honeywellthe parameter definitions in this guide are listed alphabetically by parameter name. each...

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

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Copyright 1999 - Honeywell Inc.



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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.

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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.

Access LevelLock Oper Supr Engr Cont HPMMCc Prog PBOper • • • • • • •Supr • • • • • •Eng or Eg • • • • •OnProc • • •Supr/Eng • •EgOnly •Prog • • • •Eng/PB • •PB •View

Note:

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



Note:


PB = Point BuilderHPMMCc = PMM_Continous_Control (from PMM)Prog = CL/PM Sequence ProgramSupr = SupervisorSupr/Eng = Supervisor or EngineerSpecial = see full PRDView = Read Only

1



Note:


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


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


Point Types



Processor




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Point Types



Processor




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Algorithms


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





Lag PV Algo

3

Algorithms





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.

$AUXUNIT (F)ALENBST (F)ASSOCDSPAVDELTHSAVSTSBADPVFL (F)BADPVPR (F)C1, C2CJTACTCOMMANDCONTCUT (F)DAMPINGDECONFEUDESCHIGHAL (F)HIGHALPR (F)INPTDIRKEYWORDLASTPVLOCUTOFFLRLLRVMODNUMNAMENODENUMNODETYP

NTWKNUMOTDENBLEOVERVAL (F)PIUOTDCFPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PTDESCPTEXECSTPTINALPVPVALDB (F)PVALDBEU (F)PVAUTOPVAUTOSTPVCALCPVCHARPVCLAMPPVEUHIPVEULOPVEXEUHIPVEXEULO

PVEXHIFLPVEXLOFLPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVLLFLPVLLPRPVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVRAWPVRAWHIPVRAWLOPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)

PVSOURCE (F)PVSRCOPT (F)PVSTSPVTEMPPVTV (F)PVTVP (F)RJTEMPS1SECVARSENSRTYPSERIALNOSFSTSSLOTNUMSLWSRCIDSTATESTI_EUSTISWVERSTITAGTCRNGOPTTFTIMEBASEUNITURLURV

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Analog Output

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.

ASSOCDSPCASREQ (F)EUDESCKEYWORDLOCALMANMODATTR (F)MODE (F)MODEAPPL (F)MODEPERM (F)MODNUMNAMENMODATTR (F)NMODE (F)NODENUMNODETYPNTWKNUM

OPOPCHAROPFINALOPIN0OPIN1OPIN2OPIN3OPIN4OPIN5OPOUT0OPOUT1OPOUT2OPOUT3OPOUT4OPOUT5OPTDIR

PNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PTDESCPTEXECSTRCASOPTREDTAG (F)RINITREQ (F)SLOTNUMSTDBYMANUNIT

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Analog Output





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Analog Output





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Array

The parameters of the Array Data point are listed below in alphabetical order.This point is only available in the Full.form.

AB_DATA1AB_DATA2AB_DATA3AB_DATA4ASSOCDSPAUXDATA1AUXDATA2AUXDATA3AUXDATA4BADPVFL (F)CNFMUCNFPUDEVADDRERRCODEEXTDATAFLFLDESCFLSTIXFTANUM

INITREQIOPNUMKEYWORDNFLAGNNNNDESCNNUMERICNNSTIXNODENUMNODETYPNSTRINGNTIMENTWKNUMOVERLAPPERIODPNTFORMPNTNODTYPNTTYPEPRIMMOD (F)

PTDESCSCANPRISLOTNUMSPLOCKSTR8STR16STR32STR64STRDESCSTRLENSTRSTIXSTSMSGTIMETIMEDESCTIMESECSTIMESTIXUNITUSERID

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Array





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Array





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HPM Box

The parameters of the High-Performance Process Manager Box Data Point are listed below in alphabeticalorder.BADPVTXTCHPINOPRCNFPUCNFPUPCRIOLORNCRPPXORNCRUCNORNCTLOPTCTLPATCHCYCLETIMDATEDAYDB_VALIDEUNDESCFLFTA1TYPEFTA2TYPEHOURIOLASTSIOLBSTSIOLCHAERIOLCHASLIOLCHBERIOLCHBSLIOLCHERT

IOLCMDIOLPERSWIOMCARDIOMCHAERIOMCHASLIOMCHBERIOMCHBSLIOMCMDIOMCOMERIOMFILEIOMOPERIOMREALTIOMRECHNIOMSEVERIOMSTSIOMTYPEIONTOKENIOPIOPNUMIOPSTR1IOPSTR2IORECCHNIOSTKNDRIOSSTSIOTKNSTL

LSIOLORNLSPPXORNLSUCNORNMDMHWREVMINUTEMONTHMOVPVTXTNARRSLOTNCTLSLOTNDCSLOTNDEVSLOTNFASTCTLNFASTDCNFASTDEVNFASTLOGNFASTPVNFLAGNLOGSLOTNNNNUMERICNODEASSNNODECMDNODECONFNODENUMNODESTS

NODETYPNODFSTATNOPTSNPMSLOTNPVSLOTNSTRINGNTIMENTIMERPKGOPTPMMCHAERPMMCHASLPMMCHBERPMMCHBSLPMMCMDPMMCOMERPMMCTLSTPMMFLPOSPMMOPERPMMRECCHPMMSEVERPMMSFSTSPMMSTSPNTNODTYPOSITIONRJTEMP

SAFOPCMDSCANRATESCANPERSECONDSEQPRGSZSEQPROCSTR8SUMSLTSZSWTCHACTTIMETMCMDTMPVTMSPTMRVTMSPTMSOTMSTTMTBUTSDRIFTUSTSNODEUTSTBCRVUTSTIMEUTSTIMSTWEEKDAYYEAR

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HPM Box






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HPM Box






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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.

$AUXUNIT (F)ALENBST (F)*ALPRIOR*ASSOCDSPBOXCLRCNFMUCNFPUCONTCUT (F)*EIPPCODE (F)*EUDESCHIGHAL (F)*KEYWORD

NAMENODENUMNODETYPNTWKNUMNODETYPOFFNRMPR (F)PNTNODTYPNTTYPEPNTFORMPRIMMOD (F)*

PTDESC (F)PVPVFLS0BOXCLRS1BOXCLRSLOTNUMSTATE0STATE1STATETXTUNIT

Box Numeric

The parameters of the Box Numeric Data Point are listed below inalphabetical order.

ASSOCDSPCNFMUCNFPUEUDESCKEYWORDNAME

NODENUMNODETYPNTWKNUMPNTFORMPNTNODTYPNTTYPE

PRIMMOD (F)PTDESCPVPVFORMATSLOTNUMUNIT

8

Box Flag





Box Numeric





8

Box Flag





Box Numeric





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Box Timer

The parameters of the Box Timer Data Point are listed below in alphabetical order.

ASSOCDSPCOMMANDEUDESCKEYWORDNAMENODENUMNODETYPNTWKNUMPERIODPNTNODTYPNTTYPE

PRIMMOD (F)PTDESCPVRVSLOTNUMSOSPSTATETIMEBASETIMOUTFLUNIT

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Box Timer




9

Box Timer




9

Device Control

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.

$AUXUNIT (F)ACCELTIM (F)ALENBST (F)ASSOCDSPBADPVFLBADPVPR (F)BADPVTXTBADSVFL (#Inputs>0)BADSVPR (F)BOXCLRBYPASSCMDDISFLCMDDISPR (F)CMDFALFLCMDFALTMCNFMUCNFPUCONTCUT (F)D1 (#Inputs>0)D1_0 (#Inputs=1)D1_1 (#Inputs=1)D2 (#Inputs=2)

D2D1_00 (#Inputs=2)D2D1_01 (#Inputs=2)D2D1_10 (#Inputs=2)D2D1_11 (#Inputs=2)D3D4D5DB_VALIDDEADBANDDEADTIMEDISRC (#Inputs>0)DODSTN (#Outputs>0)EIPPCODE (F)EUDESCEVTOPT (F) (#Inputs>0)FBTIME (F)FL 1-12HIGHALHIGHALPRHISVPEAK

(Continued)

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Device Control




(Continued)

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Device Control




(Continued)

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Device Control (Continued)

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.

I0 - 2 (#Outputs>0)I0CONFI1CONFI2CONFINITMANINITREQKEYWORDLLIBADOPTLIDESCLISRC 1-12LMREVLMSRCLOCALMAN (#Outputs>0)LODSTN 1-2LOENBL 1-2LOGICSRCLOSRC 1-2MAINDATMAINTOPTMANMODFL

MASKTIMMAXTIM0HMAXTIM1HMAXTIM2HMAXTRAN0MAXTRAN1MAXTRAN2MODATTR (#Outputs>0)MODE (#Outputs>0)MODEAPPL (#Outputs>0)MODEPERM (#Outputs>0)MODNUMMOMSTATE (#Outputs>0)MOVPVFL (#Inputs>0)MOVPVTXTNAMENI0 (#Outputs>0)NI1 (#Outputs>0)NI2 (#Outputs>0)NMODATTR (#Outputs>0)

(Continued)

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(Continued)

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(Continued)

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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.

NMODE (#Outputs>0)NNNNINSET 1-10NODENUMNODETYPNODINTPSNODOPTSNOLINPTSNOLOPTSNOPGATENOSGATENOSIOVRDNOSTATESNOTRANS0NOTRANS1NOTRANS2NRMATRFLNSI0 (#Outputs>0)NTWKNUMOFFNRMFL

OFFNRMPR (F)OP (#Outputs>0)OPCMD (#Outputs>0)OPFINAL (#Outputs>0)OPRATRFL (#Outputs>0)OROPT (#Outputs>0)OVRCTIMOVRDCONFOVRDDESCOVRDI0FLOVRD1FLOVRD2FLOVRDALOPOVRDALPR (F)OVRDSIFLP0 (#Outputs>0)P1 (#Outputs>0)P2 (#Outputs>0)PAUSETIMPERIODPGALGID 1 - 4

(Continued)

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(Continued)

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(Continued)

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PGDSTN 1 - 4PGPLSWTH 1 - 4PGSO 1 - 4PIALGID 1 - 12PIDEADBD1 - 12PINN 1 - 12PISO 1 - 12PISRC 1 - 12PNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESCPTEXECST (F)PTINALPULSEWTH (#Outputs>0)PV (#Inputs>0)PVAUTO (#Inputs>0)PVFL (#Inputs>0)PVNORMAL (F)

PVNORMFLPVSOURCE (F) (#Inputs>0)PVSRCOPT (F) (#Inputs>0)PVSTATES 0 - 4 (#Inputs>0)PVTXTOPTREDTAG (F) (#Outputs>0)RESETFLS0BOXCLRS1BOXCLRS2BOXCLRSEALOPTSECVARSGALGID 1 - 2SGDSTN 1 - 2SGPLSWTH 1 - 2SGSO 1 - 2SI0SI0ALOPTSI0ALPR (F)SIALGID 1 - 12SIDLYTIM 1 - 12SIDSTN 1 - 12

(Continued)

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(Continued)

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(Continued)

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SISO 1 -12SLOTNUMSO 0 - 2 (#Outputs>0)SOCMD (#Outputs>0)ST0_OP1 (#Outputs>0)ST0_OP2 (#Outputs>=2)ST0_OP3 (#Outputs>=3)ST1_OP1 (#Outputs>0)ST1_OP2 (#Outputs>=2)ST1_OP3 (#Outputs>=3)ST2_OP1 (#Outputs>0)ST2_OP2 (#Outputs>=2)ST2_OP3 (#Outputs>=3)STATE0STATE1STATE2

STATTIM0STATTIM1STATTIM2STATETXT0-4STCHGOPTSTSMSGSVALDBSVALDBEUSVDESCSVEUDESCSVEUHISVEULOSVHHFLSVHHPR (F)SVHHTP

SVHHTPPSVHIFLSVHIPR (F)SVHITPSVHITPPSVPSVPEAKSVSRCSVTVSVTVPTRANTIM0TRANTIM1TRANTIM2UNCMDFLUNITUSERID

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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.

$AUXUNIT (F)ALENBST (F)ALPRIORASSOCDSPBADCTLPRBADPVFL (F) (#Inputs>0)BADPVPR (F)BADPVTXTBOXCLRBYPASS (#Outputs>0)CMDDISFLCMDDISPR (F)CMDFALFLCMDFALTMCNFMUCNFPUCONTCUT (F)D1 (#Inputs>0)D1_0 (#Inputs=1)D1_1 (#Inputs=1)D2 (#Inputs=2)D2D1_00 (#Inputs=2)D2D1_01 (#Inputs=2)D2D1_10 (#Inputs=2)

D2D1_11 (#Inputs=2)DISRC1 - 2 (#Inputs>0)DODSTN1 - 3 (#Outputs>0)EIPPCODE (F)EUDESCEVTOPT (F) (#Inputs>0)FBTIME (F)HIGHAL (F)HIGHALPRI0 - 2 (#Outputs>0)I0CONFI1CONFI2CONFI0DESCI1DESCI2DESCINITMANINITREQKEYWORDLOCALMAN (#Outputs>0)LOGICSRCMAINDATMAINTOPT

(Continued)

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(Continued)

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(Continued)

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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.

MAXTIM0HMAXTIM1HMAXTIM2HMAXTRAN0 - 2MODATTR (#Outputs>0)MODE (#Outputs>0)MODEAPPL (#Outputs>0)MODEPERM (#Outputs>0)MODNUMMOMSTATE (#Outputs>0)MOVPVFL (#Inputs>0)MOVPVTXTNAMENI0NI1NI2NMODATTR (#Outputs>0)NMODE (#Outputs>0)NODENUM

NODETYPNODINTPSNODOPTSNOSTATESNOTRANS0NOTRANS1NOTRANS2NSIO (#Outputs>0)NTWKNUMOFFNRMFLOFFNRMPR(F)OP (#Outputs>0)OPCMD (#Outputs>0)OPFINAL (#Outputs>0)OPRATRFL (#Outputs>0)OPSTTEXTOROPT (#Outputs>0)OVRDALOP

(Continued)

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(Continued)

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(Continued)

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OVRDALPR (F)OVRDCONFOVRDDESCOVRDI0FLOVRDI1FLOVRDI2FLOVRDSIFLP0 (#Outputs>0)P1 (#Outputs>0)P2 (#Outputs>0)PAUSETIMPERIODPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESCPTEXECST

PTINALPULSEWITH (#Outputs>0)PV (#Inputs>0)PVAUTO (#Inputs>0)PVFL0 - 2 (#Inputs>0)PVNORMAL (F)PVSOURCE (F) (#Inputs>0)PVSRCOPT (F) (#Inputs>0)PVSTATES0 - 4 (#Inputs>0)PVTXTOPTREDTAG (F) (#Outputs>0)RESETFLS0BOXCLRS1BOXCLRS2BOXCLRSCHSTSSEALOPTSIOSIOALOPTSIOALPRSLOTNUM

(Continued)

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(Continued)

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(Continued)

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SO (#Outputs>0)SOCMD (#Outputs>0)ST0_OP1 (#Outputs>0)ST0_OP2 (#Outputs>=2)ST0_OP3 (#Outputs>=3)ST1_OP1 (#Outputs>0)ST1_OP2 (#Outputs>=2)ST1_OP3 (#Outputs>=3)ST2_OP1 (#Outputs>0)ST2_OP2 (#Outputs>=2)ST2_OP3 (#Outputs>=3)STATE0STATE1STATE2STATETXT0 - 4

STATTIM0STATTIM1STATTIM2STCHGOPTSTSMSGTRANTIM1TRANTIM2UNCMDFLUNITUSERID

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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

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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.

ASSOCDSPDOTYPEEUDESCINITREQKEYWORDMODNUMNAMENODENUMNODETYPNTWKNUM

OFFPULSE (S)ONPULSE (S)OP (P)OPTDIR (P)PERIOD (P)PNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPE

PTDESCPTEXECSTS0BOXCLR (S)S1BOXCLR (S)SLOTNUMSO (S)STATE0 (S)STATE1 (S)STDBYMANUNIT

Input/Output ProcessorThe parameters of the Input/Output Processor Point are listed below in alphabetical order.

CALIBALLCALIBRJFAILOPTFTAPRESFREQ6050IOMACTYPIOMFWREVIOMHWREV

IOMLHFSTIOMOPERIOMTYPEIOMSTSIONTOKENIOPSTR1IOPSTR2IORECCHN

LINEPERDMAXSLOTSNODETYPPIUOTDCFRJRAWSLOT0SFSTDBYSTSSWTCHACTWARMSTRT

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Logic

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.

$AUXUNIT (F)ALENBSTASSOCDSPC1DESCC2DESCC3DESCC4DESCC1FLC2FLC3FLC4FLC1PRC2PRC3PRC4PRC1SRCC2SRCC3SRCC4SRC

CNFMUCNFPUCONTCUTDEADBAND 1-24DLYTIME 1-24EIPPCODE (F)FL1-12GENDESC 1-12 (F)HIGHALHIGHALPRL1-12LIBADOPTLISRC 1-12LODSTN 1-12LOENBL 1-12LOGALGID 1-16LOGMIXLOSRC 1-12

MODNUMNAMENN1-8NODENUMNODESC (F)NODETYPNOLINPTSNOLOGBLKNOLOPTSNORMCYCLNTWKNUMPERIODPFDYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)

PRMDESC 1 -12 (F)PTDESCPTEXECSTPTINALR1 1-24R2 1-24S1 1-24S1REV 1-24S2 1-24S2REV 1-24S3 1-24S3REV 1-24S4 1-24SCHSTSSLOTNUMSO 1-24STSMSGUNITUSERID

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Logic






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Logic






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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.

ABHEMSDABHHOLDABHRSTRABHSHDNACP (F)ALPRIOR (F)ANAME 1-3ASSOCDSPASTEP 1-3ASTMT 1-3CNTLLOCKCLBACKFL 1-27MSGPENDNAME (F)NN 1-80NODENUMNODETYPNTWKNUMOVERPHAS

OVERSTATOVERSTEPPERIODPFDLYFLPHASEPHASEALPHASETIMPHREMTIMPNTFORMPNTTYPEPRIMMOD (F)PSDLYFLPROCMODPTDESCRESTARTRSTROPTRUNSTATESEQERRSEQEXECSEQMODESEQNAME

SEQOBJSZSEQPR (F)SEQSLTSZSLOTNUMSNAME 1-2SPLOCKSSTEP 1-2SSTMT 1-2STATMENTSTEPSTR8 1-16STR16 1-8STR32 1-4STR64 1-2STRLENSTSMSGSUSPSTATSUSPTIMTIME 1-4UNITUSERID

Some of the parameters in the listing above are arrays that are not defined in this publication.

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Process Module






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Process Module






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UCN Network

The parameters of the UCN Network Data Point are listed below in alphabetical order.

CHPINHWYCLPZMXCCLPZMXPHWYCTLSTLOADSCOPMSGTXT 0-15NIMADDRNIMREVNIMVERSNMSGTXTTIMESYNCUPGRADE

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UCN Network



23

UCN Network



23

UCN Node Data PointThe parameters of the UCN Node Data Point are listed below in alphabetical order.

$UCNLSB 1-50CABLESTSCLPZMXCCLPZMXPLOADSCOPMDMHWREVMODNUMNMSGTXTNODESTATNODESTSNODETYPTIMESYNCUCNRECHNUPGRADEUTSDRIFTUTSNODEUTSTBCRVUTSTIMEUTSTIMST

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Parameters Per Algorithm Type

Auto Manual

The parameters of the Auto Manual algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ALENBST (F)ARWNETARWOPASSOCDSPAUTOMODFLBB0BADCTLOPBADCTLPRBADCTLPR (F)BCAMODFLCASMODFLCASREQCIDSTNCISRCCNFMU

CNFPUCODSTNCONTCUT (F)CTLALGIDCTLEQNCTRLINITCVCVEUHICVEULOESWAUTOESWCASESWENBSTESWMANEUDESCEXTSWOPTHIGHAL (F)

HIGHALPR (F)INITMANKKEYWORDLOCALMANMANMODFLMODATTRMODEMODEAPPLMODEPERMMODNUMNAMENMODATTRNMODENOCINPTS

(Continued)

25


Auto Manual





(Continued)

25


Auto Manual





(Continued)

25

Auto Manual (Continued)

NOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMMODFLNTWKNUMOPOPALDB (F)OPEUOPHAFL (F)OPHIFLOPHILMOPHIPR (F)OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)

OPLOTP (F)OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTRARWSTSRATE1

RCASOPTRCASSHEDREDTAG (F)RINITREQRINITVALSAFEOPSCHSTSSHEDMODESHEDTIMESHUTDOWNSLOTNUMSTDBYMANSTSMSGUNITUSERIDX1X2XEUHIXEULO

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Calculator

The parameters of the Calculator PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFL (F)BADPVPR (F)C1C2C3C4CALCEXPCONTCUT (F)EUDESC (F)HIGHAL (F)HIGHALPR (F)KEYWORDLASTPVMODNUMN

NAMENODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOVERVAL (F)P1P1STSP2P2STSP3P3STSP4P4STSP5P5STS

P6P6STSPERIODPFDLYFLPIDSTNPISRCPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINAL

(Continued)

27

Calculator





(Continued)

27

Calculator





(Continued)

27

Calculator (Continued)

PVPVALDB (F)PVALDBEU (F)PVALGIDPVAUTOPVAUTOSTPVCALCPVCLAMPPVEUHIPVEULOPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFLPVFORMATPVHHFL

PVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)

PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)SCHSTSSLOTNUMSTSMSGTFUNITUSERID

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28

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.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFLBADPVPR (F)CNFMUCNFPUCONCUT (F)EUDESCHIGHAL (F)HIGHALPR (F)KEYWORD (F)LASTPVMODNUMNAMENODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOVERVAL (F)P1

P1STSPERIODPFDLYFLPIDSTNPISRCPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPVPVALDB (F)PVALDBEU (F)PVALGIDPVAUTOPVAUTOST

PVCALCPVCLAMPPVEUHIPVEULOPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFLPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)

PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPVFLPVROCPPR (F)PVROVPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)SCHSTSSLOTNUMSTSMSGTFUNITUSERID

29






29






29

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.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFLBADPVPR (F)CC1C2CNFMUCMFPUCOMPHILMCOMPLOLMCOMPTERMCONTCUT (F)EUDESC (F)FFSTSGGSTSHIGHAL (F)

HIGHALPR (F)KEYWORDLASTPVMODNUMNAMENODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOVERVAL (F)PPERIODPFDLYFLP0PIDSTNPISRCPNTFORMPNTMODTYPNTNODTY

PNTSTATEPNTTYPEPRIMMOD (F)PSDYFLPSTSPTDESCPTEXECSTPTINALPVPVALDB (F)PVALDBEU (F)PVALGIDPVAUTOPVAUTOSTPVCALCPVCHARPVCLAMPPVEQN

(Continued)

30





(Continued)

30





(Continued)

30

Flow Compensation (Continued)

PVEUHIPVEULOPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFLPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITPPVINITPVLLFLPVLLPR (F)PVLLTP (F)

PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)Q

QSTSRGRPRQRTRXSCHSTSSLOTNUMSTSMSGTT0TFTSTSUNITUSERIDXXSTS

31





31





31

General Linearization

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.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFL (F)BADVPR (F)CNFMUCMFPUCONTCUT (F)EUDESCHIGHAL (F)HIGHALPR (F)IN0IN1IN2IN3IN4IN5IN6IN7IN8

IN9IN10IN11IN12KEYWORDLASTPVMODNUMNAMENODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOUT0OUT1OUT2OUT3OUT4

OUT5OUT6OUT7OUT8OUT9OUT10OUT11OUT12OVERVAL (F)P1P1STSPERIODPIDSTNPISRCPNTFORMPNTMODTYPNTNODTYPNTSTATE

(Continued)

32






(Continued)

32






(Continued)

32

General Linearization (Continued)

PNTTYPEPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPVPVAUTOPVALDB (F)PVALDBEU (F)PVALGIDPVAUTOSTPVCALCPVCLAMPPVEUHIPVEULOPVEXEUHIPVEXEULO

PVEXHIFLPVEXLOFLPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFL

PVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)SCHSTSSEGTOTSLOTNUMSTSMSGTFUNITUSERID

33





33





33

High-Low Average

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.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFL (F)BADPVPR (F)CNFMUCNFPUCONTCUT (F)EUDESCFORCEFRCPERMFSELINHIGHAL (F)HIGHALPR (F)KEYWORDLASTPVMODNUMNNAME

NMINNODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOVERVAL (F)P1P1STSP2P2STSP3P3STSP4P4STSP5P5STSP6

P6STSPERIODPFDLYFLPIDSTNPISRCPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPV

(Continued)

34

High-Low Average





(Continued)

34

High-Low Average





(Continued)

34

High-Low Average (Continued)

PVALDB (F)PVALDBEU (F)PVALGIDPVAUTOPVAUTOSTPVCALCPVCLAMPPVEQNPVEUHIPVEULOPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFLPVFORMAPVHHFL

PVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)

PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)SCHSTSSELINPSLOTNUMSTSMSGTFUNITUSERID

35





35





35

Incremental Summer

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.

$AUXUNIT (F)ALENBST (F)ARWNETARWOPASSOCDSPAUTMODFLBADCTLFLBADCTLPR (F)BCAMODFLCASMODFLCASREQCIDSTNCISRCCNFMUCNFPUCODSTNCONTCUT (F)

CTLALGIDCTRLINITCVCVEUHICVEULODELCVESWAUTOESWCASESWENBSTESWMANEUDESCEXTSWOPTHIGHAL (F)HIGHALPR (F)INITMANK1

K2K3K4KEYWORDLOCALMANMMANMODFLMODATTRMODEMODEAPPLMODEPERMMODNUMNAMENMODATTRNMODENOCINPTS

(Continued)

36

Incremental Summer





(Continued)

36

Incremental Summer





(Continued)

36

Incremental Summer (Continued)

NOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMMODFLNTWKNUMOPOPALDB (F)OPEUOPHAFL (F)OPHIFLOPHILMOPHIPR (F)OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOTP (F)

OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESCPTEXECSTPTINALPTORSTRARWSTSRCASOPT

RCASSHEDREDTAG (F)RINITREQRINITVALSAFEOPSCHSTSSHEDMODESHEDTIMESHUTDOWNSLOTNUMSTDBYMANSTSMSGUNITUSERIDX1X2X3X4XEUHIXEULO

37





37





37

Middle-Of-3

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.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFL (F)BADPVPR (F)CONTCUT (F)CNFMUCNFPUEUDESC (F)HIGHAL (F)HIGHALPR (F)KEYWORDLASTPVMODNUMNAMENODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOVERVAL (F)P1P1STS

P2P2STSP3P3STSPERIODPIDSTNPISRCPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESCPTEXECSTPTINALPVPVALDB (F)PVALDBEU (F)PVALGIDPVAUTO

PVAUTOSTPVCALCPVCLAMPPVEQNPVEUHIPVEULOPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFLPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFL

PVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)SELINPSLOTNUMSTSMSGTFUNITUSERID

38

Middle-Of-3






38

Middle-Of-3






38

Multiply/Divide

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.

$AUXUNIT (F)ALENBST (F)ARWNETARWOPASSOCDSPAUTMODFLBB1, B2, B3BADCTLFLBADCTLOPBADCTLPR (F)BCAMODFLCASMODFLCASREQCIDSTNCISRCCNFMUCNFPU

CODSTNCONTCUT (F)CTALGIDCTLEQNCTRLINITCVCVEUHICVEULOESWAUTOESWCASESWENBSTESWMANEUDESCEXTSWOPTHIGHAL (F)HIGHALPR (F)

INITMANKK1, K2, K3KEYWORDLOCALMANMANMODFLMODATTRMODEMODEAPPLMODEPERMMODNUMNAMENMODATTRNMODENOCINPTS

(Continued)

39

Multiply/Divide





(Continued)

39

Multiply/Divide





(Continued)

39

Multiply/Divide (Continued)

NODENUMNODETYPNORMCYCLNRMATRFLNRMMODFLNTWKNUMOPOPALDB (F)OPEUOPHAFL (F)OPHIFLOPHILMOPHIPR (F)OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOTP (F)

OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTRARWSTS

RATE1RCASOPTREDTAG (F)RINITREQRINITVALSAFEOPSCHSTSSELXINPSHEDMODESHEDTIMESHUTDOWNSLOTNUMSTDBYMANSTSMSGUNITUSERIDX1, X2, X3, X4

40





40





40

Override Selector

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.

$AUXUNIT (F)ALENBST (F)ARWNETARWOPASSOCDSPAUTMODFLBADCTLFLBADCTLOPBADCTLPR (F)BCAMODFLBYPASSBYPASSX1BYPASSX2BYPASSX3BYPASSX4CASMODFLCASREQCIDSTNCISRC

CNFMUCNFPUCODSTNCONTCUT (F)CTALGIDCTLEQNCTRLINITCVCVEUHICVEULOESWAUTOESWCASESWENBSTESWMANEUDESCEXTSWOPTHIGHAL (F)

HIGHALPR (F)INITMANKEYWORDLOCALMANMMANMODFLMODEMODEAPPLMODATTRMODEPERMMODNUMNAMENMODATTRNMODENOCINPTS

(Continued)

41

Override Selector





(Continued)

41

Override Selector





(Continued)

41

Override Selector (Continued)

NOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMODFLNTWKNUMOPOPALDB (F)OPEUOPHAFL (F)OPHIFLOPHILMOPHIPR (F)OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOTP (F)OPMCHLM

OPRATRFLOPROCLMOROFFSETOROPTOVERVAL (F)PERIODPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTRARWSTSRCASOPT

RCASSHEDREDTAG (F)RINITREQRINITVALSAFEOPSCHSTSSELXINPSHEDMODESHEDTIMESHUTDOWNSLOTNUMSTDBYMANSTSMSGUNITUSERIDX1X2X3X4XEUHIXEULO

42





42





42

Pid

The parameters of the Pid control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTP (F)ADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLBADCTFLBADCTLOPBADCTLPR (F)BADPVFLBADPVPR (F)BIASBSHILMBSLOLMCASMODFLCASREQCIDSTNCISRC

CNFMUCNFPUCODSTNCONTCUT (F)CTLACTNCTLALGIDCTLEQNCTRLINITCVCVEUHICVEULODELCVDEVDEVHIFLDEVHIPR (F)DEVHITP (F)DEVLOFLDEVLOPR (F)DEVLOTP (F)ESWAUTOESWCASESWENBSTESWMANEUDESC

EXTSWOPTGAINOPTGAPHIGAPLOHIGHAL (F)HIGHALPR (F)INITMANKKEXTKEYWORDKGAPKLINKNLLASTPVLMSRCLOCALMANMANMODFLMANOPCMDMANOPTIMEMAXPULSEMODATTRMODEMODEAPPLMODEPERM

MODNUMNAMENLFMNLGAINNMODATTRNMODENOCINPTSNOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMODFLNTWKNUMOPOPALDB (F)OPCMDOPEUOPHAFL (F)OPHIFLOPHILMOPHIPR (F)OPHISRC

(Continued)

43

Pid






(Continued)

43

Pid






(Continued)

43

Pid (Continued)

OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOSRCOPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPFDLYFLPIDFORMPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPSDLYFLPTDESCPTEXECSTPTINAL

PTORSTPVPVALDB (F)PVALDBEU (F)PVAUTOPVAUTOSTPVEUHIPVEULOPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVHITPIDPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOTP (F)PVLOPR (F)PVP

PVROCNFLPVROCNPR (F)PVROCNTP(F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTRACKRAMPTIMERARWSTSRATIORBOPTRCASOPTRCASSHEDREDTAG (F)RINITREQRINITVALRTHILMRTLOLMSAFEOP

SAFOPCMDSHEDMODESHEDTIMESHUTDOWNSLOTNUMSPSPEUHISPEULOSPFORMATSPHIFLSPHILMSPLOFLSPLOLMSPOPTSPPSPTVSPTVPSTDBYMANSTSMSGT1, T2TVPROCUNITUSERID

44

Pid (Continued)





44

Pid (Continued)





44

Pid With External Reset Feedback

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.

$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTPADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLBADCTLFLBADCTLOPBADCTLPR (F)BADPVFLBADPVPR (F)BCAMODFL (F)BIASBSHILMBSLOLMCASMODFL

CASREQCIDSTNCISRCCNFMUCNFPUCODSTNCONTCUT (F)CTLACTNCTLALGIDCTLEQNCTRLINITCVCVEUHICVEULODELCVDEVDEVHIFLDEVHIPR (F)DEVHITP (F)DEVLOFLDEVLOPR (F)DEVLOTP (F)

ESWAUTOESWCASESWENBSTESWMANEUDESC (F)EXTSWOPTGAINOPTGAPHIGAPLOHIGHAL (F)HIGHALPR (F)INITMANKK1KEXTKEYWORDKGAPKLINKNLLASTPVLOCALMANMANMODFL

MODATTRMODEMODEAPPLMODEPERMMODNUMNAMENLFMNLGAINNMODATTRNMODENOCINPTSNOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMODFLNTWKNUMOPOPALDB (F)

(Continued)

45







(Continued)

45







(Continued)

45

Pid With External Reset Feedback (Continued)

OPEUOPHAFL (F)OPHIFLOPHILMOPHIPR (F)OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOTP (F)OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPIDFORMPIDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPSDLYFL

PTDESCPTEXECST

PTINALPTORSTPVPVALDB (F)PVALDBEU (F)PVAUTOPVAUTOSTPVEUHIPVEULOPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOTP (F)PVLOPR (F)PVP

PVROCNFLPVROCNPR(F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTRACKRAMPTIMERARWSTSRATIORBOPTRCASOPTRCASSHEDREDTAG (F)RFBRINITREQRINITVALRTHILMRTLOLMS1SAFEOP

SCHSTSSHEDMODESHEDTIMESHUTDOWNSLOTNUMSPSPEUHISPEULOSPFORMATSPHIFLSPHILMSPLOFLSPLOLMSPOPTSPPSPTVSPTVPSTDBYMANSTSMSGT1T2TRFBTVPROCUNITUSERID

46



PTDESCPTEXECST




46



PTDESCPTEXECST




46

Pid With Feed Forward

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.

$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTPADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLBADCTLFLBADCTLOPBADCTLPR (F)BADPVFLBADPVPR (F)BFFBIASBSHILMBSLOLMCASMODFLCASREQ

CIDSTNCISRCCNFMUCNFPUCODSTNCONTCUT (F)CTLACTNCTLALGIDCTLEQNCTRLINITCVCVEUHICVEULODELCVDEVDEVHIFLDEVHIPR (F)DEVHITP (F)DEVLOFLDEVLOPR (F)DEVLOTP (F)ESWAUTOESWCAS

ESWENBSTESWMANEUDESCEXTSWOPTFFFFOPTGAINOPTGAPHIGAPLOHIGHAL (F)HIGHALPR (F)INITMANKKEXTKEYWORDKFFKGAPKLINKNLLASTPVLOCALMANMANMODFLMODATTR

MODEMODEAPPLMODEPERMMODNUMNAMENLFMNLGAINNMODATTRNMODENOCINPTSNOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMODFLNTWKNUMOPOPALDB (F)OPEUOPHAFL (F)OPHIFL (Continued)

47







47







47

Pid With Feed Forward (Continued)

OPHILMOPHIPR (F)OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOTP (F)OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPIDFORMPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPSDLYFLPTDESCPTEXECST

PTINALPTORSTPVPVALDB (F)PVALDBEU (F)PVAUTOPVAUTOSTPVEUHIPVEULOPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOTP (F)PVLOPR (F)PVPPVROCNFL

PVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTRACKRAMPTIMERARWSTSRATIORBOPTRCASOPTRCASSHEDREDTAG (F)RINITREQRINITVALRTHILMRTLOLMSAFEOPSCHSTS

SHEDMODESHEDTIMESHUTDOWNSLOTNUMSPSPEUHISPEULOSPFORMATSPHIFLSPHILMSPLOFLSPLOLMSPOPTSPPSPTVSPTVPSTDBYMANSTSMSGT1T2TVPROCUNITUSERID

48






48






48

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.

$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTP (F)ADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLBADCTLFLBADCTLOPBADCTLPR (F)BADPVFLBADPVPRBADPVR (F)BCAMODFLBIASBSHILMBSLOLMCASMODFLCASREQCIDSTN

CISRCCNFMUCNFPUCODSTNCONTCUT (F)CTLALGIDCTLEQNCTRLINITCYCLETIMDEADBANDDEADTIMEDELCVDEVDEVHIFLDEVHIPR (F)DEVHITP (F)DEVLOFLDEVLOPR (F)DEVLOTP (F)ESWAUTOESWCASESWENBSTESWMANEUDESCEXTSWOPT

GAINOPTGAPHIGAPLOHIGHAL (F)HIGHALPR (F)1INITMANKK1KEXTKEYWORDKGAPKLINKNLLASTPVLMSRCLOCALMANLOWERTIMLOWRDSTNLOWRRATEMANMODFLMANOPCMDMANOPTIMMAXPULSEMINPULSEMODATTR

MODEMODEAPPLMODEPERMMODNUMNAMENLFMNLGAINNMODATTRNMODENOCINPTSNOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMMODFLNTWKNUMOPCMDOPHIFLOPHISRCOPLOFLOPLOSRCOVERVAL (F)

(Continued)

49






(Continued)

49






(Continued)

49

PID With Position Proportional (Continued)OPCMDOPHIFLOPHISRCOPLOFLOPLOSRCOVERVAL (F)PFDLYFLPERIODPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTPVPVALDB (F)PVALDBEU (F)

PVAUTOPVAUTOSTPVEUHIPVEULOPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVLLFL PVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)

PVSGCHTP(F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTRACKRAISDSTNRAISETIMRAISRATERAMPTIMERARWSTSRATIORBOPTRCASOPTRCASSHEDREDTAG (F)RINITREQRINITVALRPRTRTHILMRTLOLMSAFEOPCMDSCHSTS

SHEDMODE SHEDTIMESHUTDOWNSLOTNUMSPSPEUHISPEULOSPFORMATSPHIFLSPHILMSPLOFLSPLOLMSPOPTSPPSPTVSPTVPSTDBYMANSTSMSGT1T2TVPROCUNITUSERID

50





50





50

Position Proportional

The parameters of the Position Proportional control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTP (F)ADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLBADCTLFLBADCTLOPBADCTLPR (F)BADPVFLBADPVR (F)BCAMODFLCASMODFLCASREQCIDSTN

CISRCCNFMUCNFPUCODSTNCONTCUT (F)CTLALGIDCTRLINITCYCLETIMDEADBANDDEADTIMEDEVDEVHIFLDEVHIPR (F)DEVHITP (F)DEVLOFLDEVLOPR (F)DEVLOTP (F)ESWAUTOESWCASESWENBSTESWMAN

EUDESCEXTSWOPTHIGHAL (F)HIGHALPR (F)1INITMANKEYWORDLASTPVLMSRCLOCALMANLOWERTIMLOWRDSTNLOWRRATELTIMHILMMANMODFLMANOPCMDMANOPTIMMAXPULSEMINPULSEMODATTRMODEMODEAPPL

MODEPERMMODNUMNAMENMODATTRNMODENOCINPTSNOCOPTSNODENUMNODETYPNORMCYCLNRMMODFLNTWKNUMOPCMDOPHIFLOPHISRCOPLOFLOPLOSRCOVERVAL (F)PERIODPFDLYFL

(Continued)

51







(Continued)

51







(Continued)

51

Position Proportional (Continued)

PNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPSDLYFLPRIMMOD (F)PTDESCPTEXECSTPTINALPTORSTPVPVALDB (F)PVALDBEU (F)PVAUTOPVAUTOSTPVEUHIPVEULOPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHITP (F)PVHIFLPVHIPR (F)

PVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSRAISDSTNRAISETIMRAISRATERAMPTIMERARWSTSRCASOPTRCASSHEDREDTAG (F)RINITREQ

RINITVALRPRTSAFOPCMDSCHSTSSHEDMODESHEDTIMESHUTDOWNSLOTNUMSPSPEUHISPEULOSPFORMATSPHIFLSPHILMSPLOFLSPLOLMSPOPTSPPSPTVSPTVPSTDBYMANSTSMSGTVPROCUNITUSERID

52





52





52

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.

$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTP (F)ADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLBADCTLFLBADCTLPR (F)BCAMODFLCASMODFLCASREQCIDSTNCISRCCNFMUCNFPUCODSTNCONTCUT (F)

CTLALGIDCTRLINITCURSEGIDCVCVEUHICVEULOCYCLEOPTDEVDEVHIPR (F)DEVHIFLDEVHITP (F)DEVLOFLDEVLOPR (F)DEVLOTP (F)ESWAUTOESWCASESWENBSTESWMANEUDESC (F)EXTSWOPTHIGHAL (F)HIGHALPR (F)

HOLDCMDINITMANKEYWORDLASTPVLOCALMANMANMODFLMODATTRMODEMODEAPPLMODEPERMMODNUMMXRMPDEV‘MXSOKDEVNAMENMODATTRNMODENOCINPTSNOCOPTSNODENUMNODETYPNORMCYCLNORSSEQNRMATRFL

NRMODFLNTWKNUMNXTSOAKVOPOPEUOPHIFLOPHILMOPLOFLOPLOLMOPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD

(Continued)

53






(Continued)

53






(Continued)

53

Ramp Soak (Continued)

PSDLYFLPTDESCPTEXECSTPTINALPTORSTPVPVEUHIPVEULOPVFORMATPVPPVSTSRAMPTIMERARWSTSRATE1RATE2RATE3RATE4RATE5RATE6RATE7

RATE8RATE9RATE10RATE11RATE12REDTAG (F)REMSOAKTRINITREQRINITVALS1S1BGNTIMS1ENDTIMS1SEGIDS2S2BGNTIMS2ENDTIMS2SEGIDSAFEOPSCHSTSSEGTYPESHUTDOWN

SLOTNUMSOAKT1SOAKT2SOAKT3SOAKT4SOAKT5SOAKT6SOAKT7SOAKT8SOAKT9SOAKT10SOAKT11SOAKT12SOAKV1SOAKV2SOAKV3SOAKV4SOAKV5SOAKV6SOAKV7SOAKV8

SOAKV9SOAKV10SOAKV11SOAKV12SPSPEUHISPEULOSPFORMATSPHIFLSPHILMSPLOFLSPLOLMSPOPTSPPSPTVSPTVPSTDBYMANSTSMSGTVPROCUNITUSERID

54






54






54

Ratio Control

The parameters of the Ratio Control control algorithm are listed below inalphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ADVDEVFLCADVDEVPR (F)ADVDEVTP (F)ADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLB1B2BADCTLFLBADCTLPR (F)BADPVFLBADPVPR (F)BCAMODFLCASMODFL

CASREQCIDSTNCISRCCNFMUCNFPUCODSTNCONTCUT (F)CTLALGIDCTRLINITCVCVEUHICVEULODEVDEVHIFLDEVHIPRDEVHITP (F)DEVLOFLDEVLOPR (F)DEVLOTP (F)ESWAUTO

ESWCASESWENBSTESWMANEUDESC (F)EXTSWOPTHIGHAL (F)HIGHALPR (F)INITMANK1K2KEYWORDLASTPVLOCALMANMANMODFLMODATTRMODEMODEAPPLMODEPERMMODNUMNAME

NMODATTRNMODENOCINPTSNOCOPTSNODENUMNODETYPNORMCYCLNRMATRFLNRMMODFLNTWKNUMOPOPALDB (F)OPEUOPHAFL (F)OPHIFLOPHILMOPHIPR (F)

(Continued)

55

Ratio Control


$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTP (F)ADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLB1B2BADCTLFLBADCTLPR (F)BADPVFLBADPVPR (F)BCAMODFLCASMODFL




(Continued)

55

Ratio Control


$AUXUNIT (F)ADVDEVFLADVDEVPR (F)ADVDEVTP (F)ADVSP (F)ADVSPP (F)ALENBST (F)ARWNETARWOPASPPROC (F)ASSOCDSPAUTMODFLB1B2BADCTLFLBADCTLPR (F)BADPVFLBADPVPR (F)BCAMODFLCASMODFL




(Continued)

55

Ratio Control (Continued)

OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOTP (F)OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESCPTEXECSTPTINALPTORST

PRGATRFLPVPVALDB (F)PVALDBEU (F)PVAUTOPVAUTOSTPVEUHIPVEULOPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVP

PVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSRAMPTIMERARWSTSRATE1RCASOPTRCASSHEDREDTAG (F)RINITREQRINITVALSAFEOPSHEDMODESHEDTIMESHUTDOWN

SLOTNUMSPSPEUHISPEULOSPFORMATSPHIFLSPHILMSPLOFLSPLOLMSPOPTSPPSPTVSPTVPSTDBYMANSTSMSGTVPROCUNITUSERIDX2X2FILTX2TF

(Continued)

56






(Continued)

56






(Continued)

56

Summer (RegCtl)

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.

$AUXUNIT (F)ALENBST (F)ARWNETARWNOPASSOCDSPAUTMODFLBBADCTLFLBADCTLOPBADCTLPR (F)BCAMODFLCASMODFLCASREQCIDSTNCISRCCNFMUCNFPUCODSTN

CONTCUT (F)CTALGIDCTLEQNCTRLINITCVCVEUHICVEULOESWAUTOESWCASESWENBSTESWMANEUDESCEXTSWOPTHIGHAL (F)HIGHALPR (F)INITMANK

K1, K2, K3, K4KEYWORDLOCALMANMMANMODFLMODATTRMODEMODEAPPLMODEPERMMODNUMNAMENMODATTRNMODENOCINPTS

(Continued)

57

Summer (RegCtl)





(Continued)

57

Summer (RegCtl)





(Continued)

57

Summer (RegCtl) (Continued)


OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPFDLYFLPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPTORSTRARWSTS

RATE1RCASOPTREDTAG (F)RINITREQRINITVALSAFEOPSCHSTSSHEDMODESHEDTIMESHUTDOWNSLOTNUMSTDBYMANSTSMSGUNITUSERIDX1, X2, X3, X4XEUHIXEULO

58





58





58

Summer (RegPV)

The parameters of the Summer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFLBADPVPR (F)CC1C2C3C4C5C6CNFMUCNFPUCONTCUTDEUDESCHIGHAL (F)HIGHALPR (F)

KEYWORDLASTPVNMODNUMNAMENODENUMNODETYPNOPINPTSNTWKNUMOVERVAL (F)P1P1STSP2P2STSP3P3STSP4P4STS

P5P5STSP6P6STSPERIODPFDLYFLPIDSTNPISRCPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESC

(Continued)

59

Summer (RegPV)





(Continued)

59

Summer (RegPV)





(Continued)

59

Summer (RegPV) (Continued)

PTEXECSTPTINALPVPVALDB (F)PVALDBEU (F)PVALGIDPVAUTOPVAUTOSTPVCALCPVCLAMPPVEQNPVEULOPVEUHIPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFL

PVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFL

PVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)SCHSTSSLOTNUMSTSMSGTFUNITUSERID

60





60





60

Switch

The parameters of the Switch control algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ALENBST (F)ARWNETARWOPASSOCDSPAUTMODFLBADCTFLBADCTLOPBADCTLPR (F)BCAMODFLCASMODFLCASREQCIDSTNCISRCCNFMUCNFPUCODSTNCONTCUT (F)CTLALGID

CTLEQNCTRLINITCVCVEUHICVEULOESWAUTOESWCASESWENBSTESWMANEUDESCEXTSWOPTHIGHAL (F)HIGHALPR (F)INITMANKEYWORDLOCALMANMMANMODFLMODATTR

MODEMODEAPPLMODEPERMMODNUMNAMENMODATTRNMODENRMATRFLNRMMODFLNOCINPTSNOCOPTSNODENUMNODETYPNTWKNUMOPOPALDB (F)OPEU

(Continued)

61

Switch





(Continued)

61

Switch





(Continued)

61

Switch (Continued)

OPHAFLOPHIFLOPHILMOPHIPR (F)OPHITP (F)OPLAFL (F)OPLOFLOPLOLMOPLOPR (F)OPLOTP (F)OPMCHLMOPRATRFLOPROCLMOVERVAL (F)PERIODPFDLYFLPNTFORMPNTMODTYPNTNODTY

PNTSTATEPNTTYPEPRGATRFLPRIMMOD (F)PTDESCPTEXECSTPTINALPTORSTRARWSTSRCASOPTRCASSHEDREDTAGRINITREQRINITVALS1S2S3S4

SAFEOPSAFEOPSCHSTSSELXINPSHEDMODESHEDTIMESHUTDOWNSLOTNUMSTDBYMANSTSMSGTRACKINGUNITUSERIDX1X2X3X4XEUHIXEULO

62

Switch (Continued)




62

Switch (Continued)




62

Totalizer

The parameters of the Totalizer PV algorithm are listed below in alphabetical order.(F) indicates that the parameter is applicable when the PNTFORM = Full.

$AUXUNIT (F)ACCTYPEALENBST (F)ASSOCDSPAVDEV1FLAVDEV1TPAVDEV2FLAVDEV2TPAVTVAVTVFLBADPVFLBADPVPR (F)CCOMMANDCONTCUT (F)CNFMUCNFPUCUTOFFLMEUDESCHIGHAL (F)

HIGHALPR (F)KEYWORDLASTPVMODNUMNAMENODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOLDAVOVERVAL (F)P1P1STSP2P2STSPERIODPIDSTNPISRC

PNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESCPTEXECSTPTINALPVPVALDB (F)PVALDBEUPVALGIDPVAUTOPVAUTOSTPVCALC

(Continued)

63

Totalizer





(Continued)

63

Totalizer





(Continued)

63

Totalizer (Continued)

PVCLAMPPVEQNPVEUHIPVEULOPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFLPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)PVHITP (F)

PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)PVSOURCE (F)

PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)RESETFLRESETVALSCHSTSSLOTNUMSTARTFLSTATESTOPFLSTSMSGTFTIMEBASEUNITUSERID

64





64





64

Variable Dead Time With Lead/Lag

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.

$AUXUNIT (F)ALENBST (F)ASSOCDSPBADPVFL (F)BADPVPR (F)CC1C2CNFMUCNFPUCONTCUT (F)CUTOFFLMDD1D2EUDESCHIGHAL (F)HIGHALPR (F)

KEYWORDLASTPVMODNUMNAMENLOCNODENUMNODETYPNOPINPTSNORMCYCLNTWKNUMOVERVAL (F)P1P1STSP2P2STSPERIODPFDLYFLPIDSTN

PISRCPNTFORMPNTMODTYPNTNODTYPNTSTATEPNTTYPEPRIMMOD (F)PSDLYFLPTDESC (F)PTEXECSTPTINALPVPVALDB (F)PVALDBEU (F)PVALGIDPVAUTO

(Continued)

65






(Continued)

65






(Continued)

65

Variable Dead Time With Lead/Lag (Continued)

PVAUTOSTPVCALCPVCLAMPPVEQNPVEUHIPVEULOPVEXEUHIPVEXEULOPVEXHIFLPVEXLOFLPVFORMATPVHHFLPVHHPR (F)PVHHTP (F)PVHIFLPVHIPR (F)

PVHITP (F)PVINITPVLLFLPVLLPR (F)PVLLTP (F)PVLOFLPVLOPR (F)PVLOTP (F)PVPPVROCNFLPVROCNPR (F)PVROCNTP (F)PVROCPFLPVROCPPR (F)PVROCPTP (F)PVSGCHTP (F)

PVSOURCE (F)PVSRCOPT (F)PVSTSPVTV (F)PVTVP (F)SCHSTSSLOTNUMSTSMSGTDTFTLDTLG1TLG2UNITUSERID

66





66





66

bParameter Description Type Lock (Default) and Range

$ADD

$AUXUNIT

$DBVALID

$IOMPADD(n)$UCNLSBnAB_DATA1AB_DATA2AB_DATA3AB_DATA4

ABHEMSD

ABHHOLDABHRSTRABHSHDNACCELTIMACCTYPEACPACTPRIM(n)ADVDEVFL

Add last parameter indicator

Auxiliary Unit (R520 & later)

HPM Database Valid

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

L

e:

e:

IRRRRR

L

LLLTe:Ee:L

PB

Oper

Eng

ViewViewEngEngEngEng

View

ViewViewViewViewEng/PBPBViewView

(On); On Off

(Null); Any valid Unit ID

(DBInvalid);DB_Valid, DBInvalid( ); 0, 129-255

(NaN); N/ANaN); 0 - 999, NaN(NaN); 0 - 9, NaN(NaN); 0 - 255, 256

(Off); On - Off

(Off); On - Off(Off); On - Off(Off); On - Off(0); 0 - 4000 days(Analog); Pulse, Analog(Null); A-Z, 0-9, _( ); IOM_A, IOM_B(Off); On - Off

67

Parameter Description Type Lock (Default) and Range

$ADD

$AUXUNIT

$DBVALID


ABHEMSD




HPM Database Valid



L

e:

e:

IRRRRR

L

LLLTe:Ee:L

PB

Oper

Eng


View


(On); On Off



(NaN); N/ANaN); 0 – 999, NaN(NaN); 0 - 9, NaN(NaN); 0 – 255, 256

(Off); On – Off

(Off); On – Off(Off); On – Off(Off); On – Off(0); 0 – 4000 days(Analog); Pulse, Analog(Null); A-Z, 0-9, _( ); IOM_A, IOM_B(Off); On – Off

67


$ADD

$AUXUNIT

$DBVALID


ABHEMSD




HPM Database Valid



L

e:

e:

IRRRRR

L

LLLTe:Ee:L

PB

Oper

Eng


View


(On); On Off



(NaN); N/ANaN); 0 – 999, NaN(NaN); 0 - 9, NaN(NaN); 0 – 255, 256

(Off); On – Off

(Off); On – Off(Off); On – Off(Off); On – Off(0); 0 – 4000 days(Analog); Pulse, Analog(Null); A-Z, 0-9, _( ); IOM_A, IOM_B(Off); On – Off

67


ADVDEVPR

ADVDEVTPADVSPADVSPPALENBSTALMOPT

ALPRIOR

ANAME(n)AOCALIB(n)ARWNETARWOPASSOCDSPASPPROCASTEP(n)ASTMT(n)AUTMODFLAUXDATA1AUXDATA2AUXDATA3AUXDATA4

AV

Advisory Deviation Alarm Priority

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

e

RRRe:e:e:e:

SLe:e:Se:SILRRRR

I

Eng

SuprSuprViewOper

Eng/PBEng/PBEng

ViewEng/PBViewViewEngSuprViewViewViewEngEngEngEng

Oper

(Low); Low, Emergncy, High,Journal, NoAction, Printer, JnlPrint(NaN); •0.0, NaN(N/A); SPLOLM - SPHILM(N/A); N/A(Enable); Enable, Disable, Inhibit(None); Offnorml, Cmddis, None(None); Offnorml, None(Low); Low, Emergncy, High,Journal, NoAction, Printer, JnlPrintSpaces; N/A( ); Off, - On(Normal); Normal, Hi, Lo, HiLo(Normal); Normal, Hi, Lo, HiLo(Blank); N/A(Disable); Disable, Enable(Blank); N/A(Blank); 0 - 255(N/A); Off - On(NaN); 1 - 9999, NaN(NaN); .25 - 5 Sec., NaN(NaN); 232.0, 232.1, 485.0(NaN); 1200, 2400, 4800, 9600,19,200. Decimal = .0, .1, or .2(0); 0 - 32767

68


ADVDEVPR


ALPRIOR


AV




e

RRRe:e:e:e:

SLe:e:Se:SILRRRR

I

Eng

SuprSuprViewOper

Eng/PBEng/PBEng


Oper


68


ADVDEVPR


ALPRIOR


AV




e

RRRe:e:e:e:

SLe:e:Se:SILRRRR

I

Eng

SuprSuprViewOper

Eng/PBEng/PBEng


Oper


68


AVDELTHSAVDEV1FLAVDEV2FLAVDEV1TPAVDEV2TPAVGPUAVGTFAVSTSAVTV

AVTVFLBB0B1B2BADCTLFLBADCTLOP

BADCTLPR

BADOCFLBADOCnFL

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)

ILRLRRRe:IRLRRRRLe:

e:

LL

ViewViewSuprViewSupr/PBViewViewViewOperOper/PBViewOper/PBViewSupr/PBSupr/PBViewEng

Eng

ViewView

(0); > 0(N/A); Off - On(NaN); • 0.0, NaN(N/A); Off - On(NaN); • 0.0, NaN(0); N/A(1.00 minutes); N/A(Bad); Bad, Normal(0); 0 - 32767(NaN); N/A, NaN(N/A); Off - On(0.0); N/A(0.0); N/A(0.0); N/A(0.0); N/A(Off); Off - On(No_Shed); No_Shed,ShedHold, ShedLow,ShedHigh, ShedSafe,(Low); Low, Emergncy,High,Journal, NoActionJournal, NoAction, Printer,JnlPrint(Off); On - Off(Off); On - Off

69




BADCTLPR

BADOCFLBADOCnFL




ILRLRRRe:IRLRRRRLe:

e:

LL


Eng

ViewView


69




BADCTLPR

BADOCFLBADOCnFL




ILRLRRRe:IRLRRRRLe:

e:

LL


Eng

ViewView


69


BADOCPR

BADOCOPT

BADPVFL

BADPVPR

BCAMODFLBADPVTXTBADSVFLBADSVPR

BFFBHALMF(n)BIASBNDRESETBNDRSTIM

Bad Output Conn. Alarm Priority

Bad Output Conn. Alarm Option

Bad PV Alarm FlagSI Database Status Flag (Array)Bad PV Alarm Priority

Backup Cascade Mode FlagBad PV Text DescriptorBad SV Alarm FlagBad SV Alarm Priority

Feed Forward Input BiasAlarm Flags (n = 1 - 7)BiasBounds Statistics Reset FlagLast Bounds Statistics Reset Time

e:

LLLe:

LSLe:

RSRLT

Eng

Eng/PBViewViewEng

ViewPBViewEng

SuprViewOper/PBOperView

(Low); Low, Emergncy, High, Journal,NoAction, Printer, JnlPrint(Off); On - Off(Off); Off - On(special); Off - On(Low); Low, Emergncy, High,Journal,NoAction, Printer, JnlPrint(N/A); On - Off(BAD); A-Z, 0-9, _(Off); Off, On(Low); Low, Emergncy, High,Journal,NoAction, Printer, JnlPrint(0.); N/A( ); 0 0-FF(0.0); BSLOLM - BSHILM(Off); Off/On(HPM Startup Time); N/A

70


BADOCPR

BADOCOPT

BADPVFL

BADPVPR








e:

LLLe:

LSLe:

RSRLT

Eng

Eng/PBViewViewEng

ViewPBViewEng



70


BADOCPR

BADOCOPT

BADPVFL

BADPVPR








e:

LLLe:

LSLe:

RSRLT

Eng

Eng/PBViewViewEng

ViewPBViewEng



70


BOXCLR(n)

BSHILMBSLOLMBYPASS

BYPASSX1-4

Box Color for Digital Displays (DigComp)

Box Color for Digital Displays (DigIn, Flag)

Bias High LimitBias Low LimitInterlock Bypass Override Input Bypass EnableBypass ORSel’s X1 - X4 Input

e:

e:

RRL

L

Eng/PB

Eng/PB

SuprSuprOper

(Green – Upper Box Default, State 1);(Red – Lower Box Default, State 2);(Yellow – Middle Box Default, State 0);Red, Green, White, Black, Cyan,Yellow, Blue, Magenta(Green – Upper Box Default, State 1);(Yellow – Lower Box Default, State 0);Red, Green, White, Black, Cyan,Yellow, Blue, Magenta

(50.0); • BSLOLM, NaN(-50.0); <BSHILM, NaN(Off); Off - On(BYPASSX1 = Off); Off-On(BYPASSX2-X4 = On);

71


BOXCLR(n)

BSHILMBSLOLMBYPASS

BYPASSX1-4



Bias High LimitBias Low LimitInterlock Bypass Override Input Bypass EnableBypass ORSel's X1 - X4 Input

e:

e:

RRL

L

Eng/PB

Eng/PB

SuprSuprOper



71


BOXCLR(n)

BSHILMBSLOLMBYPASS

BYPASSX1-4



Bias High LimitBias Low LimitInterlock Bypass Override Input Bypass EnableBypass ORSel's X1 - X4 Input

e:

e:

RRL

L

Eng/PB

Eng/PB

SuprSuprOper



71


CC1-C2

C1-C4

C1-C6CnDESCCnFLCnPR

CnSRC

CABLESTSCALCEXPCALIBALL(n)

Scaling FactorCorrection Constant (FlowComp)Scaling Constant for Input P1-P2 (VdtLdLag)Scaling Constants Used to Calculate PVCALC (PI)Intermediate Results of Calculations (CalCuLtr)Scaling Constants 1-6 (Summer)Custom Alarm Descriptors, (n = 1- 4)Custom Alarm Flag, (n = 1- 4)Custom Alarm Priorities, (n = 1- 4)

Custom Alarm Source, (n = 1- 4)

Overall Cable Status for UCN NodeCalculator ExpressionFull Calibration Enable Flag(n = 1 - 168)

RRR

R

R

RSLe:

e:

ISL

SuprSuprSupr

Supr

Supr

SuprEngProgEng

PB

ViewEngP/BEng/PB

(1.0); Anything except NaN(1.0); C1 • 0.1, C2 •0.1(1.0); • 0.0

(1.0); C1 • 0, C2 > 0

(N/A); N/A

(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


CC1-C2

C1-C4

C1-C6CnDESCCnFLCnPR

CnSRC





RRR

R

R

RSLe:

e:

ISL

SuprSuprSupr

Supr

Supr

SuprEngProgEng

PB

ViewEngP/BEng/PB


(1.0); C1 • 0, C2 > 0

(N/A); N/A


72


CC1-C2

C1-C4

C1-C6CnDESCCnFLCnPR

CnSRC





RRR

R

R

RSLe:

e:

ISL

SuprSuprSupr

Supr

Supr

SuprEngProgEng

PB

ViewEngP/BEng/PB


(1.0); C1 • 0, C2 > 0

(N/A); N/A


72


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


CALIBRJ(n)


CIDSTN(n)

CISRC(n)



L

Le:e:e:

P

E

ILLLLe:

Eng/Pb

ViewProgSuprSupr

PB

PB

Eng/PbEngViewView

SpecialEng

(Off); Off - On




73


CALIBRJ(n)


CIDSTN(n)

CISRC(n)



L

Le:e:e:

P

E

ILLLLe:

Eng/Pb

ViewProgSuprSupr

PB

PB

Eng/PbEngViewView

SpecialEng

(Off); Off - On




73


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 %

Max. HPM Comm. CPU Free %

Min. HPM Comm. CPU Free %

L

IST

R

R

Ie:R

RE

R

R

R

View

SpecialViewView

View

View

ViewEngView

ViewPB

View

View

View

(Off); Off - On

(0); 0 - 999 seconds( ); 00 - FF(0); N/AEngineer, Program(0); N/A

(0); N/A

(0); N/A(Operator); Operator, Supervis, (0); N/A

(0); N/A(Null.Null); "TagName.Parameter"or "!MTmmSss.Parameter"(NaN); 0 - 100

0 - 100

0 - 100

74


CMDFALFL


CNFLUA(n)

CNFLUB(n)


CNFPUPCODSTN(n)

COMCFAVG

COMCFMAX

COMCFMIN





L

IST

R

R

Ie:R

RE

R

R

R

View

SpecialViewView

View

View

ViewEngView

ViewPB

View

View

View

(Off); Off - On


(0); N/A



0 - 100

0 - 100

74


CMDFALFL


CNFLUA(n)

CNFLUB(n)


CNFPUPCODSTN(n)

COMCFAVG

COMCFMAX

COMCFMIN





L

IST

R

R

Ie:R

RE

R

RR

View

SpecialViewView

View

View

ViewEngView

ViewPB

View

View

View

(Off); Off - On


(0); N/A



0 - 100

0 - 100

74


COMMAND

COMPHILMCOMPLOLMCOMPTERMCONTCUTCOUNTDWNCPMSGSECCRIOLORN

CRPPXORN(n)

CRUCNORN

CTLACTN

CTLALGID

Accumulator Commands (DigIn, Totalizr)Timer Commands (Timer)

STI Point/Database Transfer;STI Calibration

Compensation Term High LimitCompensation Term Low LimitCompensation TermContact CutoutAccumulator Count Down FlagNumber of Checkpoint MessagesCurrent Hour I/O LinkFetch/Store Overrun CounterCurrent Hr Pt. Processing Overrun Counter (n = 0 - 8)Current Hour UCN Fetch/Store Overrun CounterControl Action

Control Algorithm Identifier

e:

e:

e:

RRRLLRI

I

I

e:

e:

Oper

Oper

Oper

SuprSuprViewProgEng/PBViewView

View

View

Eng/PB

PB

(None); None, Start, Stop, Reset

(None); None, Start, Stop, Reset,RestStrt(None); None, DnLoadDb, UpLoadDb,Set_LRV, Set_URV, Cor_LRV,Cor_URV, Cor_Inpt, RstCor(1.25); COMPLOLM - 10.0, NaN(0.8); 0.0 - COMPHILM, NaN(1.0); COMPLOLM - COMPHILM(Off); Off - On(Off); Off - On(0); N/A(0); • 0

(0); • 0

(0); • 0

(Reverse); Direct, Reverse

(Null); Null, Pid, PidErfb, PidFF,RatioCtL, IncrSum, Switch,PosProp, AutoMan,RampSoak, ORSel

75


COMMAND


CRPPXORN(n)

CRUCNORN

CTLACTN

CTLALGID





e:

e:

e:

RRRLLRI

I

I

e:

e:

Oper

Oper

Oper


View

View

Eng/PB

PB



(0); • 0

(0); • 0



75


COMMAND


CRPPXORN(n)

CRUCNORN

CTLACTN

CTLALGID





e:

e:

e:

RRRLLRI

I

I

e:

e:

Oper

Oper

Oper


View

View

Eng/PB

PB



(0); • 0

(0); • 0



75


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)

RRRe:

e:LLLSe:

RRRRe:RRRe:

ViewViewViewPB

PBPBViewProgViewOper

SuprProgEngEngOperSuprSuprSuprView

(NaN); 0 - 100(NaN); 0 - 100(NaN); 0 - 100(EqA); EqA, EqB

(EqA); EqA, EqB, EqC, EqD(On); Off - On(NaN); Off- On(Off); Off- On(N/A): N/A(Ramp1); Ramp1/Soak1 toRamp12/Soak12(0.0); • 0.0, NaN(NaN); N/A(100.0); • CVEULO(0.0); • CVEUHI(Cyclic); Single, Cyclic(10.0); 0.25 - 1000.0 Seconds(0.0); N/A(0.0); 0.0 - 400.0 Minutes(PVState0); PVState0,PVState1

76






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)

RRRe:

e:LLLSe:

RRRRe:RRRe:

ViewViewViewPB





76






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)

RRRe:

e:LLLSe:

RRRRe:RRRe:

ViewViewViewPB





76


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

(N/A): N/A(N/A): 1 - 31(Invalid); Valid, Invalid(1.0); • 0.0(5.0%); 0.0 - 100.0%(0.0); 0.0 - 60.0 Seconds( 10 ms) ; 0 - 50 ms(Pv_Sv_Db); PV, PV_Sv,PV_Db, Pv_Sv_Db

77


D1_1

D1, D2D2D2D1_00

D2D1_01

D2D1_10

D2D1_11

DAMPING









E:

LRE:

E:

E:

E:

R

TIE:RRRIE:

Eng/PB

ViewSuprEng/PB

Eng/PB

Eng/PB

Eng/PB





77


D1_1

D1, D2D2D2D1_00

D2D1_01

D2D1_10

D2D1_11

DAMPING









E:

LRE:

E:

E:

E:

R

TIE:RRRIE:

Eng/PB

ViewSuprEng/PB

Eng/PB

Eng/PB

Eng/PB





77


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

Deviation High Alarm Trip PointDeviation Low Alarm FlagDeviation Low Alarm Priority

Deviation Low Alarm Trip PointMaximum time to Complete a DataHandler Request; n = 1 - 5Simulation Indicator Display SwitchDigComp Input-Connection Source(n = 1 - 2)

Digital Input TypeAlarm Delay in Seconds (DigIn)Alarm Delay in Seconds for LogicBlocks (Logic)DigComp Output Connection Destination (n = 1 - 3)

RRRRLe:

RLe:

RR

LU

e:IR

U

ViewViewViewPBViewEng

SuprViewEng

SuprView

ProgPB

PBSuprSupr

PB

(N/A); N/A(N/A); N/A(N/A); N/A(NaN); N/A(Off); Off - On(Low); Low, Emergncy, High,Journal, NoAction, Printer, JnlPrint(NaN); • 0.0, NaN(Off); Off - On(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction(NaN); • 0.0, NaN(0); N/A

(N/A) Off - On(Null.Null); "TagName.Parameter" or"!MTmmSss.Parameter" or"$NMhhBxx.Parameter"(Status); Status, Latched, Accum(5); 0 - 60 Seconds(1); 1 - 8000 Seconds

(Null.Null); "TagName.Parameter" or"!MTmmSss.Parameter" or"$NMhhBxx.Parameter"

78


DELCV



DEVLOTPDHTIMMAXn

DISP_SIMDISRC(n)

DITYPEDLYTIME

DODSTN(n)





RRRRLe:

RLe:

RR

LU

e:IR

U


SuprViewEng

SuprView

ProgPB

PBSuprSupr

PB




78


DELCV



DEVLOTPDHTIMMAXn

DISP_SIMDISRC(n)

DITYPEDLYTIME

DODSTN(n)





RRRRLe:

RLe:

RR

LU

e:IR

U


SuprViewEng

SuprView

ProgPB

PBSuprSupr

PB




78


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

e:

I

E

SS

LL

e:LS

SLe:

e:

e:Re:e:I

PB

View

Eng

View

View

ProgProg

OperProgPB

ViewViewPBPBPB

Eng/PBView

ViewEng/PBEng/PB

(Status); PWM, Status

(N/A); 1-40, 129-168

(Null); A-Z, 0-9, _

(Blank); N/ASpaces; N/A

(Off); Off - On(Off); Off - On

(Disable); Disable, Enable(Off); Off - On(Blank); A-Z 0-9 space ! % & ’ ( )* + - / : ; > < = ? _ , . $Blanks; 1-40 (pri); 129-168 (sec)(N/A); Off, On(None); None, Eip(None); None, Eip, Soe, Eip_Soe(None); None,IO_FL,IO_NN,IO_STR,UCN_FL,UCN_NN,UCN_STR(None); None, Ems, Emp(NaN); N/A(N/A); See HP09-540, HPM PRD(Unpower); Unpower, Hold(1000); 0-1000 Seconds

79


DOTYPE

DSA

EIPPCODE

EQUOBJNMERRCODE

ESWAUTOESWCAS



EXTDATA


Digital Output Type

Device Soft Address





e:

I

E

SS

LL

e:LS

SLe:

e:

e:Re:e:I

PB

View

Eng

View

View

ProgProg

OperProgPB

ViewViewPBPBPB

Eng/PBView

ViewEng/PBEng/PB


(N/A); 1-40, 129-168

(Null); A-Z, 0-9, _




79


DOTYPE

DSA

EIPPCODE

EQUOBJNMERRCODE

ESWAUTOESWCAS



EXTDATA


Digital Output Type

Device Soft Address





e:

I

E

SS

LL

e:LS

SLe:

e:

e:Re:e:I

PB

View

Eng

View

View

ProgProg

OperProgPB

ViewViewPBPBPB

Eng/PBView

ViewEng/PBEng/PB


(N/A); 1-40, 129-168

(Null); A-Z, 0-9, _




79


FFFFOPTFL(n)

FLDESCFLSTIXFORCEFRCPERMFREQ6050FRQUTAVGFRQUTMAXFRSPTAVGFRSPTMAXFSELINFSTSFTAnTYPEFTACONNFTANUMFTAPRES(n)GGAINOPTGAPHI

Feed Forward Algorithm InputFeed Forward TypeBox Flags FL(1) - FL(16,384)Logic Slot Flags FL(1) - FL(12)Array Point Flags FL(i)Process Module Flags FL(1) - FL(127)FL Array DescriptorFlag Array Start IndexForced Input Request FlagForced Input PermissiveFrequency 60/50 Hz for LLMUX or STTAverage UCN Fetch Request Trip TimeMaximum UCN Fetch Request Trip TimeAverage UCN Fetch Response TripTimeMax. UCN Fetch Response Trip TimeForce Selected InputFlow Input Value StatusType of FTA Connected to LLMUX; n=1- 2FTA Connection to I/O Module This FileSI IOP FTA numberIOP FTA Present Flag; n = 1 - 168Specific Gravity InputGain (K) OptionGap High Limit

Re:LLLLSRLLe:RRRRe:e:e:e:ILRe:R

ViewEng/PBOperspecialspecialspecialPBPBOperEng/PBEng/PBViewViewViewViewOpr/PBViewViewViewPBViewViewEng/PBSupr

(N/A); N/A(Multiply); Multiply, Add(Off); Off - On(FL2 = On, rest = Off); Off - On(N/A); 1 < i < NFLAG(Off); Off-On(spaces); N/A(0); 0 - 99,000 or 0 - 16,384(Off); Off- On(Off); Off- On(60Hz); 0 - 60 Hz, 1 - 50 Hz(NAN); N/A(NAN); N/A(NAN); N/A(NAN); N/A(SelectP1); SelectP1 - SelectP6,(Bad); Bad, Normal, Uncertn(None); None, TC, RTD(Conn_A); Conn_A, Conn_B(1); 1 - 10( ); Off/On(1.0); N/A(Lin); Lin, Gap, NonLin, Ext(0.0); • 0.0

80


FFFFOPTFL(n)






80


FFFFOPTFL(n)






80


GAPLOGENDESC(n)

GENDESC(n)

GSTSHIGHAL

HIGHALPR

HISVPEAKHOLDCMDHWYCTLSTI0 - I2I0CONFInDESCI1CONFI2CONF

Gap Low LimitGeneric Descriptor (n = 1 - 12)

Generic Descriptor (n = 1 - 40 or 129 - 168)Gravity Input Value StatusHighest Alarm Detected(AnalgIn, PI, RegCtl, RegPV)

Highest Alarm Detected(DigComp, DigIn, DevCtl, Flag, Logic)

Highest Level Alarm’s Priority

Highest Peak SECVAR ValueHold Command FlagUCN Network Functional StateOverride Interlocks for Output States 0-2Override Interlock 0 Alarm Conf. flagI0 - I2 Alarm Descriptor; (n = 0 - 2)Override Interlock 1 Alarm Conf. flagOverride Interlock 2 Alarm Conf. flag

RS

S

e:e:

e:

e:

RLe:LLSLL

SuprPB

View

ViewView

View

View

ViewProgSuprEngOperEngOperOper

(0.0); • 0.0(Blanks); A-Z 0-9 Space ! % & ’ ( ) * + - : ; > < = ? _ , . $

(Blanks); 1 - 40 = Acting Primary,129 - 168 = Acting Secondary(Normal); Normal, Uncertn, Bad(NoAlarm); NoAlarm, AdvDev, DevHi,DevLo, PVRocN, PVRocP, PVHi,PVHH, PVLo, PVLL, BadCtl, BadPV,BOC(NoAlarm); NoAlarm, OffNorm,UnCEvt, CmdDis BadPV, C1ALM -C4ALM, Chngofst, Cmdfail, SVHI,SVHH, BadSV, OVRDI2, OVRDI1,OVRDI0, OVRDSI0, BadCtl(NoAction); NoAction, Journal, Printer,JnlPrint, Low, High, Emergncy(0); • 0(Off); Off - On (Basic); Basic, Full(Off); On - Off (Off); N/A(Blank); 8 Character String(Off); N/A(Off); N/A

81


GAPLOGENDESC(n)

GENDESC(n)

GSTSHIGHAL

HIGHALPR





Highest Level Alarm's Priority


RS

S

e:e:

e:

e:

RLe:LLSLL

SuprPB

View

ViewView

View

View


(0.0); • 0.0(Blanks); A-Z 0-9 Space ! % & ’ ( ) * + - : ; > < = ? _ , . $


81


GAPLOGENDESC(n)

GENDESC(n)

GSTSHIGHAL

HIGHALPR





Highest Level Alarm's Priority


RS

S

e:e:

e:

e:

RLe:LLSLL

SuprPB

View

ViewView

View

View


(0.0); • 0.0(Blanks); A-Z 0-9 Space ! % & ’ ( ) * + - : ; > < = ? _ , . $


81


IN0 - IN12

INITMANINITREQ

INITREQ(i)

INITVALINPTDIRIIOLASTSIOLBSTSIOLCHAERIOLCHASLIOLCHBERIOLCHBSLIOLCHERTIOLCMD

IOLPERSWIOMACTYP(n)

Input Coordinates 0-12

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


IN0 - IN12

INITMANINITREQ

INITREQ(i)


IOLPERSWIOMACTYP(n)




R

LLL

L

LRe:LLIIIIIe:

e:e:

Supr

ViewViewView

View

ViewView


EgOnlyEgOnly

ViewView


(On); Off - On


82


IN0 - IN12

INITMANINITREQ

INITREQ(i)


IOLPERSWIOMACTYP(n)




R

LLL

L

LRe:LLIIIIIe:

e:e:

Supr

ViewViewView

View

ViewView


EgOnlyEgOnly

ViewView


(On); Off - On


82


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

I

IIe:e:I

I

I

AAe:

View

PtBldPtBldOperViewView

PtBld

PtBld

ViewViewView

(N/A); 1- 15

(0); 0 - 15(0); 0 - 15(None); None, Run, Idle, Swap(N/A); See AP09-540(0); 0 - 8

(0); 0 - 8

(0); 0 - 8

(N/A); X.Y (X=Range, Y=Revision)(N/A); Hexadecimal "00" to "FF"(N/A); Unknown, PowerDwn,AdCIncmp, AdOutOvf, AdOutUdf,BadDcLtc, Dmt_Tmot, MLtOutFl,BadDaRng, MstrTmot, InvPrgEx,EpromErr, RamCntEr, RamAdrEr,DpaError, DsaError, RxBufOfL,IOLJaber, BadPgJmp, AdCCalEr,

83


IOMCARD(n)


IOMFILE(n)

IOMFILEA(n)

IOMFILEB(n)



I

IIe:e:I

I

I

AAe:

View


PtBld

PtBld

ViewViewView

(N/A); 1- 15


(0); 0 - 8

(0); 0 - 8


83


IOMCARD(n)


IOMFILE(n)

IOMFILEA(n)

IOMFILEB(n)



I

IIe:e:I

I

I

AAe:

View


PtBld

PtBld

ViewViewView

(N/A); 1- 15


(0); 0 - 8

(0); 0 - 8


83


IOMUNIOMOPER(n)IOMREALT

IOMRECHN(n)IOMSEVER(n)

IOMSTS(n)

IOMTYPE(n)

IOMTYPE

IOPDESC(n)IOPNUMIOPSTR1(n)IOPSTR2(n)IOREDOPTIOSCNPER(n)IOSTKNDRK

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)

Ie:e:

e:e:

e:

e:

e:

SISSe:RIR

RR

PBViewView

ViewView

View

View

PB

ViewPBViewViewPBPBViewSupr

SuprSupr

(N/A); 1 - 40(N/A); Primary, Secondry(None); None, LLAI, HALAI, DI, DO,AO, LLMUX, STIM, PI(N/A); ChannelA, Channel B(N/A); OK, Fail, Warning, Inform

(N/A); CommErr, ConfgMis, Idle,IdleSF, NonExist, NoResp, NotConfg, OK,PowerOn, SoftFail, UnAvail, Confgerr(None); None, HLAI, LLAI, AO, DI, DO; SI;LLMUX STIM, PI; AO16; DO32; DISOE(NotConfg); NotConfg, HLAI, LLAI,AO, DI, DO, LLMUX STIM, PI(Spaces); 8 characters(N/A); 1 - 127(Spaces); N/A(Spaces); N/A(Nonredun); Redun, Nonredun(0); 0.0, 0.625, 0.125, 0.25, 0.5, 1.0(N/A); 0 - 32767(1.0); N/A

(1.0); 0.0 - 240.0(1.0); 0.0 - 10.0

84




IOMSTS(n)

IOMTYPE(n)

IOMTYPE




IOP Type (IOP) (n = 1 - 168)

IOP Type (HPM Box)


Ie:e:

e:e:

e:

e:

e:

SISSe:RIR

RR

PBViewView

ViewView

View

View

PB


SuprSupr



(1.0); 0.0 - 240.0(1.0); 0.0 - 10.0

84




IOMSTS(n)

IOMTYPE(n)

IOMTYPE




IOP Type (IOP) (n = 1 - 168)

IOP Type (HPM Box)


Ie:e:

e:e:

e:

e:

e:

SISSe:RIR

RR

PBViewView

ViewView

View

View

PB


SuprSupr



(1.0); 0.0 - 240.0(1.0); 0.0 - 10.0

84


K1

K1-K2

K1-K3K1-K4KEXTKEYWORDKFFKGAPKLINKNLL(n)LASTPVLCNRECHNLIBADOPTLIBRYNUMLIBRYTXT(n)LIDESC(n)LINEPERD(n)

LISRC(n)

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)

RRR

RRRSRRRRLRE:E:ISSR

U

SuprSuprSupr

SuprSuprProgPBSuprSuprPBViewViewViewViewPBPBPBEngView

PB

(0.0); 0.0 - 1.0(1.0); 0.0 - 1.0(1.0); • 0

(1.0); N/A(1.0); • 0.0(1.0); 0.0 - 240.0(Blank); A-Z, 0-9, _(1.0); • 0.0 to ≤ 1.0(1.0); 0.0 - 1.0(1.0); 0.0 - 240.0(N/A); N/A(N/A); Real(NaN); N/A(ChannelA); ChannelA, ChannelB(Hold); Off, On, Hold(N/A); 1 - 3(N/A); N/A(Blank); 8 Characters(N/A); 15616 - 21759 µseconds


85


K1

K1-K2


LISRC(n)


RRR

RRRSRRRRLRE:E:ISSR

U

SuprSuprSupr


PB

(0.0); 0.0 - 1.0(1.0); 0.0 - 1.0(1.0); • 0

(1.0); N/A(1.0); • 0.0(1.0); 0.0 - 240.0(Blank); A-Z, 0-9, _(1.0); • 0.0 to ≤ 1.0(1.0); 0.0 - 1.0(1.0); 0.0 - 240.0(N/A); N/A(N/A); Real(NaN); N/A(ChannelA); ChannelA, ChannelB(Hold); Off, On, Hold(N/A); 1 - 3(N/A); N/A(Blank); 8 Characters(N/A); 15616 - 21759 µseconds


85


K1

K1-K2


LISRC(n)


RRR

RRRSRRRRLRE:E:ISSR

U

SuprSuprSupr


PB

(0.0); 0.0 - 1.0(1.0); 0.0 - 1.0(1.0); • 0

(1.0); N/A(1.0); • 0.0(1.0); 0.0 - 240.0(Blank); A-Z, 0-9, _(1.0); • 0.0 to ≤1.0(1.0); 0.0 - 1.0(1.0); 0.0 - 240.0(N/A); N/A(N/A); Real(NaN); N/A(ChannelA); ChannelA, ChannelB(Hold); Off, On, Hold(N/A); 1 - 3(N/A); N/A(Blank); 8 Characters(N/A); 15616 - 21759 µseconds


85


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

(NaN); PVEULO - PVEUHI, NaN(Null.Null); "TagName.Parameter" or"!MTmmSss.Parameter", or"$NMhhBxx.Parameter"(FL2); FL1 - FL12, SO1 - SO16, L1 -L12 (FL2); See SW09-540 PRD

(Null); OR, NOT, NAND, NOR, XOR,AND, SWITCH, CheckBad, Pulse,Delay, OnDLy, OffDLy, QOR2, QOR3,EQ, NE, GT, GE, LT, LE, MinPulse,MaxPulse, WatchDog, FlipFlop,ChDetect, Null

86



LOCALMAN

LOCUTOFFLODSTN(n)

LOENBL(n)

LOGALGID(n)



e:Ue:e:

LL

RR

e:

e:

e:

Eng/PBPBPBView

ViewProg

Eng/PBPB

PB

PB

PB




86



LOCALMAN

LOCUTOFFLODSTN(n)

LOENBL(n)

LOGALGID(n)



e:Ue:e:

LL

RR

e:

e:

e:

Eng/PBPBPBView

ViewProg

Eng/PBPB

PB

PB

PB




86


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

Ee:e:

e:RURRR

II

I

IIITLL

PBPB

Eng/PB

PBViewPBSuprViewSupr/ViewEngView

View

ViewViewPBEngPBView

(Null); A-Z, 0-9, _(12_24_4); 12_24_4, 12_16_8,12_8_12(FL1); L1 - L12, FL1 - FL12,NN1 - NN8, SO1 - SO24See SW09-540 PRD(N/A); N/A(Null); ONPULSE , OFFPULSE(100.0); >0.0% / Second(NaN); Na, NaN(NaN); Na, NaN

(0);(0); • 0

(0); • 0

(0); > 0(0); • 0(2); 2 - 4(Time of pt. build) Time Stamp(Off); Off - On(Off); Off - On

87




LSEQNUMRLSIOLORN(n)

LSPPXORN(n)




Ee:e:

e:RURRR

II

I

IIITLL

PBPB

Eng/PB


View

ViewViewPBEngPBView


(0);(0); • 0

(0); • 0


87




LSEQNUMRLSIOLORN(n)

LSPPXORN(n)




Ee:e:

e:RURRR

II

I

IIITLL

PBPB

Eng/PB


View

ViewViewPBEngPBView


(0);(0); • 0

(0); • 0


87


MANOPCMD

MANOPTIMMASKTIMMAXCNFPUMAXPUMAXPULSE

MAXSLOTSMAXTIM0HMAXTIM1HMAXTIM2HMAXTRAN0-2MINPULSE

MINUTEMODATTR

MODE

MODEAPPL

MODEPERM

Manual Output Pulse Command

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

Current MinuteMode Attribute

Mode (AnalgOut)Mode (DigComp, DevCtl)Mode (RegCtl)

Mode Applicability

Mode Permissive(DevCtl, DigComp,RegCtl)Mode Permissive(Analg Out)

e:

RIRRR

RRRRTR

Ie:

e:e:e:

L

e:

e:

Oper

Eng/PBSuprViewViewSupr

ViewSuprSuprSuprSuprPB

ViewOper

OperOperOper

View

Eng

Eng/PB

(None); Raise_1, Lower_1,None, Raise_10, Lower_10(1.0); 0.0 - 60.0 Seconds(0.0); 0 - 1000 sec.(N/A); N/A(0);(60.0); MINPULSE to 60.0Seconds, NaN(0); 0 - 127(0); N/A(0); N/A(0); N/A(0.0); no limit(0.0); 0.0 Seconds to MAXPULSE,NaN(N/A); 0 - 59(Operator); Operator, Program,Normal, None(Man); Man, Cas, Normal(Man); Man, Normal(Man); Man, Cas, Auto, BcasNormal(Man=On; Auto, Cas, & Bcas = Off,Static for DevCtl & DigComp); N/A(Permit); Permit, NotPerm

(Permit); Permit, NotPerm

88


MANOPCMD



MINUTEMODATTR

MODE

MODEAPPL

MODEPERM






Mode Applicability


e:

RIRRR

RRRRTR

Ie:

e:e:e:

L

e:

e:

Oper



ViewOper

OperOperOper

View

Eng

Eng/PB



88


MANOPCMD



MINUTEMODATTR

MODE

MODEAPPL

MODEPERM






Mode Applicability


e:

RIRRR

RRRRTR

Ie:

e:e:e:

L

e:

e:

Oper



ViewOper

OperOperOper

View

Eng

Eng/PB



88


MODNUMMOMSTATE

MONPERMONTHMOVPVFLMOVPVTXTMSGPENDMSGTXT(n)MXRMPDEVMXSOKDEVN

NAMENARRSLOTNCTLSLOTNDCSLOTNDEVSLOTNEIPRQUNFASTCTL

NFASTDC

NFASTDEVNFASTLOG

IOP Card NumberMomentary Output States

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

Ie:

IILSLSRRIISIIIIRI

I

II

PBEng/PB

EngViewViewPBViewPBSuprSuprPBPBPBPBPBPBPBViewPB

PB

PBPB

(N/A); 0 - 40 (None); Mom_0, Mom_1,Mom_2, Mom_1_2, None(3600); 4 - 3600(N/A); 1 - 12(Off); Off - On(MOVING); A-Z, 0-9, _(none); N/A(Blank); 0-15 _(NaN); • 0.0, NaN(NaN); • 0.0, NaN(1); 1 - 6(2); 2 - 6(N/A); A-Z, 0-9, _(0); 0 - 500(0); 0 - 250(0); 0 - 999(0); 0 - 400(0); N/A (0); 0 - 100 but < NCTLSLOT

(0); 0 - 999 but < NDCSLOT

(0); 0 - 100 but < NDEVSLOT(0); 0 - 100 but < NLOGSLOT

89


MODNUMMOMSTATE



NFASTDC

NFASTDEVNFASTLOG



Ie:

IILSLSRRIISIIIIRI

I

II

PBEng/PB


PB

PBPB


(0); 0 - 999 but < NDCSLOT


89


MODNUMMOMSTATE



NFASTDC

NFASTDEVNFASTLOG



Ie:

IILSLSRRIISIIIIRI

I

II

PBEng/PB


PB

PBPB


(0); 0 - 999 but < NDCSLOT


89


NFASTPVNFLAG

NI0 - 2NIMREVNIMVERSNLFMNLGAINNLOCNLOGSLOTNMINNMODATTRNMODE

NMODETRKNMSGTXTNN(n)

NNDESCNNINSET(n)

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

III

LIIIRIIIe:e:e:e:e:IRRRRRSI

PBViewPB

EngViewViewSuprSuprEngPBPBEngrEngr/PBViewEngrPBPBSpecialOperSuprSuprSpecialPBSupr

(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


NFASTPVNFLAG



NNDESCNNINSET(n)



III


PBViewPB



90


NFASTPVNFLAG



NNDESCNNINSET(n)



III


PBViewPB



90


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)

R

II

IIe:e:

e:Ie:Ie:

e:e:e:e:e:e:

PB

PBPB

PBPBEng

ViewPBViewPBView

ViewViewViewPBPBPB

(0); 0 - 99,999 if EXTDATA = IO_NN,else 0 - value of NNUMERIC(0); 0 - 16,384(0); 0 - 16 (EXTDATA = IO_NN), else0 - 240 if EXTDATA • IO_NN)(Special); 0 - 4(1); 0 - 4(ThisNIM); ThisNIM, RemotNIM,(None); None, Run, Idle,Warmstrt,Coldstrt,Pause, and Resume(Manual); Manual, Auto(N/A); 0, 1 - 64( ) Primary, Secndry(0); 0 - 12(N/A); NotConf, PowerOn, OK, Alive, Fail,OffNet, Loading, ConfgMis, Idle, IOIdL,Pf_IOIdL, Pf_Idle, PartFail, CommFail,NoSynch, Unknown, “S_” = simulation.(N/A); Offnet, OK(N/A); Offnet, OK(N/A); Offnet, OK(N/A); NIM,(HPM); HPM(HPM); HPM

91


NNSTIX

NNUMERIC



NODESTSNODESTAT

NODETYP





R

II

IIe:e:

e:Ie:Ie:

e:e:e:e:e:e:

PB

PBPB

PBPBEng

ViewPBViewPBView

ViewViewViewPBPBPB


91


NNSTIX

NNUMERIC



NODESTSNODESTAT

NODETYP





R

II

IIe:e:

e:Ie:Ie:

e:e:e:e:e:e:

PB

PBPB

PBPBEng

ViewPBViewPBView

ViewViewViewPBPBPB


91


NODFSTATNODINPTSNODOPTSNOGINPTSNOGOPTSNOLINPTSNOLOGBLKNOLOPTSNOOVRRUNNOPGATENOPINPTSNOPTSNORMCYCLNORQUAVG

NORQUMAX

NORSPAVG

NORSPMAX

NORSSEQ

NOSGATENOSIOVRD

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

e:IIN/AN/AIIIIIIIIR

R

R

R

I

IR

SuprPBPBN/AN/AViewViewViewViewPBViewViewPBView

View

View

View

Eng/PB

PBView

(Basic); Basic, Full(1); 0, 1, 2(1); 0, 1, 2, 3(N/A); 0 - 4(N/A); 0 - 4(Logic = 12, DevCtl = 0); 0 - 12(N/A); 0 - 24(N/A); Logic = 0 - 12, DevCtl = 0 - 2(0); 0 - 4(0); 0 - 4(Special); 0 - 6(0); N/A( ); 1- 64(0) N/A

(0) N/A

(0) N/A

(0) N/A

(2); 2 - 12

(0); 0 - 2(0); 0 - No Limit

92



NORQUMAX

NORSPAVG

NORSPMAX

NORSSEQ

NOSGATENOSIOVRD


e:IIN/AN/AIIIIIIIIR

R

R

R

I

IR


View

View

View

Eng/PB

PBView


(0) N/A

(0) N/A

(0) N/A

(2); 2 - 12

(0); 0 - 2(0); 0 - No Limit

92



NORQUMAX

NORSPAVG

NORSPMAX

NORSSEQ

NOSGATENOSIOVRD


e:IIN/AN/AIIIIIIIIR

R

R

R

I

IR


View

View

View

Eng/PB

PBView


(0) N/A

(0) N/A

(0) N/A

(2); 2 - 12

(0); 0 - 2(0); 0 - No Limit

92


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


NOSTATESNOTRAAVG

NOTRAMAX

NOTRANS(n)NPARAVG

NPARMAX

NPMSLOTNPRQUAVG(n)

NPRQUMAX(n)

NPRSPAVG(n)

NPRSPMAX(n)


NSIO


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


NOSTATESNOTRAAVG

NOTRAMAX

NOTRANS(n)NPARAVG

NPARMAX

NPMSLOTNPRQUAVG(n)

NPRQUMAX(n)

NPRSPAVG(n)

NPRSPMAX(n)


NSIO


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


NSTRING

NTIME

NTIMERNTRAAVGNTRAMAXNTRQUAVG(n)NTRQUMAX(n)NTRSPAVG(n)NTRSPMAX(n)NTWKNUMNXTSOAKVOFFNRMFLOFFNRMPR

OFFPULSEOLDAV

ONPULSEOP

OPALDB

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)

II

IIIRRRRRRIRLe:

RIRRRSDE

RR

PBPB

PBPBViewViewViewViewViewViewViewPBViewViewEng

OperViewViewOperOperOper

ProgEng/Pb

(0); 0 - 16,384(0); 0 - 8 if EXTDAT=IO_STR, else0 - 240 if EXTDATA • IO_STR(0); 0 - 4096(0); 0 - 240(0); 0 - 64(0); N/A(0); N/A(0); N/A. (n = 0 - 64)(0); N/A. (n = 0 - 64)(0); N/A. (n = 0 - 64)(0); N/A. (n = 0 - 64)(N/A); 1 - 20(N/A); • 0.0(Off); Off - On(Low); Emergency, High, Low,JnlPrint, Printer, Journal, NoAction(N/A); 0.0 - 60.0 seconds(N/A); • 0(N/A); • 0.0(N/A); 0.0 - 60.0 Seconds(-6.9% F/scale); -6.9 to 106.9%(STATETXT0); STATETXT0, 1, 2 =Descriptor, STATETXT3= NONE(0.0%); 0 to 100.0%(5 Units); 0 - 25 Output Units

94


NSTRING

NTIME


OFFPULSEOLDAV

ONPULSEOP

OPALDB




II

IIIRRRRRRIRLe:

RIRRRSDE

RR

PBPB



ProgEng/Pb


94


NSTRING

NTIME


OFFPULSEOLDAV

ONPULSEOP

OPALDB




II

IIIRRRRRRIRLe:

RIRRRSDE

RR

PBPB



ProgEng/Pb


94

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


OPCHAROPCMD

OPEUOPFINAL




OPLOSRCOPLOTP





LLe:R

RSDELLRe:

URRR

RLLRe:

UR

PBProgViewView


PBSuprViewSupr


NullSupr



95

Parameter


OPCHAROPCMD

OPEUOPFINAL




OPLOSRCOPLOTP





LLe:R

RSDELLRe:

URRR

RLLRe:

UR

PBProgViewView


PBSuprViewSupr


NullSupr



95


OPMCHLMOPOUT0OPOUT1-4

OPOUT5OPRATRFL

OPRINPUT

OPROCLMOPTDIROROFFSETOROPTOUT0-12OVERFLOWOVERLAPOVERPHASOVERSTATOVERSTEPOVERVALOVRCTIMOVRDALOPOVRDALPR

OVRDCONF

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



OPOUT5OPRATRFL

OPRINPUT


OVRDCONF





RRR

RL

R


L

SuprViewSupr

ViewView

Oper



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


96



OPOUT5OPRATRFL

OPRINPUT


OVRDCONF





RRR

RL

R


L

SuprViewSupr

ViewView

Oper



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


96


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); • 0.0(0.0); N/A, NaN(On); Off - On

(NaN); N/A(Bad); Bad, Uncertn, Normal(0); 0 - 1000(1.0); .0625 - 4.0 Seconds(10.0); 1.0 - 120.0 Seconds(0.5); 0625 - 4.0 Seconds(0.25); 0625 - 4.0 Seconds(Off); Off - On(NULL); NULL, AND, OR, NAND,NOR, XOR, PAND, POR, PNAND,PNOR, PXOR(NONE); NONE, SIO, IO, I1, I2,P0,P1, P2, SOCMD0, SOCMD1,SOCMD2, OPCMD, SG1, SG2

97


OVRDDESC

OVRDInFLOVRDSIFL

PP0P0 - P2


PFDLYFLPGALGID(n)

PGDSTN(n)





S

LL

RRL

Re:IRRRRLe:

e:

View

ViewView

ViewSuprEngr

ViewViewSuprPB

Eng/PBViewPBViewPB

PB


(1.0); • 0.0(0.0); N/A, NaN(On); Off - On


97


OVRDDESC

OVRDInFLOVRDSIFL

PP0P0 - P2


PFDLYFLPGALGID(n)

PGDSTN(n)





S

LL

RRL

Re:IRRRRLe:

e:

View

ViewView

ViewSuprEngr

ViewViewSuprPB

Eng/PBViewPBViewPB

PB


(1.0); • 0.0(0.0); N/A, NaN(On); Off - On


97


PGPLSWTHnPGSO(n)PHASEPHASEALPHASETIMPHREMTIMPIALGID(n)

PIDEADBD(n)PIDFORMPIDSTN(n)

PINN1-12PISO1-12PISRC(n)

PIUOTDCF

PIUOTDCF(n)

Primary Gate Pulse Width (n=1 - 4)Primary Gate Status Output (n=1 - 4)Phase NamePhase AlarmPhase TimePhase Time RemainingPrimary Input Gate AlgorithmID (n=1 - 12)

Primary Input Gate Deadband (n=1 - 12)PID Controller FormPV Input Connection Destination (n = 1 - 6)

Primary Input Constants NumericPrimary Input Gate Output ValuePV Input Connection Source (n = 1 - 6)Primary Input Source (DevCtl) (n = 1 - 12)Open Thermocouple Detection Enable (STI, LLMUX)Open Thermocouple Detection Enable (LLAI) (n = 1 - 168)

ILSLITe:

Re:P

RLE

e:

L

L

SuprViewViewViewViewViewPB

SuprEng/PbView

SuprViewPB

PB

Eng/ ViewSupr

(0); 0 - 8000 seconds(Off); On - Off(Spaces); N/A(Off); On - Off(0); 0 - 9999 Minutes(0); N/A(Null); Null, Invert, GT, GE, LT, LE, EQ, NE, GT2, GE2, LT2, LE2, EQ2, NE2, IN_SET

(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





PIUOTDCF

PIUOTDCF(n)




ILSLITe:

Re:P

RLE

e:

L

L


SuprEng/PbView

SuprViewPB

PB

Eng/ ViewSupr





98





PIUOTDCF

PIUOTDCF(n)




ILSLITe:

Re:P

RLE

e:

L

L


SuprEng/PbView

SuprViewPB

PB

Eng/ ViewSupr





98


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

e:

LIIIIe:

e:

Le:

e:

e:

e:

PB

ViewViewViewViewViewOnProc

View

ViewView

View

View

View

(Redun_2F); Redun, Redun_2FRedun_IO, Nodefalt( ); Off, On(0); • 0(0); • 0(0); • 0(0); • 0(None); None, Run, Idle, ShutDown,SwapPri, Coldstrt,SelChnA, SelChnB, Warmstrt,RsUCNLsb, RsIoLCom(N/A); InvAlert, InvDest, InvSourc,InvChCnt, InvCmd, Checksum,No_Resp, ChTimOut, MsgOvRun,GapError, LpBckErr, NTH_0TknRecov, RplBufOv, None(Off); Off, On( ); Notconfg, Confgmis,OK, Idle,Softfail, Idlesf, Nonexist, Noresp,Poweron, Commerr, Unavail(N/A); NonRedun, Primary,Secondry(N/A); ChannelA, ChannelB

(N/A); ChannelA, ChannelB

99


PKGOPT


PMMCOMER

PMMCTLSTPMMIOLST

PMMOPER

PMMRECCH

PMMRECHN


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 Operation

HPMM's I/O Link Current ReceiveChannelHPMM Active Receive Channel

e:

LIIIIe:

e:

Le:

e:

e:

e:

PB


View

ViewView

View

View

View



99


PKGOPT


PMMCOMER

PMMCTLSTPMMIOLST

PMMOPER

PMMRECCH

PMMRECHN


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 Operation

HPMM's I/O Link Current ReceiveChannelHPMM Active Receive Channel

e:

LIIIIe:

e:

Le:

e:

e:

e:

PB


View

ViewView

View

View

View



99


PMMSTS

PNTFORMPNTMODTY

PNTNODTYPNTSTATEPNTTYPE

POSITION

PR2PREFFPRGATRFLPRIMMODPRMDESCPROCMOD

PSDLYFLPSTSPTDESC

HPMM Primary Status

Point FormPoint’s IOP Type

Point’s Node TypePoint’s Overall StatePoint Type

HPMM File Position

Peer-To-Peer Comm Efficiency %Program Mode Attribute FlagPrimary Module IdentifierParameter Descriptor Assignmnt.Process Module Operating State

Poststore Delayed FlagPressure Input Value StatusPoint Descriptor

e:

e:e:

e:e:e:

e:

RLEe:e:

Le:S

View

Pb/ViewView

ViewViewPB

View

ViewViewEngEng/PbSpecial

ViewViewPB

(N/A); Offnet, Alive, OK, Idle,IdleSF,Fail, Loading, ConfgMis, AliveSFSoftFail, Test, TestSF, S_Idle, S_Idle SF,S_OK, S_SFFail, S_Pause (S=Simulation)(Full); Full, Componnt (NotConf) HLAI, LLAI, STIM, DISOE,AO, AO_16, DI, DO, DO_32, PI, LLMUX,NotConfg, SI, HPMM, SI(N/A); NIM, HPM, NotConfg(N/A); OK, Failed, Idle, Uncertn(Null); AnalgIn, AnalgOut, DigCom,DigIn, DigOut, ProcModl, RegPV, RegCtl,Logic, Null, DevCtl, Timer, ProcModl(N/A); Left, Right, File_1, File_2, Pref,Non_Pref, None, Unknown(100); 0 - 100(N/A); On - Off(Null); A-Z, 0-9, _(N/A); L1-12, FL1-12, NN1-4, SO1-16(Off); Off, Norm, Hold, Shdn, Emsd, Strt,Stop (Off); On - Off(Normal); Normal, Uncertn, Bad(Blank); A-Z 0-9 Space ! % & ’ ( ) + -/ : ; > < = ? _ , . $

100


PMMSTS

PNTFORMPNTMODTY


POSITION


PSDLYFLPSTSPTDESC

HPMM Primary Status



HPMM File Position



e:

e:e:

e:e:e:

e:

RLEe:e:

Le:S

View

Pb/ViewView

ViewViewPB

View


ViewViewPB


100


PMMSTS

PNTFORMPNTMODTY


POSITION


PSDLYFLPSTSPTDESC

HPMM Primary Status



HPMM File Position



e:

e:e:

e:e:e:

e:

RLEe:e:

Le:S

View

Pb/ViewView

ViewViewPB

View


ViewViewPB


100


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)

e:e:

e:S

e: Le:

e:

e:

RRe:e:e:RRRI

SuprSpecial

ViewPB

SuprViewProg

View

View

SuprOperOperOperOperOperViewOperView

(Inactive); Inactive, Active(Off); Off, Norm, Hold, Shdn, Emsd,Strt, Stop(Normal); Normal, Uncertn, Bad(Blank); A-Z 0-9 Space ! % & ’ ( ) +-/ : ; > < = ? _ , . $(Inactive); Inactive, Active(Off); Off - On (NotCon); NotCon, Sel, NotSel

( ); OffNet, ConfgMis, Idle, Idlesf, Ok,Fail, SoftFail, Powron, Alive, Alivesf,TestSF, Test, Loading, Notconfg,Nosynch, Unavail( ); Offnet, Confgms, Idle, Idlesf, Ok,Softfail, Fail, Poweron, Alive, Alivesf,Loading, Notconfg, Nosynch, Unavail

(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


PTEXECSTPROCMOD

PSTSPTDESC


PTSTSIOL

PTSTSUCN

PULSEWTHPV







e:e:

e:S

e: Le:

e:

e:

RRe:e:e:RRRI

SuprSpecial

ViewPB

SuprViewProg

View

View





101


PTEXECSTPROCMOD

PSTSPTDESC


PTSTSIOL

PTSTSUCN

PULSEWTHPV







e:e:

e:S

e: Le:

e:

e:

RRe:e:e:RRRI

SuprSpecial

ViewPB

SuprViewProg

View

View





101


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)

e:

Re:

Re:

e:R

RR

Eng/Pb

Eng/PbPB

ViewView

ViewView

ViewView

(one); Half, One, Two, Three, Four, Five,EU(NaN); > 0 (Null); DataAcq, FlowComp, MidOf3,HiLoAvg, Summer, VdtLdLag,TotaLizr, GenLin, CalcuLtr, Null(NaN); N/A(BADPVTXT); STATETXT(0), (1), (2),MOVPVTXT, BADPVTXT(N/A); STATETXT(0) or STATETXT(1)(NaN); N/A

(NaN); N/A(NaN); N/A

102


PVALDB

PVALDBEUPVALGID

PVAUTO




e:

Re:

Re:

e:R

RR

Eng/Pb

Eng/PbPB

ViewView

ViewView

ViewView



102


PVALDB

PVALDBEUPVALGID

PVAUTO




e:

Re:

Re:

e:R

RR

Eng/Pb

Eng/PbPB

ViewView

ViewView

ViewView



102


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

e:RRe:

Ie:e:e:

e:e:e:RR

ViewViewViewPB

SuprEng/PbEng/PbEng/Pb

PBEng/PbEng/PbEngEng

(Bad); Bad, Normal, Uncertn(NaN); PVEXEUHI - PVEXEULO(NaN); N/A, NaN(Linear); Sqrroot, Btherm, Etherm,Jtherm, Ktherm, Rtherm, Stherm,Ttherm, Ntherm, RPtherm, DinRtd,NickLRtd, CopprRtd, NiNiMOTC,Linear, JisRtd, Pt100DinRtd,Pt100JisRtd, Pt200Rtd, Pt500Rtd,CU10Rtd, CU25Rtd, W3W25TC,W5W26TC, RHRAD, RTD_Ohms(0); 0 - 60(NoClamp); Clamp, NoClamp(EqA); EqA - EqE(EqA); EqA - EqC

(EqA); EqA & EqB(EqA); EqA - EqF(EqA); EqA - EqD(NaN); PVEULO - PVEXEUHI, NaN(NaN); PVEXEULO - PVEUHI, NaN

103


PVAUTOSTPVCALC

PVCHAR


PVEUHIPVEULO



e:RRe:

Ie:e:e:

e:e:e:RR

ViewViewViewPB





103


PVAUTOSTPVCALC

PVCHAR


PVEUHIPVEULO



e:RRe:

Ie:e:e:

e:e:e:RR

ViewViewViewPB





103


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


PVEXEUHI

PVEXEULO


PVHHTP



R

R

LLLLe:Le:

R

R

Eng

Eng


Supr

Supr





104


PVEXEUHI

PVEXEULO


PVHHTP



R

R

LLLLe:Le:

R

R

Eng

Eng


Supr

Supr





104


PVHIFLPVHIPR

PVHITPPVINITPVLLFLPVLLPR

PVLLTP

PVLOFLPVLOPR

PV High Alarm FlagPV High Alarm Priority

PV High Alarm Trip PointPV Initialization Request FlagPV Low Low Alarm FlagPV Low Low Alarm Priority

PV Low Low Alarm Trip Point (AnalgIn, RegPV)PV Low Low Alarm Trip Point (RegCtl, PIDPosPr, PosProp)PV Low Alarm FlagPV Low Alarm Priority

Le:

RLLe:

R

R

Le:

ViewEng

SuprProgViewEng

Supr

Supr

ViewEng/Pb

(Off); Off - On(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction(NaN); PVLOTP - PVHHTP, NaN(Off); Off - On(Off); Off - On

(Low); JnlPrint, Printer, Emergncy,High, Low, Journal, NoAction

(NaN); PVEXEULO - PVLOTP,NaN(NaN); PVEULO - PVLOTP,NaN(Off); Off - On(Low); JnlPrint, Printer, Emergncy,Low, High, Journal, NoAction

105


PVHIFLPVHIPR


PVLLTP

PVLOFLPVLOPR




Le:

RLLe:

R

R

Le:

ViewEng

SuprProgViewEng

Supr

Supr

ViewEng/Pb




105


PVHIFLPVHIPR


PVLLTP

PVLOFLPVLOPR




Le:

RLLe:

R

R

Le:

ViewEng

SuprProgViewEng

Supr

Supr

ViewEng/Pb




105


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


PVLOTPPVNORMAL

PVNORMFLPVPPVRAW

PVRAWHI

PVRAWLO

PVROCNFL



PV Raw Low Range


Re:

LRRRLR

R

L

SuprSupr


Eng/Pb

View


106


PVLOTPPVNORMAL

PVNORMFLPVPPVRAW

PVRAWHI

PVRAWLO

PVROCNFL



PV Raw Low Range


Re:

LRRRLR

R

L

SuprSupr


Eng/Pb

View


106


PVROCNPR

PVROCNTPPVROCPFLPVROCPPR

PVROCPTPPVSGCHTPPVSOURCEPVSRCOPTPVSTATES(n)PVSTSPVTEMPPVTRACKPVTVPVTVPPVTXTOPTQQSTSR1(n)-R2(n)RAISDSTNRAISTIMRAISRATERAMPTIMERARWSTS

PV Negative Rate-of-Change Alarm PriorityPV Negative Rate-of-Change Trip PointPV Positive Rate-of-Change Alarm FlagPV Positive Rate-of-Change Alarm PriorityPV Positive Rate-of-Change Trip PointPV Significant Change Alarm Trip PointPV SourcePV Source OptionPV State Descriptors (n = 0 - 4)Status of PV Input ValuePV Temperature ScalePV Tracking OptionPV Target Value in Engineering UnitsPV Target Value in PercentPV Text OptionSteam Quality Factor InputQ Input Value StatusReal Input Number 1 - 2 (n = 1 - 24)Raise Output Pulse DestinationRaise Output Pulse TimeRaise OP Stroke Rate in %/SecRamp Time in MinutesRemote Anti-Reset Windup Status

e:

RLe:

RRe:e:Se:e:e:RRLRe:e:URRRe:

Eng

SuprViewEng

SuprSuprOper

Eng/PBViewViewPB

Eng/PBOperViewPBViewViewPBPBViewSuprOperView

(Low); JnlPrint, Printer, Emergncy,Low, High, Journal, NoAction(NaN); • 0.0, NaN(Off); Off - On(Low); JnlPrint, Printer, Emergncy,Low, High, Journal, NoAction(NaN); • 0.0, NaN(NaN); • 0.0, NaN(Auto); Auto, Man, Sub,Track(OnlyAuto); All, OnlyAuto(N/A); N/A(Bad); Bad, Normal, UncertnDegrees(C); C, F, R, K(NoTrack); Track, NoTrack(NaN); PVEXEULO - PVEXEUHI, NaN(NaN); • 0.0, NaN(Off); Off, On(1.0); • 0.0, NaN(Normal); Normal, Uncertn, Bad(L1); L1 - L12 & NN1 - NN8(Null); ONPULSE - OFFPULSE(N/A); N/A, NaN(100.0); > 0.0(0.0); • 0.0(Normal); Normal, Hi, Lo, HiLo

107


PVROCNPR




e:

RLe:


Eng

SuprViewEng

SuprSuprOper

Eng/PBViewViewPB



107


PVROCNPR




e:

RLe:


Eng

SuprViewEng

SuprSuprOper

Eng/PBViewViewPB



107


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 Option (AnalgOut)Remote Cascade Option (RegCtl)

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


RATE1

RATE1-12

RATIORBOPT

RCASOPT


RESETVAL

RESTART

RFBRGRINITREQ





RRR

Re:

e:e:

Le:RLLIRe:

RRL

SuprSuprSupr

OperEng/PB

Eng/PBEng/PB


ViewSuprView

(0.0); • 0.0, NaN(NaN); • 0.0, NaN(NaN); N/A


108


RATE1

RATE1-12

RATIORBOPT

RCASOPT


RESETVAL

RESTART

RFBRGRINITREQ





RRR

Re:

e:e:

Le:RLLIRe:

RRL

SuprSuprSupr

OperEng/PB

Eng/PBEng/PB


ViewSuprView

(0.0); • 0.0, NaN(NaN); • 0.0, NaN(NaN); N/A


108


RINITVALRJRAWRJTEMPRP

RQRSPBGP$$RSTROPTRT

RTHILMRTLOLMRUNSTATERVRXS0BOXCLRS1BOXCLRS2BOXCLRS1

S1, S2S1(n)-S4(n)

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)

Select X1-X4 Request Flag (Switch)

RRRRRRRe:RRRRLIRe:

LSLe:

L

ViewViewViewSuprSuprSuprViewEngSuprSuprSuprSuprViewViewSuprView

ProgViewViewPB

Oper

(NaN); N/A, NaN(NaN); N/A( ); N/A(1.0); 0.01 - 100(1.0); N/A(1.0); N/A(N/A); > 0(Off); Off, Restart(1.0); 0.01 - 100.0(1.0); N/A(100); RTLOLM - 100, NaN(0.01); 0.01 - RTHILM, NaN(Off); Off, On(0); >0(1.0); anything but NaN(N/A); Red, Green, White, BlackCyan, Yellow, Blue, Magenta

(Off); On - Off(Blank); Blank, N/A(Off); On - Off(L1); L1 - L12, FL1 - FL12, SO1 - SO24(On); Off - On

109



RQRSPBGP$$RSTROPTRT


S1, S2S1(n)-S4(n)

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



RRRRRRRe:RRRRLIRe:

LSLe:

L


ProgViewViewPB

Oper



109



RQRSPBGP$$RSTROPTRT


S1, S2S1(n)-S4(n)

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



RRRRRRRe:RRRRLIRe:

LSLe:

L


ProgViewViewPB

Oper



109


S1BGNTIM,S2BGNTIMS1ENDTIM,S2ENDTIMS1REV(n) -S3REV(n)S1SEGID,S2SEGIDSAFEOPSAFEOPCMDSCANPERSCANPRISCANRATE

SEALOPTSECONDSECSYNCSECVAR

SEGTOTSEGTYPE

Mark 1 and Mark 2 Begin Times

Mark 1 and Mark 2 End Times

S1, S2, S3 Inputs Reversed(n = 1 - 24)Mark 1 and Mark 2 Segment IdentifiersSafe Operation for Safety ShutdownSafe Operation CommandSI Data Scan PeriodSI Data FTA Scan PriorityScan Rate

Seal in Circuit OptionCurrent SecondSecondary Synchronization StatusSecondary VariableSecondary Variable (DevCtl)Total Number of SegmentsSegment Type

R

R

L

e:

Re:Re:e:

e:Ie:RRIe:

Supr

Supr

PB

Supr

EngrEngrPBPBPB

Eng/PbViewViewViewViewSuprView

(0.0); 0 - 120 Minutes

(0.0); 0 - 120 Minutes

(Off); On - Off

(Ramp1); Ramp1 - Ramp12,Soak1 - Soak12(N/A); -6.9 - 106.9%, NaN(Idle); Idle, Raise, Lower(1.0); .25, .5, 1.0 seconds(Low); Low, High(Reg1Log1); Reg1Log1, Reg1Log2,Reg1Log4, Reg2Log2, Reg2Log4,Reg4Log4, Null(None); None, Sealin(N/A); 0 - 59( ); Synched, NoSynch(NaN); N/A, NaN(0.0); Real numbers including NaN)(1); 1- 12(N/A); Ramp, Soak

110




SEGTOTSEGTYPE





R

R

L

e:

Re:Re:e:

e:Ie:RRIe:

Supr

Supr

PB

Supr

EngrEngrPBPBPB


(0.0); 0 - 120 Minutes

(0.0); 0 - 120 Minutes

(Off); On - Off


110




SEGTOTSEGTYPE





R

R

L

e:

Re:Re:e:

e:Ie:RRIe:

Supr

Supr

PB

Supr

EngrEngrPBPBPB


(0.0); 0 - 120 Minutes

(0.0); 0 - 120 Minutes

(Off); On - Off


110


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)

e:e:e:e:e:

e:e:

ViewViewViewOperPB

PBPB

(SelectP1); SelectP1 - SelectP6(SelectP1); SelectP1 - SelectP3(SelectX1); SelectX1 - SelectX4(SelectX1); SelectX1 - SelectX4(1_5_V); 1_5_V, 0_5_V, P4_2_V, _5_V,0_100_MV, Thermcpl, RTD, Slidwire(0_100_mV ); 0_100_mV, Thermcpl, RTD(Spt_Dp); Spt_Dp, Spt_Gp, Spt_Ap, Stt, Sfm

111


SELINP

SELXINP

SENSRYTP


e:e:e:e:e:

e:e:

ViewViewViewOperPB

PBPB


111


SELINP

SELXINP

SENSRYTP


e:e:e:e:e:

e:e:

ViewViewViewOperPB

PBPB


111


SEQERR Sequence Error I View (0); 0 - 255, as Follows: 0 - No Error 1-100 - Not Used

Error Codes 101 - Not Used 102 - Array Index Error 103 - Illegal IMD Code 104 - Illegal Variable/Operator Code 105 - Interpreter Stack Overflow 106 - GOTO Destination Error 107 - Key Level Error 108 - Configuration Mismatch Error 109 - I/O Link Prefetch Overflow 110 - Subroutine Nesting Level Error 111 - Illegal Value Error 112 - Fail Statement 113 - (IOL - Prefetch buffer full) 114 - (IOL - Poststore buffer full) 115 - (UCN - Prefetch buffer full) 116 - (UCN - Poststore buffer full) 117-164 - Not Used 165 - Sequence Halted by Operator 166 - Sequence Jumped to an Abnormal Condition Handler That was Not Enabled 167 - Not Used

112




112




112


SEQERR

SEQEXEC

SEQMODESEQNAMESEQOBJSZSEQPR

SEQPRGSZSEQPROCSEQSLTSZ

Sequence Error

Sequence Execution State

Sequence Execution ModeSequence NameSequence Prog. SizeSequence Priority

Sequence Prog. SizeSequence ProcessingSequence Slot Size

I

e:

e:SIe:

Ie:I

View

View

SpecialViewViewEngr

ViewPBPB

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


SEQERR

SEQEXEC



Sequence Error




I

e:

e:SIe:

Ie:I

View

View

SpecialViewViewEngr

ViewPBPB


113


SEQERR

SEQEXEC



Sequence Error




I

e:

e:SIe:

Ie:I

View

View

SpecialViewViewEngr

ViewPBPB


113


SERIALNO

SGALGID(n)

SGDSTN(n)

SGPLSWTH(n)SGSO(n)

SHEDMODESHEDTIMESHUTDOWNSI0SIOALOPT

SIOALPR

SIALGID(n)

Serial No./PROM Number of the Smart Transmitter

Secondary Gate ID (n = 1 - 2)

Secondary Gate Destination (n = 1 - 2)

Pulse Width for Secondary Gate (n = 1 - 2)Status Output for Secondary Gates(n = 1 - 2)Shed Mode (RegCtl)Remote Cascade Shed TimeShutdown Command FlagSafety Override Interlock FlagSafety Override Alarm

Safety Override Alarm Priority

Secondary Input Gate Algorithm ID(n = 1 - 12)

S

e:

e:

IL

e:ILLe:

e:

e:

View

PB

PB

SuprView

EngEng/PBProgEng

Eng

PB

(0); >0(Blank); N/A

(None); Null, AND, OR,NAND, NOR, XOR,PAND, POR, PNAND,PNOR, PXOR(None); None, SIO, IO, I1,I2, P0, P1, P2,SOCMD0-2, OPCMD(0); 0-8000(Off); Off, On

(Man); Man, Bcas, Auto(0); 0 - 1000 Seconds(Off); Off - On(Off); Off - On(None); None, Auto_Rtn,Cnfm_Rqd(NoAction); JnlPrint, Printer,Emergency, High, Low,Journal, NoAction(Null); Null, Dly, Ondly,Offdly, Pulse, Maxpulse,Minpulse

114


SERIALNO

SGALGID(n)

SGDSTN(n)

SGPLSWTH(n)SGSO(n)


SIOALPR

SIALGID(n)







S

e:

e:

IL

e:ILLe:

e:

e:

View

PB

PB

SuprView

EngEng/PBProgEng

Eng

PB

(0); >0(Blank); N/A



114


SERIALNO

SGALGID(n)

SGDSTN(n)

SGPLSWTH(n)SGSO(n)


SIOALPR

SIALGID(n)







S

e:

e:

IL

e:ILLe:

e:

e:

View

PB

PB

SuprView

EngEng/PBProgEng

Eng

PB

(0); >0(Blank); N/A



114


SIDLYTIM(n)

SIDSTN(n)

SIM_TXTSI0CONF

SISO(n)

SLOTNUM

Secondary Input Gate Delay/PulseWidth (n = 1 - 12)Secondary Input Gate Destination

Simulation IndicatorSafety Override Interlock AlarmConfirmation flagStatus Output for Secondary Input Gate(n = 1 - 12)Slot Number

I

e:

SL

L

I

Supr

PB

ViewOper

View

PB

(0); 0-8000

(None); SIO, I0-I2, P0-P2,SOCMD0-2, OPCMD,SG1-SG2, PG1-PG4(N/A); N/A(Off); N/A

(Off); Off, On

(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


SIDLYTIM(n)

SIDSTN(n)

SIM_TXTSI0CONF

SISO(n)

SLOTNUM



I

e:

SL

L

I

Supr

PB

ViewOper

View

PB

(0); 0-8000


(Off); Off, On


115


SIDLYTIM(n)

SIDSTN(n)

SIM_TXTSI0CONF

SISO(n)

SLOTNUM



I

e:

SL

L

I

Supr

PB

ViewOper

View

PB

(0); 0-8000


(Off); Off, On


115


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

(0.0); SPLOLM-SPHILM

(0); 0 - 32000 (N/A); • SPEULO(N/A); • SPEUHI(N/A); D0, D1, D2, D3

116


SLOTNUM

SLWSRCIDSNAME(n)SO

SO1 - SO24SO(I)


SP




I

ISLLLL

RRL

R

IRRe:

PB


SuprSuprProg






116


SLOTNUM

SLWSRCIDSNAME(n)SO

SO1 - SO24SO(I)


SP




I

ISLLLL

RRL

R

IRRe:

PB


SuprSuprProg






116


SPHIFLSPHILMSPLOCK

SPLOFLSPLOLMSPOPTSPPSPTV

SPTVPSRQUTAVGSRQUTMAXSRSPTAVGSRSPTMAXSSTEP(n)SSTMT(n)

ST0_OP1 throughST2_OP3STARTFLSTATE

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

(N/A); • 0.0%(NaN); N/A(NaN); N/A(NaN); N/A(NaN); N/A(Blank); N/A(Blank); 0 - 255

(Off); Off - On

(Off); Off - On(Stopped); Stopped, Running(N/A); Loading, Loadcomp, Loadfail,Calib, Calcomp, Calfail, OK, DBChange

117


SPHIFLSPHILMSPLOCK







LRe:

LRe:RR

RRRRRSI

L

Le:e:

ViewSuprEng



Eng/PB

ProgViewView



(Off); Off - On


117


SPHIFLSPHILMSPLOCK







LRe:

LRe:RR

RRRRRSI

L

Le:e:

ViewSuprEng



Eng/PB

ProgViewView



(Off); Off - On


117


STATE0 throughSTATE2STATETXT(n)

STATMENTSTATTIMnSTCHGOPTSTDBYMANSTDBYSTS(n)STEPSTI_EU

Current State

State Descriptor 0 - 3 Text

StatementState Time (n = 0 - 2)State Change OptionStandby Manual FlagStandby Status Flag (n = 1 -168)StepSmart Transmitter EngineeringUnits

S

S

ITe:LLSe:

View

PB

ViewView

Eng/PBViewViewViewEng

(On, Off, State2); N/A

STATETXT(0) = Off,STATETXT(1) = On,STATETXT(2) = STATE2 text/$NullSTATETXT(3) = None(0); 1 - 255(0); 0 - 4000 days(None); None, STATE0(Off); Off - On( ); Off - On(Blank); N/A(InH2O); InH2O, MMHG, PSI, KPA, MBar,Bar, G_SQCM, KG_SQCM, MPA, MMH20,INHG, Deg_C, Deg_F, Deg_K, Deg_R,MV, V, Ohms, CM_HR, Gal_HR, LIT_HR,CC_HR, CM_Min, Gal_Min, Lit_Min,CC_Min, CM_DAY, Gal_Day, KGal_Day,BRL_Day, CM_Sec, Ft_Sec, M_SecPRCNT, BLANK, LBS, KG, TONS, GRAMS,OZ, GAL, BRL, CUB_M, LITERS,MLITRES, FL_OZ, FEET, METERS, MM,INCHES, KG_CUM, G_CUM, LBS_CUFT,LBS_CUIN

118




Current State



S

S

ITe:LLSe:

View

PB

ViewView




118




Current State



S

S

ITe:LLSe:

View

PB

ViewView




118

Parameter


STISWVER

STITAG

STOPFLSTR8(n)

STR16(n)STR32(n)STR64(n)STR8(i)

STR16(i)

STR32(i)

STR64(i)

STRDESCSTRLENSTRSTIXSTRTFAILSTSMSGSUMSLTSZ

Software Revision Level of the Smart TransmitterTransmitter Tag Name of the Smart TransmitterStop Command FlagBox String Variables HPM Box, (n = 1 - 16384)Local String Variables (n = 1 - 16)Local String Variables (n = 1 - 8)Local String Variables (n = 1 - 4)Local String Variables (n = 1 - 2)Array Point String Variables

Array Point String Variables



String Array DescriptorString LengthString Array Start IndexStartup/Failover InformationStatus MessageTotal Configured Memory for SequencePrograms

S

S

LSSSSSS

S

S

S

SIRSe:I

View

Eng/PB

ProgOperSpecialSpecialSpecialSpecialSpecial

Special

Special

Special

PBPBPBViewOperView

(Blank); N/A, MPA

(Spaces); A - Z and 0 -9

(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


STISWVER

STITAG

STOPFLSTR8(n)


STR16(i)

STR32(i)

STR64(i)







S

S

LSSSSSS

S

S

S

SIRSe:I

View

Eng/PB


Special

Special

Special

PBPBPBViewOperView

(Blank); N/A, MPA



119

Parameter


STISWVER

STITAG

STOPFLSTR8(n)


STR16(i)

STR32(i)

STR64(i)







S

S

LSSSSSS

S

S

S

SIRSe:I

View

Eng/PB


Special

Special

Special

PBPBPBViewOperView

(Blank); N/A, MPA



119


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

e:

Ie:

e:

RSSRRLe:

RR

Le:

RR

View

ViewEng/PB

Eng/PB

Eng/PBPBPBEng/PBEng/PBViewEngr

SuprSupr

ViewEngr

SuprSupr

(None); None, ConfMsg, WaitInput Msg, Feedback(0); >0 - 32,767(One); Half, One, Two, Three,Four, Five, EU(One); Half, One, Two, Three,Four, Five, EU(0); Allowable Eng. Units(Blank); 8 Characters(Blank); 8 Characters(NaN); <> NaN(NaN); <> NaN(Off); Off, On(Low); JnlPrint, Printer,Emergency, High, Low,Journal, NoAction(NaN); > SVHITP or NaN(NaN); 0 - 100

(Off); Off, On(Low); JnlPrint, Printer,Emergency, High, Low,Journal, NoAction(NaN); 0 - 100(NaN); 0 - 100

120


SUSPSTAT

SUSPTIMESVALDB

SVALDB


SVHHTPSVHHTPP

SVHIFLSVHIPR

SVHITPSVHITPP

Suspend State






e:

Ie:

e:

RSSRRLe:

RR

Le:

RR

View

ViewEng/PB

Eng/PB


SuprSupr

ViewEngr

SuprSupr



120


SUSPSTAT

SUSPTIMESVALDB

SVALDB


SVHHTPSVHHTPP

SVHIFLSVHIPR

SVHITPSVHITPP

Suspend State






e:

Ie:

e:

RSSRRLe:

RR

Le:

RR

View

ViewEng/PB

Eng/PB


SuprSupr

ViewEngr

SuprSupr



120


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)

RRURRLe:

RRRRe:RRTTTe:e:

ViewViewPBOperOperViewView

ViewSuprSuprSuprEng/PBSuprSuprOperSpecialSpecialEngEng/PB

(NaN); 0 - 100(NaN); 0 - 100(Null); See full PRD(NaN); SVEULO to SVEUHI(NaN); 0 -100(On); Off, On(None); OK, Warning, Fail

(1); • 0.0(0.0); N/A(0.0); 0.0 - 1440.0 Minutes(0.0); 0.0 - 1440.0 Minutes(Normal); Normal, Extended(0.0); • 0.0 Minutes(0.0); 0.0 - 60.0 Minutes (0); N/A(0); N/A(N/A); 1 < i < NTIME(Seconds); Seconds, Minutes(Minutes); Seconds, Minutes,Hours

121




TIMEBASE


RRURRLe:

RRRRe:RRTTTe:e:





121




TIMEBASE


RRURRLe:

RRRRe:RRTTTe:e:





121


TIMEDESCTIMESECS(n)TIMESTIXTIMESYNCTLDTLG1, TLG2TMCMD(n)

TMPV(n)

TMRV(n)

TMSO(n)TMSP(n)

TMST(n)TMTB(n)TOTLUAVGTOTLUMAXTRACKINGTRANTIM0-2TRATAVGTRATMAXTRFB

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

STRe:RRe:

I

I

LI

e:e:RRLTRRR

PBSpecialPBPBSuprSuprOper

View

View

ViewOper

ViewEngrViewViewEng/PBViewViewView

View

(Spaces); N/A,PB(N/A); 1 < i < NTIME(0); 0 - NTIME(Disable); Enable, Disable(0.0); -1440.0 to +1440.0 Minutes(0.0); 0.0 - 1440.0 Minutes(N/A); None, Start, Stop, Reset, ResetStrt(0); > 0

(0); > 0

(Off); Off - On(0); 0 - 32000

(Stopped); Stopped, Running(Seconds); Seconds, Minutes(0.0); 0 - 100(0.0); 0 - 100(Off); Off - On(0); Time Stamp(NaN); N/A(NaN); N/ANaN); N/A

122



TMPV(n)

TMRV(n)

TMSO(n)TMSP(n)




STRe:RRe:

I

I

LI

e:e:RRLTRRR


View

View

ViewOper


View


(0); > 0

(Off); Off - On(0); 0 - 32000


122



TMPV(n)

TMRV(n)

TMSO(n)TMSP(n)




STRe:RRe:

I

I

LI

e:e:RRLTRRR


View

View

ViewOper


View


(0); > 0

(Off); Off - On(0); 0 - 32000


122


TSCOMPTSSRCTSTSTSUNICHGTVPROC

UCNRECHN

UCNSCANTUCNWRTLKUNCMDFLUNIT

UPGRADEURLURVUSERIDUTSDRIFTUTSNODEUTSTBCRVUTSTIMST

UTSTIMEWARMSTRTWEEKDAYWITHBIASn

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



UCNRECHN





UCN Receive Channel




TTe:Te:

e:

Re:LS

e:RRSIISe:

TLIL


View

Eng/PbEngViewPB



ViewViewViewView



123



UCNRECHN





UCN Receive Channel




TTe:Te:

e:

Re:LS

e:RRSIISe:

TLIL


View

Eng/PbEngViewPB



ViewViewViewView



123


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

X Input Low Range in Engineering Units

X Input Value StatusCurrent Year

RRRRRRRRR

R

e:I

ViewProgProgProgViewViewViewSuprEng

Eng

ViewView

(1.0); • 0.0(NaN); • 0.0, N/A(NaN); • 0.0, NaN (NaN); • 0.0, NaN(N/A); N/A(N/A); N/A(N/A); N/A(0.0); 0 - 60 minutes(100.0, Equivalent to 100%); >XEULO(0.0, Equivalent to 0%); < XEUHI(Normal); Normal, Uncertn, Bad(N/A); 1979 - 2115

124


XX1X1 - X3X1 - X4X2

X2FILTX2TFXEUHI

XEULO

XSTSYEAR




RRRRRRRRR

R

e:I


Eng

ViewView


124


XX1X1 - X3X1 - X4X2

X2FILTX2TFXEUHI

XEULO

XSTSYEAR




RRRRRRRRR

R

e:I


Eng

ViewView


124

honeywellthe parameter definitions in this guide are listed alphabetically by parameter name. each...

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