type
IOP Receive ChannelError Severity Based on IOP State (n = 1 -40; 129 - 168)IOP Status (n = 1 - 40; 129 - 168)
IOP Type (IOP) (n = 1 - 168)
IOP Type (HPM Box)
IOP Description; (n = 1 - 40)Serial Intf. IOP Module NumberIOP String For FTA #1 (n = 1 -40)IOP String For FTA #2 (n = 1-40)I/O Module Redundancy OptionIO Data Scan Period in secondsIOP Token Drop CountGain Constant for X2 Input (AutoMan)Overall Gain in % Per % (Pid)Gain Constant (PosProp)
External Reset Feedback Gain (PidErfb)External Reset Feedback Gain (PIDPosPr)K1=Ratio Scale Factor; K2= Gain for X2 Input (RatioCtl)Gain Constant for X1-X3 Inputs (MulDiv)Gain Constant for X1-X4 Inputs (IncrSum)External Gain ModifierKeyword DescriptorGain for Feed Forward InputGap Gain FactorLinear Gain FactorNon-linear Gain FactorValue of the External Input (n = 1 - 12)Last PV ValueLCN Channel That NIM is Listening toLogic Bad Input Handling OptionNIM Library NumberNIM Library Text, (n = 1 - 1000)Input Descriptor (n = 1 - 12)Line Period in Microseconds (n = 1 - 168)Logic Input Connection Source (n = 1 - 12)
External Reset Feedback Gain (PidErfb)External Reset Feedback Gain (PIDPosPr)K1=Ratio Scale Factor; K2= Gain for X2 Input (RatioCtl)Gain Constant for X1-X3 Inputs (MulDiv)Gain Constant for X1-X4 Inputs (IncrSum)External Gain ModifierKeyword DescriptorGain for Feed Forward InputGap Gain FactorLinear Gain FactorNon-linear Gain FactorValue of the External Input (n = 1 - 12)Last PV ValueLCN Channel That NIM is Listening toLogic Bad Input Handling OptionNIM Library NumberNIM Library Text, (n = 1 - 1000)Input Descriptor (n = 1 - 12)Line Period in Microseconds (n = 1 - 168)Logic Input Connection Source (n = 1 - 12)
External Reset Feedback Gain (PidErfb)External Reset Feedback Gain (PIDPosPr)K1=Ratio Scale Factor; K2= Gain for X2 Input (RatioCtl)Gain Constant for X1-X3 Inputs (MulDiv)Gain Constant for X1-X4 Inputs (IncrSum)External Gain ModifierKeyword DescriptorGain for Feed Forward InputGap Gain FactorLinear Gain FactorNon-linear Gain FactorValue of the External Input (n = 1 - 12)Last PV ValueLCN Channel That NIM is Listening toLogic Bad Input Handling OptionNIM Library NumberNIM Library Text, (n = 1 - 1000)Input Descriptor (n = 1 - 12)Line Period in Microseconds (n = 1 - 168)Logic Input Connection Source (n = 1 - 12)
Parameter Description Type Lock (Default) and Range
LMREVLMSRCLOADSCOPLOADSTAT
LOCALMAN
LOCUTOFFLODSTN(n)
LOENBL(n)
LOGALGID(n)
Local Manual PolarityLocal Manual SourceLoad ScopeLoad Status
Local Manual Flag (AO, RegCtl)Local Manual Flag (DigComp, DevCtl)Low Signal Cut Off for Flow InputsLogic Output-Connection Destination Logic (n = 1 - 12) DevCtl (n = 1 - 2)Logic Output Enable, (Logic )(n = 1 - 12 )Logic Output Enable, (DevCtl)(n = 1 - 2)Logic Block Algorithm Identifier(n = 1 - 24)
e:Ue:e:
LL
RR
e:
e:
e:
Eng/PBPBPBView
ViewProg
Eng/PBPB
PB
PB
PB
( Direct); Direct, Reverse( Null.Nul); See SW09-540 PRD(NIMOnly); NimOnly, NimAndPm( ); Not Loaded, Loaded, Loading,Unlding(Off); Off - On(Off); Off - On
Parameter Description Type Lock (Default) and Range
LMREVLMSRCLOADSCOPLOADSTAT
LOCALMAN
LOCUTOFFLODSTN(n)
LOENBL(n)
LOGALGID(n)
Local Manual PolarityLocal Manual SourceLoad ScopeLoad Status
Local Manual Flag (AO, RegCtl)Local Manual Flag (DigComp, DevCtl)Low Signal Cut Off for Flow InputsLogic Output-Connection Destination Logic (n = 1 - 12) DevCtl (n = 1 - 2)Logic Output Enable, (Logic )(n = 1 - 12 )Logic Output Enable, (DevCtl)(n = 1 - 2)Logic Block Algorithm Identifier(n = 1 - 24)
e:Ue:e:
LL
RR
e:
e:
e:
Eng/PBPBPBView
ViewProg
Eng/PBPB
PB
PB
PB
( Direct); Direct, Reverse( Null.Nul); See SW09-540 PRD(NIMOnly); NimOnly, NimAndPm( ); Not Loaded, Loaded, Loading,Unlding(Off); Off - On(Off); Off - On
Parameter Description Type Lock (Default) and Range
LMREVLMSRCLOADSCOPLOADSTAT
LOCALMAN
LOCUTOFFLODSTN(n)
LOENBL(n)
LOGALGID(n)
Local Manual PolarityLocal Manual SourceLoad ScopeLoad Status
Local Manual Flag (AO, RegCtl)Local Manual Flag (DigComp, DevCtl)Low Signal Cut Off for Flow InputsLogic Output-Connection Destination Logic (n = 1 - 12) DevCtl (n = 1 - 2)Logic Output Enable, (Logic )(n = 1 - 12 )Logic Output Enable, (DevCtl)(n = 1 - 2)Logic Block Algorithm Identifier(n = 1 - 24)
e:Ue:e:
LL
RR
e:
e:
e:
Eng/PBPBPBView
ViewProg
Eng/PBPB
PB
PB
PB
( Direct); Direct, Reverse( Null.Nul); See SW09-540 PRD(NIMOnly); NimOnly, NimAndPm( ); Not Loaded, Loaded, Loading,Unlding(Off); Off - On(Off); Off - On
Parameter Description Type Lock (Default) and Range
LOGICSRCLOGMIXLOSRC(n)
LOWERTIMLOWRDSTNLOWRRATELRLLRV
LSEQNUMRLSIOLORN(n)
LSPPXORN(n)
LSTWHNERLSUCNORNMMAINDATMAINTOPTMANMODFL
Logic SourceLogic MixOutput - Connection SourceLogic (n = 1 - 12)DevCtl (n = 1 - 2)Lower Output Pulse Time (Secs)Lower OP Pulse DestinationLower OP Stroke Rate in %/SecLower Range Limit (STI)Lower Range Value (STI)
Last Sequence NumberLast Hour’s I/O Link Fetch/Store Overruns (n = 1 - 4)Last Hour’s Point Processing Fetch/Store Overruns (n = 1 - 8)Last When ErrorLast Hour’s UCN Access OverrunsNumber of InputsMaintenance Reset Statistics DateMaintenance OptionManual Mode Flag
(0); > 0(0); • 0(2); 2 - 4(Time of pt. build) Time Stamp(Off); Off - On(Off); Off - On
87
Parameter Description Type Lock (Default) and Range
LOGICSRCLOGMIXLOSRC(n)
LOWERTIMLOWRDSTNLOWRRATELRLLRV
LSEQNUMRLSIOLORN(n)
LSPPXORN(n)
LSTWHNERLSUCNORNMMAINDATMAINTOPTMANMODFL
Logic SourceLogic MixOutput - Connection SourceLogic (n = 1 - 12)DevCtl (n = 1 - 2)Lower Output Pulse Time (Secs)Lower OP Pulse DestinationLower OP Stroke Rate in %/SecLower Range Limit (STI)Lower Range Value (STI)
Last Sequence NumberLast Hour’s I/O Link Fetch/Store Overruns (n = 1 - 4)Last Hour’s Point Processing Fetch/Store Overruns (n = 1 - 8)Last When ErrorLast Hour’s UCN Access OverrunsNumber of InputsMaintenance Reset Statistics DateMaintenance OptionManual Mode Flag
(0); > 0(0); • 0(2); 2 - 4(Time of pt. build) Time Stamp(Off); Off - On(Off); Off - On
87
Parameter Description Type Lock (Default) and Range
LOGICSRCLOGMIXLOSRC(n)
LOWERTIMLOWRDSTNLOWRRATELRLLRV
LSEQNUMRLSIOLORN(n)
LSPPXORN(n)
LSTWHNERLSUCNORNMMAINDATMAINTOPTMANMODFL
Logic SourceLogic MixOutput - Connection SourceLogic (n = 1 - 12)DevCtl (n = 1 - 2)Lower Output Pulse Time (Secs)Lower OP Pulse DestinationLower OP Stroke Rate in %/SecLower Range Limit (STI)Lower Range Value (STI)
Last Sequence NumberLast Hour’s I/O Link Fetch/Store Overruns (n = 1 - 4)Last Hour’s Point Processing Fetch/Store Overruns (n = 1 - 8)Last When ErrorLast Hour’s UCN Access OverrunsNumber of InputsMaintenance Reset Statistics DateMaintenance OptionManual Mode Flag
Manual Output Pulse TimeMasktimeMaximum Configurable PUsMaximum PUsMaximum Pulse Time Limit
Maximum Available SlotsMaximum time Allowed in state 0Maximum time Allowed in state 1Maximum time Allowed in state 2Max. number transitions into each stateMinimum Pulse Time Limit
Manual Output Pulse TimeMasktimeMaximum Configurable PUsMaximum PUsMaximum Pulse Time Limit
Maximum Available SlotsMaximum time Allowed in state 0Maximum time Allowed in state 1Maximum time Allowed in state 2Max. number transitions into each stateMinimum Pulse Time Limit
Manual Output Pulse TimeMasktimeMaximum Configurable PUsMaximum PUsMaximum Pulse Time Limit
Maximum Available SlotsMaximum time Allowed in state 0Maximum time Allowed in state 1Maximum time Allowed in state 2Max. number transitions into each stateMinimum Pulse Time Limit
Monitoring Period in secondsCurrent MonthMoving PV FlagMoving PV Text DescriptorSequence Message PendingStatus Message Text (n = 0 - 15)Maximum Ramp Deviation ValueMaximum Soak Deviation ValueNumber of Inputs (CalcuLtr)Number of Inputs (HiloAvg & Summer)Tag NameNumber of Array Points in an HPMNumber of Regulatory Control PointsNumber of Digital Composite PointsNumber of DevCtl. Points ConfiguredNo. of Event Initiated ProcessingRequestsNumber of Fast Regulatory Control SlotsNumber of Fast Digital Composite SlotsNumber of Fast DevCtl PointsNumber of Fast Logic Slots
Monitoring Period in secondsCurrent MonthMoving PV FlagMoving PV Text DescriptorSequence Message PendingStatus Message Text (n = 0 - 15)Maximum Ramp Deviation ValueMaximum Soak Deviation ValueNumber of Inputs (CalcuLtr)Number of Inputs (HiloAvg & Summer)Tag NameNumber of Array Points in an HPMNumber of Regulatory Control PointsNumber of Digital Composite PointsNumber of DevCtl. Points ConfiguredNo. of Event Initiated ProcessingRequestsNumber of Fast Regulatory Control SlotsNumber of Fast Digital Composite SlotsNumber of Fast DevCtl PointsNumber of Fast Logic Slots
Monitoring Period in secondsCurrent MonthMoving PV FlagMoving PV Text DescriptorSequence Message PendingStatus Message Text (n = 0 - 15)Maximum Ramp Deviation ValueMaximum Soak Deviation ValueNumber of Inputs (CalcuLtr)Number of Inputs (HiloAvg & Summer)Tag NameNumber of Array Points in an HPMNumber of Regulatory Control PointsNumber of Digital Composite PointsNumber of DevCtl. Points ConfiguredNo. of Event Initiated ProcessingRequestsNumber of Fast Regulatory Control SlotsNumber of Fast Digital Composite SlotsNumber of Fast DevCtl PointsNumber of Fast Logic Slots
Number of Fast Regulatory PV SlotsNumber of Flags (Box)Number of Flags (Array)
Inverted Interlocks ValueRevision Number of the NIM personalityVersion Number of the NIM personalityNonlinearity FormNonlinear GainNumber of Locations in Delay TableNumber of Logic PointsMinimum Number of Good InputsNormal Mode AttributeNormal Mode (AnalgOut)Normal Mode (DigComp, DevCtl)Normal Mode (RegCtl)Normal Mode Tracking SuppressionNumber of Message Text ItemsNumeric Value (ProcModl) (n = 1 - 80)Numeric Value (Box) (n = 1 - 16,384)Numeric Value (Logic Point) (n = 1 - 8)Numeric Value (DevCtl Point) (n = 1 - 8)Numeric Value (Array Point) (n = i)NN Array DescriptorNumeric 1 - 10, n = 1 - 10
Number of Fast Regulatory PV SlotsNumber of Flags (Box)Number of Flags (Array)
Inverted Interlocks ValueRevision Number of the NIM personalityVersion Number of the NIM personalityNonlinearity FormNonlinear GainNumber of Locations in Delay TableNumber of Logic PointsMinimum Number of Good InputsNormal Mode AttributeNormal Mode (AnalgOut)Normal Mode (DigComp, DevCtl)Normal Mode (RegCtl)Normal Mode Tracking SuppressionNumber of Message Text ItemsNumeric Value (ProcModl) (n = 1 - 80)Numeric Value (Box) (n = 1 - 16,384)Numeric Value (Logic Point) (n = 1 - 8)Numeric Value (DevCtl Point) (n = 1 - 8)Numeric Value (Array Point) (n = i)NN Array DescriptorNumeric 1 - 10, n = 1 - 10
Number of Fast Regulatory PV SlotsNumber of Flags (Box)Number of Flags (Array)
Inverted Interlocks ValueRevision Number of the NIM personalityVersion Number of the NIM personalityNonlinearity FormNonlinear GainNumber of Locations in Delay TableNumber of Logic PointsMinimum Number of Good InputsNormal Mode AttributeNormal Mode (AnalgOut)Normal Mode (DigComp, DevCtl)Normal Mode (RegCtl)Normal Mode Tracking SuppressionNumber of Message Text ItemsNumeric Value (ProcModl) (n = 1 - 80)Numeric Value (Box) (n = 1 - 16,384)Numeric Value (Logic Point) (n = 1 - 8)Numeric Value (DevCtl Point) (n = 1 - 8)Numeric Value (Array Point) (n = i)NN Array DescriptorNumeric 1 - 10, n = 1 - 10
(0); 0 - 100 but < NPVSLOT(16,384); 16,384(0); 0 - 512 if EXDATA = IO_FL, else0 - 1023 if EXTDATA • IO_FL(On); On, Off(0); N/A(0); N/A(1); 0 or 1(0.0); 0.0 - 240.0(30); 2 - 30(0); 0 - 400(1);1 to Number Specified in N(None);None, Operator,Program,Normal(None); None, Man, Cas (Man); Man(None); Man, Auto, Bcas, Cas, None(Enable); Enable, Disable(0); 0 - 15(NaN); N/A(NaN); N/A(NaN); N/A(NaN); N/A(N/A); 1 < i < NNUMERIC(Spaces); N/A(0); 32767
90
Parameter Description Type Lock (Default) and Range
NNSTIX
NNUMERIC
NOCINPTSNOCOPTSNODEASSNNODECMD
NODECONFNODENUMNODEOPERNODESCNODESTS
NODESTSNODESTAT
NODETYP
Numeric Array Start Index
Number of Numerics in HPM BoxNumber of Numerics in Array Point
Number of Control Input ConnectionsNumber of Control Output Conn.Node AssignmentNode CommandNode Configuration for the HPMNode Configuration (set to manual)Node NumberNode Operating ModeNumber of Generic DescriptorsNode Summary Status
NIM Node Summary StatusNode Status (NIM)Node Status (HPM)UCN Node Type (NIM)UCN Node Type (HPM Box)UCN Node Type (HPM Points)
Parameter Description Type Lock (Default) and Range
NNSTIX
NNUMERIC
NOCINPTSNOCOPTSNODEASSNNODECMD
NODECONFNODENUMNODEOPERNODESCNODESTS
NODESTSNODESTAT
NODETYP
Numeric Array Start Index
Number of Numerics in HPM BoxNumber of Numerics in Array Point
Number of Control Input ConnectionsNumber of Control Output Conn.Node AssignmentNode CommandNode Configuration for the HPMNode Configuration (set to manual)Node NumberNode Operating ModeNumber of Generic DescriptorsNode Summary Status
NIM Node Summary StatusNode Status (NIM)Node Status (HPM)UCN Node Type (NIM)UCN Node Type (HPM Box)UCN Node Type (HPM Points)
Parameter Description Type Lock (Default) and Range
NNSTIX
NNUMERIC
NOCINPTSNOCOPTSNODEASSNNODECMD
NODECONFNODENUMNODEOPERNODESCNODESTS
NODESTSNODESTAT
NODETYP
Numeric Array Start Index
Number of Numerics in HPM BoxNumber of Numerics in Array Point
Number of Control Input ConnectionsNumber of Control Output Conn.Node AssignmentNode CommandNode Configuration for the HPMNode Configuration (set to manual)Node NumberNode Operating ModeNumber of Generic DescriptorsNode Summary Status
NIM Node Summary StatusNode Status (NIM)Node Status (HPM)UCN Node Type (NIM)UCN Node Type (HPM Box)UCN Node Type (HPM Points)
UCN Node’s Functional StatusNumber of Digital Input ConnectionsNumber of Digital Output ConnectionsNumber of General Input ConnectionsNumber of General Output ConnectionsNumber of Logic InputsNumber of Logic BlocksNumber of Logic Output ConnectionsNumber of OverrunsNumber of Primary GatesNumber of PV Input ConnectionsNumbaer of Points Per CycleNormal Execution CycleAvg. Number Nodes to which UCNRequests are madeMax. Number Nodes to which UCNRequests are madeAvg. Number Nodes to which UCNResponses are madeMax. Number Nodes to which UCNResponses are madeNumber of Ramp/Soak Pairsin the SequenceNumber of Secondary GatesNumber of Safety Interlock Overrides
UCN Node’s Functional StatusNumber of Digital Input ConnectionsNumber of Digital Output ConnectionsNumber of General Input ConnectionsNumber of General Output ConnectionsNumber of Logic InputsNumber of Logic BlocksNumber of Logic Output ConnectionsNumber of OverrunsNumber of Primary GatesNumber of PV Input ConnectionsNumbaer of Points Per CycleNormal Execution CycleAvg. Number Nodes to which UCNRequests are madeMax. Number Nodes to which UCNRequests are madeAvg. Number Nodes to which UCNResponses are madeMax. Number Nodes to which UCNResponses are madeNumber of Ramp/Soak Pairsin the SequenceNumber of Secondary GatesNumber of Safety Interlock Overrides
UCN Node’s Functional StatusNumber of Digital Input ConnectionsNumber of Digital Output ConnectionsNumber of General Input ConnectionsNumber of General Output ConnectionsNumber of Logic InputsNumber of Logic BlocksNumber of Logic Output ConnectionsNumber of OverrunsNumber of Primary GatesNumber of PV Input ConnectionsNumbaer of Points Per CycleNormal Execution CycleAvg. Number Nodes to which UCNRequests are madeMax. Number Nodes to which UCNRequests are madeAvg. Number Nodes to which UCNResponses are madeMax. Number Nodes to which UCNResponses are madeNumber of Ramp/Soak Pairsin the SequenceNumber of Secondary GatesNumber of Safety Interlock Overrides
Parameter Description Type Lock (Default) and Range
NOSTATESNOTRAAVG
NOTRAMAX
NOTRANS(n)NPARAVG
NPARMAX
NPMSLOTNPRQUAVG(n)
NPRQUMAX(n)
NPRSPAVG(n)
NPRSPMAX(n)
NPVSLOTNRMATRFLNRMODFLNSCANITM
NSIO
Number of Digital StatesAvg. Number of Nodes to which UCNTransactions are madeMax. Number of Nodes to which UCNTransactions are madeAccumulated Transitions (n = 0 - 2)Avg. Number of UCN ParameterAccess per SecondMax. Number of UCN ParameterAccess per SecondNumber of Process Module PointsAvg. Number of UCN ParameterRequests per Second (n = 0 - 64)Max. Number of UCN ParameterRequests per Second (n = 0 - 64)Avg. Number of UCN ParameterResponses per Second (n = 0 - 64)Max. Number of UCN ParameterResponses per Second (n = 0 - 64)Number of Regulatory PV SlotsNormal Mode Attribut FlagNormal Mode FlagNumber of Scan Items in HPM ScanTableInverted Interlocks Value
IR
R
RR
R
IR
R
R
R
ILLI
L
PBView
View
ViewView
View
PBView
View
View
View
PBViewViewView
Engr
(2); 2 & 3(0); N/A
(0); N/A
(0); 0 - no limit(0); N/A
(0); N/A
(0); 0 - 250(0); N/A
(0); N/A
(0); N/A
(0); N/A
(0); 0 - 125(On); On, Off( ); On, Off(0); 0 - 50
(On); On, Off
93
Parameter Description Type Lock (Default) and Range
NOSTATESNOTRAAVG
NOTRAMAX
NOTRANS(n)NPARAVG
NPARMAX
NPMSLOTNPRQUAVG(n)
NPRQUMAX(n)
NPRSPAVG(n)
NPRSPMAX(n)
NPVSLOTNRMATRFLNRMODFLNSCANITM
NSIO
Number of Digital StatesAvg. Number of Nodes to which UCNTransactions are madeMax. Number of Nodes to which UCNTransactions are madeAccumulated Transitions (n = 0 - 2)Avg. Number of UCN ParameterAccess per SecondMax. Number of UCN ParameterAccess per SecondNumber of Process Module PointsAvg. Number of UCN ParameterRequests per Second (n = 0 - 64)Max. Number of UCN ParameterRequests per Second (n = 0 - 64)Avg. Number of UCN ParameterResponses per Second (n = 0 - 64)Max. Number of UCN ParameterResponses per Second (n = 0 - 64)Number of Regulatory PV SlotsNormal Mode Attribut FlagNormal Mode FlagNumber of Scan Items in HPM ScanTableInverted Interlocks Value
IR
R
RR
R
IR
R
R
R
ILLI
L
PBView
View
ViewView
View
PBView
View
View
View
PBViewViewView
Engr
(2); 2 & 3(0); N/A
(0); N/A
(0); 0 - no limit(0); N/A
(0); N/A
(0); 0 - 250(0); N/A
(0); N/A
(0); N/A
(0); N/A
(0); 0 - 125(On); On, Off( ); On, Off(0); 0 - 50
(On); On, Off
93
Parameter Description Type Lock (Default) and Range
NOSTATESNOTRAAVG
NOTRAMAX
NOTRANS(n)NPARAVG
NPARMAX
NPMSLOTNPRQUAVG(n)
NPRQUMAX(n)
NPRSPAVG(n)
NPRSPMAX(n)
NPVSLOTNRMATRFLNRMODFLNSCANITM
NSIO
Number of Digital StatesAvg. Number of Nodes to which UCNTransactions are madeMax. Number of Nodes to which UCNTransactions are madeAccumulated Transitions (n = 0 - 2)Avg. Number of UCN ParameterAccess per SecondMax. Number of UCN ParameterAccess per SecondNumber of Process Module PointsAvg. Number of UCN ParameterRequests per Second (n = 0 - 64)Max. Number of UCN ParameterRequests per Second (n = 0 - 64)Avg. Number of UCN ParameterResponses per Second (n = 0 - 64)Max. Number of UCN ParameterResponses per Second (n = 0 - 64)Number of Regulatory PV SlotsNormal Mode Attribut FlagNormal Mode FlagNumber of Scan Items in HPM ScanTableInverted Interlocks Value
IR
R
RR
R
IR
R
R
R
ILLI
L
PBView
View
ViewView
View
PBView
View
View
View
PBViewViewView
Engr
(2); 2 & 3(0); N/A
(0); N/A
(0); 0 - no limit(0); N/A
(0); N/A
(0); 0 - 250(0); N/A
(0); N/A
(0); N/A
(0); N/A
(0); 0 - 125(On); On, Off( ); On, Off(0); 0 - 50
(On); On, Off
93
Parameter Description Type Lock (Default) and Range
Number of Strings in HPM Box PointNumber of Strings in Array Point String ArrayNumber of Times in HPM Box PointNo. of Times in Array Point Time ArrayNumber of Box Timer PointsAvg. Number of UCN TransactionsMax. Number of UCN TransactionsAvg. No. of UCN Transaction RequestsMax. No. of UCN Transaction RequestsAvg. No. of UCN Transaction ResponsesMax. No. of UCN Transaction ResponsesNetwork NumberNext Soak ValueOff-Normal Alarm FlagOff-Normal Alarm Priority
Off-Pulse CommandOld Accumulated Value (DigIn)Old Accumulated Value (Totalizr)On Pulse CommandOutput in Percent (AnalgOut & RegCtl)Digital State Output (DigComp, DevCtl)
Pulsed Digital Output (DigOut)Output Alarm Dead Band (R510 & later)
Number of Strings in HPM Box PointNumber of Strings in Array Point String ArrayNumber of Times in HPM Box PointNo. of Times in Array Point Time ArrayNumber of Box Timer PointsAvg. Number of UCN TransactionsMax. Number of UCN TransactionsAvg. No. of UCN Transaction RequestsMax. No. of UCN Transaction RequestsAvg. No. of UCN Transaction ResponsesMax. No. of UCN Transaction ResponsesNetwork NumberNext Soak ValueOff-Normal Alarm FlagOff-Normal Alarm Priority
Off-Pulse CommandOld Accumulated Value (DigIn)Old Accumulated Value (Totalizr)On Pulse CommandOutput in Percent (AnalgOut & RegCtl)Digital State Output (DigComp, DevCtl)
Pulsed Digital Output (DigOut)Output Alarm Dead Band (R510 & later)
Number of Strings in HPM Box PointNumber of Strings in Array Point String ArrayNumber of Times in HPM Box PointNo. of Times in Array Point Time ArrayNumber of Box Timer PointsAvg. Number of UCN TransactionsMax. Number of UCN TransactionsAvg. No. of UCN Transaction RequestsMax. No. of UCN Transaction RequestsAvg. No. of UCN Transaction ResponsesMax. No. of UCN Transaction ResponsesNetwork NumberNext Soak ValueOff-Normal Alarm FlagOff-Normal Alarm Priority
Off-Pulse CommandOld Accumulated Value (DigIn)Old Accumulated Value (Totalizr)On Pulse CommandOutput in Percent (AnalgOut & RegCtl)Digital State Output (DigComp, DevCtl)
Pulsed Digital Output (DigOut)Output Alarm Dead Band (R510 & later)
Output Characterization OptionOutput Command, DevCtl, DigCompOutput CommandOutput Value in Engineering UnitsFinal OP in % Sent to Control Element Analog Output (DevCtl, DigComp)Output High Alarm Flag (R510 & >)Output High Limit FlagOutput High Limit in PercentOutput High Alarm Priority (R510 & >)
Output High Flag Input SourceOutput High Alarm Trip Point (R510 & >)Input Coordinate Number 0 in PercentInput Coordinates Number 1-4 in Percent
Input Coordinate Number 5 in PercentOutput Low Alarm Flag (R510 & >)Output Low Limit FlagOutput Low Limit in PercentOutput Low Alarm Priority (R510 & >)
Output Low Flag Input SourceOutput Low Alarm Trip Point (R510 & >)
LLe:R
RSDELLRe:
URRR
RLLRe:
UR
PBProgViewView
ViewOperViewProgSuprEng/Pb
PBSuprViewSupr
ViewViewProgSuprEng/Pb
NullSupr
(Off); Off - On(Off); Off, On(N/A); Raise, Idle, Lower(N/A); N/A
(-6.9%); N/A(Statetxt(0); Statetxt (0, 1, 2), None(Off); Off - On(Off); Off - On(105%); OPLOLM - 106.9%, NaN(Low); Emergency, High, Low,JnlPrint, Printer, Journal, NoAction(Null); See Full PRD(NaN); NaN, OPLOTP - OPHILM(-6.9%); N/A(N/A); • Prev. Coordinate but ≤ Next Coordinate(106.9%); N/A(Off); Off - On(Off); Off - On(-5.0%); -6.9% to OPHILM, NaN(Low); Emergency, High, Low,JnlPrint, Printer, Journal, NoAction(PB); See HP09-540 PRD(NaN); NaN, OPLOLM - OPHITP
95
Parameter
Description Type Lock (Default) and Range
OPCHAROPCMD
OPEUOPFINAL
OPHAFLOPHIFLOPHILMOPHIPR
OPHISRCOPHITPOPIN0OPIN1-4
OPIN5OPLAFLOPLOFLOPLOLMOPLOPR
OPLOSRCOPLOTP
Output Characterization OptionOutput Command, DevCtl, DigCompOutput CommandOutput Value in Engineering UnitsFinal OP in % Sent to Control Element Analog Output (DevCtl, DigComp)Output High Alarm Flag (R510 & >)Output High Limit FlagOutput High Limit in PercentOutput High Alarm Priority (R510 & >)
Output High Flag Input SourceOutput High Alarm Trip Point (R510 & >)Input Coordinate Number 0 in PercentInput Coordinates Number 1-4 in Percent
Input Coordinate Number 5 in PercentOutput Low Alarm Flag (R510 & >)Output Low Limit FlagOutput Low Limit in PercentOutput Low Alarm Priority (R510 & >)
Output Low Flag Input SourceOutput Low Alarm Trip Point (R510 & >)
LLe:R
RSDELLRe:
URRR
RLLRe:
UR
PBProgViewView
ViewOperViewProgSuprEng/Pb
PBSuprViewSupr
ViewViewProgSuprEng/Pb
NullSupr
(Off); Off - On(Off); Off, On(N/A); Raise, Idle, Lower(N/A); N/A
(-6.9%); N/A(Statetxt(0); Statetxt (0, 1, 2), None(Off); Off - On(Off); Off - On(105%); OPLOLM - 106.9%, NaN(Low); Emergency, High, Low,JnlPrint, Printer, Journal, NoAction(Null); See Full PRD(NaN); NaN, OPLOTP - OPHILM(-6.9%); N/A(N/A); • Prev. Coordinate but ≤ Next Coordinate(106.9%); N/A(Off); Off - On(Off); Off - On(-5.0%); -6.9% to OPHILM, NaN(Low); Emergency, High, Low,JnlPrint, Printer, Journal, NoAction(PB); See HP09-540 PRD(NaN); NaN, OPLOLM - OPHITP
95
Parameter
Description Type Lock (Default) and Range
OPCHAROPCMD
OPEUOPFINAL
OPHAFLOPHIFLOPHILMOPHIPR
OPHISRCOPHITPOPIN0OPIN1-4
OPIN5OPLAFLOPLOFLOPLOLMOPLOPR
OPLOSRCOPLOTP
Output Characterization OptionOutput Command, DevCtl, DigCompOutput CommandOutput Value in Engineering UnitsFinal OP in % Sent to Control Element Analog Output (DevCtl, DigComp)Output High Alarm Flag (R510 & >)Output High Limit FlagOutput High Limit in PercentOutput High Alarm Priority (R510 & >)
Output High Flag Input SourceOutput High Alarm Trip Point (R510 & >)Input Coordinate Number 0 in PercentInput Coordinates Number 1-4 in Percent
Input Coordinate Number 5 in PercentOutput Low Alarm Flag (R510 & >)Output Low Limit FlagOutput Low Limit in PercentOutput Low Alarm Priority (R510 & >)
Output Low Flag Input SourceOutput Low Alarm Trip Point (R510 & >)
LLe:R
RSDELLRe:
URRR
RLLRe:
UR
PBProgViewView
ViewOperViewProgSuprEng/Pb
PBSuprViewSupr
ViewViewProgSuprEng/Pb
NullSupr
(Off); Off - On(Off); Off, On(N/A); Raise, Idle, Lower(N/A); N/A
(-6.9%); N/A(Statetxt(0); Statetxt (0, 1, 2), None(Off); Off - On(Off); Off - On(105%); OPLOLM - 106.9%, NaN(Low); Emergency, High, Low,JnlPrint, Printer, Journal, NoAction(Null); See Full PRD(NaN); NaN, OPLOTP - OPHILM(-6.9%); N/A(N/A); • Prev. Coordinate but ≤ Next Coordinate(106.9%); N/A(Off); Off - On(Off); Off - On(-5.0%); -6.9% to OPHILM, NaN(Low); Emergency, High, Low,JnlPrint, Printer, Journal, NoAction(PB); See HP09-540 PRD(NaN); NaN, OPLOLM - OPHITP
95
Parameter Description Type Lock (Default) and Range
Output Minimum Change Limit in %Output Coordinate Number 0 in %Output Coordinates Number 1-4in %Output Coordinate Number 5 in %Operator Mode Attribute Flag
Last Operator Input per sequencemessage
OP Rate of Change Limit in PercentDirect/Reverse ActionOverride OffsetOverride OptionOutput Coordinates Number 0-12Accumulation Overflow FlagOverlapping Array Slot NumberOverride Current PhaseOverride Current StatementOverride Current StepOverview Value in PercentTime Over High Trip LimitOverride Alarm OptionOverride Alarm Priority
Override Confirmation Flag
RRR
RL
R
Re:LLRLIe:e:e:ITe:e:
L
SuprViewSupr
ViewView
Oper
SuprEng/PbEng/PbEng/PbSuprViewView
SpecialSpecialSpecial
Eng/PbViewEng/PbEng
Oper
(0.0); • 0.0, NaN(-6.9%); N/A(N/A); • Previous Coordinatebut ≤ Next Coordinate(106.9%); N/A(N/A); Off - On
(0.0); N/A
(NaN); • 0.1, NaN(Direct); Direct, Reverse(On); Off - On(Off); Off - On(NaN); Anthing but NaN(Off); Off - On(0); 0 - Value of NARRSLOT(Blank); Forward - Backward(Blank); Forward - Backward(Blank); Forward - Backward(25%); 0 - 100%(0); 0 - 9999 days(None); None, Auto_Rtn, Cnfm_Rqd(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction (Off); Off - On
96
Parameter Description Type Lock (Default) and Range
Output Minimum Change Limit in %Output Coordinate Number 0 in %Output Coordinates Number 1-4in %Output Coordinate Number 5 in %Operator Mode Attribute Flag
Last Operator Input per sequencemessage
OP Rate of Change Limit in PercentDirect/Reverse ActionOverride OffsetOverride OptionOutput Coordinates Number 0-12Accumulation Overflow FlagOverlapping Array Slot NumberOverride Current PhaseOverride Current StatementOverride Current StepOverview Value in PercentTime Over High Trip LimitOverride Alarm OptionOverride Alarm Priority
Override Confirmation Flag
RRR
RL
R
Re:LLRLIe:e:e:ITe:e:
L
SuprViewSupr
ViewView
Oper
SuprEng/PbEng/PbEng/PbSuprViewView
SpecialSpecialSpecial
Eng/PbViewEng/PbEng
Oper
(0.0); • 0.0, NaN(-6.9%); N/A(N/A); • Previous Coordinatebut ≤Next Coordinate(106.9%); N/A(N/A); Off - On
(0.0); N/A
(NaN); • 0.1, NaN(Direct); Direct, Reverse(On); Off - On(Off); Off - On(NaN); Anthing but NaN(Off); Off - On(0); 0 - Value of NARRSLOT(Blank); Forward - Backward(Blank); Forward - Backward(Blank); Forward - Backward(25%); 0 - 100%(0); 0 - 9999 days(None); None, Auto_Rtn, Cnfm_Rqd(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction (Off); Off - On
96
Parameter Description Type Lock (Default) and Range
Output Minimum Change Limit in %Output Coordinate Number 0 in %Output Coordinates Number 1-4in %Output Coordinate Number 5 in %Operator Mode Attribute Flag
Last Operator Input per sequencemessage
OP Rate of Change Limit in PercentDirect/Reverse ActionOverride OffsetOverride OptionOutput Coordinates Number 0-12Accumulation Overflow FlagOverlapping Array Slot NumberOverride Current PhaseOverride Current StatementOverride Current StepOverview Value in PercentTime Over High Trip LimitOverride Alarm OptionOverride Alarm Priority
Override Confirmation Flag
RRR
RL
R
Re:LLRLIe:e:e:ITe:e:
L
SuprViewSupr
ViewView
Oper
SuprEng/PbEng/PbEng/PbSuprViewView
SpecialSpecialSpecial
Eng/PbViewEng/PbEng
Oper
(0.0); • 0.0, NaN(-6.9%); N/A(N/A); • Previous Coordinatebut ≤ Next Coordinate(106.9%); N/A(N/A); Off - On
(0.0); N/A
(NaN); • 0.1, NaN(Direct); Direct, Reverse(On); Off - On(Off); Off - On(NaN); Anthing but NaN(Off); Off - On(0); 0 - Value of NARRSLOT(Blank); Forward - Backward(Blank); Forward - Backward(Blank); Forward - Backward(25%); 0 - 100%(0); 0 - 9999 days(None); None, Auto_Rtn, Cnfm_Rqd(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction (Off); Off - On
96
Parameter Description Type Lock (Default) and Range
OVRDDESC
OVRDInFLOVRDSIFL
PP0P0 - P2
P1 - P6PnSTSPAUSETIMPERIOD
PFDLYFLPGALGID(n)
PGDSTN(n)
Override Alarm Descriptor
Override Alarm Flag (n = 0 - 2)Safety Override Alarm Flag
Pressure InputZero Reference for PressurePermissive Interlocks for OutputState 0, 1, and 2PV Inputs 1-6 (RegPV)P1-P6 Status (n = 1 - 6)State 0 Pause TimePeriod (ProcMod)Period (DigOut)Period(RegPV, RegCtl)Period (Logic, DigComp, DevCtl)PreFetch Delayed FlagPrimary Gate Algorithm ID (n=1 - 4)
Primary Gate Destination (n=1 - 4)
S
LL
RRL
Re:IRRRRLe:
e:
View
ViewView
ViewSuprEngr
ViewViewSuprPB
Eng/PBViewPBViewPB
PB
(Blank); SIO Desc, I0-I2 Desc,L1-L12 Desc(Off); Off - On(Off); Off - On
(1.0); > 0(Interact); Interact, Ideal(Varies by Algo Type, Equation,N); 1-8 Character Valid Parameter Name(0.0); <> NaN(Off); Off, On(Null.Null); "TagName.Parameter"
(Null); Null, L1 - L12
(On); On - Off(On); On - Off
98
Parameter Description Type Lock (Default) and Range
PKGOPT
PMEVOVFLPMMCHAERPMMCHASLPMMCHBERPMMCHBSLPMMCMD
PMMCOMER
PMMCTLSTPMMIOLST
PMMOPER
PMMRECCH
PMMRECHN
HPMM Hardware Packaging Option
HPMM Event Overflow FlagHPMM’s I/O Link Chnl A Error CountHPMM’s I/O Link Chnl A Silence CountHPMM’s I/O Link Chnl B Error CountHPMM’s I/O Link Chnl B Silence CountHPMM Command
HPMM’s I/O Link CommunicationError Status
HPMM Control Processor StatusI/O Link Status
HPMM Operation
HPMM’s I/O Link Current ReceiveChannelHPMM Active Receive Channel
Parameter Description Type Lock (Default) and Range
PKGOPT
PMEVOVFLPMMCHAERPMMCHASLPMMCHBERPMMCHBSLPMMCMD
PMMCOMER
PMMCTLSTPMMIOLST
PMMOPER
PMMRECCH
PMMRECHN
HPMM Hardware Packaging Option
HPMM Event Overflow FlagHPMM's I/O Link Chnl A Error CountHPMM's I/O Link Chnl A Silence CountHPMM's I/O Link Chnl B Error CountHPMM's I/O Link Chnl B Silence CountHPMM Command
HPMM's I/O Link CommunicationError Status
HPMM Control Processor StatusI/O Link Status
HPMM Operation
HPMM's I/O Link Current ReceiveChannelHPMM Active Receive Channel
Parameter Description Type Lock (Default) and Range
PKGOPT
PMEVOVFLPMMCHAERPMMCHASLPMMCHBERPMMCHBSLPMMCMD
PMMCOMER
PMMCTLSTPMMIOLST
PMMOPER
PMMRECCH
PMMRECHN
HPMM Hardware Packaging Option
HPMM Event Overflow FlagHPMM's I/O Link Chnl A Error CountHPMM's I/O Link Chnl A Silence CountHPMM's I/O Link Chnl B Error CountHPMM's I/O Link Chnl B Silence CountHPMM Command
HPMM's I/O Link CommunicationError Status
HPMM Control Processor StatusI/O Link Status
HPMM Operation
HPMM's I/O Link Current ReceiveChannelHPMM Active Receive Channel
Parameter Description Type Lock (Default) and Range
PTEXECSTPROCMOD
PSTSPTDESC
PTEXECSTPTINALPTORST
PTSTSIOL
PTSTSUCN
PULSEWTHPV
Point Execution StateProcess Module Operating State
Pressure Input Value StatusPoint Descriptor
Point Execution StatePoint in Alarm IndicatorPoint Override Status
Redundant Partner Status as seenfrom the IOL
Redundant Partner Status as seenfrom the UCN
Pulse Width for Point OutputsProcess Variable (AnalgIn, PI)Current State (DigComp, DevCtl)Current State (DigIn)Current State (Flag)Process Variable (Numeric)Process Variable (RegCtl)Process Variable (RegPV)Current Value (Timer)
(1.0); 0.0 - 60.0 Seconds(NaN); PVEXEUHI - PVEXEULO, NaN(BADPVTXT); PVSTATES(0)-(4)(Off); STATETXT(0) or STATETXT(1)(Blank); STATETXT(0) or STATETXT(1)(NaN); N/A(NaN); N/A(NaN); N/A(0); 0 to 32000 Seconds or Minutes
101
Parameter Description Type Lock (Default) and Range
PTEXECSTPROCMOD
PSTSPTDESC
PTEXECSTPTINALPTORST
PTSTSIOL
PTSTSUCN
PULSEWTHPV
Point Execution StateProcess Module Operating State
Pressure Input Value StatusPoint Descriptor
Point Execution StatePoint in Alarm IndicatorPoint Override Status
Redundant Partner Status as seenfrom the IOL
Redundant Partner Status as seenfrom the UCN
Pulse Width for Point OutputsProcess Variable (AnalgIn, PI)Current State (DigComp, DevCtl)Current State (DigIn)Current State (Flag)Process Variable (Numeric)Process Variable (RegCtl)Process Variable (RegPV)Current Value (Timer)
(1.0); 0.0 - 60.0 Seconds(NaN); PVEXEUHI - PVEXEULO, NaN(BADPVTXT); PVSTATES(0)-(4)(Off); STATETXT(0) or STATETXT(1)(Blank); STATETXT(0) or STATETXT(1)(NaN); N/A(NaN); N/A(NaN); N/A(0); 0 to 32000 Seconds or Minutes
101
Parameter Description Type Lock (Default) and Range
PTEXECSTPROCMOD
PSTSPTDESC
PTEXECSTPTINALPTORST
PTSTSIOL
PTSTSUCN
PULSEWTHPV
Point Execution StateProcess Module Operating State
Pressure Input Value StatusPoint Descriptor
Point Execution StatePoint in Alarm IndicatorPoint Override Status
Redundant Partner Status as seenfrom the IOL
Redundant Partner Status as seenfrom the UCN
Pulse Width for Point OutputsProcess Variable (AnalgIn, PI)Current State (DigComp, DevCtl)Current State (DigIn)Current State (Flag)Process Variable (Numeric)Process Variable (RegCtl)Process Variable (RegPV)Current Value (Timer)
(1.0); 0.0 - 60.0 Seconds(NaN); PVEXEUHI - PVEXEULO, NaN(BADPVTXT); PVSTATES(0)-(4)(Off); STATETXT(0) or STATETXT(1)(Blank); STATETXT(0) or STATETXT(1)(NaN); N/A(NaN); N/A(NaN); N/A(0); 0 to 32000 Seconds or Minutes
101
Parameter Description Type Lock (Default) and Range
PVALDB
PVALDBEUPVALGID
PVAUTO
PV Alarm Deadband in Percent
EU Value of Alarm DeadbandPV Algorithm Identifier
PV Auto Value (AnalgIn, PI)Current PV State (DigComp,DevCtl)Current PV State (DigIn)PV Value Fetched Using Control Input Connection (RegCtl)PV Auto Value (RegPV)PV Auto Value (PosProp,PIDPosPr)
Parameter Description Type Lock (Default) and Range
PVALDB
PVALDBEUPVALGID
PVAUTO
PV Alarm Deadband in Percent
EU Value of Alarm DeadbandPV Algorithm Identifier
PV Auto Value (AnalgIn, PI)Current PV State (DigComp,DevCtl)Current PV State (DigIn)PV Value Fetched Using Control Input Connection (RegCtl)PV Auto Value (RegPV)PV Auto Value (PosProp,PIDPosPr)
Parameter Description Type Lock (Default) and Range
PVALDB
PVALDBEUPVALGID
PVAUTO
PV Alarm Deadband in Percent
EU Value of Alarm DeadbandPV Algorithm Identifier
PV Auto Value (AnalgIn, PI)Current PV State (DigComp,DevCtl)Current PV State (DigIn)PV Value Fetched Using Control Input Connection (RegCtl)PV Auto Value (RegPV)PV Auto Value (PosProp,PIDPosPr)
Parameter Description Type Lock (Default) and Range
PVAUTOSTPVCALC
PVCHAR
PVCHGDLYPVCLAMPPVEQN
PVEUHIPVEULO
PV Auto Value StatusCalculated PV (AnalgIn)Calculated PV (RegPV)PV Characterization Option
PV Change Delay time in SecondsPV Clamping OptionPV Equation Type (FlowComp)PV Equation Type (HiLoAvg, MidOf3)PV Equation Type (Summer)PV Equation Type (Totalizr)PV Equation Type (VdtLdLag)PV High Range in Engineering UnitsPV Low Range in Engineering Units
Parameter Description Type Lock (Default) and Range
PVAUTOSTPVCALC
PVCHAR
PVCHGDLYPVCLAMPPVEQN
PVEUHIPVEULO
PV Auto Value StatusCalculated PV (AnalgIn)Calculated PV (RegPV)PV Characterization Option
PV Change Delay time in SecondsPV Clamping OptionPV Equation Type (FlowComp)PV Equation Type (HiLoAvg, MidOf3)PV Equation Type (Summer)PV Equation Type (Totalizr)PV Equation Type (VdtLdLag)PV High Range in Engineering UnitsPV Low Range in Engineering Units
Parameter Description Type Lock (Default) and Range
PVAUTOSTPVCALC
PVCHAR
PVCHGDLYPVCLAMPPVEQN
PVEUHIPVEULO
PV Auto Value StatusCalculated PV (AnalgIn)Calculated PV (RegPV)PV Characterization Option
PV Change Delay time in SecondsPV Clamping OptionPV Equation Type (FlowComp)PV Equation Type (HiLoAvg, MidOf3)PV Equation Type (Summer)PV Equation Type (Totalizr)PV Equation Type (VdtLdLag)PV High Range in Engineering UnitsPV Low Range in Engineering Units
Parameter Description Type Lock (Default) and Range
PVEXEUHI
PVEXEULO
PVEXHIFLPVEXLOFLPVFL(n)PVFLPVFORMATPVHHFLPVHHPR
PVHHTP
PV Extended Hi Range in Engineering UnitsPV Extended Lo Range in Engineering UnitsPV Extended Hi Range ViolationPV Extended Lo Range ViolationPV Flag (DigComp) (n = 0 - 2)PV Flag (DigIn, Flag)PV Decimal Point FormatPV High High Alarm FlagPV High High Alarm Priority
PV Hi Hi Alarm Trip Point (AnalgIn, RegPV)PV Hi Hi Alarm Trip Point (RegCtl PosProp, PIDPosPr)
R
R
LLLLe:Le:
R
R
Eng
Eng
ViewViewViewOperEngViewEng
Supr
Supr
(NaN); • PVEUHI, NaN
(NaN); • PVEULO, NaN
(Off); Off - On(Off); Off - On(Off); Off, On(Off); Off, On(D1 = XXX.X); D0, D1 D2, D3(Off); Off - On(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction(NaN); PVHITP - PVEXEUHI, NaN
(NaN); PVHITP - PVEUHI, NaN
104
Parameter Description Type Lock (Default) and Range
PVEXEUHI
PVEXEULO
PVEXHIFLPVEXLOFLPVFL(n)PVFLPVFORMATPVHHFLPVHHPR
PVHHTP
PV Extended Hi Range in Engineering UnitsPV Extended Lo Range in Engineering UnitsPV Extended Hi Range ViolationPV Extended Lo Range ViolationPV Flag (DigComp) (n = 0 - 2)PV Flag (DigIn, Flag)PV Decimal Point FormatPV High High Alarm FlagPV High High Alarm Priority
PV Hi Hi Alarm Trip Point (AnalgIn, RegPV)PV Hi Hi Alarm Trip Point (RegCtl PosProp, PIDPosPr)
R
R
LLLLe:Le:
R
R
Eng
Eng
ViewViewViewOperEngViewEng
Supr
Supr
(NaN); • PVEUHI, NaN
(NaN); • PVEULO, NaN
(Off); Off - On(Off); Off - On(Off); Off, On(Off); Off, On(D1 = XXX.X); D0, D1 D2, D3(Off); Off - On(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction(NaN); PVHITP - PVEXEUHI, NaN
(NaN); PVHITP - PVEUHI, NaN
104
Parameter Description Type Lock (Default) and Range
PVEXEUHI
PVEXEULO
PVEXHIFLPVEXLOFLPVFL(n)PVFLPVFORMATPVHHFLPVHHPR
PVHHTP
PV Extended Hi Range in Engineering UnitsPV Extended Lo Range in Engineering UnitsPV Extended Hi Range ViolationPV Extended Lo Range ViolationPV Flag (DigComp) (n = 0 - 2)PV Flag (DigIn, Flag)PV Decimal Point FormatPV High High Alarm FlagPV High High Alarm Priority
PV Hi Hi Alarm Trip Point (AnalgIn, RegPV)PV Hi Hi Alarm Trip Point (RegCtl PosProp, PIDPosPr)
R
R
LLLLe:Le:
R
R
Eng
Eng
ViewViewViewOperEngViewEng
Supr
Supr
(NaN); • PVEUHI, NaN
(NaN); • PVEULO, NaN
(Off); Off - On(Off); Off - On(Off); Off, On(Off); Off, On(D1 = XXX.X); D0, D1 D2, D3(Off); Off - On(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction(NaN); PVHITP - PVEXEUHI, NaN
(NaN); PVHITP - PVEUHI, NaN
104
Parameter Description Type Lock (Default) and Range
Parameter Description Type Lock (Default) and Range
PVLOTPPVNORMAL
PVNORMFLPVPPVRAW
PVRAWHI
PVRAWLO
PVROCNFL
PV Low Alarm Trip PointPV Normal State
PV Value’s Normal State FlagPV in PercentPV Raw Value (AnalgIn)PV Raw Value (PI, STI)Raw State of Field Contacts (DigIn)PV Raw High Range
PV Raw Low Range
PV Negative Rate-of-Change Alarm Flag
Re:
LRRRLR
R
L
SuprSupr
ViewViewOperViewViewEng/Pb
Eng/Pb
View
(NaN); PVLLTP - PVHITP, NaN(N/A); STATETXT(0) -STATETXT(2), None (requireslock = Engr)(Off); Off - On(NaN); N/A(NaN); N/A(NaN); N/A(Off); Off-On(NaN); PVRAWLO to100 (for a 0_100_mVInput), PVRAWLO to 1 [for aSlidewire Input (ratio)](NaN); 0.0 - PVRAWHI(0 to 100 Microvoltsfor a 0_100_mV Input, or 0 to 1Ratio for a Sidewire Input(Off); Off - On
106
Parameter Description Type Lock (Default) and Range
PVLOTPPVNORMAL
PVNORMFLPVPPVRAW
PVRAWHI
PVRAWLO
PVROCNFL
PV Low Alarm Trip PointPV Normal State
PV Value’s Normal State FlagPV in PercentPV Raw Value (AnalgIn)PV Raw Value (PI, STI)Raw State of Field Contacts (DigIn)PV Raw High Range
PV Raw Low Range
PV Negative Rate-of-Change Alarm Flag
Re:
LRRRLR
R
L
SuprSupr
ViewViewOperViewViewEng/Pb
Eng/Pb
View
(NaN); PVLLTP - PVHITP, NaN(N/A); STATETXT(0) -STATETXT(2), None (requireslock = Engr)(Off); Off - On(NaN); N/A(NaN); N/A(NaN); N/A(Off); Off-On(NaN); PVRAWLO to100 (for a 0_100_mVInput), PVRAWLO to 1 [for aSlidewire Input (ratio)](NaN); 0.0 - PVRAWHI(0 to 100 Microvoltsfor a 0_100_mV Input, or 0 to 1Ratio for a Sidewire Input(Off); Off - On
106
Parameter Description Type Lock (Default) and Range
PVLOTPPVNORMAL
PVNORMFLPVPPVRAW
PVRAWHI
PVRAWLO
PVROCNFL
PV Low Alarm Trip PointPV Normal State
PV Value’s Normal State FlagPV in PercentPV Raw Value (AnalgIn)PV Raw Value (PI, STI)Raw State of Field Contacts (DigIn)PV Raw High Range
PV Raw Low Range
PV Negative Rate-of-Change Alarm Flag
Re:
LRRRLR
R
L
SuprSupr
ViewViewOperViewViewEng/Pb
Eng/Pb
View
(NaN); PVLLTP - PVHITP, NaN(N/A); STATETXT(0) -STATETXT(2), None (requireslock = Engr)(Off); Off - On(NaN); N/A(NaN); N/A(NaN); N/A(Off); Off-On(NaN); PVRAWLO to100 (for a 0_100_mVInput), PVRAWLO to 1 [for aSlidewire Input (ratio)](NaN); 0.0 - PVRAWHI(0 to 100 Microvoltsfor a 0_100_mV Input, or 0 to 1Ratio for a Sidewire Input(Off); Off - On
106
Parameter Description Type Lock (Default) and Range
Remote Cascade ShedRed Tag StateRemaining Soak TimeReset Flag (DigIn, Totalizr)Reset Flag (DevCtl, DigComp)Accumulator Reset Value (DigIn)Reset Value (Totalizr)Process Module Restart State
Reset Feedback Input in %Reference Specific GravityRemote Initialization Request (PosProp,PIDPosPr)
RRR
Re:
e:e:
Le:RLLIRe:
RRL
SuprSuprSupr
OperEng/PB
Eng/PBEng/PB
ViewSuprOperProgOperOperOperView
ViewSuprView
(0.0); • 0.0, NaN(NaN); • 0.0, NaN(NaN); N/A
(1.0); RTLOLM - RTHILM(NoRatBi); NoRatBi, FixRatBi,AutoRat, AutoBi(None); None, Ddc(None); None, Spc, Ddc,DdcRsp, Rsp (Off); Off - On(Off); Off - On(0.0); 0.0 - 720.0 Minutes(Off); Off - On(Off); Off - On(0); 0 - 32767(0.0); N/A(None); None, Failover, Warm,Cold, PTACTVN(N/A); • 0.0%(1.0); N/A(On); Off - On
108
Parameter Description Type Lock (Default) and Range
RATE1
RATE1-12
RATIORBOPT
RCASOPT
RCASSHEDREDTAGREMSOAKTRESETFL
RESETVAL
RESTART
RFBRGRINITREQ
Rate at Which Bias Ramps Down (AutoMan)Rate at Which Bias Ramps Down (RatioCtl)Ramp Rates for RampSoak Segments 1-12 (RampSoak)RatioRatio Bias Option
Remote Cascade ShedRed Tag StateRemaining Soak TimeReset Flag (DigIn, Totalizr)Reset Flag (DevCtl, DigComp)Accumulator Reset Value (DigIn)Reset Value (Totalizr)Process Module Restart State
Reset Feedback Input in %Reference Specific GravityRemote Initialization Request (PosProp,PIDPosPr)
RRR
Re:
e:e:
Le:RLLIRe:
RRL
SuprSuprSupr
OperEng/PB
Eng/PBEng/PB
ViewSuprOperProgOperOperOperView
ViewSuprView
(0.0); • 0.0, NaN(NaN); • 0.0, NaN(NaN); N/A
(1.0); RTLOLM - RTHILM(NoRatBi); NoRatBi, FixRatBi,AutoRat, AutoBi(None); None, Ddc(None); None, Spc, Ddc,DdcRsp, Rsp (Off); Off - On(Off); Off - On(0.0); 0.0 - 720.0 Minutes(Off); Off - On(Off); Off - On(0); 0 - 32767(0.0); N/A(None); None, Failover, Warm,Cold, PTACTVN(N/A); • 0.0%(1.0); N/A(On); Off - On
108
Parameter Description Type Lock (Default) and Range
RATE1
RATE1-12
RATIORBOPT
RCASOPT
RCASSHEDREDTAGREMSOAKTRESETFL
RESETVAL
RESTART
RFBRGRINITREQ
Rate at Which Bias Ramps Down (AutoMan)Rate at Which Bias Ramps Down (RatioCtl)Ramp Rates for RampSoak Segments 1-12 (RampSoak)RatioRatio Bias Option
Remote Cascade ShedRed Tag StateRemaining Soak TimeReset Flag (DigIn, Totalizr)Reset Flag (DevCtl, DigComp)Accumulator Reset Value (DigIn)Reset Value (Totalizr)Process Module Restart State
Reset Feedback Input in %Reference Specific GravityRemote Initialization Request (PosProp,PIDPosPr)
RRR
Re:
e:e:
Le:RLLIRe:
RRL
SuprSuprSupr
OperEng/PB
Eng/PBEng/PB
ViewSuprOperProgOperOperOperView
ViewSuprView
(0.0); • 0.0, NaN(NaN); • 0.0, NaN(NaN); N/A
(1.0); RTLOLM - RTHILM(NoRatBi); NoRatBi, FixRatBi,AutoRat, AutoBi(None); None, Ddc(None); None, Spc, Ddc,DdcRsp, Rsp (Off); Off - On(Off); Off - On(0.0); 0.0 - 720.0 Minutes(Off); Off - On(Off); Off - On(0); 0 - 32767(0.0); N/A(None); None, Failover, Warm,Cold, PTACTVN(N/A); • 0.0%(1.0); N/A(On); Off - On
108
Parameter Description Type Lock (Default) and Range
Remote Initialization ValueReference Junction’s Raw Count in µVoltsReference Junction's TemperatureMinimum Pulse Ratio (PosProp)Reference Pressure (Flowcomp)Reference Steam Quality FactorRamp/Soak Percent Bar Graph ParameterRestart OptionDead Time Ratio (PosProp)Reference Temperature (Flowcomp)Ratio High LimitRatio Low LimitRun StateRemaining TimeReference Steam CompressibilityState Box Color
Tracking Switch (PidErfb)Transmitter Status (STI)Mark 1 and Mark 2 Flags (RampSoak)Status Inputs 1-4 (Logic) (n = 1 - 24)
Remote Initialization ValueReference Junction's Raw Count in µVoltsReference Junction's TemperatureMinimum Pulse Ratio (PosProp)Reference Pressure (Flowcomp)Reference Steam Quality FactorRamp/Soak Percent Bar Graph ParameterRestart OptionDead Time Ratio (PosProp)Reference Temperature (Flowcomp)Ratio High LimitRatio Low LimitRun StateRemaining TimeReference Steam CompressibilityState Box Color
Tracking Switch (PidErfb)Transmitter Status (STI)Mark 1 and Mark 2 Flags (RampSoak)Status Inputs 1-4 (Logic) (n = 1 - 24)
Remote Initialization ValueReference Junction's Raw Count in µVoltsReference Junction's TemperatureMinimum Pulse Ratio (PosProp)Reference Pressure (Flowcomp)Reference Steam Quality FactorRamp/Soak Percent Bar Graph ParameterRestart OptionDead Time Ratio (PosProp)Reference Temperature (Flowcomp)Ratio High LimitRatio Low LimitRun StateRemaining TimeReference Steam CompressibilityState Box Color
Tracking Switch (PidErfb)Transmitter Status (STI)Mark 1 and Mark 2 Flags (RampSoak)Status Inputs 1-4 (Logic) (n = 1 - 24)
Parameter Description Type Lock (Default) and Range
SELINP
SELXINP
SENSRYTP
Selected Input (HiLoAvg)Selected Input (MidOf3)Selected X Input (ORSel)Selected X Input (Switch)Sensor Type(HLAI & LLAI)Sensor Type (LLMUX)Sensor Type (STI)
Parameter Description Type Lock (Default) and Range
SELINP
SELXINP
SENSRYTP
Selected Input (HiLoAvg)Selected Input (MidOf3)Selected X Input (ORSel)Selected X Input (Switch)Sensor Type(HLAI & LLAI)Sensor Type (LLMUX)Sensor Type (STI)
Parameter Description Type Lock (Default) and Range
SELINP
SELXINP
SENSRYTP
Selected Input (HiLoAvg)Selected Input (MidOf3)Selected X Input (ORSel)Selected X Input (Switch)Sensor Type(HLAI & LLAI)Sensor Type (LLMUX)Sensor Type (STI)
Failure Codes (con’t.)168 - Timeout Condition on WAIT Statement 169 - Attempt was Made to Start a Sequence that was Not Loaded 170 - Communication Error in READ/WRITE Statement 171 - Communication Error During I/O Link Access; also generated for all Post-Store problems 172 - Range Error 173 - Attempt was Made to Write to a Point That was Not in the Proper Mode 174 - Interlock Error 175-255 - Not Used(NL); NL, DLL, Loaded, Run, Pause,Error, Fail, End(Auto); Auto, SemiAuto, SnglStep(Blank); N/A(0); >0(Low); JnlPrint, Printer, Emergncy, Low,High, Journal, NoAction(N/A); N/A(1_PU); 1_PU, 2_PU(0); >0
113
Parameter Description Type Lock (Default) and Range
Failure Codes (con’t.)168 - Timeout Condition on WAIT Statement 169 - Attempt was Made to Start a Sequence that was Not Loaded 170 - Communication Error in READ/WRITE Statement 171 - Communication Error During I/O Link Access; also generated for all Post-Store problems 172 - Range Error 173 - Attempt was Made to Write to a Point That was Not in the Proper Mode 174 - Interlock Error 175-255 - Not Used(NL); NL, DLL, Loaded, Run, Pause,Error, Fail, End(Auto); Auto, SemiAuto, SnglStep(Blank); N/A(0); >0(Low); JnlPrint, Printer, Emergncy, Low,High, Journal, NoAction(N/A); N/A(1_PU); 1_PU, 2_PU(0); >0
113
Parameter Description Type Lock (Default) and Range
Failure Codes (con’t.)168 - Timeout Condition on WAIT Statement 169 - Attempt was Made to Start a Sequence that was Not Loaded 170 - Communication Error in READ/WRITE Statement 171 - Communication Error During I/O Link Access; also generated for all Post-Store problems 172 - Range Error 173 - Attempt was Made to Write to a Point That was Not in the Proper Mode 174 - Interlock Error 175-255 - Not Used(NL); NL, DLL, Loaded, Run, Pause,Error, Fail, End(Auto); Auto, SemiAuto, SnglStep(Blank); N/A(0); >0(Low); JnlPrint, Printer, Emergncy, Low,High, Journal, NoAction(N/A); N/A(1_PU); 1_PU, 2_PU(0); >0
113
Parameter Description Type Lock (Default) and Range
(N/A); HLAI and STI = 1 - 16LLAI = 1 - 8AnalgOut = 1 - 8 or 1 - 16Array = 1 - 500 but < NARSLOTBox Numeric = 1 - 2047Box Timer = 1 - 64 but < NTIMERDevCtl = 1 - 400 but < NDEVSLOTDigComp = 1 - 999 but < NDCSLOTDigIn = 1 - 32DigOut = 1 - 16 or 1 - 32Logic = 1 - 400 but < NLOGSLOTProcMod = 1 - 250 but < NPMSLOTBox Timer 1 - 64
115
Parameter Description Type Lock (Default) and Range
SLOTNUM
SLWSRCIDSNAME(n)SO
SO1 - SO24SO(I)
SOAKT1-12SOAKV1-12SOCMD(I)
SP
SPEUHISPEULOSPFORMAT
Slot Number, (Continued)
Slidewire Voltage Source IdentifierSubroutine Name (ProcMod) (n = 1-2)Status Output (Digout)Status Output (Timer)Logic Block Status OutputStatus Output Array DevCtl, DigComp(I = State)Soak Time for Soak Segments 1-12Soak Value for Soak Segments 1-12Digital Composite Output Status Command (I = State)Setpoint of the PV in Engineering Units(RegCtl)Preset Time (Timer)Setpoint Engineering Unit Range HighSetpoint Engineering Unit Range LowSetpoint Decimal Point Format
I
ISLLLL
RRL
R
IRRe:
PB
Eng/PBViewOperViewViewView
SuprSuprProg
OperOperViewViewView
(N/A);RegCtL = 1 - 250 but < NCTLSLOTRegPV = 1 - 125 but < NPVSLOTBox Flag = 1 - 2047LLMUX = 1 - 32PI = 1 - 8(1); 1 - 16 (spaces); N/A(Off); Off - On(Off); Off - On(Off); On - Off(Off); On - Off
(0.0); 0.0 - 120.0 Minutes(NaN); N/A(Off); Off - On
Parameter Description Type Lock (Default) and Range
SLOTNUM
SLWSRCIDSNAME(n)SO
SO1 - SO24SO(I)
SOAKT1-12SOAKV1-12SOCMD(I)
SP
SPEUHISPEULOSPFORMAT
Slot Number, (Continued)
Slidewire Voltage Source IdentifierSubroutine Name (ProcMod) (n = 1-2)Status Output (Digout)Status Output (Timer)Logic Block Status OutputStatus Output Array DevCtl, DigComp(I = State)Soak Time for Soak Segments 1-12Soak Value for Soak Segments 1-12Digital Composite Output Status Command (I = State)Setpoint of the PV in Engineering Units(RegCtl)Preset Time (Timer)Setpoint Engineering Unit Range HighSetpoint Engineering Unit Range LowSetpoint Decimal Point Format
I
ISLLLL
RRL
R
IRRe:
PB
Eng/PBViewOperViewViewView
SuprSuprProg
OperOperViewViewView
(N/A);RegCtL = 1 - 250 but < NCTLSLOTRegPV = 1 - 125 but < NPVSLOTBox Flag = 1 - 2047LLMUX = 1 - 32PI = 1 - 8(1); 1 - 16 (spaces); N/A(Off); Off - On(Off); Off - On(Off); On - Off(Off); On - Off
(0.0); 0.0 - 120.0 Minutes(NaN); N/A(Off); Off - On
Parameter Description Type Lock (Default) and Range
SLOTNUM
SLWSRCIDSNAME(n)SO
SO1 - SO24SO(I)
SOAKT1-12SOAKV1-12SOCMD(I)
SP
SPEUHISPEULOSPFORMAT
Slot Number, (Continued)
Slidewire Voltage Source IdentifierSubroutine Name (ProcMod) (n = 1-2)Status Output (Digout)Status Output (Timer)Logic Block Status OutputStatus Output Array DevCtl, DigComp(I = State)Soak Time for Soak Segments 1-12Soak Value for Soak Segments 1-12Digital Composite Output Status Command (I = State)Setpoint of the PV in Engineering Units(RegCtl)Preset Time (Timer)Setpoint Engineering Unit Range HighSetpoint Engineering Unit Range LowSetpoint Decimal Point Format
I
ISLLLL
RRL
R
IRRe:
PB
Eng/PBViewOperViewViewView
SuprSuprProg
OperOperViewViewView
(N/A);RegCtL = 1 - 250 but < NCTLSLOTRegPV = 1 - 125 but < NPVSLOTBox Flag = 1 - 2047LLMUX = 1 - 32PI = 1 - 8(1); 1 - 16 (spaces); N/A(Off); Off - On(Off); Off - On(Off); On - Off(Off); On - Off
(0.0); 0.0 - 120.0 Minutes(NaN); N/A(Off); Off - On
Setpoint High Limit Violation FlagSetpoint High LimitSetpoint Lock
Setpoint Low Limit Violation FlagSetpoint Low LimitSetpoint OptionSetpoint In PercentSetpoint Target Value in Engineering UnitsSet Point Target Value in %Avg. UCN Store Request Trip TimeMax. UCN Store Request Trip TimeAvg. UCN Store Resp. Trip TimeMax. UCN Store Resp. Trip TimeSubroutine Step Name (n = 1 - 2)Subroutine Statement Number (n = 1 - 2)State 0 - Output 1 Through State 2 - Output 3
Start Command FlagTimer State (Timer, DigIn, Totalizr)Current State (STI)
LRe:
LRe:RR
RRRRRSI
L
Le:e:
ViewSuprEng
ViewSuprEng/PBViewOper
ViewViewViewViewViewViewView
Eng/PB
ProgViewView
(Off); Off - On(NaN); SPLOLM - SPEUHI, NaN(Operator); Operator, SupervisEngineer, Program(Off); Off - On(NaN); SPEULO - SPHILM, NaN(None); None, TV, Asp(N/A); N/A(N/A); SPLOLM - SPHILM, NaN
Setpoint High Limit Violation FlagSetpoint High LimitSetpoint Lock
Setpoint Low Limit Violation FlagSetpoint Low LimitSetpoint OptionSetpoint In PercentSetpoint Target Value in Engineering UnitsSet Point Target Value in %Avg. UCN Store Request Trip TimeMax. UCN Store Request Trip TimeAvg. UCN Store Resp. Trip TimeMax. UCN Store Resp. Trip TimeSubroutine Step Name (n = 1 - 2)Subroutine Statement Number (n = 1 - 2)State 0 - Output 1 Through State 2 - Output 3
Start Command FlagTimer State (Timer, DigIn, Totalizr)Current State (STI)
LRe:
LRe:RR
RRRRRSI
L
Le:e:
ViewSuprEng
ViewSuprEng/PBViewOper
ViewViewViewViewViewViewView
Eng/PB
ProgViewView
(Off); Off - On(NaN); SPLOLM - SPEUHI, NaN(Operator); Operator, SupervisEngineer, Program(Off); Off - On(NaN); SPEULO - SPHILM, NaN(None); None, TV, Asp(N/A); N/A(N/A); SPLOLM - SPHILM, NaN
Setpoint High Limit Violation FlagSetpoint High LimitSetpoint Lock
Setpoint Low Limit Violation FlagSetpoint Low LimitSetpoint OptionSetpoint In PercentSetpoint Target Value in Engineering UnitsSet Point Target Value in %Avg. UCN Store Request Trip TimeMax. UCN Store Request Trip TimeAvg. UCN Store Resp. Trip TimeMax. UCN Store Resp. Trip TimeSubroutine Step Name (n = 1 - 2)Subroutine Statement Number (n = 1 - 2)State 0 - Output 1 Through State 2 - Output 3
Start Command FlagTimer State (Timer, DigIn, Totalizr)Current State (STI)
LRe:
LRe:RR
RRRRRSI
L
Le:e:
ViewSuprEng
ViewSuprEng/PBViewOper
ViewViewViewViewViewViewView
Eng/PB
ProgViewView
(Off); Off - On(NaN); SPLOLM - SPEUHI, NaN(Operator); Operator, SupervisEngineer, Program(Off); Off - On(NaN); SPEULO - SPHILM, NaN(None); None, TV, Asp(N/A); N/A(N/A); SPLOLM - SPHILM, NaN
(Off); Off - On(Spaces); N/A(Spaces); N/A(Spaces); N/A(Spaces); N/A(Spaces); N/A(N/A); 1 < i <(NSTRING)/(8/STRLEN)(N/A); 1 < i <(NSTRING)/(16/STRLEN)(N/A); 1 < i <(NSTRING)/(32/STRLEN)(N/A); 1 < i <(NSTRING)/(64/STRLEN)(Spaces; N/A)(0); 0 - NSTRING or 0 - 99,999(8); 8, 16, 32, 64( ); 00 - FF (hexidecimal)(MSGTXT(0); to MSGTXT(15)(0); >0
119
Parameter Description Type Lock (Default) and Range
SUSPSTAT
SUSPTIMESVALDB
SVALDB
SVALDBEUSVDESCSVEUDESCSVEUHISVEULOSVHHFLSVHHPR
SVHHTPSVHHTPP
SVHIFLSVHIPR
SVHITPSVHITPP
Suspend State
Suspension TimerSecvar Alarm Deadband (DevCtl)
Secvar Alarm Deadband (DevCtl)
Secvar Alarm Deadband in Eng UnitsSecvar DescriptorSecvar Eng. Unit DescriptorSecvar Range HighSecvar Range LoSecvar High High Alarm FlagSecvar High High Alarm Priority
Secvar High High Alarm Trip PointSecvar High High Alarm Trip PointPercentSecvar High Alarm FlagSecvar High Alarm Priority
Secvar High Alarm Trip PointSecvar High Alarm Trip Point Percent
Parameter Description Type Lock (Default) and Range
SUSPSTAT
SUSPTIMESVALDB
SVALDB
SVALDBEUSVDESCSVEUDESCSVEUHISVEULOSVHHFLSVHHPR
SVHHTPSVHHTPP
SVHIFLSVHIPR
SVHITPSVHITPP
Suspend State
Suspension TimerSecvar Alarm Deadband (DevCtl)
Secvar Alarm Deadband (DevCtl)
Secvar Alarm Deadband in Eng UnitsSecvar DescriptorSecvar Eng. Unit DescriptorSecvar Range HighSecvar Range LoSecvar High High Alarm FlagSecvar High High Alarm Priority
Secvar High High Alarm Trip PointSecvar High High Alarm Trip PointPercentSecvar High Alarm FlagSecvar High Alarm Priority
Secvar High Alarm Trip PointSecvar High Alarm Trip Point Percent
Parameter Description Type Lock (Default) and Range
SUSPSTAT
SUSPTIMESVALDB
SVALDB
SVALDBEUSVDESCSVEUDESCSVEUHISVEULOSVHHFLSVHHPR
SVHHTPSVHHTPP
SVHIFLSVHIPR
SVHITPSVHITPP
Suspend State
Suspension TimerSecvar Alarm Deadband (DevCtl)
Secvar Alarm Deadband (DevCtl)
Secvar Alarm Deadband in Eng UnitsSecvar DescriptorSecvar Eng. Unit DescriptorSecvar Range HighSecvar Range LoSecvar High High Alarm FlagSecvar High High Alarm Priority
Secvar High High Alarm Trip PointSecvar High High Alarm Trip PointPercentSecvar High Alarm FlagSecvar High Alarm Priority
Secvar High Alarm Trip PointSecvar High Alarm Trip Point Percent
Parameter Description Type Lock (Default) and Range
SVPSVPEAKSVSRCSVTVSVTVPSWTCHACT(n)SYNCHSTS
TT0T1T2TCRNGOPTTDTFTIME(n)
TIMEBASE
Secvar in Percent of Eng. RangePeak Value of SecvarSecvar Input ConnectionSecondary Variable Target ValueSecondary Variable Target Value in %IOP Synchronization (n = 1 - 40)Primary/Secondary DatabaseSynchronization StatusTemperature InputZero Reference for TemperatureIntegral Time in MinutesDerivative Time in MinutesThermocouple Range OptionTotal Dead Time in MinutesPV Filter Lag Time in MinutesBox Time Variables (n = 1- 4095)ProcMod Local Time Variables (n = 1-4)Array Points Time Variables TIME (i)Time Base (Timer)Time Base (Totalizr, PI)
Parameter Description Type Lock (Default) and Range
SVPSVPEAKSVSRCSVTVSVTVPSWTCHACT(n)SYNCHSTS
TT0T1T2TCRNGOPTTDTFTIME(n)
TIMEBASE
Secvar in Percent of Eng. RangePeak Value of SecvarSecvar Input ConnectionSecondary Variable Target ValueSecondary Variable Target Value in %IOP Synchronization (n = 1 - 40)Primary/Secondary DatabaseSynchronization StatusTemperature InputZero Reference for TemperatureIntegral Time in MinutesDerivative Time in MinutesThermocouple Range OptionTotal Dead Time in MinutesPV Filter Lag Time in MinutesBox Time Variables (n = 1- 4095)ProcMod Local Time Variables (n = 1-4)Array Points Time Variables TIME (i)Time Base (Timer)Time Base (Totalizr, PI)
Parameter Description Type Lock (Default) and Range
SVPSVPEAKSVSRCSVTVSVTVPSWTCHACT(n)SYNCHSTS
TT0T1T2TCRNGOPTTDTFTIME(n)
TIMEBASE
Secvar in Percent of Eng. RangePeak Value of SecvarSecvar Input ConnectionSecondary Variable Target ValueSecondary Variable Target Value in %IOP Synchronization (n = 1 - 40)Primary/Secondary DatabaseSynchronization StatusTemperature InputZero Reference for TemperatureIntegral Time in MinutesDerivative Time in MinutesThermocouple Range OptionTotal Dead Time in MinutesPV Filter Lag Time in MinutesBox Time Variables (n = 1- 4095)ProcMod Local Time Variables (n = 1-4)Array Points Time Variables TIME (i)Time Base (Timer)Time Base (Totalizr, PI)
Time Array DescriptorArray Point Time Variables (n = 1-240)Time Array Start IndexTimesynch ControlLead Time Constant in MinutesLag Time Constants 1 and 2 in MinutesTimer Commands for Timers 1-64
Timer PV in Seconds or Minutes for Timers 1-64Timer RV – Remaining Time for Timers 1-64Timer Status Outputs for Timers 1-64Timer SP in Seconds/Minutes for Timers 1-64Timer States for Timers 1-64Time Base for Timers 1-64Average IOL Utilization in % per I/O LinkMax. IOL Utilization in % per I/O LinkSelected Input TrackingTransition TimeAvg. UCN Transaction Trip TimeMax. UCN Transaction Trip TimeTracking Feedback Input in EU
Time Array DescriptorArray Point Time Variables (n = 1-240)Time Array Start IndexTimesynch ControlLead Time Constant in MinutesLag Time Constants 1 and 2 in MinutesTimer Commands for Timers 1-64
Timer PV in Seconds or Minutes for Timers 1-64Timer RV – Remaining Time for Timers 1-64Timer Status Outputs for Timers 1-64Timer SP in Seconds/Minutes for Timers 1-64Timer States for Timers 1-64Time Base for Timers 1-64Average IOL Utilization in % per I/O LinkMax. IOL Utilization in % per I/O LinkSelected Input TrackingTransition TimeAvg. UCN Transaction Trip TimeMax. UCN Transaction Trip TimeTracking Feedback Input in EU
Time Array DescriptorArray Point Time Variables (n = 1-240)Time Array Start IndexTimesynch ControlLead Time Constant in MinutesLag Time Constants 1 and 2 in MinutesTimer Commands for Timers 1-64
Timer PV in Seconds or Minutes for Timers 1-64Timer RV – Remaining Time for Timers 1-64Timer Status Outputs for Timers 1-64Timer SP in Seconds/Minutes for Timers 1-64Timer States for Timers 1-64Time Base for Timers 1-64Average IOL Utilization in % per I/O LinkMax. IOL Utilization in % per I/O LinkSelected Input TrackingTransition TimeAvg. UCN Transaction Trip TimeMax. UCN Transaction Trip TimeTracking Feedback Input in EU
Time Stamp, CL Source CompatibilityTime Stamp, CL SourceTemperature Input Value StatusTime Stamp, Unit ChangeTarget Value Processor State
UCN Receive Channel
Peer-to-Peer Scan Period in sccondsHPM Write LockoutUncommanded Change Alarm FlagUnit Identifier
NIM Upgrade StatusUpper Range LimitUpper Range ValueUser ID ReservationUCN Node Clock DriftLast UCN Syncher NodeTBC RevisionTimesynch State of UCN Node
Current Time in LCN NodeWarm start flagCurrent WeekdayI/O Module Physical Bias State (n=1 - 40)
TTe:Te:
e:
Re:LS
e:RRSIISe:
TLIL
ViewViewViewViewOper
View
Eng/PbEngViewPB
OperEng/ViewSupr/View
OperViewViewViewView
ViewViewViewView
(0); N/A(0); N/A(Normal); Normal, Uncertn, Bad(0); N/A(Off); Off, Preset, Run
(ChannelA); ChannelA -ChannelB(0.5); 0.5, 1.0(WrtLkOff); WrtLkOn, WrtLkOff(Off); Off - On(N/A); A-Z, 0-9 (Max of 100 Unit Identifiers)(OK); OK, Upgrade(N/A); N/A - NaN(NaN); N/A - NaN(Dashes); 16 Characters(N/A);0; 0, 1 - 64(N/A); 5 - 150; Initial, Failed, Degraded, LCN Bad, LCN OK, OK(N/A); N/A(N/A); On - Off(N/A); 1 - 7 (1 = Sunday)(On); On - Off
123
Parameter Description Type Lock (Default) and Range
Time Stamp, CL Source CompatibilityTime Stamp, CL SourceTemperature Input Value StatusTime Stamp, Unit ChangeTarget Value Processor State
UCN Receive Channel
Peer-to-Peer Scan Period in sccondsHPM Write LockoutUncommanded Change Alarm FlagUnit Identifier
NIM Upgrade StatusUpper Range LimitUpper Range ValueUser ID ReservationUCN Node Clock DriftLast UCN Syncher NodeTBC RevisionTimesynch State of UCN Node
Current Time in LCN NodeWarm start flagCurrent WeekdayI/O Module Physical Bias State (n=1 - 40)
TTe:Te:
e:
Re:LS
e:RRSIISe:
TLIL
ViewViewViewViewOper
View
Eng/PbEngViewPB
OperEng/ViewSupr/View
OperViewViewViewView
ViewViewViewView
(0); N/A(0); N/A(Normal); Normal, Uncertn, Bad(0); N/A(Off); Off, Preset, Run
(ChannelA); ChannelA -ChannelB(0.5); 0.5, 1.0(WrtLkOff); WrtLkOn, WrtLkOff(Off); Off - On(N/A); A-Z, 0-9 (Max of 100 Unit Identifiers)(OK); OK, Upgrade(N/A); N/A - NaN(NaN); N/A - NaN(Dashes); 16 Characters(N/A);0; 0, 1 - 64(N/A); 5 - 150; Initial, Failed, Degraded, LCN Bad, LCN OK, OK(N/A); N/A(N/A); On - Off(N/A); 1 - 7 (1 = Sunday)(On); On - Off
123
Parameter Description Type Lock (Default) and Range
Time Stamp, CL Source CompatibilityTime Stamp, CL SourceTemperature Input Value StatusTime Stamp, Unit ChangeTarget Value Processor State
UCN Receive Channel
Peer-to-Peer Scan Period in sccondsHPM Write LockoutUncommanded Change Alarm FlagUnit Identifier
NIM Upgrade StatusUpper Range LimitUpper Range ValueUser ID ReservationUCN Node Clock DriftLast UCN Syncher NodeTBC RevisionTimesynch State of UCN Node
Current Time in LCN NodeWarm start flagCurrent WeekdayI/O Module Physical Bias State (n=1 - 40)
TTe:Te:
e:
Re:LS
e:RRSIISe:
TLIL
ViewViewViewViewOper
View
Eng/PbEngViewPB
OperEng/ViewSupr/View
OperViewViewViewView
ViewViewViewView
(0); N/A(0); N/A(Normal); Normal, Uncertn, Bad(0); N/A(Off); Off, Preset, Run
(ChannelA); ChannelA -ChannelB(0.5); 0.5, 1.0(WrtLkOff); WrtLkOn, WrtLkOff(Off); Off - On(N/A); A-Z, 0-9 (Max of 100 Unit Identifiers)(OK); OK, Upgrade(N/A); N/A - NaN(NaN); N/A - NaN(Dashes); 16 Characters(N/A);0; 0, 1 - 64(N/A); 5 - 150; Initial, Failed, Degraded, LCN Bad, LCN OK, OK(N/A); N/A(N/A); On - Off(N/A); 1 - 7 (1 = Sunday)(On); On - Off
123
Parameter Description Type Lock (Default) and Range
XX1X1 - X3X1 - X4X2
X2FILTX2TFXEUHI
XEULO
XSTSYEAR
Steam Compressibility Input (FlowComp)X1 Input Value to be Biased (AutoMan)Inputs 1-3 (MulDiv)Inputs 1-4 (IncrSum, OrSel)Bias Adjustment Input (AutoMan)Input Number 2 (RatioCtl)Filtered value of the x2 inputX2 input filter lag time in minutesX Input High Range in Engineering Units
Parameter Description Type Lock (Default) and Range
XX1X1 - X3X1 - X4X2
X2FILTX2TFXEUHI
XEULO
XSTSYEAR
Steam Compressibility Input (FlowComp)X1 Input Value to be Biased (AutoMan)Inputs 1-3 (MulDiv)Inputs 1-4 (IncrSum, OrSel)Bias Adjustment Input (AutoMan)Input Number 2 (RatioCtl)Filtered value of the x2 inputX2 input filter lag time in minutesX Input High Range in Engineering Units
Parameter Description Type Lock (Default) and Range
XX1X1 - X3X1 - X4X2
X2FILTX2TFXEUHI
XEULO
XSTSYEAR
Steam Compressibility Input (FlowComp)X1 Input Value to be Biased (AutoMan)Inputs 1-3 (MulDiv)Inputs 1-4 (IncrSum, OrSel)Bias Adjustment Input (AutoMan)Input Number 2 (RatioCtl)Filtered value of the x2 inputX2 input filter lag time in minutesX Input High Range in Engineering Units