Honeywell
TotalPlant
APM
Parameters Pocket Guide
AP09-541
2/99
CONTENTS
Introduction
Description of Parameter Definitions
Point Types
Algorithms
Parameters Per Point Type
Parameters Per Algorithm Type
Parameter Definitions
i
i
2
3
4
25
63
Copyright 1999 - Honeywell Inc.
Honeywell
TotalPlant
APM
Parameters Pocket Guide
AP09-541
2/99
CONTENTS
Introduction
Description of Parameter Definitions
Point Types
Algorithms
Parameters Per Point Type
Parameters Per Algorithm Type
Parameter Definitions
i
i
2
3
4
25
63
Copyright 1999 - Honeywell Inc.
Honeywell
TotalPlant
APM
Parameters Pocket Guide
AP09-541
2/99
CONTENTS
Introduction
Description of Parameter Definitions
Point Types
Algorithms
Parameters Per Point Type
Parameters Per Algorithm Type
Parameter Definitions
Copyright 1999 - Honeywell Inc.
i
i
2
3
4
25
63
This guide contains definitions of the parameters used in the Advanced Process Manager (APM) and
Network Interface Module (NIM). This guide is a condensed version of the Advanced Process Manager
Parameter Reference Dictionary.
Description of Parameter Definitions
The parameter definitions in this guide are listed alphabetically by parameter name. Each parameter
definition contains the parameter name, description, data type, access lock, default, and range.
Parameter
The Parameter column contains the short name (up to 8 characters) of the parameters. The parameter
names are listed in alphabetical order.
Description
The Description column contains the long name of the parameter.
Type
Abbreviations in the Type column have the following meaning:
A = ASCII
BR = Blind Record
e: = enumeration
E = Entity.Parameter
I = Integer
L = Logical
P = Parameter Identifier
R = Real
S = String
SDE = Self Def. Enumeration
T = Time
U = Universal Entity.Parameter
Lock
Entries in the Lock column define who or what can change the parameter’s value or option.
i
This guide contains definitions of the parameters used in the Advanced Process Manager (APM) and
Network Interface Module (NIM). This guide is a condensed version of the Advanced Process Manager
Parameter Reference Dictionary.
Description of Parameter Definitions
The parameter definitions in this guide are listed alphabetically by parameter name. Each parameter
definition contains the parameter name, description, data type, access lock, default, and range.
Parameter
The Parameter column contains the short name (up to 8 characters) of the parameters. The parameter
names are listed in alphabetical order.
Description
The Description column contains the long name of the parameter.
Type
Abbreviations in the Type column have the following meaning:
A = ASCII
BR = Blind Record
e: = enumeration
E = Entity.Parameter
I = Integer
L = Logical
P = Parameter Identifier
R = Real
S = String
SDE = Self Def. Enumeration
T = Time
U = Universal Entity.Parameter
Lock
Entries in the Lock column define who or what can change the parameter’s value or option.
i
This guide contains definitions of the parameters used in the Advanced Process Manager (APM) and
Network Interface Module (NIM). This guide is a condensed version of the Advanced Process Manager
Parameter Reference Dictionary.
Description of Parameter Definitions
The parameter definitions in this guide are listed alphabetically by parameter name. Each parameter
definition contains the parameter name, description, data type, access lock, default, and range.
Parameter
The Parameter column contains the short name (up to 8 characters) of the parameters. The parameter
names are listed in alphabetical order.
Description
The Description column contains the long name of the parameter.
Type
Abbreviations in the Type column have the following meaning:
A = ASCII
BR = Blind Record
e: = enumeration
E = Entity.Parameter
I = Integer
L = Logical
P = Parameter Identifier
R = Real
S = String
SDE = Self Def. Enumeration
T = Time
U = Universal Entity.Parameter
Lock
Entries in the Lock column define who or what can change the parameter’s value or option.
i
The following chart shows who/what can change the parameter’s value for each access lock. Access
level defines who or what is requesting a parameter value or option change.
Lock
Oper
Supr
Eng or Eg
OnProc
Supr/Eng
EgOnly
Prog
Eng/PB
PB
View
Oper
•
Supr
•
•
•
•
•
Engr
•
•
•
•
•
•
Access Level
Cont
APMMCc
•
•
•
•
•
•
•
•
Prog
•
•
•
PB
•
•
•
•
•
•
•
•
Note:
Cont = Continuous_Control (from a Module on the LCN)
Eng/PB = Engineer or Point Builder
EgOnly = Engineer Only
Engr or Eg = Engineer
OnProc = On Process
Oper = Operator
PB = Point Builder
APMMCc = PMM_Continous_Control (from PMM)
Prog = CL/PM Sequence Program
Supr = Supervisor
Supr/Eng = Supervisor or Engineer
Special = see full PRD
View = Read Only
1
The following chart shows who/what can change the parameter’s value for each access lock. Access
level defines who or what is requesting a parameter value or option change.
Lock
Oper
Supr
Eng or Eg
OnProc
Supr/Eng
EgOnly
Prog
Eng/PB
PB
View
Oper
•
Supr
•
•
•
•
•
Engr
•
•
•
•
•
•
Access Level
Cont
APMMCc
•
•
•
•
•
•
•
•
Prog
•
•
•
PB
•
•
•
•
•
•
•
•
Note:
Cont = Continuous_Control (from a Module on the LCN)
Eng/PB = Engineer or Point Builder
EgOnly = Engineer Only
Engr or Eg = Engineer
OnProc = On Process
Oper = Operator
PB = Point Builder
APMMCc = PMM_Continous_Control (from PMM)
Prog = CL/PM Sequence Program
Supr = Supervisor
Supr/Eng = Supervisor or Engineer
Special = see full PRD
View = Read Only
1
The following chart shows who/what can change the parameter’s value for each access lock. Access
level defines who or what is requesting a parameter value or option change.
Lock
Oper
Supr
Eng or Eg
OnProc
Supr/Eng
EgOnly
Prog
Eng/PB
PB
View
Oper
•
Supr
•
•
•
•
•
Engr
•
•
•
•
•
•
Access Level
Cont
APMMCc
•
•
•
•
•
•
•
•
Prog
•
•
•
PB
•
•
•
•
•
•
•
•
Note:
Cont = Continuous_Control (from a Module on the LCN)
Eng/PB = Engineer or Point Builder
EgOnly = Engineer Only
Engr or Eg = Engineer
OnProc = On Process
Oper = Operator
PB = Point Builder
APMMCc = PMM_Continous_Control (from PMM)
Prog = CL/PM Sequence Program
Supr = Supervisor
Supr/Eng = Supervisor or Engineer
Special = see full PRD
View = Read Only
1
(Default) and Range
The default value and range for the parameter are listed in this column. The default value is the value assigned by
the system when the user does not make an entry for the respective parameter. The default value is enclosed by
parentheses ( ). The range of the value is listed to the right of the parentheses. See Full PRD means the
explanation is lengthy; refer to the same parameter in the APM Parameter Reference Dictionary.
Point Types
Abbreviation
AnalgIn, AI
AnalgOut, AO
Array
Box
DevCtl
DigComp
DigIn, DI
DigOut, DO
Flag
IOP
Abbreviation
Definition
LLMUX
Logic
NIM
Numeric
PI
ProcMod
RegCtL
RegPV
SDI
SI
STI
Timer
UCN
Analog Input
Analog Output
Array
APM Box
Device Control
Digital Composite
Digital Input
Digital Output
Box Flag
Input/Output
Processor
Definition
Low Level Multiplexer*
Logic
Network Inerface Module
Box Numeric
Pulse Input*
Process Module
Regulatory Control
Regulatory PV
Serial Device Interface
Serial Interface
Smart Field Transmitter*
Box Timer
Universal Control Network
*These are subsets of the Analog Input type
2
(Default) and Range
The default value and range for the parameter are listed in this column. The default value is the value assigned by
the system when the user does not make an entry for the respective parameter. The default value is enclosed by
parentheses ( ). The range of the value is listed to the right of the parentheses. See Full PRD means the
explanation is lengthy; refer to the same parameter in the APM Parameter Reference Dictionary.
Point Types
Abbreviation
AnalgIn, AI
AnalgOut, AO
Array
Box
DevCtl
DigComp
DigIn, DI
DigOut, DO
Flag
IOP
Definition
Abbreviation
Analog Input
Analog Output
Array
APM Box
Device Control
Digital Composite
Digital Input
Digital Output
Box Flag
Input/Output
Processor
LLMUX
Logic
NIM
Numeric
PI
ProcMod
RegCtL
RegPV
SDI
SI
STI
Timer
UCN
Definition
Low Level Multiplexer*
Logic
Network Inerface Module
Box Numeric
Pulse Input*
Process Module
Regulatory Control
Regulatory PV
Serial Device Interface
Serial Interface
Smart Field Transmitter*
Box Timer
Universal Control Network
*These are subsets of the Analog Input type
2
(Default) and Range
The default value and range for the parameter are listed in this column. The default value is the value assigned by
the system when the user does not make an entry for the respective parameter. The default value is enclosed by
parentheses ( ). The range of the value is listed to the right of the parentheses. See Full PRD means the
explanation is lengthy; refer to the same parameter in the APM Parameter Reference Dictionary.
Point Types
Abbreviation
AnalgIn, AI
AnalgOut, AO
Array
Box
DevCtl
DigComp
DigIn, DI
DigOut, DO
Flag
IOP
Definition
Analog Input
Analog Output
Array
APM Box
Device Control
Digital Composite
Digital Input
Digital Output
Box Flag
Input/Output
Processor
*These are subsets of the Analog Input type
2
Abbreviation
LLMUX
Logic
NIM
Numeric
PI
ProcMod
RegCtL
RegPV
SDI
SI
STI
Timer
UCN
Definition
Low Level Multiplexer*
Logic
Network Inerface Module
Box Numeric
Pulse Input*
Process Module
Regulatory Control
Regulatory PV
Serial Device Interface
Serial Interface
Smart Field Transmitter*
Box Timer
Universal Control Network
Algorithms
Abbreviation
Definition
AutoMan
CaLcuLtr
DataAcq
FlowComp
GenLin
HiLoAvg
IncrSum
MidOf3
MulDiv
ORSel
Pid
Auto Manual CtL Algo
Calculator PV Algo
Data Acquisition PV Algo
Flow Compensation PV Algo
General Linearity PV Algo
High-Low Average PV Algo
Incremental Summer CtL Algo
Middle Of Three PV Algo
Multiply/Divide CtL Algo
Override Selector CtL Algo
Proportional, Integral, and
Derivative CtL Algo
PID With External Reset
Feedback CtL Algo
PID With Feedforward CtL Algo
PID With Position Proportional
Position Proportional CtL Algo
Ramp Soak CtL Algo
Ratio Control CtL Algo
Summer PV Algo
Summer CtL Algo
Switch CtL Algo
Totalizer PV Algo
Variable Deadtime With Lead
Lag PV Algo
PidErfb
PidFf
PidPosPr
PosProp
RampSoak
RatioCtL
Summer
Summer
Switch
TotaLizr
VdtLdLag
3
Algorithms
Abbreviation
Definition
AutoMan
CaLcuLtr
DataAcq
FlowComp
GenLin
HiLoAvg
IncrSum
MidOf3
MulDiv
ORSel
Pid
Auto Manual CtL Algo
Calculator PV Algo
Data Acquisition PV Algo
Flow Compensation PV Algo
General Linearity PV Algo
High-Low Average PV Algo
Incremental Summer CtL Algo
Middle Of Three PV Algo
Multiply/Divide CtL Algo
Override Selector CtL Algo
Proportional, Integral, and
Derivative CtL Algo
PID With External Reset
Feedback CtL Algo
PID With Feedforward CtL Algo
PID With Position Proportional
Position Proportional CtL Algo
Ramp Soak CtL Algo
Ratio Control CtL Algo
Summer PV Algo
Summer CtL Algo
Switch CtL Algo
Totalizer PV Algo
Variable Deadtime With Lead
Lag PV Algo
PidErfb
PidFf
PidPosPr
PosProp
RampSoak
RatioCtL
Summer
Summer
Switch
TotaLizr
VdtLdLag
3
Algorithms
Abbreviation
Definition
AutoMan
CaLcuLtr
DataAcq
FlowComp
GenLin
HiLoAvg
IncrSum
MidOf3
MulDiv
ORSel
Pid
Auto Manual CtL Algo
Calculator PV Algo
Data Acquisition PV Algo
Flow Compensation PV Algo
General Linearity PV Algo
High-Low Average PV Algo
Incremental Summer CtL Algo
Middle Of Three PV Algo
Multiply/Divide CtL Algo
Override Selector CtL Algo
Proportional, Integral, and
Derivative CtL Algo
PID With External Reset
Feedback CtL Algo
PID With Feedforward CtL Algo
PID With Position Proportional
Position Proportional CtL Algo
Ramp Soak CtL Algo
Ratio Control CtL Algo
Summer PV Algo
Summer CtL Algo
Switch CtL Algo
Totalizer PV Algo
Variable Deadtime With Lead
Lag PV Algo
PidErfb
PidFf
PidPosPr
PosProp
RampSoak
RatioCtL
Summer
Summer
Switch
TotaLizr
VdtLdLag
3
Parameters Per Point Type
Analog Input
The 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)
ASSOCDSP
AVDELTHS
AVSTS
BADPVFL (F)
BADPVPR (F)
C1, C2
CJTACT
COMMAND
CONTCUT (F)
DAMPING
DECONF
EUDESC
HIGHAL (F)
HIGHALPR (F)
INPTDIR
KEYWORD
LASTPV
LOCUTOFF
LRL
LRV
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OTDENBLE
OVERVAL (F)
PIUOTDCF
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVCALC
PVCHAR
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVRAW
PVRAWHI
PVRAWLO
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTEMP
PVTV (F)
PVTVP (F)
RJTEMP
S1
SECVAR
SENSRTYP
SERIALNO
SFSTS
SLOTNUM
SLWSRCID
STATE
STI_EU
STISWVER
STITAG
TCRNGOPT
TF
TIMEBASE
UNIT
URL
URV
4
Parameters Per Point Type
Analog Input
The 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)
ASSOCDSP
AVDELTHS
AVSTS
BADPVFL (F)
BADPVPR (F)
C1, C2
CJTACT
COMMAND
CONTCUT (F)
DAMPING
DECONF
EUDESC
HIGHAL (F)
HIGHALPR (F)
INPTDIR
KEYWORD
LASTPV
LOCUTOFF
LRL
LRV
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OTDENBLE
OVERVAL (F)
PIUOTDCF
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVCALC
PVCHAR
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVRAW
PVRAWHI
PVRAWLO
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTEMP
PVTV (F)
PVTVP (F)
RJTEMP
S1
SECVAR
SENSRTYP
SERIALNO
SFSTS
SLOTNUM
SLWSRCID
STATE
STI_EU
STISWVER
STITAG
TCRNGOPT
TF
TIMEBASE
UNIT
URL
URV
4
Parameters Per Point Type
Analog Input
The 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)
ASSOCDSP
AVDELTHS
AVSTS
BADPVFL (F)
BADPVPR (F)
C1, C2
CJTACT
COMMAND
CONTCUT (F)
DAMPING
DECONF
EUDESC
HIGHAL (F)
HIGHALPR (F)
INPTDIR
KEYWORD
LASTPV
LOCUTOFF
LRL
LRV
MODNUM
NAME
NODENUM
NODETYP
4
NTWKNUM
OTDENBLE
OVERVAL (F)
PIUOTDCF
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVCALC
PVCHAR
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVRAW
PVRAWHI
PVRAWLO
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTEMP
PVTV (F)
PVTVP (F)
RJTEMP
S1
SECVAR
SENSRTYP
SERIALNO
SFSTS
SLOTNUM
SLWSRCID
STATE
STI_EU
STISWVER
STITAG
TCRNGOPT
TF
TIMEBASE
UNIT
URL
URV
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.
ASSOCDSP
CASREQ (F)
EUDESC
KEYWORD
LOCALMAN
MODATTR (F)
MODE (F)
MODEAPPL (F)
MODEPERM (F)
MODNUM
NAME
NMODATTR (F)
NMODE (F)
NODENUM
NODETYP
NTWKNUM
OP
OPCHAR
OPFINAL
OPIN0
OPIN1
OPIN2
OPIN3
OPIN4
OPIN5
OPOUT0
OPOUT1
OPOUT2
OPOUT3
OPOUT4
OPOUT5
OPTDIR
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
RCASOPT
REDTAG (F)
RINITREQ (F)
SLOTNUM
STDBYMAN
UNIT
5
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.
ASSOCDSP
CASREQ (F)
EUDESC
KEYWORD
LOCALMAN
MODATTR (F)
MODE (F)
MODEAPPL (F)
MODEPERM (F)
MODNUM
NAME
NMODATTR (F)
NMODE (F)
NODENUM
NODETYP
NTWKNUM
OP
OPCHAR
OPFINAL
OPIN0
OPIN1
OPIN2
OPIN3
OPIN4
OPIN5
OPOUT0
OPOUT1
OPOUT2
OPOUT3
OPOUT4
OPOUT5
OPTDIR
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
RCASOPT
REDTAG (F)
RINITREQ (F)
SLOTNUM
STDBYMAN
UNIT
5
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.
ASSOCDSP
CASREQ (F)
EUDESC
KEYWORD
LOCALMAN
MODATTR (F)
MODE (F)
MODEAPPL (F)
MODEPERM (F)
MODNUM
NAME
NMODATTR (F)
NMODE (F)
NODENUM
NODETYP
NTWKNUM
OP
OPCHAR
OPFINAL
OPIN0
OPIN1
OPIN2
OPIN3
OPIN4
OPIN5
OPOUT0
OPOUT1
OPOUT2
OPOUT3
OPOUT4
OPOUT5
OPTDIR
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
RCASOPT
REDTAG (F)
RINITREQ (F)
SLOTNUM
STDBYMAN
UNIT
5
Array
The parameters of the Array Data point are listed below in alphabetical order.
This point is only available in the Full form.
AB_DATA1
AB_DATA2
AB_DATA3
AB_DATA4
ASSOCDSP
AUXDATA1
AUXDATA2
AUXDATA3
AUXDATA4
BADPVFL (F)
DEVADDR
ERRCODE
EXTDATA
FL
FLDESC
FLSTIX
FTANUM
INITREQ
IOPNUM
KEYWORD
NFLAG
NN
NNDESC
NNUMERIC
NNSTIX
NODENUM
NODETYP
NSTRING
NTIME
NTWKNUM
OVERLAP
PNTFORM
PNTNODTY
PNTTYPE
PRIMMOD (F)
PTDESC
SCANPRI
SLOTNUM
SPLOCK
STR8
STR16
STR32
STR64
STRDESC
STRLEN
STRSTIX
STSMSG
TIME
TIMEDESC
TIMESECS
TIMESTIX
UNIT
USERID
6
Array
The parameters of the Array Data point are listed below in alphabetical order.
This point is only available in the Full form.
AB_DATA1
AB_DATA2
AB_DATA3
AB_DATA4
ASSOCDSP
AUXDATA1
AUXDATA2
AUXDATA3
AUXDATA4
BADPVFL (F)
DEVADDR
ERRCODE
EXTDATA
FL
FLDESC
FLSTIX
FTANUM
INITREQ
IOPNUM
KEYWORD
NFLAG
NN
NNDESC
NNUMERIC
NNSTIX
NODENUM
NODETYP
NSTRING
NTIME
NTWKNUM
OVERLAP
PNTFORM
PNTNODTY
PNTTYPE
PRIMMOD (F)
PTDESC
SCANPRI
SLOTNUM
SPLOCK
STR8
STR16
STR32
STR64
STRDESC
STRLEN
STRSTIX
STSMSG
TIME
TIMEDESC
TIMESECS
TIMESTIX
UNIT
USERID
6
Array
The parameters of the Array Data point are listed below in alphabetical order.
This point is only available in the Full form.
AB_DATA1
AB_DATA2
AB_DATA3
AB_DATA4
ASSOCDSP
AUXDATA1
AUXDATA2
AUXDATA3
AUXDATA4
BADPVFL (F)
DEVADDR
ERRCODE
EXTDATA
FL
FLDESC
FLSTIX
FTANUM
6
INITREQ
IOPNUM
KEYWORD
NFLAG
NN
NNDESC
NNUMERIC
NNSTIX
NODENUM
NODETYP
NSTRING
NTIME
NTWKNUM
OVERLAP
PNTFORM
PNTNODTY
PNTTYPE
PRIMMOD (F)
PTDESC
SCANPRI
SLOTNUM
SPLOCK
STR8
STR16
STR32
STR64
STRDESC
STRLEN
STRSTIX
STSMSG
TIME
TIMEDESC
TIMESECS
TIMESTIX
UNIT
USERID
APM Box
The parameters of the Advanced Process Manager Box Data Point are listed below in alphabetical order.
BADPVTXT
CHPINOPR
CRUCNORN
CRIOLORN
CRPPXORN
CTLOPT
CTLPATCH
CYCLETIM
DATE
DAY
DB_VALID
EUNDESC
FL
FTA1TYPE
FTA2TYPE
HOUR
IOLASTS
IOLBSTS
IOLCHAER
IOLCHASL
IOLCHBER
IOLCHBSL
IOLCHERT
IOLCMD
IOLPERSW
IOMCARD
IOMCHAER
IOMCHASL
IOMCHBER
IOMCHBSL
IOMCMD
IOMCOMER
IOMFILE
IOMOPER
IOMRECHN
IOMREALT
IOMSEVER
IOMSTS
IOMTYPE
IONTOKEN
IOP
IOPNUM
IOPSTR1
IOPSTR2
IORECCHN
IOSTKNDR
IOSSTS
IOTKNSTL
LSIOLORN
LSPPXORN
LSUCNORN
MDMHWREV
MINUTE
MONTH
MOVPVTXT
NARRSLOT
NCTLSLOT
NDCSLOT
NDEVSLOT
NFASTCTL
NFASTDC
NFASTDEV
NFASTLOG
NFASTPV
NFLAG
NLOGSLOT
NN
NNUMERIC
NODEASSN
NODECMD
NODECONF
NODENUM
NODESTS
NODETYP
NODFSTAT
NPMSLOT
NPVSLOT
NSTRING
NTIME
NTIMER
PKGOPT
PMMCHAER
PMMCHASL
PMMCHBER
PMMCHBSL
PMMCMD
PMMCOMER
PMMCTLST
PMMFLPOS
PMMOPER
PMMRECCH
PMMSEVER
PMMSFSTS
PMMSTS
POSITION
RJTEMP
SAFOPCMD
SCANRATE
SCANPER
SECOND
SEQPRGSZ
SEQPROC
STR8
SUMSLTSZ
SWTCHACT
TMCMD
TMPV
TMSP
TMRV
TMSP
TMSO
TMST
TMTB
UTSDRIFT
USTSNODE
UTSTBCRV
UTSTIME
UTSTIMST
WEEKDAY
YEAR
7
APM Box
The parameters of the Advanced Process Manager Box Data Point are listed below in alphabetical order.
BADPVTXT
CHPINOPR
CRUCNORN
CRIOLORN
CRPPXORN
CTLOPT
CTLPATCH
CYCLETIM
DATE
DAY
DB_VALID
EUNDESC
FL
FTA1TYPE
FTA2TYPE
HOUR
IOLASTS
IOLBSTS
IOLCHAER
IOLCHASL
IOLCHBER
IOLCHBSL
IOLCHERT
IOLCMD
IOLPERSW
IOMCARD
IOMCHAER
IOMCHASL
IOMCHBER
IOMCHBSL
IOMCMD
IOMCOMER
IOMFILE
IOMOPER
IOMRECHN
IOMREALT
IOMSEVER
IOMSTS
IOMTYPE
IONTOKEN
IOP
IOPNUM
IOPSTR1
IOPSTR2
IORECCHN
IOSTKNDR
IOSSTS
IOTKNSTL
LSIOLORN
LSPPXORN
LSUCNORN
MDMHWREV
MINUTE
MONTH
MOVPVTXT
NARRSLOT
NCTLSLOT
NDCSLOT
NDEVSLOT
NFASTCTL
NFASTDC
NFASTDEV
NFASTLOG
NFASTPV
NFLAG
NLOGSLOT
NN
NNUMERIC
NODEASSN
NODECMD
NODECONF
NODENUM
NODESTS
NODETYP
NODFSTAT
NPMSLOT
NPVSLOT
NSTRING
NTIME
NTIMER
PKGOPT
PMMCHAER
PMMCHASL
PMMCHBER
PMMCHBSL
PMMCMD
PMMCOMER
PMMCTLST
PMMFLPOS
PMMOPER
PMMRECCH
PMMSEVER
PMMSFSTS
PMMSTS
POSITION
RJTEMP
SAFOPCMD
SCANRATE
SCANPER
SECOND
SEQPRGSZ
SEQPROC
STR8
SUMSLTSZ
SWTCHACT
TMCMD
TMPV
TMSP
TMRV
TMSP
TMSO
TMST
TMTB
UTSDRIFT
USTSNODE
UTSTBCRV
UTSTIME
UTSTIMST
WEEKDAY
YEAR
7
APM Box
The parameters of the Advanced Process Manager Box Data Point are listed below in alphabetical order.
BADPVTXT
CHPINOPR
CRUCNORN
CRIOLORN
CRPPXORN
CTLOPT
CTLPATCH
CYCLETIM
DATE
DAY
DB_VALID
EUNDESC
FL
FTA1TYPE
FTA2TYPE
HOUR
IOLASTS
IOLBSTS
IOLCHAER
IOLCHASL
IOLCHBER
IOLCHBSL
IOLCHERT
IOLCMD
IOLPERSW
IOMCARD
IOMCHAER
IOMCHASL
IOMCHBER
IOMCHBSL
IOMCMD
IOMCOMER
IOMFILE
IOMOPER
IOMRECHN
IOMREALT
IOMSEVER
IOMSTS
IOMTYPE
IONTOKEN
IOP
IOPNUM
IOPSTR1
IOPSTR2
IORECCHN
IOSTKNDR
IOSSTS
IOTKNSTL
LSIOLORN
LSPPXORN
LSUCNORN
MDMHWREV
MINUTE
MONTH
MOVPVTXT
NARRSLOT
NCTLSLOT
NDCSLOT
NDEVSLOT
NFASTCTL
NFASTDC
NFASTDEV
NFASTLOG
NFASTPV
NFLAG
NLOGSLOT
NN
NNUMERIC
NODEASSN
NODECMD
NODECONF
NODENUM
NODESTS
NODETYP
NODFSTAT
NPMSLOT
NPVSLOT
NSTRING
NTIME
NTIMER
PKGOPT
PMMCHAER
PMMCHASL
PMMCHBER
PMMCHBSL
PMMCMD
PMMCOMER
PMMCTLST
PMMFLPOS
PMMOPER
PMMRECCH
PMMSEVER
PMMSFSTS
PMMSTS
POSITION
RJTEMP
SAFOPCMD
SCANRATE
SCANPER
SECOND
SEQPRGSZ
SEQPROC
STR8
SUMSLTSZ
SWTCHACT
TMCMD
TMPV
TMSP
TMRV
TMSP
TMSO
TMST
TMTB
UTSDRIFT
USTSNODE
UTSTBCRV
UTSTIME
UTSTIMST
WEEKDAY
YEAR
7
Box Flag
The parameters of the Box Flag Data Point are listed below in alphabetical order. (F) indicates that the
parameter is applicable when the PNTFORM = Full; an * indicates that the parameter is applicable to
flag slots 1-128.
$AUXUNIT (F)
ALENBST (F)*
ALPRIOR*
ASSOCDSP
BOXCLR
CONTCUT (F)*
EIPPCODE (F)*
EUDESC
HIGHAL (F)*
KEYWORD
NAME
NODENUM
NTWKNUM
NODETYP
OFFNRMPR (F)
PNTNODTY
PNTTYPE
PNTFORM
PRIMMOD (F)*
PTDESC (F)
PV
PVFL
S0BOXCLR
S1BOXCLR
SLOTNUM
STATE0
STATE1
STATETXT
UNIT
Box Numeric
The parameters of the Box Numeric Data Point are listed below in
alphabetical order.
ASSOCDSP
EUDESC
KEYWORD
NAME
NODENUM
NODETYP
NTWKNUM
PNTFORM
PNTNODTY
PNTTYPE
PRIMMOD (F)
PTDESC
SLOTNUM
UNIT
PV
PVFORMAT
8
Box Flag
The parameters of the Box Flag Data Point are listed below in alphabetical order. (F) indicates that the
parameter is applicable when the PNTFORM = Full; an * indicates that the parameter is applicable to
flag slots 1-128.
$AUXUNIT (F)
ALENBST (F)*
ALPRIOR*
ASSOCDSP
BOXCLR
CONTCUT (F)*
EIPPCODE (F)*
EUDESC
HIGHAL (F)*
KEYWORD
NAME
NODENUM
NTWKNUM
NODETYP
OFFNRMPR (F)
PNTNODTY
PNTTYPE
PNTFORM
PRIMMOD (F)*
PTDESC (F)
PV
PVFL
S0BOXCLR
S1BOXCLR
SLOTNUM
STATE0
STATE1
STATETXT
UNIT
Box Numeric
The parameters of the Box Numeric Data Point are listed below in alphabetical order.
ASSOCDSP
EUDESC
KEYWORD
NAME
NODENUM
NODETYP
NTWKNUM
PNTFORM
PNTNODTY
PNTTYPE
PRIMMOD (F)
PTDESC
SLOTNUM
UNIT
PV
PVFORMAT
8
Box Flag
The parameters of the Box Flag Data Point are listed below in alphabetical order. (F) indicates that the
parameter is applicable when the PNTFORM = Full; an * indicates that the parameter is applicable to
flag slots 1-128.
$AUXUNIT (F)
ALENBST (F)*
ALPRIOR*
ASSOCDSP
BOXCLR
CONTCUT (F)*
EIPPCODE (F)*
EUDESC
HIGHAL (F)*
KEYWORD
NAME
NODENUM
NTWKNUM
NODETYP
OFFNRMPR (F)
PNTNODTY
PNTTYPE
PNTFORM
PRIMMOD (F)*
PTDESC (F)
PV
PVFL
S0BOXCLR
S1BOXCLR
SLOTNUM
STATE0
STATE1
STATETXT
UNIT
Box Numeric
The parameters of the Box Numeric Data Point are listed below in alphabetical order.
ASSOCDSP
EUDESC
KEYWORD
NAME
NODENUM
NODETYP
8
NTWKNUM
PNTFORM
PNTNODTY
PNTTYPE
PRIMMOD (F)
PTDESC
SLOTNUM
UNIT
PV
PVFORMAT
Box Timer
The parameters of the Box Timer Data Point are listed below in alphabetical order.
ASSOCDSP
COMMAND
EUDESC
KEYWORD
NAME
NODENUM
NODETYP
NTWKNUM
PNTNODTY
PNTTYPE
PTDESC
PERIOD
PRIMMOD (F)
PV
RV
SLOTNUM
SO
SP
STATE
TIMEBASE
TIMOUTFL
UNIT
9
Box Timer
The parameters of the Box Timer Data Point are listed below in alphabetical order.
ASSOCDSP
COMMAND
EUDESC
KEYWORD
NAME
NODENUM
NODETYP
NTWKNUM
PNTNODTY
PNTTYPE
PTDESC
PERIOD
PRIMMOD (F)
PV
RV
SLOTNUM
SO
SP
STATE
TIMEBASE
TIMOUTFL
UNIT
9
Box Timer
The parameters of the Box Timer Data Point are listed below in alphabetical order.
ASSOCDSP
COMMAND
EUDESC
KEYWORD
NAME
NODENUM
NODETYP
NTWKNUM
PNTNODTY
PNTTYPE
PTDESC
PERIOD
PRIMMOD (F)
PV
RV
SLOTNUM
SO
SP
STATE
TIMEBASE
TIMOUTFL
UNIT
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)
ASSOCDSP
BADPVFL
BADPVPR (F)
BADPVTXT
BADSVFL
BADSVPR (F)
BOXCLR
BYPASS
CMDDISFL
CMDDISPR (F)
CMDFALFL
CMDFALTM
CONTCUT (F)
D1
D1_0
D1_1
D2
D2D1_00
D2D1_01
D2D1_10
(#Inputs>0)
(#Inputs>0)
(#Inputs=1)
(#Inputs=1)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
D2D1_11
D3
D4
D5
DB_VALID
DEADBAND
DEADTIME
DISRC
DODSTN
EIPPCODE (F)
EUDESC
EVTOPT (F)
FBTIME (F)
FL 1-12
HIGHAL
HIGHALPR
HISVPEAK
(#Inputs=2)
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(Continued)
10
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)
ASSOCDSP
BADPVFL
BADPVPR (F)
BADPVTXT
BADSVFL
BADSVPR (F)
BOXCLR
BYPASS
CMDDISFL
CMDDISPR (F)
CMDFALFL
CMDFALTM
CONTCUT (F)
D1
D1_0
D1_1
D2
D2D1_00
D2D1_01
D2D1_10
(#Inputs>0)
(#Inputs>0)
(#Inputs=1)
(#Inputs=1)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
D2D1_11
D3
D4
D5
DB_VALID
DEADBAND
DEADTIME
DISRC
DODSTN
EIPPCODE (F)
EUDESC
EVTOPT (F)
FBTIME (F)
FL 1-12
HIGHAL
HIGHALPR
HISVPEAK
(#Inputs=2)
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(Continued)
10
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)
ASSOCDSP
BADPVFL
BADPVPR (F)
BADPVTXT
BADSVFL
BADSVPR (F)
BOXCLR
BYPASS
CMDDISFL
CMDDISPR (F)
CMDFALFL
CMDFALTM
CONTCUT (F)
D1
D1_0
D1_1
D2
D2D1_00
D2D1_01
D2D1_10
10
(#Inputs>0)
(#Inputs>0)
(#Inputs=1)
(#Inputs=1)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
D2D1_11
D3
D4
D5
DB_VALID
DEADBAND
DEADTIME
DISRC
DODSTN
EIPPCODE (F)
EUDESC
EVTOPT (F)
FBTIME (F)
FL 1-12
HIGHAL
HIGHALPR
HISVPEAK
(Continued)
(#Inputs=2)
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
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
I1
I2
INITMAN
INITREQ
KEYWORD
L
LIBADOPT
LIDESC
LISRC 1-12
LMREV
LMSRC
LOCALMAN
LODSTN 1-2
LOENBL 1-2
LOGICSRC
LOSRC 1-2
MAINDAT
MAINTOPT
MANMODFL
MASKTIM
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0
MAXTRAN1
MAXTRAN2
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MOMSTATE
MOVPVFL
MOVPVTXT
NAME
NI0
NI1
NI2
NMODATTR
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
11
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
I1
I2
INITMAN
INITREQ
KEYWORD
L
LIBADOPT
LIDESC
LISRC 1-12
LMREV
LMSRC
LOCALMAN
LODSTN 1-2
LOENBL 1-2
LOGICSRC
LOSRC 1-2
MAINDAT
MAINTOPT
MANMODFL
MASKTIM
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0
MAXTRAN1
MAXTRAN2
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MOMSTATE
MOVPVFL
MOVPVTXT
NAME
NI0
NI1
NI2
NMODATTR
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
11
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
I1
I2
INITMAN
INITREQ
KEYWORD
L
LIBADOPT
LIDESC
LISRC 1-12
LMREV
LMSRC
LOCALMAN
LODSTN 1-2
LOENBL 1-2
LOGICSRC
LOSRC 1-2
MAINDAT
MAINTOPT
MANMODFL
MASKTIM
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0
MAXTRAN1
MAXTRAN2
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MOMSTATE
MOVPVFL
MOVPVTXT
NAME
NI0
NI1
NI2
NMODATTR
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
11
Device Control (Continued)
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
NN
NNINSET 1-10
NODENUM
NODETYP
NODINTPS
NODOPTS
NOLINPTS
NOLOPTS
NOPGATE
NOSGATE
NOSIOVRD
NOSTATES
NOTRANS0
NOTRANS1
NOTRANS2
NSI0
NTWKNUM
OFFNRMFL
OFFNRMPR (F)
(#Outputs>0)
(#Outputs>0)
OP
OPCMD
OPFINAL
OPRATRFL
OROPT
OVRCTIM
OVRDCONF
OVRDDESC
OVRDI0FL
OVRD1FL
OVRD2FL
OVRDALOP
OVRDALPR (F)
OVRDSIFL
P0
P1
P2
PAUSETIM
PERIOD
PGALGID 1 - 4
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
12
Device Control (Continued)
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
NN
NNINSET 1-10
NODENUM
NODETYP
NODINTPS
NODOPTS
NOLINPTS
NOLOPTS
NOPGATE
NOSGATE
NOSIOVRD
NOSTATES
NOTRANS0
NOTRANS1
NOTRANS2
NSI0
NTWKNUM
OFFNRMFL
OFFNRMPR (F)
(#Outputs>0)
(#Outputs>0)
OP
OPCMD
OPFINAL
OPRATRFL
OROPT
OVRCTIM
OVRDCONF
OVRDDESC
OVRDI0FL
OVRD1FL
OVRD2FL
OVRDALOP
OVRDALPR (F)
OVRDSIFL
P0
P1
P2
PAUSETIM
PERIOD
PGALGID 1 - 4
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
12
Device Control (Continued)
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
NN
NNINSET 1-10
NODENUM
NODETYP
NODINTPS
NODOPTS
NOLINPTS
NOLOPTS
NOPGATE
NOSGATE
NOSIOVRD
NOSTATES
NOTRANS0
NOTRANS1
NOTRANS2
NSI0
NTWKNUM
OFFNRMFL
OFFNRMPR (F)
(#Outputs>0)
(#Outputs>0)
OP
OPCMD
OPFINAL
OPRATRFL
OROPT
OVRCTIM
OVRDCONF
OVRDDESC
OVRDI0FL
OVRD1FL
OVRD2FL
OVRDALOP
OVRDALPR (F)
OVRDSIFL
P0
P1
P2
PAUSETIM
PERIOD
PGALGID 1 - 4
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
12
Device Control (Continued)
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.
PGDSTN 1 - 4
PGPLSWTH 1 - 4
PGSO 1 - 4
PIALGID 1 - 12
PIDEADBD1 - 12
PINN 1 - 12
PISO 1 - 12
PISRC 1 - 12
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST (F)
PTINAL
PULSEWTH
PV
PVAUTO
PVFL
PVNORMAL (F)
(#Outputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
PVNORMFL
PVSOURCE (F)
PVSRCOPT (F)
PVSTATES 0 - 4
PVTXTOPT
REDTAG (F)
RESETFL
S0BOXCLR
S1BOXCLR
S2BOXCLR
SEALOPT
SECVAR
SGALGID 1 - 2
SGDSTN 1 - 2
SGPLSWTH 1 - 2
SGSO 1 - 2
SI0
SI0ALOPT
SI0ALPR (F)
SIALGID 1 - 12
SIDLYTIM 1 - 12
SIDSTN 1 - 12
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Outputs>0)
(Continued)
13
Device Control (Continued)
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.
PGDSTN 1 - 4
PGPLSWTH 1 - 4
PGSO 1 - 4
PIALGID 1 - 12
PIDEADBD1 - 12
PINN 1 - 12
PISO 1 - 12
PISRC 1 - 12
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST (F)
PTINAL
PULSEWTH
PV
PVAUTO
PVFL
PVNORMAL (F)
(#Outputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
PVNORMFL
PVSOURCE (F)
PVSRCOPT (F)
PVSTATES 0 - 4
PVTXTOPT
REDTAG (F)
RESETFL
S0BOXCLR
S1BOXCLR
S2BOXCLR
SEALOPT
SECVAR
SGALGID 1 - 2
SGDSTN 1 - 2
SGPLSWTH 1 - 2
SGSO 1 - 2
SI0
SI0ALOPT
SI0ALPR (F)
SIALGID 1 - 12
SIDLYTIM 1 - 12
SIDSTN 1 - 12
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Outputs>0)
(Continued)
13
Device Control (Continued)
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.
PGDSTN 1 - 4
PGPLSWTH 1 - 4
PGSO 1 - 4
PIALGID 1 - 12
PIDEADBD1 - 12
PINN 1 - 12
PISO 1 - 12
PISRC 1 - 12
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST (F)
PTINAL
PULSEWTH
PV
PVAUTO
PVFL
PVNORMAL (F)
(#Outputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
PVNORMFL
PVSOURCE (F)
PVSRCOPT (F)
PVSTATES 0 - 4
PVTXTOPT
REDTAG (F)
RESETFL
S0BOXCLR
S1BOXCLR
S2BOXCLR
SEALOPT
SECVAR
SGALGID 1 - 2
SGDSTN 1 - 2
SGPLSWTH 1 - 2
SGSO 1 - 2
SI0
SI0ALOPT
SI0ALPR (F)
SIALGID 1 - 12
SIDLYTIM 1 - 12
SIDSTN 1 - 12
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Outputs>0)
(Continued)
13
Device Control (Continued)
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.
SISO 1 -12
SLOTNUM
SO 0 - 2
SOCMD
ST0_OP1
ST0_OP2
ST0_OP3
ST1_OP1
ST1_OP2
ST1_OP3
ST2_OP1
ST2_OP2
ST2_OP3
STATE0
STATE1
STATE2
STATTIM0
STATTIM1
STATTIM2
STATETXT0-3
STCHGOPT
STSMSG
SVALDB
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
SVALDBEU
SVDESC
SVEUDESC
SVEUHI
SVEULO
SVHHFL
SVHHPR (F)
SVHHTP
SVHHTPP
SVHIFL
SVHIPR (F)
SVHITP
SVHITPP
SVP
SVPEAK
SVSRC
SVTV
SVTVP
TRANTIM0
TRANTIM1
TRANTIM2
UNCMDFL
UNIT
USERID
14
Device Control (Continued)
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.
SISO 1 -12
SLOTNUM
SO 0 - 2
SOCMD
ST0_OP1
ST0_OP2
ST0_OP3
ST1_OP1
ST1_OP2
ST1_OP3
ST2_OP1
ST2_OP2
ST2_OP3
STATE0
STATE1
STATE2
STATTIM0
STATTIM1
STATTIM2
STATETXT0-3
STCHGOPT
STSMSG
SVALDB
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
SVALDBEU
SVDESC
SVEUDESC
SVEUHI
SVEULO
SVHHFL
SVHHPR (F)
SVHHTP
SVHHTPP
SVHIFL
SVHIPR (F)
SVHITP
SVHITPP
SVP
SVPEAK
SVSRC
SVTV
SVTVP
TRANTIM0
TRANTIM1
TRANTIM2
UNCMDFL
UNIT
USERID
14
Device Control (Continued)
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.
SISO 1 -12
SLOTNUM
SO 0 - 2
SOCMD
ST0_OP1
ST0_OP2
ST0_OP3
ST1_OP1
ST1_OP2
ST1_OP3
ST2_OP1
ST2_OP2
ST2_OP3
STATE0
STATE1
STATE2
STATTIM0
STATTIM1
STATTIM2
STATETXT0-3
STCHGOPT
STSMSG
SVALDB
14
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
SVALDBEU
SVDESC
SVEUDESC
SVEUHI
SVEULO
SVHHFL
SVHHPR (F)
SVHHTP
SVHHTPP
SVHIFL
SVHIPR (F)
SVHITP
SVHITPP
SVP
SVPEAK
SVSRC
SVTV
SVTVP
TRANTIM0
TRANTIM1
TRANTIM2
UNCMDFL
UNIT
USERID
Digital Composite
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)
ALENBST (F)
ALPRIOR
ASSOCDSP
BADCTLPR
BADPVFL (F)
BADPVPR (F)
BADPVTXT
BOXCLR
BYPASS
CMDDISFL
CMDDISPR (F)
CMDFALFL
CMDFALTM
CONTCUT (F)
D1
D1_0
D1_1
D2
D2D1_00
D2D1_01
D2D1_10
D2D1_11
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(#Inputs=1)
(#Inputs=1)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
DISRC1 - 2
DODSTN1 - 3
EIPPCODE (F)
EUDESC
EVTOPT (F)
FBTIME (F)
HIGHAL (F)
HIGHALPR
I0
I1
I2
I0DESC
I1DESC
I2DESC
INITMAN
INITREQ
KEYWORD
LOCALMAN
LOGICSRC
MAINDAT
MAINTOPT
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
15
Digital Composite
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)
ALENBST (F)
ALPRIOR
ASSOCDSP
BADCTLPR
BADPVFL (F)
BADPVPR (F)
BADPVTXT
BOXCLR
BYPASS
CMDDISFL
CMDDISPR (F)
CMDFALFL
CMDFALTM
CONTCUT (F)
D1
D1_0
D1_1
D2
D2D1_00
D2D1_01
D2D1_10
D2D1_11
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(#Inputs=1)
(#Inputs=1)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
DISRC1 - 2
DODSTN1 - 3
EIPPCODE (F)
EUDESC
EVTOPT (F)
FBTIME (F)
HIGHAL (F)
HIGHALPR
I0
I1
I2
I0DESC
I1DESC
I2DESC
INITMAN
INITREQ
KEYWORD
LOCALMAN
LOGICSRC
MAINDAT
MAINTOPT
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
15
Digital Composite
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)
ALENBST (F)
ALPRIOR
ASSOCDSP
BADCTLPR
BADPVFL (F)
BADPVPR (F)
BADPVTXT
BOXCLR
BYPASS
CMDDISFL
CMDDISPR (F)
CMDFALFL
CMDFALTM
CONTCUT (F)
D1
D1_0
D1_1
D2
D2D1_00
D2D1_01
D2D1_10
D2D1_11
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(#Inputs=1)
(#Inputs=1)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
(#Inputs=2)
DISRC1 - 2
DODSTN1 - 3
EIPPCODE (F)
EUDESC
EVTOPT (F)
FBTIME (F)
HIGHAL (F)
HIGHALPR
I0
I1
I2
I0DESC
I1DESC
I2DESC
INITMAN
INITREQ
KEYWORD
LOCALMAN
LOGICSRC
MAINDAT
MAINTOPT
(#Inputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
15
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.
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0
MAXTRAN1
MAXTRAN2
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MOMSTATE
MOVPVFL
MOVPVTXT
NAME
NI0
NI1
NI2
NMODATTR
NMODE
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
NODENUM
NODETYP
NODINTPS
NODOPTS
NNOSIOVRD
NOSTATES
NOTRANS0
NOTRANS1
NOTRANS2
NSIO
NTWKNUM
OFFNRMFL
OFFNRMPR(F)
OP
OPCMD
OPFINAL
OPRATRFL
OPSTTEXT
OROPT
OVRDALOP
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
16
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.
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0
MAXTRAN1
MAXTRAN2
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MOMSTATE
MOVPVFL
MOVPVTXT
NAME
NI0
NI1
NI2
NMODATTR
NMODE
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
NODENUM
NODETYP
NODINTPS
NODOPTS
NNOSIOVRD
NOSTATES
NOTRANS0
NOTRANS1
NOTRANS2
NSIO
NTWKNUM
OFFNRMFL
OFFNRMPR(F)
OP
OPCMD
OPFINAL
OPRATRFL
OPSTTEXT
OROPT
OVRDALOP
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
16
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.
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0
MAXTRAN1
MAXTRAN2
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MOMSTATE
MOVPVFL
MOVPVTXT
NAME
NI0
NI1
NI2
NMODATTR
NMODE
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Inputs>0)
(#Outputs>0)
(#Outputs>0)
NODENUM
NODETYP
NODINTPS
NODOPTS
NOSIOVRD
NOSTATES
NOTRANS0
NOTRANS1
NOTRANS2
NSIO
NTWKNUM
OFFNRMFL
OFFNRMPR(F)
OP
OPCMD
OPFINAL
OPRATRFL
OPSTTEXT
OROPT
OVRDALOP
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(Continued)
16
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.
OVRDALPR (F)
OVRDCONF
OVRDDESC
OVRDI0FL
OVRDI1FL
OVRDI2FL
OVRDSIFL
P0
P1
P2
PAUSETIM
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
PTINAL
PULSEWITH
PV
PVAUTO
PVFL0 - 2
PVNORMAL (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTATES0 - 4
PVTXTOPT
REDTAG (F)
RESETFL
S0BOXCLR
S1BOXCLR
S2BOXCLR
SEALOPT
SIO
SIOALOPT
SIOALPR
SLOTNUM
(#Outputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Outputs>0)
(Continued)
17
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.
OVRDALPR (F)
OVRDCONF
OVRDDESC
OVRDI0FL
OVRDI1FL
OVRDI2FL
OVRDSIFL
P0
P1
P2
PAUSETIM
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
PTINAL
PULSEWITH
PV
PVAUTO
PVFL0 - 2
PVNORMAL (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTATES0 - 4
PVTXTOPT
REDTAG (F)
RESETFL
S0BOXCLR
S1BOXCLR
S2BOXCLR
SEALOPT
SIO
SIOALOPT
SIOALPR
SLOTNUM
(#Outputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Outputs>0)
(Continued)
17
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.
OVRDALPR (F)
OVRDCONF
OVRDDESC
OVRDI0FL
OVRDI1FL
OVRDI2FL
OVRDSIFL
P0
P1
P2
PAUSETIM
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
PTINAL
PULSEWITH
PV
PVAUTO
PVFL0 - 2
PVNORMAL (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTATES0 - 4
PVTXTOPT
REDTAG (F)
RESETFL
S0BOXCLR
S1BOXCLR
S2BOXCLR
SEALOPT
SIO
SIOALOPT
SIOALPR
SLOTNUM
(#Outputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Inputs>0)
(#Outputs>0)
(Continued)
17
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.
SO
SOCMD
ST0_OP1
ST0_OP2
ST0_OP3
ST1_OP1
ST1_OP2
ST1_OP3
ST2_OP1
ST2_OP2
ST2_OP3
STATE0
STATE1
STATE2
STATETXT0 - 4
STATIM0
STATIM1
STATIM2
STCHGOPT
STSMSG
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
TRANTIM1
TRANTIM2
UNCMDFL
UNIT
USERID
18
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.
SO
SOCMD
ST0_OP1
ST0_OP2
ST0_OP3
ST1_OP1
ST1_OP2
ST1_OP3
ST2_OP1
ST2_OP2
ST2_OP3
STATE0
STATE1
STATE2
STATETXT0 - 4
STATIM0
STATIM1
STATIM2
STCHGOPT
STSMSG
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
TRANTIM1
TRANTIM2
UNCMDFL
UNIT
USERID
18
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.
SO
SOCMD
ST0_OP1
ST0_OP2
ST0_OP3
ST1_OP1
ST1_OP2
ST1_OP3
ST2_OP1
ST2_OP2
ST2_OP3
STATE0
STATE1
STATE2
STATETXT0 - 4
STATIM0
STATIM1
STATIM2
STCHGOPT
STSMSG
18
(#Outputs>0)
(#Outputs>0)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
(#Outputs>0)
(#Outputs>=2)
(#Outputs>=3)
TRANTIM1
TRANTIM2
UNCMDFL
UNIT
USERID
Digital Input
The 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)
AV (A)
ALENBST (S) (F)
ALMOPT (S) (F)
ALPRIOR
ASSOCDSP
AV (A)
AVTV (A)
AVTVFL (A)
BADPVFL (F)
BADPVPR
BOXCLR (L)
COMMAND (A)
CONTCUT (S) (F)
COUNTDWN (A)
DEBOUNCE (L) (S) (A)
DITYPE (F)
DLYTIME (S) (F)
EIPPCODE (S) (L)
(F)
EUDESC
EVTOPT (L) (F)
HIGHAL (S)
INPTDIR (F)
KEYWORD
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OFFNRMFL (S)
OFFNRMPR (S) (F)
OLDAV (A)
OVERFLOW (A)
OVERVAL (A) (F)
PNTFORM
PNTNODTY
PNTMODTY
PNTSTATE
PNTTYPE
PRIMMOD (S) (F)
PTDESC
PTEXECST
PV (S) (L)
PVAUTO (S) (L)
PVFL (S) (L)
PVNORMAL (S) (F)
PVNORMFL (S)
PVRAW
PVSOURCE (L) (F)
PVSRCOPT (S) (L) (F)
RESETFL (A)
RESETVAL (A)
S0BOXCLR (S) (L)
S1BOXCLR (S) (L)
SLOTNUM
STARTFL (A)
STATE (A)
STATE0 (S) (L)
STATE1 (S) (L)
STATETXT (S) (L)
STOPFL (A)
UNIT
19
Digital Input
The 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)
AV (A)
ALENBST (S) (F)
ALMOPT (S) (F)
ALPRIOR
ASSOCDSP
AV (A)
AVTV (A)
AVTVFL (A)
BADPVFL (F)
BADPVPR
BOXCLR (L)
COMMAND (A)
CONTCUT (S) (F)
COUNTDWN (A)
DEBOUNCE (L) (S) (A)
DITYPE (F)
DLYTIME (S) (F)
EIPPCODE (S) (L)
(F)
EUDESC
EVTOPT (L) (F)
HIGHAL (S)
INPTDIR (F)
KEYWORD
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OFFNRMFL (S)
OFFNRMPR (S) (F)
OLDAV (A)
OVERFLOW (A)
OVERVAL (A) (F)
PNTFORM
PNTNODTY
PNTMODTY
PNTSTATE
PNTTYPE
PRIMMOD (S) (F)
PTDESC
PTEXECST
PV (S) (L)
PVAUTO (S) (L)
PVFL (S) (L)
PVNORMAL (S) (F)
PVNORMFL (S)
PVRAW
PVSOURCE (L) (F)
PVSRCOPT (S) (L) (F)
RESETFL (A)
RESETVAL (A)
S0BOXCLR (S) (L)
S1BOXCLR (S) (L)
SLOTNUM
STARTFL (A)
STATE (A)
STATE0 (S) (L)
STATE1 (S) (L)
STATETXT (S) (L)
STOPFL (A)
UNIT
19
Digital Input
The 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)
AV (A)
ALENBST (S) (F)
ALMOPT (S) (F)
ALPRIOR
ASSOCDSP
AV (A)
AVTV (A)
AVTVFL (A)
BADPVFL (F)
BADPVPR
BOXCLR (L)
COMMAND (A)
CONTCUT (S) (F)
COUNTDWN (A)
DEBOUNCE (L) (S) (A)
DITYPE (F)
DLYTIME (S) (F)
EIPPCODE (S) (L)
(F)
EUDESC
EVTOPT (L) (F)
HIGHAL (S)
INPTDIR (F)
KEYWORD
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OFFNRMFL (S)
OFFNRMPR (S) (F)
OLDAV (A)
OVERFLOW (A)
OVERVAL (A) (F)
PNTFORM
PNTNODTY
PNTMODTY
PNTSTATE
PNTTYPE
PRIMMOD (S) (F)
PTDESC
PTEXECST
PV (S) (L)
PVAUTO (S) (L)
PVFL (S) (L)
PVNORMAL (S) (F)
PVNORMFL (S)
PVRAW
PVSOURCE (L) (F)
PVSRCOPT (S) (L) (F)
RESETFL (A)
RESETVAL (A)
S0BOXCLR (S) (L)
S1BOXCLR (S) (L)
SLOTNUM
STARTFL (A)
STATE (A)
STATE0 (S) (L)
STATE1 (S) (L)
STATETXT (S) (L)
STOPFL (A)
UNIT
19
Digital Output
The 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). This
point type is available only in the component form.
ASSOCDSP
DOTYPE
EUDESC
INITREQ
KEYWORD
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OFFPULSE (S)
ONPULSE (S)
OP (P)
OPTDIR (P)
PERIOD (P)
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
S0BOXCLR (S)
S1BOXCLR (S)
SLOTNUM
SO (S)
STATE0 (S)
STATE1 (S)
STDBYMAN
UNIT
Input/Output Processor
The parameters of the Input/Output Processor Point are listed below in alphabetical order.
CALIBALL
CALIBRJ
FAILOPT
FTAPRES
FREQ6050
IOMACTYP
IOMFWREV
IOMHWREV
IOMLHFST
IOMOPER
IOMTYPE
IOMSTS
IONTOKEN
IOPSTR1
IOPSTR2
IORECCHN
LINEPERD
MAXSLOTS
NODETYP
PIUOTDCF
RJRAW
SLOT0SF
STDBYSTS
SWTCHACT
WARMSTRT
20
Digital Output
The 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). This
point type is available only in the component form.
ASSOCDSP
DOTYPE
EUDESC
INITREQ
KEYWORD
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OFFPULSE (S)
ONPULSE (S)
OP (P)
OPTDIR (P)
PERIOD (P)
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
S0BOXCLR (S)
S1BOXCLR (S)
SLOTNUM
SO (S)
STATE0 (S)
STATE1 (S)
STDBYMAN
UNIT
Input/Output Processor
The parameters of the Input/Output Processor Point are listed below in alphabetical order.
CALIBALL
CALIBRJ
FAILOPT
FTAPRES
FREQ6050
IOMACTYP
IOMFWREV
IOMHWREV
IOMLHFST
IOMOPER
IOMTYPE
IOMSTS
IONTOKEN
IOPSTR1
IOPSTR2
IORECCHN
LINEPERD
MAXSLOTS
NODETYP
PIUOTDCF
RJRAW
SLOT0SF
STDBYSTS
SWTCHACT
WARMSTRT
20
Digital Output
The 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). This
point type is available only in the component form.
ASSOCDSP
DOTYPE
EUDESC
INITREQ
KEYWORD
MODNUM
NAME
NODENUM
NODETYP
NTWKNUM
OFFPULSE (S)
ONPULSE (S)
OP (P)
OPTDIR (P)
PERIOD (P)
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
S0BOXCLR (S)
S1BOXCLR (S)
SLOTNUM
SO (S)
STATE0 (S)
STATE1 (S)
STDBYMAN
UNIT
Input/Output Processor
The parameters of the Input/Output Processor Point are listed below in alphabetical order.
CALIBALL
CALIBRJ
FAILOPT
FTAPRES
FREQ6050
IOMACTYP
IOMFWREV
IOMHWREV
20
IOMLHFST
IOMOPER
IOMTYPE
IOMSTS
IONTOKEN
IOPSTR1
IOPSTR2
IORECCHN
LINEPERD
MAXSLOTS
NODETYP
PIUOTDCF
RJRAW
SLOT0SF
STDBYSTS
SWTCHACT
WARMSTRT
Logic
The parameters of the Logic Data Point (otherwise referred to as the Logic Slot) are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ALENBST
ASSOCDSP
C1DESC
C2DESC
C3DESC
C4DESC
C1FL
C2FL
C3FL
C4FL
C1PR
C2PR
C3PR
C4PR
C1SRC
C2SRC
C3SRC
C4SRC
CONTCUT
DEADBAND 1-24
DLYTIME 1-24
EIPPCODE (F)
FL1-12
GENDESC 1-12 (F)
HIGHAL
HIGHALPR
L1-12
LIBADOPT
LISRC 1-12
LODSTN 1-12
LOENBL 1-12
LOGALGID 1-16
LOGMIX
LOSRC 1-12
MODNUM
NAME
NN1-8
NODENUM
NODESC (F)
NODETYP
NOLINPTS
NOLOGBLK
NOLOPTS
NTWKNUM
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PRMDESC 1 -12 (F)
PTDESC
PTEXECST
PTINAL
R1 1-24
R2 1-24
S1 1-24
S1REV 1-24
S2 1-24
S2REV 1-24
S3 1-24
S3REV 1-24
S4 1-24
SLOTNUM
SO 1-24
STSMSG
UNIT
USERID
21
Logic
The parameters of the Logic Data Point (otherwise referred to as the Logic Slot) are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ALENBST
ASSOCDSP
C1DESC
C2DESC
C3DESC
C4DESC
C1FL
C2FL
C3FL
C4FL
C1PR
C2PR
C3PR
C4PR
C1SRC
C2SRC
C3SRC
C4SRC
CONTCUT
DEADBAND 1-24
DLYTIME 1-24
EIPPCODE (F)
FL1-12
GENDESC 1-12 (F)
HIGHAL
HIGHALPR
L1-12
LIBADOPT
LISRC 1-12
LODSTN 1-12
LOENBL 1-12
LOGALGID 1-16
LOGMIX
LOSRC 1-12
MODNUM
NAME
NN1-8
NODENUM
NODESC (F)
NODETYP
NOLINPTS
NOLOGBLK
NOLOPTS
NTWKNUM
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PRMDESC 1 -12 (F)
PTDESC
PTEXECST
PTINAL
R1 1-24
R2 1-24
S1 1-24
S1REV 1-24
S2 1-24
S2REV 1-24
S3 1-24
S3REV 1-24
S4 1-24
SLOTNUM
SO 1-24
STSMSG
UNIT
USERID
21
Logic
The parameters of the Logic Data Point (otherwise referred to as the Logic Slot) are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ALENBST
ASSOCDSP
C1DESC
C2DESC
C3DESC
C4DESC
C1FL
C2FL
C3FL
C4FL
C1PR
C2PR
C3PR
C4PR
C1SRC
C2SRC
C3SRC
C4SRC
CONTCUT
DEADBAND 1-24
DLYTIME 1-24
EIPPCODE (F)
FL1-12
GENDESC 1-12 (F)
HIGHAL
HIGHALPR
L1-12
LIBADOPT
LISRC 1-12
LODSTN 1-12
LOENBL 1-12
LOGALGID 1-16
LOGMIX
LOSRC 1-12
MODNUM
NAME
NN1-8
NODENUM
NODESC (F)
NODETYP
NOLINPTS
NOLOGBLK
NOLOPTS
NTWKNUM
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PRMDESC 1 -12 (F)
PTDESC
PTEXECST
PTINAL
R1 1-24
R2 1-24
S1 1-24
S1REV 1-24
S2 1-24
S2REV 1-24
S3 1-24
S3REV 1-24
S4 1-24
SLOTNUM
SO 1-24
STSMSG
UNIT
USERID
21
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.
ABHEMSD
ABHHOLD
ABHRSTR
ABHSHDN
ACP (F)
ALPRIOR (F)
ANAME 1-3
ASSOCDSP
ASTEP 1-3
ASTMT 1-3
CNTLLOCK
FL 1-27
MSGPEND
NAME (F)
NN 1-80
NODENUM
NODETYP
OVERPHAS
OVERSTAT
OVERSTEP
PERIOD
PHASE
PHASEAL
PHASETIM
PHREMTIM
PNTFORM
PNTTYPE
PRIMMOD (F)
PROCMOD
PTDESC
RESTART
RSTROPT
RUNSTATE
SEQERR
SEQEXEC
SEQMODE
SEQNAME
SEQOBJSZ
SEQPR (F)
SEQSLTSZ
SLOTNUM
SNAME 1-2
SPLOCK
SSTEP 1-2
SSTMT 1-2
STATMENT
STEP
STR8 1-16
STR16 1-8
STR32 1-4
STR64 1-2
STRLEN
STSMSG
SUSPSTAT
SUSPTIM
TIME 1-4
UNIT
USERID
Some of the parameters in the listing above are arrays that are not defined in this publication.
22
Process Module
The parameters of the Process Module Data Point are listed below in alphabetical order.
(F) indicates that the parameter is applicable when the PNTFORM = Full.
ABHEMSD
ABHHOLD
ABHRSTR
ABHSHDN
ACP (F)
ALPRIOR (F)
ANAME 1-3
ASSOCDSP
ASTEP 1-3
ASTMT 1-3
CNTLLOCK
FL 1-27
MSGPEND
NAME (F)
NN 1-80
NODENUM
NODETYP
OVERPHAS
OVERSTAT
OVERSTEP
PERIOD
PHASE
PHASEAL
PHASETIM
PHREMTIM
PNTFORM
PNTTYPE
PRIMMOD (F)
PROCMOD
PTDESC
RESTART
RSTROPT
RUNSTATE
SEQERR
SEQEXEC
SEQMODE
SEQNAME
SEQOBJSZ
SEQPR (F)
SEQSLTSZ
SLOTNUM
SNAME 1-2
SPLOCK
SSTEP 1-2
SSTMT 1-2
STATMENT
STEP
STR8 1-16
STR16 1-8
STR32 1-4
STR64 1-2
STRLEN
STSMSG
SUSPSTAT
SUSPTIM
TIME 1-4
UNIT
USERID
Some of the parameters in the listing above are arrays that are not defined in this publication.
22
Process Module
The parameters of the Process Module Data Point are listed below in alphabetical order.
(F) indicates that the parameter is applicable when the PNTFORM = Full.
ABHEMSD
ABHHOLD
ABHRSTR
ABHSHDN
ACP (F)
ALPRIOR (F)
ANAME 1-3
ASSOCDSP
ASTEP 1-3
ASTMT 1-3
CNTLLOCK
FL 1-27
MSGPEND
NAME (F)
NN 1-80
NODENUM
NODETYP
OVERPHAS
OVERSTAT
OVERSTEP
PERIOD
PHASE
PHASEAL
PHASETIM
PHREMTIM
PNTFORM
PNTTYPE
PRIMMOD (F)
PROCMOD
PTDESC
RESTART
RSTROPT
RUNSTATE
SEQERR
SEQEXEC
SEQMODE
SEQNAME
SEQOBJSZ
SEQPR (F)
SEQSLTSZ
SLOTNUM
SNAME 1-2
SPLOCK
SSTEP 1-2
SSTMT 1-2
STATMENT
STEP
STR8 1-16
STR16 1-8
STR32 1-4
STR64 1-2
STRLEN
STSMSG
SUSPSTAT
SUSPTIM
TIME 1-4
UNIT
USERID
Some of the parameters in the listing above are arrays that are not defined in this publication.
22
UCN Network
The parameters of the UCN Network Data Point are listed below in alphabetical order.
CHPINHWY
CLPZMXC
CLPZMXP
HWYCTLST
LOADSCOP
MSGTXT 0-15
NIMADDR
NIMREV
NIMVERS
NMSGTXT
TIMESYNC
UPGRADE
23
UCN Network
The parameters of the UCN Network Data Point are listed below in alphabetical order.
CHPINHWY
CLPZMXC
CLPZMXP
HWYCTLST
LOADSCOP
MSGTXT 0-15
NIMADDR
NIMREV
NIMVERS
NMSGTXT
TIMESYNC
UPGRADE
23
UCN Network
The parameters of the UCN Network Data Point are listed below in alphabetical order.
CHPINHWY
CLPZMXC
CLPZMXP
HWYCTLST
LOADSCOP
MSGTXT 0-15
NIMADDR
NIMREV
NIMVERS
NMSGTXT
TIMESYNC
UPGRADE
23
UCN Node Data Point
The parameters of the UCN Node Data Point are listed below in alphabetical order.
$UCNLSB 1-50
CABLESTS
CLPZMXC
CLPZMXP
LOADSCOP
MDMHWREV
MODNUM
NMSGTXT
NODESTAT
NODESTS
NODETYP
TIMESYNC
UCNRECHN
UPGRADE
UTSDRIFT
UTSNODE
UTSTBCRV
UTSTIME
UTSTIMST
24
UCN Node Data Point
The parameters of the UCN Node Data Point are listed below in alphabetical order.
$UCNLSB 1-50
CABLESTS
CLPZMXC
CLPZMXP
LOADSCOP
MDMHWREV
MODNUM
NMSGTXT
NODESTAT
NODESTS
NODETYP
TIMESYNC
UCNRECHN
UPGRADE
UTSDRIFT
UTSNODE
UTSTBCRV
UTSTIME
UTSTIMST
24
UCN Node Data Point
The parameters of the UCN Node Data Point are listed below in alphabetical order.
$UCNLSB 1-50
CABLESTS
CLPZMXC
CLPZMXP
LOADSCOP
MDMHWREV
MODNUM
NMSGTXT
NODESTAT
NODESTS
NODETYP
TIMESYNC
UCNRECHN
UPGRADE
UTSDRIFT
UTSNODE
UTSTBCRV
UTSTIME
UTSTIMST
24
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)
ARWNET
ARWOP
ASSOCDSP
AUTOMODFL
B
B0
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
KEYWORD
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
25
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)
ARWNET
ARWOP
ASSOCDSP
AUTOMODFL
B
B0
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
KEYWORD
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
25
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)
ARWNET
ARWOP
ASSOCDSP
AUTOMODFL
B
B0
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
KEYWORD
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
25
Auto Manual (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
RARWSTS
RATE1
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
XEUHI
XEULO
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
RARWSTS
RATE1
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
XEUHI
XEULO
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
RARWSTS
RATE1
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
XEUHI
XEULO
26
Auto Manual (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
26
Auto Manual (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
26
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
C1
C2
C3
C4
CALCEXP
CONTCUT (F)
EUDESC (F)
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
N
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
(Continued)
27
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
C1
C2
C3
C4
CALCEXP
CONTCUT (F)
EUDESC (F)
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
N
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
(Continued)
27
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
C1
C2
C3
C4
CALCEXP
CONTCUT (F)
EUDESC (F)
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
N
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
(Continued)
27
Calculator (Continued)
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
(F)
(F)
(F)
(F)
(F)
(F)
28
Calculator (Continued)
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
(F)
(F)
(F)
(F)
(F)
(F)
28
Calculator (Continued)
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
28
(F)
(F)
(F)
(F)
(F)
(F)
Data Acquisition
The 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)
ASSOCDSP
BADPVFL
BADPVPR (F)
CONCUT (F)
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD (F)
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPVFL
PVROCPPR (F)
PVROVPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
29
Data Acquisition
The 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)
ASSOCDSP
BADPVFL
BADPVPR (F)
CONCUT (F)
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD (F)
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPVFL
PVROCPPR (F)
PVROVPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
29
Data Acquisition
The 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)
ASSOCDSP
BADPVFL
BADPVPR (F)
CONCUT (F)
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD (F)
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPVFL
PVROCPPR (F)
PVROVPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
29
Flow Compensation
The 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)
ASSOCDSP
BADPVFL
BADPVPR (F)
C
C1
C2
COMPHILM
COMPLOLM
COMPTERM
CONTCUT (F)
EUDESC (F)
F
FSTS
G
GSTS
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P
PERIOD
P0
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PSTS
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCHAR
PVCLAMP
PVEQN
(Continued)
30
Flow Compensation
The 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)
ASSOCDSP
BADPVFL
BADPVPR (F)
C
C1
C2
COMPHILM
COMPLOLM
COMPTERM
CONTCUT (F)
EUDESC (F)
F
FSTS
G
GSTS
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P
PERIOD
P0
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PSTS
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCHAR
PVCLAMP
PVEQN
(Continued)
30
Flow Compensation
The 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)
ASSOCDSP
BADPVFL
BADPVPR (F)
C
C1
C2
COMPHILM
COMPLOLM
COMPTERM
CONTCUT (F)
EUDESC (F)
F
FSTS
G
GSTS
HIGHAL (F)
HIGHALPR (F)
30
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P
PERIOD
P0
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PSTS
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCHAR
PVCLAMP
PVEQN
(Continued)
Flow Compensation (Continued)
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
Q
QSTS
RG
RP
RQ
RT
RX
SLOTNUM
STSMSG
T
T0
TF
TSTS
UNIT
USERID
X
XSTS
31
Flow Compensation (Continued)
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
Q
QSTS
RG
RP
RQ
RT
RX
SLOTNUM
STSMSG
T
T0
TF
TSTS
UNIT
USERID
X
XSTS
31
Flow Compensation (Continued)
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
Q
QSTS
RG
RP
RQ
RT
RX
SLOTNUM
STSMSG
T
T0
TF
TSTS
UNIT
USERID
X
XSTS
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)
ASSOCDSP
BADPVFL (F)
BADVPR (F)
CONTCUT (F)
EUDESC
HIGHAL (F)
HIGHALPR (F)
IN0
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
IN9
IN10
IN11
IN12
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OUT0
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
OUT9
OUT10
OUT11
OUT12
OVERVAL (F)
P1
P1STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
(Continued)
32
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)
ASSOCDSP
BADPVFL (F)
BADVPR (F)
CONTCUT (F)
EUDESC
HIGHAL (F)
HIGHALPR (F)
IN0
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
IN9
IN10
IN11
IN12
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OUT0
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
OUT9
OUT10
OUT11
OUT12
OVERVAL (F)
P1
P1STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
(Continued)
32
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)
ASSOCDSP
BADPVFL (F)
BADVPR (F)
CONTCUT (F)
EUDESC
HIGHAL (F)
HIGHALPR (F)
IN0
IN1
IN2
IN3
IN4
IN5
IN6
IN7
IN8
IN9
IN10
IN11
IN12
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OUT0
OUT1
OUT2
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
OUT9
OUT10
OUT11
OUT12
OVERVAL (F)
P1
P1STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
(Continued)
32
General Linearization (Continued)
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVAUTO
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SEGTOT
SLOTNUM
STSMSG
TF
UNIT
USERID
33
General Linearization (Continued)
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVAUTO
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SEGTOT
SLOTNUM
STSMSG
TF
UNIT
USERID
33
General Linearization (Continued)
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVAUTO
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTOST
PVCALC
PVCLAMP
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SEGTOT
SLOTNUM
STSMSG
TF
UNIT
USERID
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
CONTCUT (F)
EUDESC
FORCE
FRCPERM
FSELIN
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
N
NAME
NMIN
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
34
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
CONTCUT (F)
EUDESC
FORCE
FRCPERM
FSELIN
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
N
NAME
NMIN
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
34
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
CONTCUT (F)
EUDESC
FORCE
FRCPERM
FSELIN
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
N
34
NAME
NMIN
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
High-Low Average (Continued)
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SELINP
SLOTNUM
STSMSG
TF
UNIT
USERID
(F)
(F)
(F)
(F)
(F)
(F)
(F)
35
High-Low Average (Continued)
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SELINP
SLOTNUM
STSMSG
TF
UNIT
USERID
(F)
(F)
(F)
(F)
(F)
(F)
(F)
35
High-Low Average (Continued)
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SELINP
SLOTNUM
STSMSG
TF
UNIT
USERID
(F)
(F)
(F)
(F)
(F)
(F)
(F)
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K1
K2
K3
K4
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
36
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K1
K2
K3
K4
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
36
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CV
36
CVEUHI
CVEULO
DELCV
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K1
K2
K3
K4
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
Incremental Summer (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
37
Incremental Summer (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
37
Incremental Summer (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
CONTCUT (F)
EUDESC (F)
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SELINP
SLOTNUM
STSMSG
TF
UNIT
USERID
38
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
CONTCUT (F)
EUDESC (F)
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SELINP
SLOTNUM
STSMSG
TF
UNIT
USERID
38
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)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
CONTCUT (F)
EUDESC (F)
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
38
P3
P3STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
SELINP
SLOTNUM
STSMSG
TF
UNIT
USERID
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BYPASS
BYPASSX1
BYPASSX2
BYPASSX3
BYPASSX4
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
39
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BYPASS
BYPASSX1
BYPASSX2
BYPASSX3
BYPASSX4
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
39
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BYPASS
BYPASSX1
BYPASSX2
BYPASSX3
BYPASSX4
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
(Continued)
39
Override Selector (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OROFFSET
OROPT
OVERVAL (F)
PERIOD PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SELXINP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
OPRATRFL
OPROCLM
OROFFSET
OROPT
OVERVAL (F)
PERIOD PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SELXINP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
OPRATRFL
OPROCLM
OROFFSET
OROPT
OVERVAL (F)
PERIOD PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SELXINP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYMAN
STSMSG
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
40
Override Selector (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
40
Override Selector (Continued)
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
40
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)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
GAPLO
HIGHAL (F)
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
GAINOPT
GAPHI
HIGHALPR (F)
INITMAN
K
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LMSRC
LOCALMAN
MANMODFL
MANOPCMD
MANOPTIME
MAXPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPCMD
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHISRC
OPHITP (F)
(Continued)
41
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)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
GAPLO
HIGHAL (F)
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
GAINOPT
GAPHI
HIGHALPR (F)
INITMAN
K
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LMSRC
LOCALMAN
MANMODFL
MANOPCMD
MANOPTIME
MAXPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPCMD
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHISRC
OPHITP (F)
(Continued)
41
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)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
GAPLO
HIGHAL (F)
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
GAINOPT
GAPHI
HIGHALPR (F)
INITMAN
K
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LMSRC
LOCALMAN
MANMODFL
MANOPCMD
MANOPTIME
MAXPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPCMD
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHISRC
OPHITP (F)
(Continued)
41
Pid (Continued)
OPLAFL (F)
OPLOFL
OPLOPR (F)
OPLOSRC
OPLOLM
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RTHILM
RTLOLM
SAFEOP
SAFOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RTHILM
RTLOLM
SAFEOP
SAFOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RTHILM
RTLOLM
SAFEOP
SAFOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
42
Pid (Continued)
OPLAFL (F)
OPLOFL
OPLOPR (F)
OPLOSRC
OPLOLM
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
42
Pid (Continued)
OPLAFL (F)
OPLOFL
OPLOPR (F)
OPLOSRC
OPLOLM
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
42
Pid With External Reset Feedback
The parameters of the Pid With External Reset Feedback control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
K1
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
(Continued)
43
Pid With External Reset Feedback
The parameters of the Pid With External Reset Feedback control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
K1
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
(Continued)
43
Pid With External Reset Feedback
The parameters of the Pid With External Reset Feedback control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
K1
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
(Continued)
43
Pid With External Reset Feedback (Continued)
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RFB
RINITREQ
RINITVAL
RTHILM
RTLOLM
S1
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TRFB
TVPROC
UNIT
USERID
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RFB
RINITREQ
RINITVAL
RTHILM
RTLOLM
S1
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TRFB
TVPROC
UNIT
USERID
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RFB
RINITREQ
RINITVAL
RTHILM
RTLOLM
S1
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TRFB
TVPROC
UNIT
USERID
44
Pid With External Reset Feedback (Continued)
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
44
Pid With External Reset Feedback (Continued)
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
44
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
Pid With Feed Forward
The parameters of the Pid With Feed Forward control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BFF
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
FF
FFOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
KEXT
KEYWORD
KFF
KGAP
KLIN
KNL
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
(Continued)
45
Pid With Feed Forward
The parameters of the Pid With Feed Forward control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BFF
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
FF
FFOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
KEXT
KEYWORD
KFF
KGAP
KLIN
KNL
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
(Continued)
45
Pid With Feed Forward
The parameters of the Pid With Feed Forward control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR (F)
BFF
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLACTN
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
FF
FFOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)
INITMAN
K
KEXT
KEYWORD
KFF
KGAP
KLIN
KNL
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
(Continued)
45
Pid With Feed Forward (Continued)
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RTHILM
RTLOLM
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RTHILM
RTLOLM
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RTHILM
RTLOLM
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
46
Pid With Feed Forward (Continued)
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
46
Pid With Feed Forward (Continued)
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PIDFORM
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PTDESC
PTEXECST
PTINAL
46
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOTP (F)
PVLOPR (F)
PVP
PVROCNFL
Pid With Position Proportional
The parameters of the Position Proportional control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR
BADPVR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CYCLETIM
DEADBAND
DEADTIME
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)1
INITMAN
K
K1
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LMSRC
LOCALMAN
LOWERTIM
LOWRDSTN
LOWRRATE
MANMODFL
MANOPCMD
MANOPTIM
MAXPULSE
MINPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OPCMD
OPHIFL
OPHISRC
OPLOFL
OPLOSRC
OVERVAL (F)
PERIOD
PNTFORM
(Continued)
47
Pid With Position Proportional
The parameters of the Position Proportional control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR
BADPVR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CYCLETIM
DEADBAND
DEADTIME
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)1
INITMAN
K
K1
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LMSRC
LOCALMAN
LOWERTIM
LOWRDSTN
LOWRRATE
MANMODFL
MANOPCMD
MANOPTIM
MAXPULSE
MINPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OPCMD
OPHIFL
OPHISRC
OPLOFL
OPLOSRC
OVERVAL (F)
PERIOD
PNTFORM
(Continued)
47
Pid With Position Proportional
The parameters of the Position Proportional control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVPR
BADPVR (F)
BIAS
BSHILM
BSLOLM
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CYCLETIM
DEADBAND
DEADTIME
DELCV
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
GAINOPT
GAPHI
GAPLO
HIGHAL (F)
HIGHALPR (F)1
INITMAN
K
K1
KEXT
KEYWORD
KGAP
KLIN
KNL
LASTPV
LMSRC
LOCALMAN
LOWERTIM
LOWRDSTN
LOWRRATE
MANMODFL
MANOPCMD
MANOPTIM
MAXPULSE
MINPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NLFM
NLGAIN
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OPCMD
OPHIFL
OPHISRC
OPLOFL
OPLOSRC
OVERVAL (F)
PERIOD
PNTFORM
(Continued)
47
PID With Position Proportional (Continued)
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAISDSTN
RAISETIM
RAISRATE
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RP
RT
RTHILM
RTLOLM
SAFEOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
48
PID With Position Proportional (Continued)
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAISDSTN
RAISETIM
RAISRATE
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RP
RT
RTHILM
RTLOLM
SAFEOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
48
PID With Position Proportional (Continued)
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
48
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTRACK
RAISDSTN
RAISETIM
RAISRATE
RAMPTIME
RARWSTS
RATIO
RBOPT
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RP
RT
RTHILM
RTLOLM
SAFEOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
T1
T2
TVPROC
UNIT
USERID
Position Proportional
The parameters of the Position Proportional control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CYCLETIM
DEADBAND
DEADTIME
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)1
INITMAN
KEYWORD
LASTPV
LMSRC
LOCALMAN
LOWERTIM
LOWRDSTN
LOWRRATE
LTIMHILM
MANMODFL
MANOPCMD
MANOPTIM
MAXPULSE
MINPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OPCMD
OPHIFL
OPHISRC
OPLOFL
OPLOSRC
OVERVAL (F)
PERIOD
PNTFORM
(Continued)
49
Position Proportional
The parameters of the Position Proportional control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CYCLETIM
DEADBAND
DEADTIME
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)1
INITMAN
KEYWORD
LASTPV
LMSRC
LOCALMAN
LOWERTIM
LOWRDSTN
LOWRRATE
LTIMHILM
MANMODFL
MANOPCMD
MANOPTIM
MAXPULSE
MINPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OPCMD
OPHIFL
OPHISRC
OPLOFL
OPLOSRC
OVERVAL (F)
PERIOD
PNTFORM
(Continued)
49
Position Proportional
The parameters of the Position Proportional control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLOP
BADCTLPR (F)
BADPVFL
BADPVR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CYCLETIM
DEADBAND
DEADTIME
DEV
DEVHIFL
DEVHIPR (F)
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)1
INITMAN
KEYWORD
LASTPV
LMSRC
LOCALMAN
LOWERTIM
LOWRDSTN
LOWRRATE
LTIMHILM
MANMODFL
MANOPCMD
MANOPTIM
MAXPULSE
MINPULSE
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OPCMD
OPHIFL
OPHISRC
OPLOFL
OPLOSRC
OVERVAL (F)
PERIOD
PNTFORM
(Continued)
49
Position Proportional (Continued)
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHITP (F)
PVHIFL
PVHIPR (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
RAISDSTN
RAISETIM
RAISRATE
RAMPTIME
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RP
RT
SAFOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
50
Position Proportional (Continued)
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHITP (F)
PVHIFL
PVHIPR (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
RAISDSTN
RAISETIM
RAISRATE
RAMPTIME
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RP
RT
SAFOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
50
Position Proportional (Continued)
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHITP (F)
PVHIFL
PVHIPR (F)
PVLLFL
50
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
RAISDSTN
RAISETIM
RAISRATE
RAMPTIME
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
RP
RT
SAFOPCMD
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
Ramp Soak
The parameters of the Ramp Soak control algorithm are listed below in alphabetical
order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CURSEGID
CV
CVEUHI
CVEULO
CYCLEOPT
DEV
DEVHIPR (F)
DEVHIFL
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
HOLDCMD
INITMAN
KEYWORD
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MXRMPDEV‘
MXSOKDEV
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NORSSEQ
NTWKNUM
NXTSOAKV
OP
OPEU
OPHIFL
OPHILM
OPLOFL
OPLOLM
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD
(Continued)
51
Ramp Soak
The parameters of the Ramp Soak control algorithm are listed below in alphabetical
order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CURSEGID
CV
CVEUHI
CVEULO
CYCLEOPT
DEV
DEVHIPR (F)
DEVHIFL
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
HOLDCMD
INITMAN
KEYWORD
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MXRMPDEV‘
MXSOKDEV
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NORSSEQ
NTWKNUM
NXTSOAKV
OP
OPEU
OPHIFL
OPHILM
OPLOFL
OPLOLM
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD
(Continued)
51
Ramp Soak
The parameters of the Ramp Soak control algorithm are listed below in alphabetical
order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
BADCTLFL
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CURSEGID
CV
CVEUHI
CVEULO
CYCLEOPT
DEV
DEVHIPR (F)
DEVHIFL
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
HOLDCMD
INITMAN
KEYWORD
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
MXRMPDEV‘
MXSOKDEV
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NORSSEQ
NTWKNUM
NXTSOAKV
OP
OPEU
OPHIFL
OPHILM
OPLOFL
OPLOLM
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD
(Continued)
51
Ramp Soak (Continued)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVEUHI
PVEULO
PVFORMAT
PVP
PVSTS
RAMPTIME
RARWSTS
RATE1
RATE2
RATE3
RATE4
RATE5
RATE6
RATE7
RATE8
RATE9
RATE10
RATE11
RATE12
REDTAG (F)
REMSOAKT
RINITREQ
RINITVAL
S1
S1BGNTIM
S1ENDTIM
S1SEGID
S2
S2BGNTIM
S2ENDTIM
S2SEGID
SAFEOP
SEGTYPE
SHUTDOWN
SLOTNUM
SOAKT1
SOAKT2
SOAKT3
SOAKT4
SOAKT5
SOAKT6
SOAKT7
SOAKT8
SOAKT9
SOAKT10
SOAKT11
SOAKT12
SOAKV1
SOAKV2
SOAKV3
SOAKV4
SOAKV5
SOAKV6
SOAKV7
SOAKV8
SOAKV9
SOAKV10
SOAKV11
SOAKV12
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
RATE9
RATE10
RATE11
RATE12
REDTAG (F)
REMSOAKT
RINITREQ
RINITVAL
S1
S1BGNTIM
S1ENDTIM
S1SEGID
S2
S2BGNTIM
S2ENDTIM
S2SEGID
SAFEOP
SEGTYPE
SHUTDOWN
SLOTNUM
SOAKT1
SOAKT2
SOAKT3
SOAKT4
SOAKT5
SOAKT6
SOAKT7
SOAKT8
SOAKT9
SOAKT10
SOAKT11
SOAKT12
SOAKV1
SOAKV2
SOAKV3
SOAKV4
SOAKV5
SOAKV6
SOAKV7
SOAKV8
SOAKV9
SOAKV10
SOAKV11
SOAKV12
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
RATE9
RATE10
RATE11
RATE12
REDTAG (F)
REMSOAKT
RINITREQ
RINITVAL
S1
S1BGNTIM
S1ENDTIM
S1SEGID
S2
S2BGNTIM
S2ENDTIM
S2SEGID
SAFEOP
SEGTYPE
SHUTDOWN
SLOTNUM
SOAKT1
SOAKT2
SOAKT3
SOAKT4
SOAKT5
SOAKT6
SOAKT7
SOAKT8
SOAKT9
SOAKT10
SOAKT11
SOAKT12
SOAKV1
SOAKV2
SOAKV3
SOAKV4
SOAKV5
SOAKV6
SOAKV7
SOAKV8
SOAKV9
SOAKV10
SOAKV11
SOAKV12
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
52
Ramp Soak (Continued)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVEUHI
PVEULO
PVFORMAT
PVP
PVSTS
RAMPTIME
RARWSTS
RATE1
RATE2
RATE3
RATE4
RATE5
RATE6
RATE7
RATE8
52
Ramp Soak (Continued)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVEUHI
PVEULO
PVFORMAT
PVP
PVSTS
RAMPTIME
RARWSTS
RATE1
RATE2
RATE3
RATE4
RATE5
RATE6
RATE7
RATE8
52
Ratio Control
The parameters of the Ratio Control control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
B1
B2
BADCTLFL
BADCTLPR (F)
BADPVFL
BADPVPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CV
CVEUHI
CVEULO
DEV
DEVHIFL
DEVHIPR
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K1
K2
KEYWORD
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
(Continued)
53
Ratio Control
The parameters of the Ratio Control control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
B1
B2
BADCTLFL
BADCTLPR (F)
BADPVFL
BADPVPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CV
CVEUHI
CVEULO
DEV
DEVHIFL
DEVHIPR
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K1
K2
KEYWORD
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
(Continued)
53
Ratio Control
The parameters of the Ratio Control control algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ADVDEVFL
ADVDEVPR (F)
ADVDEVTP (F)
ADVSP (F)
ADVSPP (F)
ALENBST (F)
ARWNET
ARWOP
ASPPROC (F)
ASSOCDSP
AUTMODFL
B1
B2
BADCTLFL
BADCTLPR (F)
BADPVFL
BADPVPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTRLINIT
CV
CVEUHI
CVEULO
DEV
DEVHIFL
DEVHIPR
DEVHITP (F)
DEVLOFL
DEVLOPR (F)
DEVLOTP (F)
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC (F)
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
K1
K2
KEYWORD
LASTPV
LOCALMAN
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
OPHAFL (F)
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
(Continued)
53
Ratio Control (Continued)
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
RAMPTIME
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
X2
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
RAMPTIME
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
X2
PVHIFL
PVHIPR (F)
PVHITP (F)
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
RAMPTIME
RARWSTS
RCASOPT
RCASSHED
REDTAG (F)
RINITREQ
RINITVAL
SAFEOP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
SP
SPEUHI
SPEULO
SPFORMAT
SPHIFL
SPHILM
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
SPTVP
STDBYMAN
STSMSG
TVPROC
UNIT
USERID
X2
54
Ratio Control (Continued)
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
54
Ratio Control (Continued)
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
PV
PVALDB (F)
PVALDBEU (F)
PVAUTO
PVAUTOST
PVEUHI
PVEULO
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
54
Summer
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)
ASSOCDSP
BADPVFL
BADPVPR (F)
C
C1
C2
C3
C4
C5
C6
CONTCUT
D
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
N
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PISRC
PIDSTN
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
(Continued)
55
Summer
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)
ASSOCDSP
BADPVFL
BADPVPR (F)
C
C1
C2
C3
C4
C5
C6
CONTCUT
D
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
N
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PISRC
PIDSTN
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
(Continued)
55
Summer
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)
ASSOCDSP
BADPVFL
BADPVPR (F)
C
C1
C2
C3
C4
C5
C6
CONTCUT
D
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
N
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
P3
P3STS
P4
P4STS
P5
P5STS
P6
P6STS
PERIOD
PISRC
PIDSTN
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
(Continued)
55
Summer (Continued)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEULO
PVEUHI
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TF
UNIT
USERID
(F)
(F)
(F)
(F)
(F)
(F)
(F)
56
Summer (Continued)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEULO
PVEUHI
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
(F)
(F)
(F)
(F)
(F)
(F)
(F)
56
Summer (Continued)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEULO
PVEUHI
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
56
(F)
(F)
(F)
(F)
(F)
(F)
(F)
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTFL
BADCTLOP
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
(Continued)
57
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTFL
BADCTLOP
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
(Continued)
57
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)
ARWNET
ARWOP
ASSOCDSP
AUTMODFL
BADCTFL
BADCTLOP
BADCTLPR (F)
CASREQ
CIDSTN
CISRC
CODSTN
CONTCUT (F)
CTLALGID
CTLEQN
CTRLINIT
CV
CVEUHI
CVEULO
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EXTSWOPT
HIGHAL (F)
HIGHALPR (F)
INITMAN
KEYWORD
LOCALMAN
M
MANMODFL
MODATTR
MODE
MODEAPPL
MODEPERM
MODNUM
NAME
NMODATTR
NMODE
NOCINPTS
NOCOPTS
NODENUM
NODETYP
NTWKNUM
OP
OPALDB (F)
OPEU
(Continued)
57
Switch (Continued)
OPHAFL
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG
RINITREQ
RINITVAL
S1
S2
S3
S4
SAFEOP
SELXINP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYNUM
STDBYMAN
STSMSG
TRACKING
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG
RINITREQ
RINITVAL
S1
S2
S3
S4
SAFEOP
SELXINP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYNUM
STDBYMAN
STSMSG
TRACKING
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PTORST
RARWSTS
RCASOPT
RCASSHED
REDTAG
RINITREQ
RINITVAL
S1
S2
S3
S4
SAFEOP
SELXINP
SHEDMODE
SHEDTIME
SHUTDOWN
SLOTNUM
STDBYNUM
STDBYMAN
STSMSG
TRACKING
UNIT
USERID
X1
X2
X3
X4
XEUHI
XEULO
58
Switch (Continued)
OPHAFL
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
58
Switch (Continued)
OPHAFL
OPHIFL
OPHILM
OPHIPR (F)
OPHITP (F)
OPLAFL (F)
OPLOFL
OPLOLM
OPLOPR (F)
OPLOTP (F)
OPMCHLM
OPRATRFL
OPROCLM
OVERVAL (F)
PERIOD
PNTFORM
PNTMODTY
PNTNODTY
58
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)
ACCTYPE
ALENBST (F)
ASSOCDSP
AVDEV1FL
AVDEV1TP
AVDEV2FL
AVDEV2TP
AVTV
AVTVFL
BADPVFL
BADPVPR (F)
C
COMMAND
CONTCUT (F)
CUTOFFLM
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OLDAV
OVERVAL (F)
P1
P1STS
P2
P2STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU
PVALGID
PVAUTO
PVAUTOST
PVCALC
(Continued)
59
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)
ACCTYPE
ALENBST (F)
ASSOCDSP
AVDEV1FL
AVDEV1TP
AVDEV2FL
AVDEV2TP
AVTV
AVTVFL
BADPVFL
BADPVPR (F)
C
COMMAND
CONTCUT (F)
CUTOFFLM
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OLDAV
OVERVAL (F)
P1
P1STS
P2
P2STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU
PVALGID
PVAUTO
PVAUTOST
PVCALC
(Continued)
59
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)
ACCTYPE
ALENBST (F)
ASSOCDSP
AVDEV1FL
AVDEV1TP
AVDEV2FL
AVDEV2TP
AVTV
AVTVFL
BADPVFL
BADPVPR (F)
C
COMMAND
CONTCUT (F)
CUTOFFLM
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OLDAV
OVERVAL (F)
P1
P1STS
P2
P2STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU
PVALGID
PVAUTO
PVAUTOST
PVCALC
(Continued)
59
Totalizer (Continued)
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
RESETFL
RESETVAL
SLOTNUM
STARTFL
STATE
STOPFL
STSMSG
TF
TIMEBASE
UNIT
USERID
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
RESETFL
RESETVAL
SLOTNUM
STARTFL
STATE
STOPFL
STSMSG
TF
TIMEBASE
UNIT
USERID
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP (F)
PVSGCHTP (F)
PVSOURCE (F)
PVSRCOPT (F)
PVSTS
PVTV (F)
PVTVP (F)
RESETFL
RESETVAL
SLOTNUM
STARTFL
STATE
STOPFL
STSMSG
TF
TIMEBASE
UNIT
USERID
60
Totalizer (Continued)
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
60
Totalizer (Continued)
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
60
Variable Dead Time With Lead/Lag
The parameters of the Variable Dead Time With Lead/Lag PV algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ALENBST (F)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
C
C1
C2
CONTCUT (F)
CUTOFFLM
D
D1
D2
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NLOC
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
(Continued)
61
Variable Dead Time With Lead/Lag
The parameters of the Variable Dead Time With Lead/Lag PV algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ALENBST (F)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
C
C1
C2
CONTCUT (F)
CUTOFFLM
D
D1
D2
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NLOC
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
(Continued)
61
Variable Dead Time With Lead/Lag
The parameters of the Variable Dead Time With Lead/Lag PV algorithm are listed below in
alphabetical order. (F) indicates that the parameter is applicable when the PNTFORM = Full.
$AUXUNIT (F)
ALENBST (F)
ASSOCDSP
BADPVFL (F)
BADPVPR (F)
C
C1
C2
CONTCUT (F)
CUTOFFLM
D
D1
D2
EUDESC
HIGHAL (F)
HIGHALPR (F)
KEYWORD
LASTPV
MODNUM
NAME
NLOC
NODENUM
NODETYP
NOPINPTS
NTWKNUM
OVERVAL (F)
P1
P1STS
P2
P2STS
PERIOD
PIDSTN
PISRC
PNTFORM
PNTMODTY
PNTNODTY
PNTSTATE
PNTTYPE
PRIMMOD (F)
PTDESC (F)
PTEXECST
PTINAL
PV
PVALDB (F)
PVALDBEU (F)
PVALGID
PVAUTO
(Continued)
61
Variable Dead Time With Lead/Lag (Continued)
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TD
TF
TLD
TLG1
TLG2
UNIT
USERID
(F)
(F)
(F)
(F)
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TD
TF
TLD
TLG1
TLG2
UNIT
USERID
(F)
(F)
(F)
(F)
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTS
PVTV (F)
PVTVP (F)
SLOTNUM
STSMSG
TD
TF
TLD
TLG1
TLG2
UNIT
USERID
(F)
(F)
(F)
(F)
62
Variable Dead Time With Lead/Lag (Continued)
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
62
Variable Dead Time With Lead/Lag (Continued)
PVAUTOST
PVCALC
PVCLAMP
PVEQN
PVEUHI
PVEULO
PVEXEUHI
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFORMAT
PVHHFL
PVHHPR (F)
PVHHTP (F)
PVHIFL
62
PVHIPR (F)
PVHITP (F)
PVINIT
PVLLFL
PVLLPR (F)
PVLLTP (F)
PVLOFL
PVLOPR (F)
PVLOTP (F)
PVP
PVROCNFL
PVROCNPR (F)
PVROCNTP (F)
PVROCPFL
PVROCPPR (F)
Parameter
Description
Type
Lock
(Default) and Range
$ADD
Add last parameter indicator
APM Database Valid
L
e:
PB
Eng
IOP Address (n = 1 - 168)
Local UCN Communications Statistics (n = 1 - 50)
A-B PLC Family type: 2.0, 3.0, or 5.0
A-B PLC File number; NaN for PLC-2
A-B PLC-3 Section ID, or PLC-2 or 5 data type
A-B Data PLC Scan Frequency in seconds.
256 = Report by Exception
Abnormal Handler Emergency Shutdown Enable Flag
I
R
R
R
R
R
View
View
Eng
Eng
Eng
Eng
(On); On Off
(DBInvalid);
DB_Valid, DBInvalid
( ); 0, 129-255
L
View
(Off); On - Off
Abnormal Handler Hold Enable Flag
Abnormal Handler Restart Enable Flag
Abnormal Handler Shutdown Enable Flag
Acceleration Time
Accumulator Operation Mode
Advanced Control Data Point
Acting Primary I/O Module (n = 1 - 40)
Advisory Deviation Alarm Flag
L
L
L
T
e:
E
e:
L
View
View
View
View
Eng/PB
PB
View
View
(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
$DBVALID
$IOMPADD(n)
$UCNLSBn
AB_DATA1
AB_DATA2
AB_DATA3
AB_DATA4
(NaN); N/A
NaN); 0 - 999, NaN
(NaN); 0 - 9, NaN
(NaN); 0 - 255, 256
ABHEMSD
ABHHOLD
ABHRSTR
ABHSHDN
ACCELTIM
ACCTYPE
ACP
ACTPRIM(n)
ADVDEVFL
63
Parameter
Description
Type
Lock
(Default) and Range
$ADD
Add last parameter indicator
APM Database Valid
L
e:
PB
Eng
IOP Address (n = 1 - 168)
Local UCN Communications Statistics (n = 1 - 50)
A-B PLC Family type: 2.0, 3.0, or 5.0
A-B PLC File number; NaN for PLC-2
A-B PLC-3 Section ID, or PLC-2 or 5 data type
A-B Data PLC Scan Frequency in seconds.
256 = Report by Exception
Abnormal Handler Emergency Shutdown Enable Flag
I
R
R
R
R
R
View
View
Eng
Eng
Eng
Eng
(On); On Off
(DBInvalid);
DB_Valid, DBInvalid
( ); 0, 129-255
L
View
(Off); On - Off
Abnormal Handler Hold Enable Flag
Abnormal Handler Restart Enable Flag
Abnormal Handler Shutdown Enable Flag
Acceleration Time
Accumulator Operation Mode
Advanced Control Data Point
Acting Primary I/O Module (n = 1 - 40)
Advisory Deviation Alarm Flag
L
L
L
T
e:
E
e:
L
View
View
View
View
Eng/PB
PB
View
View
(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
$DBVALID
$IOMPADD(n)
$UCNLSBn
AB_DATA1
AB_DATA2
AB_DATA3
AB_DATA4
(NaN); N/A
NaN); 0 - 999, NaN
(NaN); 0 - 9, NaN
(NaN); 0 - 255, 256
ABHEMSD
ABHHOLD
ABHRSTR
ABHSHDN
ACCELTIM
ACCTYPE
ACP
ACTPRIM(n)
ADVDEVFL
63
Parameter
Description
Type
Lock
(Default) and Range
$ADD
Add last parameter indicator
APM Database Valid
L
e:
PB
Eng
IOP Address (n = 1 - 168)
Local UCN Communications Statistics (n = 1 - 50)
A-B PLC Family type: 2.0, 3.0, or 5.0
A-B PLC File number; NaN for PLC-2
A-B PLC-3 Section ID, or PLC-2 or 5 data type
A-B Data PLC Scan Frequency in seconds.
256 = Report by Exception
Abnormal Handler Emergency Shutdown Enable Flag
I
R
R
R
R
R
View
View
Eng
Eng
Eng
Eng
(On); On Off
(DBInvalid);
DB_Valid, DBInvalid
( ); 0, 129-255
L
View
(Off); On - Off
Abnormal Handler Hold Enable Flag
Abnormal Handler Restart Enable Flag
Abnormal Handler Shutdown Enable Flag
Acceleration Time
Accumulator Operation Mode
Advanced Control Data Point
Acting Primary I/O Module (n = 1 - 40)
Advisory Deviation Alarm Flag
L
L
L
T
e:
E
e:
L
View
View
View
View
Eng/PB
PB
View
View
(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
$DBVALID
$IOMPADD(n)
$UCNLSBn
AB_DATA1
AB_DATA2
AB_DATA3
AB_DATA4
(NaN); N/A
NaN); 0 - 999, NaN
(NaN); 0 - 9, NaN
(NaN); 0 - 255, 256
ABHEMSD
ABHHOLD
ABHRSTR
ABHSHDN
ACCELTIM
ACCTYPE
ACP
ACTPRIM(n)
ADVDEVFL
63
Parameter
Description
ADVDEVPR
Advisory Deviation Alarm Priority
ADVDEVTP
ADVSP
ADVSPP
ALENBST
ALMOPT
Advisory Deviation Alarm Trip Point
Advisory Setpoint in Engineering Units
Advisory Setpoint in Percent
Alarm Enable Status
Alarming 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 Input
Windup Status of the Output
Associated Display
Advisory SP Processor State
Abnormal Step Name (n = 1 - 3)
Abnormal Statement Number (n = 1 - 3)
Automatic Mode Flag
Modbus Keep Alive address
Modbus Retry interval, NaN = 1.5 sec.
Modbus Protocol.Modem control (0 = off).
Modbus Baud Rate.Parity (0 = none).
baud/odd parity
Accumulated Value in Engineering Units
ALPRIOR
ANAME(n)
AOCALIB(n)
ARWNET
ARWOP
ASSOCDSP
ASPPROC
ASTEP(n)
ASTMT(n)
AUTMODFL
AUXDATA1
AUXDATA2
AUXDATA3
AUXDATA4
AV
Type
Lock
(Default) and Range
e
Eng
R
R
R
e:
e:
e:
e:
Supr
Supr
View
Oper
Eng/PB
Eng/PB
Eng
S
L
e:
e:
S
e:
S
I
L
R
R
R
R
View
Eng/PB
View
View
Eng
Supr
View
View
View
Eng
Eng
Eng
Eng
I
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, JnlPrint
Spaces; 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
Lock
(Default) and Range
64
Parameter
Description
ADVDEVPR
Advisory Deviation Alarm Priority
e
Eng
ADVDEVTP
ADVSP
ADVSPP
ALENBST
ALMOPT
Advisory Deviation Alarm Trip Point
Advisory Setpoint in Engineering Units
Advisory Setpoint in Percent
Alarm Enable Status
Alarming Option (DigComp)
Alarming Option (DigIn)
Alarm Priority
R
R
R
e:
e:
e:
e:
Supr
Supr
View
Oper
Eng/PB
Eng/PB
Eng
Abnormal Sequence Name (n = 1 - 3)
AO Calibration in Prog. Flag (n = 1 - 168)
Windup Status of the Input
Windup Status of the Output
Associated Display
Advisory SP Processor State
Abnormal Step Name (n = 1 - 3)
Abnormal Statement Number (n = 1 - 3)
Automatic Mode Flag
Modbus Keep Alive address
Modbus Retry interval, NaN = 1.5 sec.
Modbus Protocol.Modem control (0 = off).
Modbus Baud Rate.Parity (0 = none).
baud/odd parity
Accumulated Value in Engineering Units
S
L
e:
e:
S
e:
S
I
L
R
R
R
R
View
Eng/PB
View
View
Eng
Supr
View
View
View
Eng
Eng
Eng
Eng
I
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, JnlPrint
Spaces; 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
Lock
(Default) and Range
(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, JnlPrint
Spaces; 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
ALPRIOR
ANAME(n)
AOCALIB(n)
ARWNET
ARWOP
ASSOCDSP
ASPPROC
ASTEP(n)
ASTMT(n)
AUTMODFL
AUXDATA1
AUXDATA2
AUXDATA3
AUXDATA4
AV
Type
64
Parameter
Description
ADVDEVPR
Advisory Deviation Alarm Priority
e
Eng
ADVDEVTP
ADVSP
ADVSPP
ALENBST
ALMOPT
Advisory Deviation Alarm Trip Point
Advisory Setpoint in Engineering Units
Advisory Setpoint in Percent
Alarm Enable Status
Alarming Option (DigComp)
Alarming Option (DigIn)
Alarm Priority
R
R
R
e:
e:
e:
e:
Supr
Supr
View
Oper
Eng/PB
Eng/PB
Eng
Abnormal Sequence Name (n = 1 - 3)
AO Calibration in Prog. Flag (n = 1 - 168)
Windup Status of the Input
Windup Status of the Output
Associated Display
Advisory SP Processor State
Abnormal Step Name (n = 1 - 3)
Abnormal Statement Number (n = 1 - 3)
Automatic Mode Flag
Modbus Keep Alive address
Modbus Retry interval, NaN = 1.5 sec.
Modbus Protocol.Modem control (0 = off).
Modbus Baud Rate.Parity (0 = none).
baud/odd parity
Accumulated Value in Engineering Units
S
L
e:
e:
S
e:
S
I
L
R
R
R
R
View
Eng/PB
View
View
Eng
Supr
View
View
View
Eng
Eng
Eng
Eng
I
Oper
ALPRIOR
ANAME(n)
AOCALIB(n)
ARWNET
ARWOP
ASSOCDSP
ASPPROC
ASTEP(n)
ASTMT(n)
AUTMODFL
AUXDATA1
AUXDATA2
AUXDATA3
AUXDATA4
AV
64
Type
Parameter
Description
Type
Lock
(Default) and Range
AVDELTHS
AVDEV1FL
AVDEV2FL
AVDEV1TP
AVDEV2TP
The Last Half-Second’s AV
Accumulated Value – 1st Deviation Flag
Accumulated Value – 1st Deviation Trip Point
Accumulated Value – 2nd Deviation Flag
Accumulated Value – 2nd Deviation
Trip Point
Avg. Statistics Single Lag Filter Time Constant
Value Status of AV
Accumulator Target Value (DigIn)
Accumulator Target Value (Totalizr)
Accumulated Value Target Reached Flag
Overall Bias
Last Operator Entered Output Bias
Output Bias Constant
Bias for Input X2
Bad Control Alarm Flag
Bad Control Option
I
L
R
L
R
View
View
Supr
View
Supr/PB
(0); > 0
(N/A); Off - On
(NaN); > 0.0, NaN
(N/A); Off - On
(NaN); > 0.0, NaN
R
e:
I
R
L
R
R
R
R
L
e:
View
View
Oper
Oper/PB
View
Oper/PB
View
Supr/PB
Supr/PB
View
Eng
Bad Control Alarm Priority
e:
Eng
Bad Output Connection Flag Alarm
Bad Output Connection Flag n. (n = 1 - 4)
L
L
View
View
(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, NoAction
Journal, NoAction, Printer,
JnlPrint
(Off); On - Off
(Off); On - Off
AVGTF
AVSTS
AVTV
AVTVFL
B
B0
B1
B2
BADCTLFL
BADCTLOP
BADCTLPR
BADOCFL
BADOCnFL
65
Parameter
Description
Type
Lock
(Default) and Range
AVDELTHS
AVDEV1FL
AVDEV2FL
AVDEV1TP
AVDEV2TP
The Last Half-Second’s AV
Accumulated Value – 1st Deviation Flag
Accumulated Value – 1st Deviation Trip Point
Accumulated Value – 2nd Deviation Flag
Accumulated Value – 2nd Deviation
Trip Point
Avg. Statistics Single Lag Filter Time Constant
Value Status of AV
Accumulator Target Value (DigIn)
Accumulator Target Value (Totalizr)
Accumulated Value Target Reached Flag
Overall Bias
Last Operator Entered Output Bias
Output Bias Constant
Bias for Input X2
Bad Control Alarm Flag
Bad Control Option
I
L
R
L
R
View
View
Supr
View
Supr/PB
(0); > 0
(N/A); Off - On
(NaN); > 0.0, NaN
(N/A); Off - On
(NaN); > 0.0, NaN
R
e:
I
R
L
R
R
R
R
L
e:
View
View
Oper
Oper/PB
View
Oper/PB
View
Supr/PB
Supr/PB
View
Eng
Bad Control Alarm Priority
e:
Eng
Bad Output Connection Flag Alarm
Bad Output Connection Flag n. (n = 1 - 4)
L
L
View
View
(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, NoAction
Journal, NoAction, Printer,
JnlPrint
(Off); On - Off
(Off); On - Off
AVGTF
AVSTS
AVTV
AVTVFL
B
B0
B1
B2
BADCTLFL
BADCTLOP
BADCTLPR
BADOCFL
BADOCnFL
65
Parameter
Description
Type
Lock
(Default) and Range
AVDELTHS
AVDEV1FL
AVDEV2FL
AVDEV1TP
AVDEV2TP
The Last Half-Second’s AV
Accumulated Value – 1st Deviation Flag
Accumulated Value – 1st Deviation Trip Point
Accumulated Value – 2nd Deviation Flag
Accumulated Value – 2nd Deviation
Trip Point
Avg. Statistics Single Lag Filter Time Constant
Value Status of AV
Accumulator Target Value (DigIn)
Accumulator Target Value (Totalizr)
Accumulated Value Target Reached Flag
Overall Bias
Last Operator Entered Output Bias
Output Bias Constant
Bias for Input X2
Bad Control Alarm Flag
Bad Control Option
I
L
R
L
R
View
View
Supr
View
Supr/PB
(0); > 0
(N/A); Off - On
(NaN); > 0.0, NaN
(N/A); Off - On
(NaN); > 0.0, NaN
R
e:
I
R
L
R
R
R
R
L
e:
View
View
Oper
Oper/PB
View
Oper/PB
View
Supr/PB
Supr/PB
View
Eng
Bad Control Alarm Priority
e:
Eng
Bad Output Connection Flag Alarm
Bad Output Connection Flag n. (n = 1 - 4)
L
L
View
View
(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, NoAction
Journal, NoAction, Printer,
JnlPrint
(Off); On - Off
(Off); On - Off
AVGTF
AVSTS
AVTV
AVTVFL
B
B0
B1
B2
BADCTLFL
BADCTLOP
BADCTLPR
BADOCFL
BADOCnFL
65
Parameter
Description
BADOCOPT
BADOCPR
Bad Output Conn. Alarm Option
Bad Output Conn. Alarm Priority
BADPVFL
BADPVPR
Type
Lock
(Default) and Range
L
e:
Eng/PB
Eng
Bad PV Alarm Flag
SI Database Status Flag (Array)
Bad PV Alarm Priority
L
L
e:
View
View
Eng
BADPVTXT
BADSVFL
BADSVPR
Bad PV Text Descriptor
Bad SV Alarm Flag
Bad SV Alarm Priority
S
L
e:
PB
View
Eng
BFF
BHALMF(n)
BIAS
BNDRESET
BNDRSTIM
BOXCLR(n)
Feed Forward Input Bias
Alarm Flags (n = 1 - 7)
Bias
Bounds Statistics Reset Flag
Last Bounds Statistics Reset Time
Box Color for Digital Displays
(DigComp)
R
S
R
L
T
Supr
View
Oper/PB
Oper
View
(Off); On - Off
(Low); Low, Emergncy, High, Journal,
NoAction, Printer, JnlPrint
(Off); Off - On
(special); Off - On
(Low); Low, Emergncy, High,Journal,
NoAction, Printer, JnlPrint
(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
(APM Startup Time); N/A
e:
Eng/PB
Box Color for Digital Displays
(DigIn, Flag)
e:
Eng/PB
(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
66
Parameter
Description
BADOCOPT
BADOCPR
Bad Output Conn. Alarm Option
Bad Output Conn. Alarm Priority
BADPVFL
Type
Lock
(Default) and Range
L
e:
Eng/PB
Eng
BADPVPR
Bad PV Alarm Flag
SI Database Status Flag (Array)
Bad PV Alarm Priority
L
L
e:
View
View
Eng
BADPVTXT
BADSVFL
BADSVPR
Bad PV Text Descriptor
Bad SV Alarm Flag
Bad SV Alarm Priority
S
L
e:
PB
View
Eng
BFF
BHALMF(n)
BIAS
BNDRESET
BNDRSTIM
BOXCLR(n)
Feed Forward Input Bias
Alarm Flags (n = 1 - 7)
Bias
Bounds Statistics Reset Flag
Last Bounds Statistics Reset Time
Box Color for Digital Displays
(DigComp)
R
S
R
L
T
Supr
View
Oper/PB
Oper
View
(Off); On - Off
(Low); Low, Emergncy, High, Journal,
NoAction, Printer, JnlPrint
(Off); Off - On
(special); Off - On
(Low); Low, Emergncy, High,Journal,
NoAction, Printer, JnlPrint
(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
(APM Startup Time); N/A
e:
Eng/PB
Box Color for Digital Displays
(DigIn, Flag)
e:
Eng/PB
(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
66
Parameter
Description
BADOCOPT
BADOCPR
Bad Output Conn. Alarm Option
Bad Output Conn. Alarm Priority
BADPVFL
Lock
(Default) and Range
L
e:
Eng/PB
Eng
BADPVPR
Bad PV Alarm Flag
SI Database Status Flag (Array)
Bad PV Alarm Priority
L
L
e:
View
View
Eng
BADPVTXT
BADSVFL
BADSVPR
Bad PV Text Descriptor
Bad SV Alarm Flag
Bad SV Alarm Priority
S
L
e:
PB
View
Eng
BFF
BHALMF(n)
BIAS
BNDRESET
BNDRSTIM
BOXCLR(n)
Feed Forward Input Bias
Alarm Flags (n = 1 - 7)
Bias
Bounds Statistics Reset Flag
Last Bounds Statistics Reset Time
Box Color for Digital Displays
(DigComp)
R
S
R
L
T
Supr
View
Oper/PB
Oper
View
(Off); On - Off
(Low); Low, Emergncy, High, Journal,
NoAction, Printer, JnlPrint
(Off); Off - On
(special); Off - On
(Low); Low, Emergncy, High,Journal,
NoAction, Printer, JnlPrint
(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
(APM Startup Time); N/A
e:
Eng/PB
Box Color for Digital Displays
(DigIn, Flag)
e:
Eng/PB
66
Type
(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
Parameter
Description
Type
Lock
(Default) and Range
BSHILM
BSLOLM
BYPASS
Bias High Limit
Bias Low Limit
Interlock Bypass
Override Input Bypass Enable
Bypass ORSel’s X1 - X4 Input
R
R
L
Supr
Supr
Oper
(50.0); ≥ BSLOLM, NaN
(-50.0); ≤ BSHILM, NaN
(Off); Off - On
L
Oper
R
R
R
Supr
Supr
Supr
R
Supr
(1.0); C1 ≥ 0, C2 > 0
R
Supr
(N/A); N/A
C1-C6
CnDESC
CnFL
CnPR
Scaling Factor
Correction 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)
(BYPASSX1 = Off); Off-On
(BYPASSX2-X4 = On);
(1.0); Anything except NaN
(1.0); C1 ≥ 0.1, C2 ≥ 0.1
(1.0); ≥ 0.0
R
S
L
e:
Supr
Eng
Prog
Eng
CnSRC
Custom Alarm Source, (n = 1 - 4)
e:
PB
CABLESTS
CALCEXP
CALIBALL(n)
Overall Cable Status for UCN Node
Calculator Expression
Full Calibration Enable Flag
(n = 1 - 168)
I
S
L
View
EngP/B
Eng/PB
(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
BYPASSX1-4
C
C1-C2
C1-C4
67
Parameter
Description
Type
Lock
(Default) and Range
BSHILM
BSLOLM
BYPASS
Bias High Limit
Bias Low Limit
Interlock Bypass
Override Input Bypass Enable
Bypass ORSel’s X1 - X4 Input
R
R
L
Supr
Supr
Oper
(50.0); ≥ BSLOLM, NaN
(-50.0); ≤ BSHILM, NaN
(Off); Off - On
L
Oper
R
R
R
Supr
Supr
Supr
R
Supr
(1.0); C1 ≥ 0, C2 > 0
R
Supr
(N/A); N/A
C1-C6
CnDESC
CnFL
CnPR
Scaling Factor
Correction 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)
(BYPASSX1 = Off); Off-On
(BYPASSX2-X4 = On);
(1.0); Anything except NaN
(1.0); C1 ≥ 0.1, C2 ≥ 0.1
(1.0); ≥ 0.0
R
S
L
e:
Supr
Eng
Prog
Eng
CnSRC
Custom Alarm Source, (n = 1 - 4)
e:
PB
CABLESTS
CALCEXP
CALIBALL(n)
Overall Cable Status for UCN Node
Calculator Expression
Full Calibration Enable Flag
(n = 1 - 168)
I
S
L
View
EngP/B
Eng/PB
(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
BYPASSX1-4
C
C1-C2
C1-C4
67
Parameter
Description
Type
Lock
(Default) and Range
BSHILM
BSLOLM
BYPASS
Bias High Limit
Bias Low Limit
Interlock Bypass
Override Input Bypass Enable
Bypass ORSel’s X1 - X4 Input
R
R
L
Supr
Supr
Oper
(50.0); ≥ BSLOLM, NaN
(-50.0); ≤ BSHILM, NaN
(Off); Off - On
L
Oper
R
R
R
Supr
Supr
Supr
(BYPASSX1 = Off); Off-On
(BYPASSX2-X4 = On);
(1.0); Anything except NaN
(1.0); C1 ≥ 0.1, C2 ≥ 0.1
(1.0); ≥ 0.0
R
Supr
(1.0); C1 ≥ 0, C2 > 0
R
Supr
(N/A); N/A
C1-C6
CnDESC
CnFL
CnPR
Scaling Factor
Correction 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)
R
S
L
e:
Supr
Eng
Prog
Eng
CnSRC
Custom Alarm Source, (n = 1 - 4)
e:
PB
CABLESTS
CALCEXP
CALIBALL(n)
Overall Cable Status for UCN Node
Calculator Expression
Full Calibration Enable Flag
(n = 1 - 168)
I
S
L
View
EngP/B
Eng/PB
(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
BYPASSX1-4
C
C1-C2
C1-C4
67
Parameter
Description
CALIBRJ(n)
Reference Junction Calibration
Enable Flag (n = 1 - 168)
Remote Cascade Request
Automatic Checkpoint Inhibit
Automatic Checkpoint Inhibit
Operation
Control Input Connection
Destination (n = 1 - 40)
Control Input Connection
Source (n = 1 - 40)
Internal Cold Junction Temperature
Overall Cable Status for UCN Cable A
Overall Cable Status for UCN Cable B
Command Disagree Alarm Flag
Command Disagree Alarm Priority
Command Fail Alarm Flag
Command Fail Timeout
APMM Com. Daughter Card Revision
Control Lock
L
I
S
e:
Control Output Connection
Destination (n = 1 - 4)
Avg. APM Comm. CPU Free %
E
CASREQ
CHPINHWY
CHPINOPR
CIDSTN(n)
CISRC(n)
CJTACT
CLPZMXC
CLPZMXP
CMDDISFL
CMDDISPR
CMDFALFL
CMDFALTM
CMDHWREV
CNTLLOCK
CODSTN(n)
COMCFAVG
Type
Lock
(Default) and Range
L
Eng/PB
(Off); Off - On
e:
e:
e:
Prog
Supr
Supr
(NotReq); NotReq, Request
(Enable); Enable, Inhibit
(Enable); Enable, Inhibit
P
PB
E
PB
Eng/PB
View
View
View
Eng
(Varies by Algo Type, Equation);
N/A
(Null.Null); "TagName.Parameter"
L
L
L
L
e:
R
View
(Off); On, Off
(N/A); Off - On
(N/A); Off - On
(Off); Off - On
(Low); Low, Emergncy, High, Journal,
NoAction, Printer, JnlPrint
(Off); Off - On
(0); 0 - 999 seconds
( ); 00 - FF
(Operator); Operator, Supervis,
Engineer, Program
(Null.Null); "TagName.Parameter"
or "!MTmmSss.Parameter"
(NaN); 0 - 100
Lock
(Default) and Range
View
Special
View
Eng
68
Parameter
Description
CALIBRJ(n)
Reference Junction Calibration
Enable Flag (n = 1 - 168)
Remote Cascade Request
Automatic Checkpoint Inhibit
Automatic Checkpoint Inhibit
Operation
Control Input Connection
Destination (n = 1 - 40)
Control Input Connection
Source (n = 1 - 40)
Internal Cold Junction Temperature
Overall Cable Status for UCN Cable A
Overall Cable Status for UCN Cable B
Command Disagree Alarm Flag
Command Disagree Alarm Priority
L
Eng/PB
(Off); Off - On
e:
e:
e:
Prog
Supr
Supr
(NotReq); NotReq, Request
(Enable); Enable, Inhibit
(Enable); Enable, Inhibit
P
PB
E
PB
Eng/PB
View
View
View
Eng
(Varies by Algo Type, Equation);
N/A
(Null.Null); "TagName.Parameter"
Command Fail Alarm Flag
Command Fail Timeout
APMM Com. Daughter Card Revision
Control Lock
L
I
S
e:
Control Output Connection
Destination (n = 1 - 4)
Avg. APM Comm. CPU Free %
E
CASREQ
CHPINHWY
CHPINOPR
CIDSTN(n)
CISRC(n)
CJTACT
CLPZMXC
CLPZMXP
CMDDISFL
CMDDISPR
CMDFALFL
CMDFALTM
CMDHWREV
CNTLLOCK
CODSTN(n)
COMCFAVG
Type
L
L
L
L
e:
R
View
(Off); On, Off
(N/A); Off - On
(N/A); Off - On
(Off); Off - On
(Low); Low, Emergncy, High, Journal,
NoAction, Printer, JnlPrint
(Off); Off - On
(0); 0 - 999 seconds
( ); 00 - FF
(Operator); Operator, Supervis,
Engineer, Program
(Null.Null); "TagName.Parameter"
or "!MTmmSss.Parameter"
(NaN); 0 - 100
Lock
(Default) and Range
View
Special
View
Eng
68
Parameter
Description
CALIBRJ(n)
Reference Junction Calibration
Enable Flag (n = 1 - 168)
Remote Cascade Request
Automatic Checkpoint Inhibit
Automatic Checkpoint Inhibit
Operation
Control Input Connection
Destination (n = 1 - 40)
Control Input Connection
Source (n = 1 - 40)
Internal Cold Junction Temperature
Overall Cable Status for UCN Cable A
Overall Cable Status for UCN Cable B
Command Disagree Alarm Flag
Command Disagree Alarm Priority
L
Eng/PB
(Off); Off - On
e:
e:
e:
Prog
Supr
Supr
(NotReq); NotReq, Request
(Enable); Enable, Inhibit
(Enable); Enable, Inhibit
P
PB
E
PB
Eng/PB
View
View
View
Eng
(Varies by Algo Type, Equation);
N/A
(Null.Null); "TagName.Parameter"
Command Fail Alarm Flag
Command Fail Timeout
APMM Com. Daughter Card Revision
Control Lock
L
I
S
e:
Control Output Connection
Destination (n = 1 - 4)
Avg. APM Comm. CPU Free %
E
CASREQ
CHPINHWY
CHPINOPR
CIDSTN(n)
CISRC(n)
CJTACT
CLPZMXC
CLPZMXP
CMDDISFL
CMDDISPR
CMDFALFL
CMDFALTM
CMDHWREV
CNTLLOCK
CODSTN(n)
COMCFAVG
68
Type
L
L
L
L
e:
R
View
Special
View
Eng
View
(Off); On, Off
(N/A); Off - On
(N/A); Off - On
(Off); Off - On
(Low); Low, Emergncy, High, Journal,
NoAction, Printer, JnlPrint
(Off); Off - On
(0); 0 - 999 seconds
( ); 00 - FF
(Operator); Operator, Supervis,
Engineer, Program
(Null.Null); "TagName.Parameter"
or "!MTmmSss.Parameter"
(NaN); 0 - 100
Parameter
Description
Type
Lock
(Default) and Range
COMCFMAX
Max. APM Comm. CPU Free %
Min. APM Comm. CPU Free %
Accumulator Commands
(DigIn, Totalizr)
Timer Commands (Timer)
R
R
e:
View
View
Oper
0 - 100
0 - 100
(None); None, Start, Stop, Reset
e:
Oper
STI Point/Database Transfer;
STI Calibration
e:
Oper
Compensation Term High Limit
Compensation Term Low Limit
Compensation Term
Contact Cutout
Accumulator Count Down Flag
Number of Checkpoint Messages
Current Hour I/O LinkFetch/Store
Overrun Counter
Current Hr Pt. Processing Overrun
Counter (n = 0 - 8)
Current Hour UCN Fetch/Store
Overrun Counter
Control Action
R
R
R
L
L
R
I
Supr
Supr
View
Prog
Eng/PB
View
View
(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
I
View
(0); • 0
I
View
(0); • 0
e:
Eng/PB
(Reverse); Direct, Reverse
COMCFMIN
COMMAND
COMPHILM
COMPLOLM
COMPTERM
CONTCUT
COUNTDWN
CPMSGSEC
CRIOLORN
CRPPXORN(n)
CRUCNORN
CTLACTN
69
Parameter
Description
Type
Lock
(Default) and Range
COMCFMAX
Max. APM Comm. CPU Free %
Min. APM Comm. CPU Free %
Accumulator Commands
(DigIn, Totalizr)
Timer Commands (Timer)
R
R
e:
View
View
Oper
0 - 100
0 - 100
(None); None, Start, Stop, Reset
e:
Oper
STI Point/Database Transfer;
STI Calibration
e:
Oper
Compensation Term High Limit
Compensation Term Low Limit
Compensation Term
Contact Cutout
Accumulator Count Down Flag
Number of Checkpoint Messages
Current Hour I/O LinkFetch/Store
Overrun Counter
Current Hr Pt. Processing Overrun
Counter (n = 0 - 8)
Current Hour UCN Fetch/Store
Overrun Counter
Control Action
R
R
R
L
L
R
I
Supr
Supr
View
Prog
Eng/PB
View
View
(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
I
View
(0); • 0
I
View
(0); • 0
e:
Eng/PB
(Reverse); Direct, Reverse
COMCFMIN
COMMAND
COMPHILM
COMPLOLM
COMPTERM
CONTCUT
COUNTDWN
CPMSGSEC
CRIOLORN
CRPPXORN(n)
CRUCNORN
CTLACTN
69
Parameter
Description
Type
Lock
(Default) and Range
COMCFMAX
Max. APM Comm. CPU Free %
Min. APM Comm. CPU Free %
Accumulator Commands
(DigIn, Totalizr)
Timer Commands (Timer)
R
R
e:
View
View
Oper
0 - 100
0 - 100
(None); None, Start, Stop, Reset
e:
Oper
STI Point/Database Transfer;
STI Calibration
e:
Oper
Compensation Term High Limit
Compensation Term Low Limit
Compensation Term
Contact Cutout
Accumulator Count Down Flag
Number of Checkpoint Messages
Current Hour I/O LinkFetch/Store
Overrun Counter
Current Hr Pt. Processing Overrun
Counter (n = 0 - 8)
Current Hour UCN Fetch/Store
Overrun Counter
Control Action
R
R
R
L
L
R
I
Supr
Supr
View
Prog
Eng/PB
View
View
(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
I
View
(0); > 0
I
View
(0); > 0
e:
Eng/PB
(Reverse); Direct, Reverse
COMCFMIN
COMMAND
COMPHILM
COMPLOLM
COMPTERM
CONTCUT
COUNTDWN
CPMSGSEC
CRIOLORN
CRPPXORN(n)
CRUCNORN
CTLACTN
69
Parameter
Description
CTLALGID
Control Algorithm Identifier
CTLCFAVG
CTLCFMAX
CTLCFMIN
CTLEQN
CTLOPT
CTRLINIT
CURPINAMn
CURSEGID
CUTOFFLM
CV
CVEUHI
CVEULO
CYCLEOPT
CYCLETIM
D
D1
D1_0
Type
Lock
(Default) and Range
e:
PB
Avg. APM Ctl. Processor Free %
Max. APM Ctl. Processor Free %
Min. APM Ctl. Processor Free %
Control Equation Type (AutoMan,
ORSel, Switch)
Control Equation Type (Pid algos)
APMM Control Processor Option
Control Initialization Request Flag
Current Personality Image Filename
Current Segment ID
R
R
R
e:
View
View
View
PB
(Null); Null, Pid, PidErfb, PidFF,
RatioCtL, IncrSum, Switch,
PosProp, AutoMan,
RampSoak, ORSel
(NaN); 0 - 100
(NaN); 0 - 100
(NaN); 0 - 100
(EqA); EqA, EqB
e:
L
L
S
e:
PB
PB
Prog
View
Oper
Zero-Flow/Belt-Speed Cut-Off Limit
Calculated Variable
CV’s High Limit in Engineering Units
CV’s Low Limit in Engineering Units
Ramp Soak Cycle Option
PosProp Output Cycle Time in Seconds
Overall Bias
Fixed Deadtime in Minutes (VdtLdLag)
Digital Input 1 Equal to a PV State
of 0 (DigComp)
R
R
R
R
e:
R
R
R
e:
Supr
Prog
Eng
Eng
Oper
Supr
Supr
Supr
View
(EqA); EqA, EqB, EqC, EqD
(On); Off - On
(Off); Off- On
(N/A): N/A
(Ramp1); Ramp1/Soak1 to
Ramp12/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
Lock
(Default) and Range
(Null); Null, Pid, PidErfb, PidFF,
RatioCtL, IncrSum, Switch,
PosProp, AutoMan,
RampSoak, ORSel
(NaN); 0 - 100
(NaN); 0 - 100
(NaN); 0 - 100
(EqA); EqA, EqB
70
Parameter
Description
CTLALGID
Control Algorithm Identifier
e:
PB
CTLCFAVG
CTLCFMAX
CTLCFMIN
CTLEQN
Avg. APM Ctl. Processor Free %
Max. APM Ctl. Processor Free %
Min. APM Ctl. Processor Free %
Control Equation Type (AutoMan,
ORSel, Switch)
Control Equation Type (Pid algos)
APMM Control Processor Option
Control Initialization Request Flag
Current Personality Image Filename
Current Segment ID
R
R
R
e:
View
View
View
PB
e:
L
L
S
e:
PB
PB
Prog
View
Oper
Zero-Flow/Belt-Speed Cut-Off Limit
Calculated Variable
CV’s High Limit in Engineering Units
CV’s Low Limit in Engineering Units
Ramp Soak Cycle Option
PosProp Output Cycle Time in Seconds
Overall Bias
Fixed Deadtime in Minutes (VdtLdLag)
Digital Input 1 Equal to a PV State
of 0 (DigComp)
R
R
R
R
e:
R
R
R
e:
Supr
Prog
Eng
Eng
Oper
Supr
Supr
Supr
View
(EqA); EqA, EqB, EqC, EqD
(On); Off - On
(Off); Off- On
(N/A): N/A
(Ramp1); Ramp1/Soak1 to
Ramp12/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
Lock
(Default) and Range
(Null); Null, Pid, PidErfb, PidFF,
RatioCtL, IncrSum, Switch,
PosProp, AutoMan,
RampSoak, ORSel
(NaN); 0 - 100
(NaN); 0 - 100
(NaN); 0 - 100
(EqA); EqA, EqB
CTLOPT
CTRLINIT
CURPINAMn
CURSEGID
CUTOFFLM
CV
CVEUHI
CVEULO
CYCLEOPT
CYCLETIM
D
D1
D1_0
Type
70
Parameter
Description
CTLALGID
Control Algorithm Identifier
e:
PB
CTLCFAVG
CTLCFMAX
CTLCFMIN
CTLEQN
Avg. APM Ctl. Processor Free %
Max. APM Ctl. Processor Free %
Min. APM Ctl. Processor Free %
Control Equation Type (AutoMan,
ORSel, Switch)
Control Equation Type (Pid algos)
APMM Control Processor Option
Control Initialization Request Flag
Current Personality Image Filename
Current Segment ID
R
R
R
e:
View
View
View
PB
e:
L
L
S
e:
PB
PB
Prog
View
Oper
Zero-Flow/Belt-Speed Cut-Off Limit
Calculated Variable
CV’s High Limit in Engineering Units
CV’s Low Limit in Engineering Units
Ramp Soak Cycle Option
PosProp Output Cycle Time in Seconds
Overall Bias
Fixed Deadtime in Minutes (VdtLdLag)
Digital Input 1 Equal to a PV State
of 0 (DigComp)
R
R
R
R
e:
R
R
R
e:
Supr
Prog
Eng
Eng
Oper
Supr
Supr
Supr
View
CTLOPT
CTRLINIT
CURPINAMn
CURSEGID
CUTOFFLM
CV
CVEUHI
CVEULO
CYCLEOPT
CYCLETIM
D
D1
D1_0
70
Type
(EqA); EqA, EqB, EqC, EqD
(On); Off - On
(Off); Off- On
(N/A): N/A
(Ramp1); Ramp1/Soak1 to
Ramp12/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
Parameter
Description
Lock
(Default) and Range
D1_1
E:
Eng/PB
D1, D2
D2
D2D1_00
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
L
R
E:
View
Supr
Eng/PB
D2D1_01
D2D1 Zero_One PV State
E:
Eng/PB
D2D1_10
D2D1 One_Zero PV State
E:
Eng/PB
D2D1_11
D2D1 One_One PV State
E:
Eng/PB
D3-D5
DAMPING
Status of Digital Inputs 1 & 2 (DigComp)
First Order PV Filtering Option
for the Smart Transmitter
Current Date/Time
Current Day
Database Valid, (n = 1 - 40)
Deadband Value (Logic) (n = 1 - 24)
Deadband in % of Full Scale (PosProp)
Deadtime Value for Raise Pulse
Contact Debounce Time in Milliseconds
Digitally Enhanced Configuration Mode
L
R
View
Supr/
View
View
View
Engr
Supr
Supr
Supr
Eng/PB
Eng/
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, MovPV
PVState0, PVState2, BadPV
(BadPV); BadPV, PVState0,
PVState1, PVState2, MovPV
(Off); Off - On
(0.0); 0.0 - 102.3, NaN
DATE
DAY
DB_VALID(n)
DEADBAND
DEADTIME
DEBOUNCE
DECONF
Type
T
I
E:
R
R
R
I
E:
(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
71
Parameter
Description
Lock
(Default) and Range
D1_1
E:
Eng/PB
D1, D2
D2
D2D1_00
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
L
R
E:
View
Supr
Eng/PB
D2D1_01
D2D1 Zero_One PV State
E:
Eng/PB
D2D1_10
D2D1 One_Zero PV State
E:
Eng/PB
D2D1_11
D2D1 One_One PV State
E:
Eng/PB
D3-D5
DAMPING
Status of Digital Inputs 1 & 2 (DigComp)
First Order PV Filtering Option
for the Smart Transmitter
Current Date/Time
Current Day
Database Valid, (n = 1 - 40)
Deadband Value (Logic) (n = 1 - 24)
Deadband in % of Full Scale (PosProp)
Deadtime Value for Raise Pulse
Contact Debounce Time in Milliseconds
Digitally Enhanced Configuration Mode
L
R
View
Supr/
View
View
View
Engr
Supr
Supr
Supr
Eng/PB
Eng/
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, MovPV
PVState0, PVState2, BadPV
(BadPV); BadPV, PVState0,
PVState1, PVState2, MovPV
(Off); Off - On
(0.0); 0.0 - 102.3, NaN
DATE
DAY
DB_VALID(n)
DEADBAND
DEADTIME
DEBOUNCE
DECONF
Type
T
I
E:
R
R
R
I
E:
(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
71
Parameter
Description
Lock
(Default) and Range
D1_1
E:
Eng/PB
D1, D2
D2
D2D1_00
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
L
R
E:
View
Supr
Eng/PB
D2D1_01
D2D1 Zero_One PV State
E:
Eng/PB
D2D1_10
D2D1 One_Zero PV State
E:
Eng/PB
D2D1_11
D2D1 One_One PV State
E:
Eng/PB
D3-D5
DAMPING
Status of Digital Inputs 1 & 2 (DigComp)
First Order PV Filtering Option
for the Smart Transmitter
Current Date/Time
Current Day
Database Valid, (n = 1 - 40)
Deadband Value (Logic) (n = 1 - 24)
Deadband in % of Full Scale (PosProp)
Deadtime Value for Raise Pulse
Contact Debounce Time in Milliseconds
Digitally Enhanced Configuration Mode
L
R
View
Supr/
View
View
View
Engr
Supr
Supr
Supr
Eng/PB
Eng/
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, MovPV
PVState0, PVState2, BadPV
(BadPV); BadPV, PVState0,
PVState1, PVState2, MovPV
(Off); Off - On
(0.0); 0.0 - 102.3, NaN
DATE
DAY
DB_VALID(n)
DEADBAND
DEADTIME
DEBOUNCE
DECONF
Type
T
I
E:
R
R
R
I
E:
(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
71
Parameter
Description
DELCV
Delta CV in Engineering Units (IncrSum)
Delta CV in Percent (Pid)
Deviation
Serial Link Device Address
Deviation High Alarm Flag
Deviation High Alarm Priority
DEV
DEVADDR
DEVHIFL
DEVHIPR
DEVHITP
DEVLOFL
DEVLOPR
DEVLOTP
DHTIMMAXn
DISP_SIM
DISRC(n)
DITYPE
DLYTIME
DODSTN(n)
Type
Lock
(Default) and Range
R
R
R
R
L
e:
View
View
View
PB
View
Eng
Deviation High Alarm Trip Point
Deviation Low Alarm Flag
Deviation Low Alarm Priority
R
L
e:
Supr
View
Eng
Deviation Low Alarm Trip Point
Maximum time to Complete a Data Handler
Request; n = 1 - 5
Simulation Indicator Display Switch
DigComp Input-Connection Source
(n = 1 - 2)
R
R
Supr
View
(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
L
U
Prog
PB
Digital Input Type
Alarm Delay in Seconds (DigIn)
Alarm Delay in Seconds for Logic
Blocks (Logic)
DigComp Output Connection
Destination (n = 1 - 3)
e:
I
R
PB
Supr
Supr
U
PB
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
Lock
(Default) and Range
(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
"$NMhhBxx.Parameter"
(Status); Status, Latched, Accum
(5); 0 - 60 Seconds
(1); 1 - 8000 Seconds
72
Parameter
Description
DELCV
Delta CV in Engineering Units (IncrSum)
Delta CV in Percent (Pid)
Deviation
Serial Link Device Address
Deviation High Alarm Flag
Deviation High Alarm Priority
R
R
R
R
L
e:
View
View
View
PB
View
Eng
Deviation High Alarm Trip Point
Deviation Low Alarm Flag
Deviation Low Alarm Priority
R
L
e:
Supr
View
Eng
Deviation Low Alarm Trip Point
Maximum time to Complete a Data Handler
Request; n = 1 - 5
Simulation Indicator Display Switch
DigComp Input-Connection Source
(n = 1 - 2)
R
R
Supr
View
L
U
Prog
PB
Digital Input Type
Alarm Delay in Seconds (DigIn)
Alarm Delay in Seconds for Logic
Blocks (Logic)
DigComp Output Connection
Destination (n = 1 - 3)
e:
I
R
PB
Supr
Supr
U
PB
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
Lock
(Default) and Range
(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
DEV
DEVADDR
DEVHIFL
DEVHIPR
DEVHITP
DEVLOFL
DEVLOPR
DEVLOTP
DHTIMMAXn
DISP_SIM
DISRC(n)
DITYPE
DLYTIME
DODSTN(n)
Type
(N/A) Off - On
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
(Status); Status, Latched, Accum
(5); 0 - 60 Seconds
(1); 1 - 8000 Seconds
72
Parameter
Description
DELCV
Delta CV in Engineering Units (IncrSum)
Delta CV in Percent (Pid)
Deviation
Serial Link Device Address
Deviation High Alarm Flag
Deviation High Alarm Priority
R
R
R
R
L
e:
View
View
View
PB
View
Eng
Deviation High Alarm Trip Point
Deviation Low Alarm Flag
Deviation Low Alarm Priority
R
L
e:
Supr
View
Eng
Deviation Low Alarm Trip Point
Maximum time to Complete a Data Handler
Request; n = 1 - 5
Simulation Indicator Display Switch
DigComp Input-Connection Source
(n = 1 - 2)
R
R
Supr
View
L
U
Prog
PB
Digital Input Type
Alarm Delay in Seconds (DigIn)
Alarm Delay in Seconds for Logic
Blocks (Logic)
DigComp Output Connection
Destination (n = 1 - 3)
e:
I
R
PB
Supr
Supr
U
PB
DEV
DEVADDR
DEVHIFL
DEVHIPR
DEVHITP
DEVLOFL
DEVLOPR
DEVLOTP
DHTIMMAXn
DISP_SIM
DISRC(n)
DITYPE
DLYTIME
DODSTN(n)
72
Type
(N/A) Off - On
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
(Status); Status, Latched, Accum
(5); 0 - 60 Seconds
(1); 1 - 8000 Seconds
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
Parameter
Description
Type
Lock
(Default) and Range
DOTYPE
Digital Output Type
Device Soft Address
Event-Initiated Point Identifier
Serial Interface/Serial
Link Communication Error Code
External Switching Flag for Auto Mode
External Switching Flag
for Cascade Mode
External Mode Switching Enable State
External Switching Flag for Manual Mode
Engineering Units Descriptor
e:
I
E
S
PB
View
Eng
View
(Status); PWM, Status
(N/A); 1-40, 129-168
(Null); A-Z, 0-9, _
Spaces; N/A
L
L
Prog
Prog
(Off); Off - On
(Off); Off - On
e:
L
S
Oper
Prog
PB
IOP Generic Descriptor, n = 1 - 168
NIM Event Recovery in Progress Flag
Event Reporting Option (DigComp)
Event Reporting Option (DevCtl, DigIn)
External Data Option
S
L
e:
e:
View
View
PB
PB
PB
External Mode Switching Option
Flow Input (uncompensated)
I/O Processor Hard Fail Status
Failure Option for Outputs (n = 1 - 168)
Feedback Time
Feed Forward Algorithm Input
e:
R
e:
e:
I
R
Eng/PB
View
View
Eng/PB
Eng/PB
View
(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 AP09-540, APM PRD
(Unpower); Unpower, Hold
(1000); 0-1000 Seconds
(N/A); N/A
DSA
EIPPCODE
ERRCODE
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EUNDESCn
EVRCINPG
EVTOPT
EXTDATA
EXTSWOPT
F
FAILCODE
FAILOPT(n)
FBTIME
FF
73
Parameter
Description
Type
Lock
(Default) and Range
DOTYPE
Digital Output Type
Device Soft Address
Event-Initiated Point Identifier
Serial Interface/Serial
Link Communication Error Code
External Switching Flag for Auto Mode
External Switching Flag
for Cascade Mode
External Mode Switching Enable State
External Switching Flag for Manual Mode
Engineering Units Descriptor
e:
I
E
S
PB
View
Eng
View
(Status); PWM, Status
(N/A); 1-40, 129-168
(Null); A-Z, 0-9, _
Spaces; N/A
L
L
Prog
Prog
(Off); Off - On
(Off); Off - On
e:
L
S
Oper
Prog
PB
IOP Generic Descriptor, n = 1 - 168
NIM Event Recovery in Progress Flag
Event Reporting Option (DigComp)
Event Reporting Option (DevCtl, DigIn)
External Data Option
S
L
e:
e:
View
View
PB
PB
PB
External Mode Switching Option
Flow Input (uncompensated)
I/O Processor Hard Fail Status
Failure Option for Outputs (n = 1 - 168)
Feedback Time
Feed Forward Algorithm Input
e:
R
e:
e:
I
R
Eng/PB
View
View
Eng/PB
Eng/PB
View
(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 AP09-540, APM PRD
(Unpower); Unpower, Hold
(1000); 0-1000 Seconds
(N/A); N/A
DSA
EIPPCODE
ERRCODE
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EUNDESCn
EVRCINPG
EVTOPT
EXTDATA
EXTSWOPT
F
FAILCODE
FAILOPT(n)
FBTIME
FF
73
Parameter
Description
Type
Lock
(Default) and Range
DOTYPE
Digital Output Type
Device Soft Address
Event-Initiated Point Identifier
Serial Interface/Serial
Link Communication Error Code
External Switching Flag for Auto Mode
External Switching Flag
for Cascade Mode
External Mode Switching Enable State
External Switching Flag for Manual Mode
Engineering Units Descriptor
e:
I
E
S
PB
View
Eng
View
(Status); PWM, Status
(N/A); 1-40, 129-168
(Null); A-Z, 0-9, _
Spaces; N/A
L
L
Prog
Prog
(Off); Off - On
(Off); Off - On
e:
L
S
Oper
Prog
PB
IOP Generic Descriptor, n = 1 - 168
NIM Event Recovery in Progress Flag
Event Reporting Option (DigComp)
Event Reporting Option (DevCtl, DigIn)
External Data Option
S
L
e:
e:
View
View
PB
PB
PB
External Mode Switching Option
Flow Input (uncompensated)
I/O Processor Hard Fail Status
Failure Option for Outputs (n = 1 - 168)
Feedback Time
Feed Forward Algorithm Input
e:
R
e:
e:
I
R
Eng/PB
View
View
Eng/PB
Eng/PB
View
(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 AP09-540, APM PRD
(Unpower); Unpower, Hold
(1000); 0-1000 Seconds
(N/A); N/A
DSA
EIPPCODE
ERRCODE
ESWAUTO
ESWCAS
ESWENBST
ESWMAN
EUDESC
EUNDESCn
EVRCINPG
EVTOPT
EXTDATA
EXTSWOPT
F
FAILCODE
FAILOPT(n)
FBTIME
FF
73
Parameter
Description
FFOPT
Feed Forward Type
Box 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 Descriptor
Flag Array Start Index
Forced Input Request Flag
Forced Input Permissive
Frequency 60/50 Hz for LLMUX or STT
Average UCN Fetch Request Trip Time
Maximum UCN Fetch Request Trip Time
Average UCN Fetch Response Trip Time
Max. UCN Fetch Response Trip Time
Force Selected Input
Flow Input Value Status
Type of FTA Connected to LLMUX; n =1 - 2
FTA Connection to I/O Module This File
SI IOP FTA number
IOP FTA Present Flag; n = 1 – 168
Specific Gravity Input
Gain (K) Option
Gap High Limit
FL(n)
FLDESC
FLSTIX
FORCE
FRCPERM
FREQ6050
FRQUTAVG
FRQUTMAX
FRSPTAVG
FRSPTMAX
FSELIN
FSTS
FTAnTYPE
FTACONN
FTANUM
FTAPRES(n)
G
GAINOPT
GAPHI
Type
e:
L
L
L
L
S
R
L
L
e:
R
R
R
R
e:
e:
e:
e:
I
L
R
e:
R
Lock
(Default) and Range
Eng/PB
Oper
special
special
special
PB
PB
Oper
Eng/PB
Eng/PB
View
View
View
View
Opr/PB
View
View
View
PB
View
View
Eng/PB
Supr
(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
74
Parameter
Description
FFOPT
Feed Forward Type
Box 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 Descriptor
Flag Array Start Index
Forced Input Request Flag
Forced Input Permissive
Frequency 60/50 Hz for LLMUX or STT
Average UCN Fetch Request Trip Time
Maximum UCN Fetch Request Trip Time
Average UCN Fetch Response Trip Time
Max. UCN Fetch Response Trip Time
Force Selected Input
Flow Input Value Status
Type of FTA Connected to LLMUX; n=1 - 2
FTA Connection to I/O Module This File
SI IOP FTA number
IOP FTA Present Flag; n = 1 - 168
Specific Gravity Input
Gain (K) Option
Gap High Limit
FL(n)
FLDESC
FLSTIX
FORCE
FRCPERM
FREQ6050
FRQUTAVG
FRQUTMAX
FRSPTAVG
FRSPTMAX
FSELIN
FSTS
FTAnTYPE
FTACONN
FTANUM
FTAPRES(n)
G
GAINOPT
GAPHI
Type
e:
L
L
L
L
S
R
L
L
e:
R
R
R
R
e:
e:
e:
e:
I
L
R
e:
R
Lock
(Default) and Range
Eng/PB
Oper
special
special
special
PB
PB
Oper
Eng/PB
Eng/PB
View
View
View
View
Opr/PB
View
View
View
PB
View
View
Eng/PB
Supr
(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
Lock
(Default) and Range
Eng/PB
Oper
special
special
special
PB
PB
Oper
Eng/PB
Eng/PB
View
View
View
View
Opr/PB
View
View
View
PB
View
View
Eng/PB
Supr
(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
74
Parameter
Description
FFOPT
Feed Forward Type
Box 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 Descriptor
Flag Array Start Index
Forced Input Request Flag
Forced Input Permissive
Frequency 60/50 Hz for LLMUX or STT
Average UCN Fetch Request Trip Time
Maximum UCN Fetch Request Trip Time
Average UCN Fetch Response Trip Time
Max. UCN Fetch Response Trip Time
Force Selected Input
Flow Input Value Status
Type of FTA Connected to LLMUX; n=1 - 2
FTA Connection to I/O Module This File
SI IOP FTA number
IOP FTA Present Flag; n = 1 - 168
Specific Gravity Input
Gain (K) Option
Gap High Limit
FL(n)
FLDESC
FLSTIX
FORCE
FRCPERM
FREQ6050
FRQUTAVG
FRQUTMAX
FRSPTAVG
FRSPTMAX
FSELIN
FSTS
FTAnTYPE
FTACONN
FTANUM
FTAPRES(n)
G
GAINOPT
GAPHI
74
Type
e:
L
L
L
L
S
R
L
L
e:
R
R
R
R
e:
e:
e:
e:
I
L
R
e:
R
Parameter
Description
Lock
(Default) and Range
GAPLO
GENDESC (n)
Gap Low Limit
Generic Descriptor (n = 1 - 12)
R
S
Supr
PB
GENDESC(n)
Generic Descriptor
(n = 1 - 40 or 129 - 168)
Gravity Input Value Status
Highest Alarm Detected
(AnalgIn, PI, RegCtl, RegPV)
S
View
e:
e:
View
View
Highest Alarm Detected
(DigComp, DigIn, DevCtl, Flag, Logic,)
e:
View
Highest Level Alarm’s Priority
e:
View
Highest Peak SECVAR Value
Hold Command Flag
UCN Network Functional State
Override Interlocks for Output States 0-2
Override Interlock 0 Alarm Conf. flag
I0 - I2 Alarm Descriptor; (n = 0 - 2)
Override Interlock 1 Alarm Conf. flag
Override Interlock 2 Alarm Conf. flag
R
L
e:
L
L
S
L
L
View
Prog
Supr
Eng
Oper
Eng
Oper
Oper
(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
GSTS
HIGHAL
HIGHALPR
HISVPEAK
HOLDCMD
HWYCTLST
I0 - I2
I0CONF
InDESC
I1CONF
I2CONF
Type
75
Parameter
Description
Lock
(Default) and Range
GAPLO
Gap Low Limit
Generic Descriptor (n = 1 - 12)
R
S
Supr
PB
Generic Descriptor
(n = 1 - 40 or 129 - 168)
Gravity Input Value Status
Highest Alarm Detected
(AnalgIn, PI, RegCtl, RegPV)
S
View
e:
e:
View
View
Highest Alarm Detected
(DigComp, DigIn, DevCtl, Flag, Logic,)
e:
View
Highest Level Alarm’s Priority
e:
View
Highest Peak SECVAR Value
Hold Command Flag
UCN Network Functional State
Override Interlocks for Output States 0-2
Override Interlock 0 Alarm Conf. flag
I0 - I2 Alarm Descriptor; (n = 0 - 2)
Override Interlock 1 Alarm Conf. flag
Override Interlock 2 Alarm Conf. flag
R
L
e:
L
L
S
L
L
View
Prog
Supr
Eng
Oper
Eng
Oper
Oper
(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
GENDESC (n)
GENDESC(n)
GSTS
HIGHAL
HIGHALPR
HISVPEAK
HOLDCMD
HWYCTLST
I0 - I2
I0CONF
InDESC
I1CONF
I2CONF
Type
75
Parameter
Description
Lock
(Default) and Range
GAPLO
GENDESC (n)
Gap Low Limit
Generic Descriptor (n = 1 - 12)
R
S
Supr
PB
GENDESC(n)
Generic Descriptor
(n = 1 - 40 or 129 - 168)
Gravity Input Value Status
Highest Alarm Detected
(AnalgIn, PI, RegCtl, RegPV)
S
View
e:
e:
View
View
Highest Alarm Detected
(DigComp, DigIn, DevCtl, Flag, Logic,)
e:
View
Highest Level Alarm’s Priority
e:
View
Highest Peak SECVAR Value
Hold Command Flag
UCN Network Functional State
Override Interlocks for Output States 0-2
Override Interlock 0 Alarm Conf. flag
I0 - I2 Alarm Descriptor; (n = 0 - 2)
Override Interlock 1 Alarm Conf. flag
Override Interlock 2 Alarm Conf. flag
R
L
e:
L
L
S
L
L
View
Prog
Supr
Eng
Oper
Eng
Oper
Oper
(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
GSTS
HIGHAL
HIGHALPR
HISVPEAK
HOLDCMD
HWYCTLST
I0 - I2
I0CONF
InDESC
I1CONF
I2CONF
Type
75
Parameter
Description
Type
Lock
(Default) and Range
IN0 - IN12
Input Coordinates 0-12
R
Supr
INITMAN
INITREQ
Initialization Manual Flags
Initialization Request Flag (Array)
Initialization Request Flags (AO, DO)
Initialization Request Flags
(DigComp, DevCtl ) (i = 0 - 2)
Initialization Request Flags
(RegCtl) (i = 1 - 4)
Initialization Value
Input Direction
I/O Link Cable A Status
I/O Link Cable B Status
I/O Link Channel A Error Count
I/O Link Channel A Silence Count
I/O Link Channel B Error Count
I/O Link Channel B Silence Count
I/O Link Channel Error Threshold
I/O Link Command
L
L
L
View
View
View
(NaN); > Previous INn but < Next INn.
IN0 < IN1 <IN2 ......, <IN12
(On); Off - On
(Off); Off - On
(On); Off - On
L
View
(On); Off - On
L
R
e:
L
L
I
I
I
I
I
e:
View
View
Eng/PB
View
View
View
View
View
View
EgOnly
EgOnly
I/O Link Periodic Cable Swap
IOP Actual Type
e:
e:
View
View
Parameter
Description
Type
Lock
(Default) and Range
IN0 - IN12
Input Coordinates 0-12
R
Supr
INITMAN
INITREQ
Initialization Manual Flags
Initialization Request Flag (Array)
Initialization Request Flags (AO, DO)
Initialization Request Flags
(DigComp, DevCtl ) (i = 0 - 2)
Initialization Request Flags
(RegCtl) (i = 1 - 4)
Initialization Value
Input Direction
I/O Link Cable A Status
I/O Link Cable B Status
I/O Link Channel A Error Count
I/O Link Channel A Silence Count
I/O Link Channel B Error Count
I/O Link Channel B Silence Count
I/O Link Channel Error Threshold
I/O Link Command
L
L
L
View
View
View
(NaN); > Previous INn but < Next INn.
IN0 < IN1 <IN2 ......, <IN12
(On); Off - On
(Off); Off - On
(On); Off - On
L
View
(On); Off - On
L
R
e:
L
L
I
I
I
I
I
e:
View
View
Eng/PB
View
View
View
View
View
View
EgOnly
EgOnly
I/O Link Periodic Cable Swap
IOP Actual Type
e:
e:
View
View
(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, APMM, LLMUX, STIM, PI
Parameter
Description
Type
Lock
(Default) and Range
IN0 - IN12
Input Coordinates 0-12
R
Supr
INITMAN
INITREQ
Initialization Manual Flags
Initialization Request Flag (Array)
Initialization Request Flags (AO, DO)
Initialization Request Flags
(DigComp, DevCtl ) (i = 0 - 2)
Initialization Request Flags
(RegCtl) (i = 1 - 4)
Initialization Value
Input Direction
I/O Link Cable A Status
I/O Link Cable B Status
I/O Link Channel A Error Count
I/O Link Channel A Silence Count
I/O Link Channel B Error Count
I/O Link Channel B Silence Count
I/O Link Channel Error Threshold
I/O Link Command
L
L
L
View
View
View
(NaN); > Previous INn but < Next INn.
IN0 < IN1 <IN2 ......, <IN12
(On); Off - On
(Off); Off - On
(On); Off - On
L
View
(On); Off - On
L
R
e:
L
L
I
I
I
I
I
e:
View
View
Eng/PB
View
View
View
View
View
View
EgOnly
EgOnly
I/O Link Periodic Cable Swap
IOP Actual Type
e:
e:
View
View
INITREQ(i)
INITVAL
INPTDIR
IIOLASTS
IOLBSTS
IOLCHAER
IOLCHASL
IOLCHBER
IOLCHBSL
IOLCHERT
IOLCMD
IOLPERSW
IOMACTYP(n)
(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, APMM, LLMUX, STIM, PI
76
INITREQ(i)
INITVAL
INPTDIR
IIOLASTS
IOLBSTS
IOLCHAER
IOLCHASL
IOLCHBER
IOLCHBSL
IOLCHERT
IOLCMD
IOLPERSW
IOMACTYP(n)
76
INITREQ(i)
INITVAL
INPTDIR
IIOLASTS
IOLBSTS
IOLCHAER
IOLCHASL
IOLCHBER
IOLCHBSL
IOLCHERT
IOLCMD
IOLPERSW
IOMACTYP(n)
76
(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, APMM, LLMUX, STIM, PI
Parameter
Description
IOMCARD(n)
I/O Module Card Position for the Acting
Primary/Secondary n = 1-40 for Acting
Primaries; n = 129-168 for Act. Secondaries
I/O Module A Card Position (n = 1 - 40)
I/O Module B Card Position (n = 1 - 40)
IOP Module Command
IOP 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 1-168
IOP Card Hardware Revision Status 1-168
IOP Card Last Hard Fail Status
IOMCARDA(n)
IOMCARDB(n)
IOMCMD
IOMCOMER(n)
IOMFILE(n)
IOMFILEA(n)
IOMFILEB(n)
IOMFWREV(n)
IOMHWREV(n)I
OMLHFST(n)
Type
Lock
(Default) and Range
I
View
(N/A); 1- 15
I
I
e:
e:
I
PtBld
PtBld
Oper
View
View
(0); 0 - 15
(0); 0 - 15
(None); None, Run, Idle, Swap
(N/A); See AP09-540
(0); 0 - 8
I
PtBld
(0); 0 - 8
I
PtBld
(0); 0 - 8
A
A
e:
View
View
View
(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,
77
Parameter
Description
IOMCARD(n)
I/O Module Card Position for the Acting
Primary/Secondary n = 1-40 for Acting
Primaries; n = 129-168 for Act. Secondaries
I/O Module A Card Position (n = 1 - 40)
I/O Module B Card Position (n = 1 - 40)
IOP Module Command
IOP 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 1-168
IOP Card Hardware Revision Status 1-168
IOP Card Last Hard Fail Status
IOMCARDA(n)
IOMCARDB(n)
IOMCMD
IOMCOMER(n)
IOMFILE(n)
IOMFILEA(n)
IOMFILEB(n)
IOMFWREV(n)
IOMHWREV(n)I
OMLHFST(n)
Type
Lock
(Default) and Range
I
View
(N/A); 1- 15
I
I
e:
e:
I
PtBld
PtBld
Oper
View
View
(0); 0 - 15
(0); 0 - 15
(None); None, Run, Idle, Swap
(N/A); See AP09-540
(0); 0 - 8
I
PtBld
(0); 0 - 8
I
PtBld
(0); 0 - 8
A
A
e:
View
View
View
(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,
77
Parameter
Description
IOMCARD(n)
I/O Module Card Position for the Acting
Primary/Secondary n = 1-40 for Acting
Primaries; n = 129-168 for Act. Secondaries
I/O Module A Card Position (n = 1 - 40)
I/O Module B Card Position (n = 1 - 40)
IOP Module Command
IOP 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 1-168
IOP Card Hardware Revision Status 1-168
IOP Card Last Hard Fail Status
IOMCARDA(n)
IOMCARDB(n)
IOMCMD
IOMCOMER(n)
IOMFILE(n)
IOMFILEA(n)
IOMFILEB(n)
IOMFWREV(n)
IOMHWREV(n)I
OMLHFST(n)
Type
Lock
(Default) and Range
I
View
(N/A); 1- 15
I
I
e:
e:
I
PtBld
PtBld
Oper
View
View
(0); 0 - 15
(0); 0 - 15
(None); None, Run, Idle, Swap
(N/A); See AP09-540
(0); 0 - 8
I
PtBld
(0); 0 - 8
I
PtBld
(0); 0 - 8
A
A
e:
View
View
View
(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,
77
Parameter
Description
Type
Lock
(Default) and Range
IOMUN
IOMOPER(n)
IOMREALT
IOP Card Number
IOP in Operation (n = 1 -168)
Actual IOP Type
I
e:
e:
PB
View
View
IOMRECHN(n)
IOMSEVER(n)
e:
e:
View
View
IOMSTS(n)
IOP Receive Channel
Error Severity Based on IOP
State (n = 1 -40; 129 - 168)
IOP Status (n = 1 - 40; 129 - 168)
(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
e:
View
IOMTYPE(n)
IOP Type (IOP) (n = 1 - 168)
e:
View
IOP Type (APM Box)
e:
PB
IOP Description; (n = 1 - 40)
Serial Intf. IOP Module Number
IOP String For FTA #1 (n = 1 40)
IOP String For FTA #2 (n = 1- 40)
I/O Module Redundancy Option
IOP Token Drop Count
Gain Constant for X2 Input
(AutoMan)
Overall Gain in % Per % (Pid)
Gain Constant (PosProp)
S
I
S
S
e:
I
R
View
PB
View
View
PB
View
Supr
(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
(N/A); 0 - 32767
(1.0); N/A
R
R
Supr
Supr
(1.0); 0.0 - 240.0
(1.0); 0.0 - 10.0
Parameter
Description
Type
Lock
(Default) and Range
IOMUN
IOMOPER(n)
IOMREALT
IOP Card Number
IOP in Operation (n = 1 -168)
Actual IOP Type
I
e:
e:
PB
View
View
IOMRECHN(n)
IOMSEVER(n)
e:
e:
View
View
IOMSTS(n)
IOP Receive Channel
Error Severity Based on IOP
State (n = 1 -40; 129 - 168)
IOP Status (n = 1 - 40; 129 - 168)
(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
e:
View
IOMTYPE(n)
IOP Type (IOP) (n = 1 - 168)
e:
View
IOP Type (APM Box)
e:
PB
IOP Description; (n = 1 - 40)
Serial Intf. IOP Module Number
IOP String For FTA #1 (n = 1 40)
IOP String For FTA #2 (n = 1- 40)
I/O Module Redundancy Option
IOP Token Drop Count
Gain Constant for X2 Input
(AutoMan)
Overall Gain in % Per % (Pid)
Gain Constant (PosProp)
S
I
S
S
e:
I
R
View
PB
View
View
PB
View
Supr
(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
(N/A); 0 - 32767
(1.0); N/A
R
R
Supr
Supr
(1.0); 0.0 - 240.0
(1.0); 0.0 - 10.0
Parameter
Description
Type
Lock
(Default) and Range
IOMUN
IOMOPER(n)
IOMREALT
IOP Card Number
IOP in Operation (n = 1 -168)
Actual IOP Type
I
e:
e:
PB
View
View
IOMRECHN(n)
IOMSEVER(n)
e:
e:
View
View
IOMSTS(n)
IOP Receive Channel
Error Severity Based on IOP
State (n = 1 -40; 129 - 168)
IOP Status (n = 1 - 40; 129 - 168)
(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
e:
View
IOMTYPE(n)
IOP Type (IOP) (n = 1 - 168)
e:
View
IOP Type (APM Box)
e:
PB
IOP Description; (n = 1 - 40)
Serial Intf. IOP Module Number
IOP String For FTA #1 (n = 1 40)
IOP String For FTA #2 (n = 1- 40)
I/O Module Redundancy Option
IOP Token Drop Count
Gain Constant for X2 Input
(AutoMan)
Overall Gain in % Per % (Pid)
Gain Constant (PosProp)
S
I
S
S
e:
I
R
View
PB
View
View
PB
View
Supr
(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
(N/A); 0 - 32767
(1.0); N/A
R
R
Supr
Supr
(1.0); 0.0 - 240.0
(1.0); 0.0 - 10.0
IOMTYPE
IOPDESC(n)
IOPNUM
IOPSTR1(n)
IOPSTR2(n)
IOREDOPT
IOSTKNDR
K
78
IOMTYPE
IOPDESC(n)
IOPNUM
IOPSTR1(n)
IOPSTR2(n)
IOREDOPT
IOSTKNDR
K
78
IOMTYPE
IOPDESC(n)
IOPNUM
IOPSTR1(n)
IOPSTR2(n)
IOREDOPT
IOSTKNDR
K
78
Parameter
Description
K1
External Reset Feedback Gain (PidErfb)
External Reset Feedback Gain (PIDPosPr)
K1=Ratio Scale Factor; K2= Gain for X2
Input (RatioCtl)
Gain Constant for X1-X4 Inputs (IncrSum)
External Gain Modifier
Keyword Descriptor
Gain for Feed Forward Input
Gap Gain Factor
Linear Gain Factor
Non-linear Gain Factor
Value of the External Input (n = 1 - 12)
Last PV Value
LCN Channel That NIM is Listening to
Logic Bad Input Handling Option
NIM Library Number
NIM Library Text, (n = 1 - 1000)
Input Descriptor (n = 1 - 12)
Line Period in Microseconds
(n = 1 - 168)
Logic Input Connection Source
(n = 1 - 12)
K1-K2
K1-K4
KEXT
KEYWORD
KFF
KGAP
KLIN
KNL
L(n)
LASTPV
LCNRECHN
LIBADOPT
LIBRYNUM
LIBRYTXT(n)
LIDESC(n)
LINEPERD(n)
LISRC(n)
Type
Lock
(Default) and Range
R
R
R
Supr
Supr
Supr
(0.0); 0.0 - 1.0
(1.0); 0.0 - 1.0
(1.0); > 0
R
R
S
R
R
R
R
L
R
E:
E:
I
S
S
R
Supr
Prog
PB
Supr
Supr
PB
View
View
View
View
PB
PB
PB
Eng
View
(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
U
PB
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
79
Parameter
Description
K1
External Reset Feedback Gain (PidErfb)
External Reset Feedback Gain (PIDPosPr)
K1=Ratio Scale Factor; K2= Gain for X2
Input (RatioCtl)
Gain Constant for X1-X4 Inputs (IncrSum)
External Gain Modifier
Keyword Descriptor
Gain for Feed Forward Input
Gap Gain Factor
Linear Gain Factor
Non-linear Gain Factor
Value of the External Input (n = 1 - 12)
Last PV Value
LCN Channel That NIM is Listening to
Logic Bad Input Handling Option
NIM Library Number
NIM Library Text, (n = 1 - 1000)
Input Descriptor (n = 1 - 12)
Line Period in Microseconds
(n = 1 - 168)
Logic Input Connection Source
(n = 1 - 12)
K1-K2
K1-K4
KEXT
KEYWORD
KFF
KGAP
KLIN
KNL
L(n)
LASTPV
LCNRECHN
LIBADOPT
LIBRYNUM
LIBRYTXT(n)
LIDESC(n)
LINEPERD(n)
LISRC(n)
Type
Lock
(Default) and Range
R
R
R
Supr
Supr
Supr
(0.0); 0.0 - 1.0
(1.0); 0.0 - 1.0
(1.0); > 0
R
R
S
R
R
R
R
L
R
E:
E:
I
S
S
R
Supr
Prog
PB
Supr
Supr
PB
View
View
View
View
PB
PB
PB
Eng
View
(1.0); > 0.0
(1.0); 0.0 - 240.0
(Blank); A-Z, 0-9, _
(1.0); > 0.0 to • 1.0
(1.0); 0.0 - 1.0
(1.0); 0.0 - 240.0
(N/A); N/A
(N/A); Real
(NaN); N/A
(ChannelA); ChannelA, ChannelB
(Hold); Off, On, Hold
(N/A); 1 - 3
(N/A); N/A
(Blank); 8 Characters
(N/A); 15616 - 21759 µseconds
U
PB
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
79
Parameter
Description
K1
External Reset Feedback Gain (PidErfb)
External Reset Feedback Gain (PIDPosPr)
K1=Ratio Scale Factor; K2= Gain for X2
Input (RatioCtl)
Gain Constant for X1-X4 Inputs (IncrSum)
External Gain Modifier
Keyword Descriptor
Gain for Feed Forward Input
Gap Gain Factor
Linear Gain Factor
Non-linear Gain Factor
Value of the External Input (n = 1 - 12)
Last PV Value
LCN Channel That NIM is Listening to
Logic Bad Input Handling Option
NIM Library Number
NIM Library Text, (n = 1 - 1000)
Input Descriptor (n = 1 - 12)
Line Period in Microseconds
(n = 1 - 168)
Logic Input Connection Source
(n = 1 - 12)
K1-K2
K1-K4
KEXT
KEYWORD
KFF
KGAP
KLIN
KNL
L(n)
LASTPV
LCNRECHN
LIBADOPT
LIBRYNUM
LIBRYTXT(n)
LIDESC(n)
LINEPERD(n)
LISRC(n)
Type
Lock
(Default) and Range
R
R
R
Supr
Supr
Supr
(0.0); 0.0 - 1.0
(1.0); 0.0 - 1.0
(1.0); > 0
R
R
S
R
R
R
R
L
R
E:
E:
I
S
S
R
Supr
Prog
PB
Supr
Supr
PB
View
View
View
View
PB
PB
PB
Eng
View
(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
U
PB
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter" or
"$NMhhBxx.Parameter"
79
Parameter
Description
LMREV
LMSRC
LOADSCOP
LOADSTAT
Local Manual Polarity
Local Manual Source
Load Scope
Load Status
e:
U
e:
e:
Eng/PB
PB
PB
View
LOCALMAN
Local Manual Flag (AO, RegCtl)
Local Manual Flag (DigComp, DevCtl)
Low Signal Cut Off for Flow Inputs
Logic Output-Connection Destination
Logic (n = 1 - 12)
DevCtl (n = 1 - 2)
Logic Output Enable, (Logic )
(n = 1 - 12 )
Logic Output Enable, (DevCtl)
(n = 1 - 2)
Logic Block Algorithm Identifier
(n = 1 - 24)
L
L
R
R
View
Prog
Eng/PB
PB
e:
PB
( Direct); Direct, Reverse
( Null.Nul); See SW09-540 PRD
(NIMOnly); NimOnly, NimAndPm
( ); Not Loaded, Loaded, Loading,
Unlding
(Off); Off - On
(Off); Off - On
(NaN); PVEULO - PVEUHI, NaN
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter", or
"$NMhhBxx.Parameter"
(FL2); FL1 - FL12, SO1 - SO16, L1 -L12
e:
PB
(FL2); See SW09-540 PRD
e:
PB
(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
Lock
(Default) and Range
LOCUTOFF
LODSTN(n)
LOENBL(n)
LOGALGID(n)
Type
Lock
(Default) and Range
80
Parameter
Description
LMREV
LMSRC
LOADSCOP
LOADSTAT
Local Manual Polarity
Local Manual Source
Load Scope
Load Status
e:
U
e:
e:
Eng/PB
PB
PB
View
LOCALMAN
Local Manual Flag (AO, RegCtl)
Local Manual Flag (DigComp, DevCtl)
Low Signal Cut Off for Flow Inputs
Logic 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)
L
L
R
R
View
Prog
Eng/PB
PB
e:
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
"$NMhhBxx.Parameter"
(FL2); FL1 - FL12, SO1 - SO16, L1 -L12
e:
PB
(FL2); See SW09-540 PRD
e:
PB
(Null); OR, NOT, NAND, NOR, XOR,
AND, SWITCH, CheckBad, Pulse, Delay,
OnDLy, OffDLy, QOR2, QOR3, EQ, NE,
GT, GE, LT, LE, MinPulse, MaxPulse,
WatchDog, FlipFlop, ChDetect, Null
Lock
(Default) and Range
LOCUTOFF
LODSTN(n)
LOENBL(n)
LOGALGID(n)
Type
80
Parameter
Description
LMREV
LMSRC
LOADSCOP
LOADSTAT
Local Manual Polarity
Local Manual Source
Load Scope
Load Status
e:
U
e:
e:
Eng/PB
PB
PB
View
LOCALMAN
Local Manual Flag (AO, RegCtl)
Local Manual Flag (DigComp, DevCtl)
Low Signal Cut Off for Flow Inputs
Logic Output-Connection Destination
Logic (n = 1 - 12)
DevCtl (n = 1 - 2)
Logic Output Enable, (Logic )
(n = 1 - 12 )
Logic Output Enable, (DevCtl)
(n = 1 - 2)
Logic Block Algorithm Identifier
(n = 1 - 24)
L
L
R
R
View
Prog
Eng/PB
PB
e:
PB
( Direct); Direct, Reverse
( Null.Nul); See SW09-540 PRD
(NIMOnly); NimOnly, NimAndPm
( ); Not Loaded, Loaded, Loading,
Unlding
(Off); Off - On
(Off); Off - On
(NaN); PVEULO - PVEUHI, NaN
(Null.Null); "TagName.Parameter" or
"!MTmmSss.Parameter", or
"$NMhhBxx.Parameter"
(FL2); FL1 - FL12, SO1 - SO16, L1 -L12
e:
PB
(FL2); See SW09-540 PRD
e:
PB
(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
LOCUTOFF
LODSTN(n)
LOENBL(n)
LOGALGID(n)
80
Type
Parameter
Description
LOGICSRC
LOGMIX
LOSRC(n)
Logic Source
Logic Mix
Output - Connection Source
Logic (n = 1 - 12)
DevCtl (n = 1 - 2)
Lower Output Pulse Time (Secs)
Lower OP Pulse Destination
Lower OP Stroke Rate in %/Sec
Lower Range Limit (STI)
Lower Range Value (STI)
E
e:
e:
PB
PB
Eng/PB
e:
R
U
R
R
R
Last Sequence Number
Last Hour’s I/O Link
Fetch/Store
Overruns (n = 1 - 4)
Last Hour’s Point Processing
Fetch/Store
Overruns (n = 1 - 8)
Last Hour’s UCN Access Overruns
Number of Inputs
Maintenance Reset Statistics Date
Maintenance Option
I
I
PB
View
PB
Supr
View
Supr/
View
Eng
View
I
View
(0); > 0
I
I
T
L
View
PB
Eng
PB
(0); > 0
(2); 2 - 4
(Time of pt. build) Time Stamp
(Off); Off - On
LOWERTIM
LOWRDSTN
LOWRRATE
LRL
LRV
LSEQNUMR
LSIOLORN(n)
LSPPXORN(n)
LSUCNORN
M
MAINDAT
MAINTOPT
Type
Lock
(Default) and Range
(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 - SO24
See SW09-540 PRD
(N/A); N/A
(Null); ONPULSE , OFFPULSE
(100.0); >0.0% / Second
(NaN); Na, NaN
(NaN); Na, NaN
(0);
(0); > 0
81
Parameter
Description
LOGICSRC
LOGMIX
LOSRC(n)
Logic Source
Logic Mix
Output - Connection Source
Logic (n = 1 - 12)
DevCtl (n = 1 - 2)
Lower Output Pulse Time (Secs)
Lower OP Pulse Destination
Lower OP Stroke Rate in %/Sec
Lower Range Limit (STI)
Lower Range Value (STI)
E
e:
e:
PB
PB
Eng/PB
e:
R
U
R
R
R
Last Sequence Number
Last Hour’s I/O Link
Fetch/Store
Overruns (n = 1 - 4)
Last Hour’s Point Processing
Fetch/Store
Overruns (n = 1 - 8)
Last Hour’s UCN Access Overruns
Number of Inputs
Maintenance Reset Statistics Date
Maintenance Option
I
I
PB
View
PB
Supr
View
Supr/
View
Eng
View
I
View
(0); > 0
I
I
T
L
View
PB
Eng
PB
(0); > 0
(2); 2 - 4
(Time of pt. build) Time Stamp
(Off); Off - On
LOWERTIM
LOWRDSTN
LOWRRATE
LRL
LRV
LSEQNUMR
LSIOLORN(n)
LSPPXORN(n)
LSUCNORN
M
MAINDAT
MAINTOPT
Type
Lock
(Default) and Range
(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 - SO24
See SW09-540 PRD
(N/A); N/A
(Null); ONPULSE , OFFPULSE
(100.0); >0.0% / Second
(NaN); Na, NaN
(NaN); Na, NaN
(0);
(0); > 0
81
Parameter
Description
LOGICSRC
LOGMIX
LOSRC(n)
Logic Source
Logic Mix
Output - Connection Source
Logic (n = 1 - 12)
DevCtl (n = 1 - 2)
Lower Output Pulse Time (Secs)
Lower OP Pulse Destination
Lower OP Stroke Rate in %/Sec
Lower Range Limit (STI)
Lower Range Value (STI)
E
e:
e:
PB
PB
Eng/PB
e:
R
U
R
R
R
Last Sequence Number
Last Hour’s I/O Link
Fetch/Store
Overruns (n = 1 - 4)
Last Hour’s Point Processing
Fetch/Store
Overruns (n = 1 - 8)
Last Hour’s UCN Access Overruns
Number of Inputs
Maintenance Reset Statistics Date
Maintenance Option
I
I
PB
View
PB
Supr
View
Supr/
View
Eng
View
I
View
(0); > 0
I
I
T
L
View
PB
Eng
PB
(0); > 0
(2); 2 - 4
(Time of pt. build) Time Stamp
(Off); Off - On
LOWERTIM
LOWRDSTN
LOWRRATE
LRL
LRV
LSEQNUMR
LSIOLORN(n)
LSPPXORN(n)
LSUCNORN
M
MAINDAT
MAINTOPT
Type
Lock
(Default) and Range
(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 - SO24
See SW09-540 PRD
(N/A); N/A
(Null); ONPULSE , OFFPULSE
(100.0); >0.0% / Second
(NaN); Na, NaN
(NaN); Na, NaN
(0);
(0); > 0
81
Parameter
Description
MANMODFL
MANOPCMD
Manual Mode Flag
Manual Output Pulse Command
MANOPTIM
MASKTIM
MAXPULSE
MAXSLOTS
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0-2
MINPULSE
MINUTE
MODATTR
MODE
MODEAPPL
MODEPERM
Type
Lock
(Default) and Range
L
e:
View
Oper
Manual Output Pulse Time
Masktime
Maximum Pulse Time Limit
R
I
R
Eng/PB
Supr
Supr
Maximum Available Slots
Maximum time Allowed in state 0
Maximum time Allowed in state 1
Maximum time Allowed in state 2
Max. number transitions into each state
Minimum Pulse Time Limit
R
R
R
R
T
R
View
Supr
Supr
Supr
Supr
PB
Current Minute
Mode Attribute
I
e:
View
Oper
Mode (AnalgOut)
Mode (DigComp, DevCtl)
Mode (RegCtl)
e:
e:
e:
Oper
Oper
Oper
Mode Applicability
L
View
Mode Permissive(DevCtl, DigComp,
RegCtl)
Mode Permissive(Analg Out)
e:
e:
Eng
Eng/PB
(Off); Off - On
(None); Raise_1, Lower_1,
None, Raise_10, Lower_10
(1.0); 0.0 - 60.0 Seconds
(0.0); 0 - 1000 sec.
(60.0); MINPULSE to 60.0
Seconds, 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, Bcas
Normal
(Man=On; Auto, Cas, & Bcas = Off,
Static for DevCtl & DigComp); N/A
(Permit); Permit, NotPerm
(Permit); Permit, NotPerm
Lock
(Default) and Range
82
Parameter
Description
MANMODFL
MANOPCMD
Manual Mode Flag
Manual Output Pulse Command
L
e:
View
Oper
MANOPTIM
MASKTIM
MAXPULSE
Manual Output Pulse Time
Masktime
Maximum Pulse Time Limit
R
I
R
Eng/PB
Supr
Supr
Maximum Available Slots
Maximum time Allowed in state 0
Maximum time Allowed in state 1
Maximum time Allowed in state 2
Max. number transitions into each state
Minimum Pulse Time Limit
R
R
R
R
T
R
View
Supr
Supr
Supr
Supr
PB
Current Minute
Mode Attribute
I
e:
View
Oper
Mode (AnalgOut)
Mode (DigComp, DevCtl)
Mode (RegCtl)
e:
e:
e:
Oper
Oper
Oper
Mode Applicability
L
View
Mode Permissive(DevCtl, DigComp,
RegCtl)
Mode Permissive(Analg Out)
e:
e:
Eng
Eng/PB
(Off); Off - On
(None); Raise_1, Lower_1,
None, Raise_10, Lower_10
(1.0); 0.0 - 60.0 Seconds
(0.0); 0 - 1000 sec.
(60.0); MINPULSE to 60.0
Seconds, 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, Bcas
Normal
(Man=On; Auto, Cas, & Bcas = Off,
Static for DevCtl & DigComp); N/A
(Permit); Permit, NotPerm
(Permit); Permit, NotPerm
Lock
(Default) and Range
(Off); Off - On
(None); Raise_1, Lower_1,
None, Raise_10, Lower_10
(1.0); 0.0 - 60.0 Seconds
(0.0); 0 - 1000 sec.
(60.0); MINPULSE to 60.0
Seconds, 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, Bcas
Normal
(Man=On; Auto, Cas, & Bcas = Off,
Static for DevCtl & DigComp); N/A
(Permit); Permit, NotPerm
(Permit); Permit, NotPerm
MAXSLOTS
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0-2
MINPULSE
MINUTE
MODATTR
MODE
MODEAPPL
MODEPERM
Type
82
Parameter
Description
MANMODFL
MANOPCMD
Manual Mode Flag
Manual Output Pulse Command
L
e:
View
Oper
MANOPTIM
MASKTIM
MAXPULSE
Manual Output Pulse Time
Masktime
Maximum Pulse Time Limit
R
I
R
Eng/PB
Supr
Supr
Maximum Available Slots
Maximum time Allowed in state 0
Maximum time Allowed in state 1
Maximum time Allowed in state 2
Max. number transitions into each state
Minimum Pulse Time Limit
R
R
R
R
T
R
View
Supr
Supr
Supr
Supr
PB
Current Minute
Mode Attribute
I
e:
View
Oper
Mode (AnalgOut)
Mode (DigComp, DevCtl)
Mode (RegCtl)
e:
e:
e:
Oper
Oper
Oper
Mode Applicability
L
View
Mode Permissive(DevCtl, DigComp,
RegCtl)
Mode Permissive(Analg Out)
e:
e:
Eng
Eng/PB
MAXSLOTS
MAXTIM0H
MAXTIM1H
MAXTIM2H
MAXTRAN0-2
MINPULSE
MINUTE
MODATTR
MODE
MODEAPPL
MODEPERM
82
Type
Parameter
Description
MODNUM
MOMSTATE
MONTH
MOVPVFL
MOVPVTXT
MSGPEND
MSGTXT(n)
MXRMPDEV
MXSOKDEV
N
NAME
NARRSLOT
NCTLSLOT
NDCSLOT
NDEVSLOT
NEIPRQU
NFASTCTL
NFASTDC
NFASTDEV
NFASTLOG
Type
Lock
(Default) and Range
IOP Card Number
Momentary Output States
I
e:
PB
Eng/PB
Current Month
Moving PV Flag
Moving PV Text Descriptor
Sequence Message Pending
Status Message Text (n = 0 - 15)
Maximum Ramp Deviation Value
Maximum Soak Deviation Value
Number of Inputs (CalcuLtr)
Number of Inputs (HiloAvg & Summer)
Tag Name
Number of Array Points in an APM
Number of Regulatory Control Points
Number of Digital Composite Points
Number of DevCtl. Points Configured
No. of Event Initiated Processing Requests
Number of Fast Regulatory
Control Slots
Number of Fast Digital Composite
Slots
Number of Fast DevCtl Points
Number of Fast Logic Slots
I
L
S
L
S
R
R
I
I
S
I
I
I
I
R
I
View
View
PB
View
PB
Supr
Supr
PB
PB
PB
PB
PB
PB
PB
View
PB
(N/A); 0 - 40
(None); Mom_0, Mom_1,
Mom_2, Mom_1_2, None
(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 - 256
(0); 0 - 160
(0); 0 - 512
(0); 0 - 160
(0); N/A
(0); 0 - 40 but < NCTLSLOT
I
PB
(0); 0 - 400 but < NDCSLOT
I
I
PB
PB
(0); 0 - 40 but < NDEVSLOT
(0); 0 - 40 but < NLOGSLOT
83
Parameter
Description
MODNUM
MOMSTATE
MONTH
MOVPVFL
MOVPVTXT
MSGPEND
MSGTXT(n)
MXRMPDEV
MXSOKDEV
N
NAME
NARRSLOT
NCTLSLOT
NDCSLOT
NDEVSLOT
NEIPRQU
NFASTCTL
NFASTDC
NFASTDEV
NFASTLOG
Type
Lock
(Default) and Range
IOP Card Number
Momentary Output States
I
e:
PB
Eng/PB
Current Month
Moving PV Flag
Moving PV Text Descriptor
Sequence Message Pending
Status Message Text (n = 0 - 15)
Maximum Ramp Deviation Value
Maximum Soak Deviation Value
Number of Inputs (CalcuLtr)
Number of Inputs (HiloAvg & Summer)
Tag Name
Number of Array Points in an APM
Number of Regulatory Control Points
Number of Digital Composite Points
Number of DevCtl. Points Configured
No. of Event Initiated Processing Requests
Number of Fast Regulatory
Control Slots
Number of Fast Digital Composite
Slots
Number of Fast DevCtl Points
Number of Fast Logic Slots
I
L
S
L
S
R
R
I
I
S
I
I
I
I
R
I
View
View
PB
View
PB
Supr
Supr
PB
PB
PB
PB
PB
PB
PB
View
PB
(N/A); 0 - 40
(None); Mom_0, Mom_1,
Mom_2, Mom_1_2, None
(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 - 256
(0); 0 - 160
(0); 0 - 512
(0); 0 - 160
(0); N/A
(0); 0 - 40 but < NCTLSLOT
I
PB
(0); 0 - 400 but < NDCSLOT
I
I
PB
PB
(0); 0 - 40 but < NDEVSLOT
(0); 0 - 40 but < NLOGSLOT
83
Parameter
Description
MODNUM
MOMSTATE
MONTH
MOVPVFL
MOVPVTXT
MSGPEND
MSGTXT(n)
MXRMPDEV
MXSOKDEV
N
NAME
NARRSLOT
NCTLSLOT
NDCSLOT
NDEVSLOT
NEIPRQU
NFASTCTL
NFASTDC
NFASTDEV
NFASTLOG
Type
Lock
(Default) and Range
IOP Card Number
Momentary Output States
I
e:
PB
Eng/PB
Current Month
Moving PV Flag
Moving PV Text Descriptor
Sequence Message Pending
Status Message Text (n = 0 - 15)
Maximum Ramp Deviation Value
Maximum Soak Deviation Value
Number of Inputs (CalcuLtr)
Number of Inputs (HiloAvg & Summer)
Tag Name
Number of Array Points in an APM
Number of Regulatory Control Points
Number of Digital Composite Points
Number of DevCtl. Points Configured
No. of Event Initiated Processing Requests
Number of Fast Regulatory
Control Slots
Number of Fast Digital Composite
Slots
Number of Fast DevCtl Points
Number of Fast Logic Slots
I
L
S
L
S
R
R
I
I
S
I
I
I
I
R
I
View
View
PB
View
PB
Supr
Supr
PB
PB
PB
PB
PB
PB
PB
View
PB
(N/A); 0 - 40
(None); Mom_0, Mom_1,
Mom_2, Mom_1_2, None
(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 - 256
(0); 0 - 160
(0); 0 - 512
(0); 0 - 160
(0); N/A
(0); 0 - 40 but < NCTLSLOT
I
PB
(0); 0 - 400 but < NDCSLOT
I
I
PB
PB
(0); 0 - 40 but < NDEVSLOT
(0); 0 - 40 but < NLOGSLOT
83
Parameter
Description
NFASTPV
NFLAG
Number of Fast Regulatory PV Slots
Number of Flags (Box)
Number of Flags (Array)
NI0 - 2
NIMREV
NIMVERS
NLFM
NLGAIN
NLOC
NLOGSLOT
NMIN
NMODATTR
NMODE
Inverted Interlocks Value
Revision Number of the NIM personality
Version Number of the NIM personality
Nonlinearity Form
Nonlinear Gain
Number of Locations in Delay Table
Number of Logic Points
Minimum Number of Good Inputs
Normal Mode Attribute
Normal Mode (AnalgOut)
Normal Mode (DigComp, DevCtl)
Normal Mode (RegCtl)
Number of Message Text Items
Numeric 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 Descriptor
Numeric 1 - 10, n = 1 - 10
NMSGTXT
NN(n)
NNDESC
NNINSET(n)
Type
Lock
(Default) and Range
I
I
I
PB
View
PB
L
I
I
I
R
I
I
I
e:
e:
e:
e:
I
R
R
R
R
R
S
I
Eng
View
View
Supr
Supr
Eng
PB
PB
Engr
Engr/PB
View
Engr
PB
Special
Oper
Supr
Supr
Special
PB
Supr
(0); 0 - 40 but < NPVSLOT
(16,384); 16,384
(0); 0 - 512 if EXDATA = IO_FL, else
0 - 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 – 80
(1);1 to Number Specified in N
(None);None, Operator, Program,Normal
(None); None, Man, Cas
(Man); Man
(None); Man, Auto, Bcas, Cas, None
(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
Lock
(Default) and Range
84
Parameter
Description
NFASTPV
NFLAG
Number of Fast Regulatory PV Slots
Number of Flags (Box)
Number of Flags (Array)
I
I
I
PB
View
PB
NI0 - 2
NIMREV
NIMVERS
NLFM
NLGAIN
NLOC
NLOGSLOT
NMIN
NMODATTR
NMODE
Inverted Interlocks Value
Revision Number of the NIM personality
Version Number of the NIM personality
Nonlinearity Form
Nonlinear Gain
Number of Locations in Delay Table
Number of Logic Points
Minimum Number of Good Inputs
Normal Mode Attribute
Normal Mode (AnalgOut)
Normal Mode (DigComp, DevCtl)
Normal Mode (RegCtl)
Number of Message Text Items
Numeric 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 Descriptor
Numeric 1 - 10, n = 1 - 10
L
I
I
I
R
I
I
I
e:
e:
e:
e:
I
R
R
R
R
R
S
I
Eng
View
View
Supr
Supr
Eng
PB
PB
Engr
Engr/PB
View
Engr
PB
Special
Oper
Supr
Supr
Special
PB
Supr
(0); 0 - 40 but < NPVSLOT
(16,384); 16,384
(0); 0 - 512 if EXDATA = IO_FL, else
0 - 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 – 80
(1);1 to Number Specified in N
(None);None, Operator, Program,Normal
(None); None, Man, Cas
(Man); Man
(None); Man, Auto, Bcas, Cas, None
(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
Lock
(Default) and Range
(0); 0 - 40 but < NPVSLOT
(16,384); 16,384
(0); 0 - 512 if EXDATA = IO_FL, else
0 - 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 - 80
(1);1 to Number Specified in N
(None);None, Operator, Program,Normal
(None); None, Man, Cas
(Man); Man
(None); Man, Auto, Bcas, Cas, None
(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
NMSGTXT
NN(n)
NNDESC
NNINSET(n)
Type
84
Parameter
Description
NFASTPV
NFLAG
Number of Fast Regulatory PV Slots
Number of Flags (Box)
Number of Flags (Array)
I
I
I
PB
View
PB
NI0 - 2
NIMREV
NIMVERS
NLFM
NLGAIN
NLOC
NLOGSLOT
NMIN
NMODATTR
NMODE
Inverted Interlocks Value
Revision Number of the NIM personality
Version Number of the NIM personality
Nonlinearity Form
Nonlinear Gain
Number of Locations in Delay Table
Number of Logic Points
Minimum Number of Good Inputs
Normal Mode Attribute
Normal Mode (AnalgOut)
Normal Mode (DigComp, DevCtl)
Normal Mode (RegCtl)
Number of Message Text Items
Numeric 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 Descriptor
Numeric 1 - 10, n = 1 - 10
L
I
I
I
R
I
I
I
e:
e:
e:
e:
I
R
R
R
R
R
S
I
Eng
View
View
Supr
Supr
Eng
PB
PB
Engr
Engr/PB
View
Engr
PB
Special
Oper
Supr
Supr
Special
PB
Supr
NMSGTXT
NN(n)
NNDESC
NNINSET(n)
84
Type
Parameter
Description
NNSTIX
Numeric Array Start Index
NNUMERIC
Number of Numerics in APM Box
Number of Numerics in Array Point
NN Array
Number of Control Input Connections
Number of Control Output Connections
Node Assignment
Node Command
Node Configuration for the APM
NOCINPTS
NOCOPTS
NODEASSN
NODECMD
NODECONF
NODENUM
NODEOPER
NODESC
NODESTS
NODESTS
NODESTAT
NODETYP
Type
Lock
(Default) and Range
R
PB
I
I
PB
PB
I
I
PB
PB
(0); 0 - 99,999 if EXTDATA = IO_NN,
else 0 - value of NNUMERIC
(0); 0 - 16,384
(0); 0 - 16 (EXTDATA = IO_NN), else
0 - 240 if EXTDATA ≠ IO_NN)
(Special); 0 - 4
(1); 0 - 4
e:
e:
PB
Eng
Node Configuration (set to manual)
Node Number
Node Operating Mode
Number of Generic Descriptors
Node Summary Status
e:
I
e:
I
e:
View
PB
View
PB
View
NIM Node Summary Status
Node Status (NIM)
Node Status (APM)
UCN Node Type (NIM)
UCN Node Type (APM Box)
UCN Node Type (APM Points)
e:
e:
e:
e:
e:
e:
View
View
View
PB
PB
PB
(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,
PartFail, IOIdL, Pf_IOIdL, Pf_Idle, NoSynch,
CommFail, Unknown, “S_” = simulation.
(N/A); Offnet, OK
(N/A); Offnet, OK
(N/A); Offnet, ConfgMis, OK
(N/A); NIM,
(APM); APM
(APM); APM
85
Parameter
Description
NNSTIX
Numeric Array Start Index
NNUMERIC
Number of Numerics in APM Box
Number of Numerics in Array Point
NN Array
Number of Control Input Connections
Number of Control Output Connections
Node Assignment
Node Command
Node Configuration for the APM
NOCINPTS
NOCOPTS
NODEASSN
NODECMD
NODECONF
NODENUM
NODEOPER
NODESC
NODESTS
NODESTS
NODESTAT
NODETYP
Type
Lock
(Default) and Range
R
PB
I
I
PB
PB
I
I
PB
PB
(0); 0 - 99,999 if EXTDATA = IO_NN,
else 0 - value of NNUMERIC
(0); 0 - 16,384
(0); 0 - 16 (EXTDATA = IO_NN), else
0 - 240 if EXTDATA ≠ IO_NN)
(Special); 0 - 4
(1); 0 - 4
e:
e:
PB
Eng
Node Configuration (set to manual)
Node Number
Node Operating Mode
Number of Generic Descriptors
Node Summary Status
e:
I
e:
I
e:
View
PB
View
PB
View
NIM Node Summary Status
Node Status (NIM)
Node Status (APM)
UCN Node Type (NIM)
UCN Node Type (APM Box)
UCN Node Type (APM Points)
e:
e:
e:
e:
e:
e:
View
View
View
PB
PB
PB
(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,
PartFail, IOIdL, Pf_IOIdL, Pf_Idle, NoSynch,
CommFail, Unknown, “S_” = simulation.
(N/A); Offnet, OK
(N/A); Offnet, OK
(N/A); Offnet, ConfgMis, OK
(N/A); NIM,
(APM); APM
(APM); APM
85
Parameter
Description
NNSTIX
Numeric Array Start Index
NNUMERIC
NOCINPTS
NOCOPTS
NODEASSN
NODECMD
NODECONF
NODENUM
NODEOPER
NODESC
NODESTS
NODESTS
NODESTAT
NODETYP
Type
Lock
(Default) and Range
R
PB
Number of Numerics in APM Box
Number of Numerics in Array Point
NN Array
Number of Control Input Connections
Number of Control Output Connections
Node Assignment
Node Command
Node Configuration for the APM
I
I
PB
PB
I
I
PB
PB
(0); 0 - 99,999 if EXTDATA = IO_NN,
else 0 - value of NNUMERIC
(0); 0 - 16,384
(0); 0 - 16 (EXTDATA = IO_NN), else
0 - 240 if EXTDATA ≠ IO_NN)
(Special); 0 - 4
(1); 0 - 4
e:
e:
PB
Eng
Node Configuration (set to manual)
Node Number
Node Operating Mode
Number of Generic Descriptors
Node Summary Status
e:
I
e:
I
e:
View
PB
View
PB
View
NIM Node Summary Status
Node Status (NIM)
Node Status (APM)
UCN Node Type (NIM)
UCN Node Type (APM Box)
UCN Node Type (APM Points)
e:
e:
e:
e:
e:
e:
View
View
View
PB
PB
PB
(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,
PartFail, IOIdL, Pf_IOIdL, Pf_Idle, NoSynch,
CommFail, Unknown, “S_” = simulation.
(N/A); Offnet, OK
(N/A); Offnet, OK
(N/A); Offnet, ConfgMis, OK
(N/A); NIM,
(APM); APM
(APM); APM
85
Parameter
Description
NODFSTAT
NODINPTS
NODOPTS
NOLINPTS
NOLOGBLK
NOLOPTS
NOPGATE
NOPINPTS
NORQUAVG
UCN Node’s Functional Status
Number of Digital Input Connections
Number of Digital Output Connections
Number of Logic Inputs
Number of Logic Blocks
Number of Logic Output Connections
Number of Primary Gates
Number of PV Input Connections
Avg. Number Nodes to which UCN
Requests are made
Max. Number Nodes to which UCN
Requests are made
Avg. Number Nodes to which UCN
Responses are made
Max. Number Nodes to which UCN
Responses are made
Number of Ramp/Soak Pairs
in the Sequence
Number of Secondary Gates
Avg. Number of Nodes to which UCN
Transactions are made
Max. Number of Nodes to which UCN
Transactions are made
Number of Safety Override Interlocks
NORQUMAX
NORSPAVG
NORSPMAX
NORSSEQ
NOSGATE
NOTRAAVG
NOTRAMAX
Type
Lock
(Default) and Range
e:
I
I
I
I
I
I
I
R
Supr
PB
PB
View
View
View
PB
View
View
(Basic); Basic, Full
(1); 0, 1, 2
(1); 0, 1, 2, 3
(Logic = 12, DevCtl = 0); 0 - 12
(N/A); 0 - 24
(N/A); Logic = 0 - 12, DevCtl = 0 - 2
(0); 0 - 4
(Special); 0 - 6
(0) N/A
R
View
(0) N/A
R
View
(0) N/A
R
View
(0) N/A
I
Eng/PB
I
R
PB
View
R
View
R
View
(2); 2 - 12
(0); 0 - 2
(0); N/A
(0); N/A
(0); 0 - No Limit
NOSIOVRD
86
Parameter
Description
NODFSTAT
NODINPTS
NODOPTS
NOLINPTS
NOLOGBLK
NOLOPTS
NOPGATE
NOPINPTS
NORQUAVG
UCN Node’s Functional Status
Number of Digital Input Connections
Number of Digital Output Connections
Number of Logic Inputs
Number of Logic Blocks
Number of Logic Output Connections
Number of Primary Gates
Number of PV Input Connections
Avg. Number Nodes to which UCN
Requests are made
Max. Number Nodes to which UCN
Requests are made
Avg. Number Nodes to which UCN
Responses are made
Max. Number Nodes to which UCN
Responses are made
Number of Ramp/Soak Pairs
in the Sequence
Number of Secondary Gates
Avg. Number of Nodes to which UCN
Transactions are made
Max. Number of Nodes to which UCN
Transactions are made
Number of Safety Override Interlocks
NORQUMAX
NORSPAVG
NORSPMAX
NORSSEQ
NOSGATE
NOTRAAVG
NOTRAMAX
Type
Lock
(Default) and Range
e:
I
I
I
I
I
I
I
R
Supr
PB
PB
View
View
View
PB
View
View
(Basic); Basic, Full
(1); 0, 1, 2
(1); 0, 1, 2, 3
(Logic = 12, DevCtl = 0); 0 - 12
(N/A); 0 - 24
(N/A); Logic = 0 - 12, DevCtl = 0 - 2
(0); 0 - 4
(Special); 0 - 6
(0) N/A
R
View
(0) N/A
R
View
(0) N/A
R
View
(0) N/A
I
Eng/PB
I
R
PB
View
R
View
R
View
(2); 2 - 12
(0); 0 - 2
(0); N/A
(0); N/A
(0); 0 - No Limit
NOSIOVRD
86
Parameter
Description
NODFSTAT
NODINPTS
NODOPTS
NOLINPTS
NOLOGBLK
NOLOPTS
NOPGATE
NOPINPTS
NORQUAVG
UCN Node’s Functional Status
Number of Digital Input Connections
Number of Digital Output Connections
Number of Logic Inputs
Number of Logic Blocks
Number of Logic Output Connections
Number of Primary Gates
Number of PV Input Connections
Avg. Number Nodes to which UCN
Requests are made
Max. Number Nodes to which UCN
Requests are made
Avg. Number Nodes to which UCN
Responses are made
Max. Number Nodes to which UCN
Responses are made
Number of Ramp/Soak Pairs
in the Sequence
Number of Secondary Gates
Avg. Number of Nodes to which UCN
Transactions are made
Max. Number of Nodes to which UCN
Transactions are made
Number of Safety Override Interlocks
NORQUMAX
NORSPAVG
NORSPMAX
NORSSEQ
NOSGATE
NOTRAAVG
NOTRAMAX
NOSIOVRD
86
Type
Lock
(Default) and Range
e:
I
I
I
I
I
I
I
R
Supr
PB
PB
View
View
View
PB
View
View
(Basic); Basic, Full
(1); 0, 1, 2
(1); 0, 1, 2, 3
(Logic = 12, DevCtl = 0); 0 - 12
(N/A); 0 - 24
(N/A); Logic = 0 - 12, DevCtl = 0 - 2
(0); 0 - 4
(Special); 0 - 6
(0) N/A
R
View
(0) N/A
R
View
(0) N/A
R
View
(0) N/A
I
Eng/PB
I
R
PB
View
R
View
R
View
(2); 2 - 12
(0); 0 - 2
(0); N/A
(0); N/A
(0); 0 - No Limit
Parameter
Description
NOSTATES
NOTRANS(n)
NPARAVG
Number of Digital States
Accumulated Transitions (n = 0 - 2)
Avg. Number of UCN Parameter Access
per Second
Max. Number of UCN Parameter Access
per Second
Number of Process Module Points
Avg. Number of UCN Parameter Requests
per Second (n = 0 - 64)
Max. Number of UCN Parameter Requests
per Second (n = 0 - 64)
Avg. Number of UCN Parameter
Responses per Second (n = 0 - 64)
Max. Number of UCN Parameter
Responses per Second (n = 0 - 64)
Number of Regulatory PV Slots
No. of Entries in the NIM PV TextLibrary
Number of Scan Items in APM Scan Table
Inverted Interlocks Value
Number of Strings in APM Box Point
Number of Strings in Array Point
String Array
NPARMAX
NPMSLOT
NPRQUAVG(n)
NPRQUMAX(n)
NPRSPAVG(n)
NPRSPMAX(n)
NPVSLOT
NPVTEXT
NSCANITM
NSIO
NSTRING
Type
Lock
(Default) and Range
I
R
R
PB
View
View
(2); 2 & 3
(0); 0 - no limit
(0); N/A
R
View
(0); N/A
I
R
PB
View
(0); 0 - 160
(0); N/A
R
View
(0); N/A
R
View
(0); N/A
R
View
(0); N/A
I
I
I
PB
View
View
(0); 0 - 80
(0); N/A
(0); 0 - 50
L
I
I
Engr
PB
PB
(On); On, Off
(0); 0 - 16,384
(0); 0 - 8 if EXTDAT=IO_STR, else
0 - 240 if EXTDATA ≠ IO_STR
87
Parameter
Description
NOSTATES
NOTRANS(n)
NPARAVG
Number of Digital States
Accumulated Transitions (n = 0 - 2)
Avg. Number of UCN Parameter Access
per Second
Max. Number of UCN Parameter Access
per Second
Number of Process Module Points
Avg. Number of UCN Parameter Requests
per Second (n = 0 - 64)
Max. Number of UCN Parameter Requests
per Second (n = 0 - 64)
Avg. Number of UCN Parameter
Responses per Second (n = 0 - 64)
Max. Number of UCN Parameter
Responses per Second (n = 0 - 64)
Number of Regulatory PV Slots
No. of Entries in the NIM PV TextLibrary
Number of Scan Items in APM Scan Table
Inverted Interlocks Value
Number of Strings in APM Box Point
Number of Strings in Array Point
String Array
NPARMAX
NPMSLOT
NPRQUAVG(n)
NPRQUMAX(n)
NPRSPAVG(n)
NPRSPMAX(n)
NPVSLOT
NPVTEXT
NSCANITM
NSIO
NSTRING
Type
Lock
(Default) and Range
I
R
R
PB
View
View
(2); 2 & 3
(0); 0 - no limit
(0); N/A
R
View
(0); N/A
I
R
PB
View
(0); 0 - 160
(0); N/A
R
View
(0); N/A
R
View
(0); N/A
R
View
(0); N/A
I
I
I
PB
View
View
(0); 0 - 80
(0); N/A
(0); 0 - 50
L
I
I
Engr
PB
PB
(On); On, Off
(0); 0 - 16,384
(0); 0 - 8 if EXTDAT=IO_STR, else
0 - 240 if EXTDATA ≠ IO_STR
87
Parameter
Description
NOSTATES
NOTRANS(n)
NPARAVG
Number of Digital States
Accumulated Transitions (n = 0 - 2)
Avg. Number of UCN Parameter Access
per Second
Max. Number of UCN Parameter Access
per Second
Number of Process Module Points
Avg. Number of UCN Parameter Requests
per Second (n = 0 - 64)
Max. Number of UCN Parameter Requests
per Second (n = 0 - 64)
Avg. Number of UCN Parameter
Responses per Second (n = 0 - 64)
Max. Number of UCN Parameter
Responses per Second (n = 0 - 64)
Number of Regulatory PV Slots
No. of Entries in the NIM PV TextLibrary
Number of Scan Items in APM Scan Table
Inverted Interlocks Value
Number of Strings in APM Box Point
Number of Strings in Array Point
String Array
NPARMAX
NPMSLOT
NPRQUAVG(n)
NPRQUMAX(n)
NPRSPAVG(n)
NPRSPMAX(n)
NPVSLOT
NPVTEXT
NSCANITM
NSIO
NSTRING
Type
Lock
(Default) and Range
I
R
R
PB
View
View
(2); 2 & 3
(0); 0 - no limit
(0); N/A
R
View
(0); N/A
I
R
PB
View
(0); 0 - 160
(0); N/A
R
View
(0); N/A
R
View
(0); N/A
R
View
(0); N/A
I
I
I
PB
View
View
(0); 0 - 80
(0); N/A
(0); 0 - 50
L
I
I
Engr
PB
PB
(On); On, Off
(0); 0 - 16,384
(0); 0 - 8 if EXTDAT=IO_STR, else
0 - 240 if EXTDATA ≠ IO_STR
87
Parameter
Description
Type
Lock
(Default) and Range
NTIME
Number of Times in APM Box Point
No. of Times in Array Point Time Array
Number of Box Timer Points
Avg. Number of UCN Transactions
Max. Number of UCN Transactions
Avg. No. of UCN Transaction Requests
Max. No. of UCN Transaction Requests
Avg. No. of UCN Transaction Responses
Max. No. of UCN Transaction Responses
Network Number
Next Soak Value
Off-Normal Alarm Flag
Off-Normal Alarm Priority
I
I
I
R
R
R
R
R
R
I
R
L
e:
PB
PB
View
View
View
View
View
View
View
PB
View
View
Eng
Off-Pulse Command
Old Accumulated Value (DigIn)
Old Accumulated Value (Totalizr)
On Pulse Command
Output in Percent (AnalgOut & RegCtl)
Digital State Output (DigComp, DevCtl)
R
I
R
R
R
SDE
Oper
View
View
Oper
Oper
Oper
Pulsed Digital Output (DigOut)
Output Alarm Dead Band (R510 & later)
Output Characterization Option
R
R
L
Prog
Eng/Pb
PB
(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 or
2 = Descriptor, STATETXT3 = NONE
(0.0%); 0 to 100.0%
(5 Units); 0 - 25 Output Units
(Off); Off - On
Parameter
Description
Type
Lock
(Default) and Range
NTIME
Number of Times in APM Box Point
No. of Times in Array Point Time Array
Number of Box Timer Points
Avg. Number of UCN Transactions
Max. Number of UCN Transactions
Avg. No. of UCN Transaction Requests
Max. No. of UCN Transaction Requests
Avg. No. of UCN Transaction Responses
Max. No. of UCN Transaction Responses
Network Number
Next Soak Value
Off-Normal Alarm Flag
Off-Normal Alarm Priority
I
I
I
R
R
R
R
R
R
I
R
L
e:
PB
PB
View
View
View
View
View
View
View
PB
View
View
Eng
Off-Pulse Command
Old Accumulated Value (DigIn)
Old Accumulated Value (Totalizr)
On Pulse Command
Output in Percent (AnalgOut & RegCtl)
Digital State Output (DigComp, DevCtl)
R
I
R
R
R
SDE
Oper
View
View
Oper
Oper
Oper
Pulsed Digital Output (DigOut)
Output Alarm Dead Band (R510 & later)
Output Characterization Option
R
R
L
Prog
Eng/Pb
PB
(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 or
2 = Descriptor, STATETXT3 = NONE
(0.0%); 0 to 100.0%
(5 Units); 0 - 25 Output Units
(Off); Off - On
Parameter
Description
Type
Lock
(Default) and Range
NTIME
Number of Times in APM Box Point
No. of Times in Array Point Time Array
Number of Box Timer Points
Avg. Number of UCN Transactions
Max. Number of UCN Transactions
Avg. No. of UCN Transaction Requests
Max. No. of UCN Transaction Requests
Avg. No. of UCN Transaction Responses
Max. No. of UCN Transaction Responses
Network Number
Next Soak Value
Off-Normal Alarm Flag
Off-Normal Alarm Priority
I
I
I
R
R
R
R
R
R
I
R
L
e:
PB
PB
View
View
View
View
View
View
View
PB
View
View
Eng
Off-Pulse Command
Old Accumulated Value (DigIn)
Old Accumulated Value (Totalizr)
On Pulse Command
Output in Percent (AnalgOut & RegCtl)
Digital State Output (DigComp, DevCtl)
R
I
R
R
R
SDE
Oper
View
View
Oper
Oper
Oper
Pulsed Digital Output (DigOut)
Output Alarm Dead Band (R510 & later)
Output Characterization Option
R
R
L
Prog
Eng/Pb
PB
(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 or
2 = Descriptor, STATETXT3 = NONE
(0.0%); 0 to 100.0%
(5 Units); 0 - 25 Output Units
(Off); Off - On
NTIMER
NTRAAVG
NTRAMAX
NTRQUAVG(n)
NTRQUMAX(n)
NTRSPAVG(n)
NTRSPMAX(n)
NTWKNUM
NXTSOAKV
OFFNRMFL
OFFNRMPR
OFFPULSE
OLDAV
ONPULSE
OP
OPALDB
OPCHAR
88
NTIMER
NTRAAVG
NTRAMAX
NTRQUAVG(n)
NTRQUMAX(n)
NTRSPAVG(n)
NTRSPMAX(n)
NTWKNUM
NXTSOAKV
OFFNRMFL
OFFNRMPR
OFFPULSE
OLDAV
ONPULSE
OP
OPALDB
OPCHAR
88
NTIMER
NTRAAVG
NTRAMAX
NTRQUAVG(n)
NTRQUMAX(n)
NTRSPAVG(n)
NTRSPMAX(n)
NTWKNUM
NXTSOAKV
OFFNRMFL
OFFNRMPR
OFFPULSE
OLDAV
ONPULSE
OP
OPALDB
OPCHAR
88
Parameter
Description
Type
Lock
(Default) and Range
OPCMD
L
e:
R
Prog
View
View
(Off); Off, On
(N/A); Raise, Idle, Lower
(N/A); N/A
OPHAFL
OPHIFL
OPHILM
OPHIPR
Output Command, DevCtl, DigComp
Output Command
Output Value in Engineering Units
Final OP in % Sent to Control Element
Analog Output
(DevCtl, DigComp)
Output High Alarm Flag (R510 & >)
Output High Limit Flag
Output High Limit in Percent
Output High Alarm Priority (R510 & >)
R
SDE
L
L
R
e:
View
Oper
View
Prog
Supr
Eng/Pb
OPHISRC
OPHITP
OPIN0
OPIN1-4
Output High Flag Input Source
Output High Alarm Trip Point (R510 & >)
Input Coordinate Number 0 in Percent
Input Coordinates Number 1-4 in Percent
U
R
R
R
PB
Supr
View
Supr
OPIN5
OPLAFL
OPLOFL
OPLOLM
OPLOPR
Input Coordinate Number 5 in Percent
Output Low Alarm Flag (R510 & >)
Output Low Limit Flag
Output Low Limit in Percent
Output Low Alarm Priority (R510 & >)
R
L
L
R
e:
View
View
Prog
Supr
Eng/Pb
OPLOSRC
OPLOTP
OPMCHLM
Output Low Flag Input Source
Output Low Alarm Trip Point (R510 & >)
Output Minimum Change Limit in %
U
R
R
Null
Supr
Supr
(-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 AP09-540 PRD
(NaN); NaN, OPLOLM - OPHITP
(0.0); > 0.0, NaN
OPEU
OPFINAL
89
Parameter
Description
Type
Lock
(Default) and Range
OPCMD
L
e:
R
Prog
View
View
(Off); Off, On
(N/A); Raise, Idle, Lower
(N/A); N/A
OPHAFL
OPHIFL
OPHILM
OPHIPR
Output Command, DevCtl, DigComp
Output Command
Output Value in Engineering Units
Final OP in % Sent to Control Element
Analog Output
(DevCtl, DigComp)
Output High Alarm Flag (R510 & >)
Output High Limit Flag
Output High Limit in Percent
Output High Alarm Priority (R510 & >)
R
SDE
L
L
R
e:
View
Oper
View
Prog
Supr
Eng/Pb
OPHISRC
OPHITP
OPIN0
OPIN1-4
Output High Flag Input Source
Output High Alarm Trip Point (R510 & >)
Input Coordinate Number 0 in Percent
Input Coordinates Number 1-4 in Percent
U
R
R
R
PB
Supr
View
Supr
OPIN5
OPLAFL
OPLOFL
OPLOLM
OPLOPR
Input Coordinate Number 5 in Percent
Output Low Alarm Flag (R510 & >)
Output Low Limit Flag
Output Low Limit in Percent
Output Low Alarm Priority (R510 & >)
R
L
L
R
e:
View
View
Prog
Supr
Eng/Pb
OPLOSRC
OPLOTP
OPMCHLM
Output Low Flag Input Source
Output Low Alarm Trip Point (R510 & >)
Output Minimum Change Limit in %
U
R
R
Null
Supr
Supr
(-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 AP09-540 PRD
(NaN); NaN, OPLOLM - OPHITP
(0.0); > 0.0, NaN
OPEU
OPFINAL
89
Parameter
Description
Type
Lock
(Default) and Range
OPCMD
L
e:
R
Prog
View
View
(Off); Off, On
(N/A); Raise, Idle, Lower
(N/A); N/A
OPHAFL
OPHIFL
OPHILM
OPHIPR
Output Command, DevCtl, DigComp
Output Command
Output Value in Engineering Units
Final OP in % Sent to Control Element
Analog Output
(DevCtl, DigComp)
Output High Alarm Flag (R510 & >)
Output High Limit Flag
Output High Limit in Percent
Output High Alarm Priority (R510 & >)
R
SDE
L
L
R
e:
View
Oper
View
Prog
Supr
Eng/Pb
OPHISRC
OPHITP
OPIN0
OPIN1-4
Output High Flag Input Source
Output High Alarm Trip Point (R510 & >)
Input Coordinate Number 0 in Percent
Input Coordinates Number 1-4 in Percent
U
R
R
R
PB
Supr
View
Supr
OPIN5
OPLAFL
OPLOFL
OPLOLM
OPLOPR
Input Coordinate Number 5 in Percent
Output Low Alarm Flag (R510 & >)
Output Low Limit Flag
Output Low Limit in Percent
Output Low Alarm Priority (R510 & >)
R
L
L
R
e:
View
View
Prog
Supr
Eng/Pb
OPLOSRC
OPLOTP
OPMCHLM
Output Low Flag Input Source
Output Low Alarm Trip Point (R510 & >)
Output Minimum Change Limit in %
U
R
R
Null
Supr
Supr
(-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 AP09-540 PRD
(NaN); NaN, OPLOLM - OPHITP
(0.0); > 0.0, NaN
OPEU
OPFINAL
89
Parameter
Description
Lock
(Default) and Range
OPOUT0
OPOUT1-4
Output Coordinate Number 0 in %
Output Coordinates Number 1-4 in %
R
R
View
Supr
OPOUT5
OPRATRFL
Output Coordinate Number 5 in %
Operator Mode Attribute Flag
Last Operator Input per sequence
message
OP Rate of Change Limit in Percent
Direct/Reverse Action
Override Offset
Override Option
Output Coordinates Number 0-12
Accumulation Overflow Flag
Overlapping Array Slot Number
Override Current Phase
Override Current Statement
Override Current Step
Overview Value in Percent
Time Over High Trip Limit
Override Alarm Option
Override Alarm Priority
R
L
R
R
e:
L
L
R
L
I
e:
e:
e:
I
T
e:
e:
View
View
Oper
Supr
Eng/PB
Eng/PB
Eng/PB
Supr
View
View
Special
Special
Special
Eng/PB
View
Eng/PB
Eng
L
S
Oper
View
(-6.9%); N/A
(N/A); > Previous Coordinate
but • 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
(Blank); SIO Desc, I0-I2 Desc,
L1-L12 Desc
OPRINPUT
OPROCLM
OPTDIR
OROFFSET
OROPT
OUT0-12
OVERFLOW
OVERLAP
OVERPHAS
OVERSTAT
OVERSTEP
OVERVAL
OVRCTIM
OVRDALOP
OVRDALPR
OVRDCONF
OVRDDESC
Override Confirmation Flag
Override Alarm Descriptor
Type
90
Parameter
Description
OPOUT0
OPOUT1-4
Output Coordinate Number 0 in %
Output Coordinates Number 1-4 in %
OPOUT5
OPRATRFL
Output Coordinate Number 5 in %
Operator Mode Attribute Flag
Last Operator Input per sequence
message
OP Rate of Change Limit in Percent
Direct/Reverse Action
Override Offset
Override Option
Output Coordinates Number 0-12
Accumulation Overflow Flag
Overlapping Array Slot Number
Override Current Phase
Override Current Statement
Override Current Step
Overview Value in Percent
Time Over High Trip Limit
Override Alarm Option
Override Alarm Priority
OPRINPUT
OPROCLM
OPTDIR
OROFFSET
OROPT
OUT0-12
OVERFLOW
OVERLAP
OVERPHAS
OVERSTAT
OVERSTEP
OVERVAL
OVRCTIM
OVRDALOP
OVRDALPR
OVRDCONF
OVRDDESC
Override Confirmation Flag
Override Alarm Descriptor
Type
Lock
(Default) and Range
R
R
View
Supr
R
L
R
R
e:
L
L
R
L
I
e:
e:
e:
I
T
e:
e:
View
View
Oper
Supr
Eng/PB
Eng/PB
Eng/PB
Supr
View
View
Special
Special
Special
Eng/PB
View
Eng/PB
Eng
L
S
Oper
View
(-6.9%); N/A
(N/A); > Previous Coordinate
but • 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
(Blank); SIO Desc, I0-I2 Desc,
L1-L12 Desc
90
Parameter
Description
OPOUT0
OPOUT1-4
Output Coordinate Number 0 in %
Output Coordinates Number 1-4 in %
OPOUT5
OPRATRFL
Output Coordinate Number 5 in %
Operator Mode Attribute Flag
Last Operator Input per sequence
message
OP Rate of Change Limit in Percent
Direct/Reverse Action
Override Offset
Override Option
Output Coordinates Number 0-12
Accumulation Overflow Flag
Overlapping Array Slot Number
Override Current Phase
Override Current Statement
Override Current Step
Overview Value in Percent
Time Over High Trip Limit
Override Alarm Option
Override Alarm Priority
OPRINPUT
OPROCLM
OPTDIR
OROFFSET
OROPT
OUT0-12
OVERFLOW
OVERLAP
OVERPHAS
OVERSTAT
OVERSTEP
OVERVAL
OVRCTIM
OVRDALOP
OVRDALPR
OVRDCONF
OVRDDESC
90
Override Confirmation Flag
Override Alarm Descriptor
Type
Lock
(Default) and Range
R
R
View
Supr
R
L
R
R
e:
L
L
R
L
I
e:
e:
e:
I
T
e:
e:
View
View
Oper
Supr
Eng/PB
Eng/PB
Eng/PB
Supr
View
View
Special
Special
Special
Eng/PB
View
Eng/PB
Eng
L
S
Oper
View
(-6.9%); N/A
(N/A); > Previous Coordinate
but • 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
(Blank); SIO Desc, I0-I2 Desc,
L1-L12 Desc
Parameter
Description
Type
Lock
(Default) and Range
OVRDInFL
OVRDSIFL
Override Alarm Flag (n = 0 - 2)
Safety Override Alarm Flag
Pressure Input
Zero Reference for Pressure
Permissive Interlocks for Output
State 0, 1, and 2
PV Inputs 1-6 (RegPV)
P1-P6 Status (n = 1 - 6)
State 0 Pause Time
Period (ProcMod, Timer)
Period (DigOut)
Period(RegPV, RegCtl, Logic,
DigComp, DevCtl)
Primary Gate Algorithm ID (n=1 - 4)
L
L
R
R
L
View
View
View
Supr
Engr
(Off); Off - On
(Off); Off - On
(1.0); > 0.0
(0.0); N/A, NaN
(On); Off - On
R
e:
I
R
R
R
View
View
Supr
View
Eng/PB
View
e:
PB
Primary Gate Destination (n=1 - 4)
e:
PB
P
P0
P0 - P2
P1 - P6
PnSTS
PAUSETIM
PERIOD
PGALGID(n)
PGDSTN(n)
(NaN); N/A
(Bad); Bad, Uncertn, Normal
(0); 0 - 1000
(1.0); 1.0 Seconds
(10.0); 1.0 - 120.0 Seconds
(1.0); 0.25, 0.5, or 1.0 Seconds
(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
91
Parameter
Description
Type
Lock
(Default) and Range
OVRDInFL
OVRDSIFL
Override Alarm Flag (n = 0 - 2)
Safety Override Alarm Flag
Pressure Input
Zero Reference for Pressure
Permissive Interlocks for Output
State 0, 1, and 2
PV Inputs 1-6 (RegPV)
P1-P6 Status (n = 1 - 6)
State 0 Pause Time
Period (ProcMod, Timer)
Period (DigOut)
Period(RegPV, RegCtl, Logic,
DigComp, DevCtl)
Primary Gate Algorithm ID (n=1 - 4)
L
L
R
R
L
View
View
View
Supr
Engr
(Off); Off - On
(Off); Off - On
(1.0); > 0.0
(0.0); N/A, NaN
(On); Off - On
R
e:
I
R
R
R
View
View
Supr
View
Eng/PB
View
e:
PB
Primary Gate Destination (n=1 - 4)
e:
PB
P
P0
P0 - P2
P1 - P6
PnSTS
PAUSETIM
PERIOD
PGALGID(n)
PGDSTN(n)
(NaN); N/A
(Bad); Bad, Uncertn, Normal
(0); 0 - 1000
(1.0); 1.0 Seconds
(10.0); 1.0 - 120.0 Seconds
(1.0); 0.25, 0.5, or 1.0 Seconds
(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
91
Parameter
Description
Type
Lock
(Default) and Range
OVRDInFL
OVRDSIFL
Override Alarm Flag (n = 0 - 2)
Safety Override Alarm Flag
Pressure Input
Zero Reference for Pressure
Permissive Interlocks for Output
State 0, 1, and 2
PV Inputs 1-6 (RegPV)
P1-P6 Status (n = 1 - 6)
State 0 Pause Time
Period (ProcMod, Timer)
Period (DigOut)
Period(RegPV, RegCtl, Logic,
DigComp, DevCtl)
Primary Gate Algorithm ID (n=1 - 4)
L
L
R
R
L
View
View
View
Supr
Engr
(Off); Off - On
(Off); Off - On
(1.0); > 0.0
(0.0); N/A, NaN
(On); Off - On
R
e:
I
R
R
R
View
View
Supr
View
Eng/PB
View
e:
PB
Primary Gate Destination (n=1 - 4)
e:
PB
P
P0
P0 - P2
P1 - P6
PnSTS
PAUSETIM
PERIOD
PGALGID(n)
PGDSTN(n)
(NaN); N/A
(Bad); Bad, Uncertn, Normal
(0); 0 - 1000
(1.0); 1.0 Seconds
(10.0); 1.0 - 120.0 Seconds
(1.0); 0.25, 0.5, or 1.0 Seconds
(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
91
Parameter
Description
PGPLSWTH(n)
PGSO(n)
PHASE
PHASEAL
PHASETIM
PHREMTIM
PIALGID(n)
Primary Gate Pulse Width (n=1 - 4)
Primary Gate Status Output (n=1 - 4)
Phase Name
Phase Alarm
Phase Time
Phase Time Remaining
Primary Input Gate Algorithm
ID (n=1 - 12)
PIDEADBD(n)
PIDFORM
PIDSTN(n)
PINN1-12
PISO1-12
PISRC(n)
PIUOTDCF
Type
Lock
(Default) and Range
I
L
S
L
I
T
e:
Supr
View
View
View
View
View
PB
(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
Primary Input Gate Deadband (n=1 - 12)
PID Controller Form
PV Input Connection
Destination (n = 1 - 6)
R
e:
P
Supr
Eng/PB
View
Primary Input Constants Numeric
Primary Input Gate Output Value
PV 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)
R
L
E
Supr
View
PB
e:
PB
L
Eng/
View
Supr
(On); On - Off
(On); On - Off
Lock
(Default) and Range
(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
L
PIUOTDCF(n)
92
Parameter
Description
PGPLSWTH(n)
PGSO(n)
PHASE
PHASEAL
PHASETIM
PHREMTIM
PIALGID(n)
Primary Gate Pulse Width (n=1 - 4)
Primary Gate Status Output (n=1 - 4)
Phase Name
Phase Alarm
Phase Time
Phase Time Remaining
Primary Input Gate Algorithm
ID (n=1 - 12)
I
L
S
L
I
T
e:
Supr
View
View
View
View
View
PB
PIDEADBD(n)
PIDFORM
PIDSTN(n)
Primary Input Gate Deadband (n=1 - 12)
PID Controller Form
PV Input Connection
Destination (n = 1 - 6)
R
e:
P
Supr
Eng/PB
View
Primary Input Constants Numeric
Primary Input Gate Output Value
PV 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)
R
L
E
Supr
View
PB
e:
PB
L
Eng/
View
Supr
(On); On - Off
(On); On - Off
Lock
(Default) and Range
(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
PINN1-12
PISO1-12
PISRC(n)
PIUOTDCF
Type
(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
L
PIUOTDCF(n)
92
Parameter
Description
PGPLSWTH(n)
PGSO(n)
PHASE
PHASEAL
PHASETIM
PHREMTIM
PIALGID(n)
Primary Gate Pulse Width (n=1 - 4)
Primary Gate Status Output (n=1 – 4)
Phase Name
Phase Alarm
Phase Time
Phase Time Remaining
Primary Input Gate Algorithm
ID (n=1 - 12)
I
L
S
L
I
T
e:
Supr
View
View
View
View
View
PB
PIDEADBD(n)
PIDFORM
PIDSTN(n)
Primary Input Gate Deadband (n=1 - 12)
PID Controller Form
PV Input Connection
Destination (n = 1 - 6)
R
e:
P
Supr
Eng/PB
View
Primary Input Constants Numeric
Primary Input Gate Output Value
PV 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)
R
L
E
Supr
View
PB
e:
PB
L
Eng/
View
Supr
PINN1-12
PISO1-12
PISRC(n)
PIUOTDCF
PIUOTDCF(n)
92
Type
(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
L
(On); On - Off
(On); On - Off
Parameter
Description
Lock
(Default) and Range
PKGOPT
APMM Hardware Packaging Option
e:
PB
PMEVOVFL
PMMCHAER
PMMCHASL
PMMCHBER
PMMCHBSL
PMMCMD
APMM Event Overflow Flag
APMM’s I/O Link Chnl A Error Count
APMM’s I/O Link Chnl A Silence Count
APMM’s I/O Link Chnl B Error Count
APMM’s I/O Link Chnl B Silence Count
APMM Command
L
I
I
I
I
e:
View
View
View
View
View
OnProc
PMMCOMER
APMM’s I/O Link Communication
Error Status
e:
View
APMM Control Processor Status
I/O Link Status
L
e:
View
View
APMM Operation
e:
View
APMM’s I/O Link Current Receive
Channel
e:
View
(Redun); Nonredun, Redun,
Redun_2F, Redun_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_0
TknRecov, 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
PMMCTLST
PMMIOLST
Type
PMMOPER
PMMRECCH
93
Parameter
Description
Lock
(Default) and Range
PKGOPT
APMM Hardware Packaging Option
e:
PB
PMEVOVFL
PMMCHAER
PMMCHASL
PMMCHBER
PMMCHBSL
PMMCMD
APMM Event Overflow Flag
APMM’s I/O Link Chnl A Error Count
APMM’s I/O Link Chnl A Silence Count
APMM’s I/O Link Chnl B Error Count
APMM’s I/O Link Chnl B Silence Count
APMM Command
L
I
I
I
I
e:
View
View
View
View
View
OnProc
PMMCOMER
APMM’s I/O Link Communication
Error Status
e:
View
APMM Control Processor Status
I/O Link Status
L
e:
View
View
APMM Operation
e:
View
APMM’s I/O Link Current Receive
Channel
e:
View
(Redun); Nonredun, Redun,
Redun_2F, Redun_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_0
TknRecov, 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
PMMCTLST
PMMIOLST
Type
PMMOPER
PMMRECCH
93
Parameter
Description
Lock
(Default) and Range
PKGOPT
APMM Hardware Packaging Option
e:
PB
PMEVOVFL
PMMCHAER
PMMCHASL
PMMCHBER
PMMCHBSL
PMMCMD
APMM Event Overflow Flag
APMM’s I/O Link Chnl A Error Count
APMM’s I/O Link Chnl A Silence Count
APMM’s I/O Link Chnl B Error Count
APMM’s I/O Link Chnl B Silence Count
APMM Command
L
I
I
I
I
e:
View
View
View
View
View
OnProc
PMMCOMER
APMM’s I/O Link Communication
Error Status
e:
View
APMM Control Processor Status
I/O Link Status
L
e:
View
View
APMM Operation
e:
View
APMM’s I/O Link Current Receive
Channel
e:
View
(Redun); Nonredun, Redun,
Redun_2F, Redun_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_0
TknRecov, 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
PMMCTLST
PMMIOLST
Type
PMMOPER
PMMRECCH
93
Parameter
Description
PMMSTS
APMM Primary Status
PNTFORM
Type
Lock
(Default) and Range
e:
View
Point Form
e:
PNTMODTY
Point’s IOP Type
e:
PB/
View
View
(N/A); Offnet, Alive, OK, Idle,IdleSF,
Fail, Loading, ConfgMis, AliveSF
SoftFail, Test, TestSF, S_Idle, S_Idle SF,
S_OK, S_SFFail, S_Pause
(Full); Full, Componnt
PNTNODTY
PNTSTATE
PNTTYPE
Point’s Node Type
Point’s Overall State
Point Type
e:
e:
e:
View
View
PB
POSITION
APMM File Position
e:
View
PR2PREFF
PRIMMOD
PRMDESC
PROCMOD
Peer-To-Peer Comm Efficiency %
Primary Module Identifier
Parameter Descriptor Assignment
Process Module Operating State
R
E
e:
e:
View
Eng
Eng/PB
Special
PSTS
PTDESC
Pressure Input Value Status
Point Descriptor
e:
S
View
PB
PTEXECST
Point Execution State
e:
Supr
(NotConf) HLAI, LLAI, STIM, DISOE,
AO, AO_16, DI, DO, DO_32, PI, LLMUX,
NotConfg, SI, APMM, SI
(N/A); NIM, APM, 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
(Null); A-Z, 0-9, _
(N/A); L1-12, FL1-12, NN1-4, SO1-16
(Off); Off, Norm, Hold, Shdn, Emsd,
Strt, Stop
(Normal); Normal, Uncertn, Bad
(Blank); A-Z 0-9 Space ! % & ’ ( ) + / : ; > < = ? _ , . $
(Inactive); Inactive, Active
Lock
(Default) and Range
(N/A); Offnet, Alive, OK, Idle,IdleSF,
Fail, Loading, ConfgMis, AliveSF
SoftFail, Test, TestSF, S_Idle, S_Idle SF,
S_OK, S_SFFail, S_Pause
(Full); Full, Componnt
94
Parameter
Description
Type
PMMSTS
APMM Primary Status
e:
View
PNTFORM
Point Form
e:
PNTMODTY
Point’s IOP Type
e:
PB/
View
View
PNTNODTY
PNTSTATE
PNTTYPE
Point’s Node Type
Point’s Overall State
Point Type
e:
e:
e:
View
View
PB
POSITION
APMM File Position
e:
View
PR2PREFF
PRIMMOD
PRMDESC
PROCMOD
Peer-To-Peer Comm Efficiency %
Primary Module Identifier
Parameter Descriptor Assignment
Process Module Operating State
R
E
e:
e:
View
Eng
Eng/PB
Special
PSTS
PTDESC
Pressure Input Value Status
Point Descriptor
e:
S
View
PB
PTEXECST
Point Execution State
e:
Supr
(NotConf) HLAI, LLAI, STIM, DISOE,
AO, AO_16, DI, DO, DO_32, PI, LLMUX,
NotConfg, SI, APMM, SI
(N/A); NIM, APM, 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
(Null); A-Z, 0-9, _
(N/A); L1-12, FL1-12, NN1-4, SO1-16
(Off); Off, Norm, Hold, Shdn, Emsd,
Strt, Stop
(Normal); Normal, Uncertn, Bad
(Blank); A-Z 0-9 Space ! % & ’ ( ) + / : ; > < = ? _ , . $
(Inactive); Inactive, Active
Lock
(Default) and Range
(N/A); Offnet, Alive, OK, Idle,IdleSF,
Fail, Loading, ConfgMis, AliveSF
SoftFail, Test, TestSF, S_Idle, S_Idle SF,
S_OK, S_SFFail, S_Pause
(Full); Full, Componnt
94
Parameter
Description
PMMSTS
APMM Primary Status
e:
View
PNTFORM
Point Form
e:
PNTMODTY
Point’s IOP Type
e:
PB/
View
View
PNTNODTY
PNTSTATE
PNTTYPE
Point’s Node Type
Point’s Overall State
Point Type
e:
e:
e:
View
View
PB
POSITION
APMM File Position
e:
View
PR2PREFF
PRIMMOD
PRMDESC
Peer-To-Peer Comm Efficiency %
Primary Module Identifier
Parameter Descriptor Assignment
R
E
e:
View
Eng
Eng/PB
PSTS
PTDESC
Pressure Input Value Status
Point Descriptor
e:
S
View
PB
PTEXECST
Point Execution State
e:
Supr
94
Type
(NotConf) HLAI, LLAI, STIM, DISOE,
AO, AO_16, DI, DO, DO_32, PI, LLMUX,
NotConfg, SI, APMM, SI
(N/A); NIM, APM, 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
(Null); A-Z, 0-9, _
(N/A); L1-12, FL1-12, NN1-4, SO1-16
(Normal); Normal, Uncertn, Bad
(Blank); A-Z 0-9 Space ! % & ’ ( ) + / : ; > < = ? _ , . $
(Inactive); Inactive, Active
Parameter
Description
Type
Lock
(Default) and Range
PROCMOD
Process Module Operating State
e:
Special
PSTS
PTDESC
Pressure Input Value Status
Point Descriptor
e:
S
View
PB
PTEXECST
PTINAL
PTORST
PTSTSIOL
Point Execution State
Point in Alarm Indicator
Point Override Status
Redundant Partner Status as seen from
the IOL
e:
L
e:
e:
Supr
View
Prog
View
PTSTSUCN
Redundant Partner Status as seen from
the UCN
e:
View
Pulse Width for Point Outputs
Process 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)
R
R
e:
e:
e:
R
R
R
I
Supr
Oper
Oper
Oper
Oper
Oper
View
Oper
View
(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
PULSEWTH
PV
95
Parameter
Description
Type
Lock
(Default) and Range
PROCMOD
Process Module Operating State
e:
Special
PSTS
PTDESC
Pressure Input Value Status
Point Descriptor
e:
S
View
PB
PTEXECST
PTINAL
PTORST
PTSTSIOL
Point Execution State
Point in Alarm Indicator
Point Override Status
Redundant Partner Status as seen from
the IOL
e:
L
e:
e:
Supr
View
Prog
View
PTSTSUCN
Redundant Partner Status as seen from
the UCN
e:
View
Pulse Width for Point Outputs
Process 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)
R
R
e:
e:
e:
R
R
R
I
Supr
Oper
Oper
Oper
Oper
Oper
View
Oper
View
(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
PULSEWTH
PV
95
Parameter
Description
Type
Lock
(Default) and Range
PROCMOD
Process Module Operating State
e:
Special
PSTS
PTDESC
Pressure Input Value Status
Point Descriptor
e:
S
View
PB
PTEXECST
PTINAL
PTORST
PTSTSIOL
Point Execution State
Point in Alarm Indicator
Point Override Status
Redundant Partner Status as seen from
the IOL
e:
L
e:
e:
Supr
View
Prog
View
PTSTSUCN
Redundant Partner Status as seen from
the UCN
e:
View
Pulse Width for Point Outputs
Process 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)
R
R
e:
e:
e:
R
R
R
I
Supr
Oper
Oper
Oper
Oper
Oper
View
Oper
View
(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
PULSEWTH
PV
95
Parameter
Description
Lock
(Default) and Range
PVALDB
PV Alarm Deadband in Percent
Type
e:
Eng/PB
PVALDBEU
PVALGID
EU Value of Alarm Deadband
PV Algorithm Identifier
R
e:
Eng/PB
PB
PVAUTO
PV Auto Value (AnalgIn, PI)
Current PV State (DigComp, DevCtl)
R
e:
View
View
Current PV State (DigIn)
PV Value Fetched Using Control
Input Connection (RegCtl)
PV Auto Value (RegPV)
PV Auto Value (PosProp, PIDPosPr)
e:
R
View
View
(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
R
R
View
View
(NaN); N/A
(NaN); N/A
96
Parameter
Description
Lock
(Default) and Range
PVALDB
PV Alarm Deadband in Percent
Type
e:
Eng/PB
PVALDBEU
PVALGID
EU Value of Alarm Deadband
PV Algorithm Identifier
R
e:
Eng/PB
PB
PVAUTO
PV Auto Value (AnalgIn, PI)
Current PV State (DigComp, DevCtl)
R
e:
View
View
Current PV State (DigIn)
PV Value Fetched Using Control
Input Connection (RegCtl)
PV Auto Value (RegPV)
PV Auto Value (PosProp, PIDPosPr)
e:
R
View
View
(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
R
R
View
View
(NaN); N/A
(NaN); N/A
96
Parameter
Description
Lock
(Default) and Range
PVALDB
PV Alarm Deadband in Percent
e:
Eng/PB
PVALDBEU
PVALGID
EU Value of Alarm Deadband
PV Algorithm Identifier
R
e:
Eng/PB
PB
PVAUTO
PV Auto Value (AnalgIn, PI)
Current PV State (DigComp, DevCtl)
R
e:
View
View
Current PV State (DigIn)
PV Value Fetched Using Control
Input Connection (RegCtl)
PV Auto Value (RegPV)
PV Auto Value (PosProp, PIDPosPr)
e:
R
View
View
(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
R
R
View
View
(NaN); N/A
(NaN); N/A
96
Type
Parameter
Description
PVAUTOST
PVCALC
PVCHAR
PVCHGDLY
PVCLAMP
PVEQN
PVEUHI
PVEULO
Type
Lock
(Default) and Range
PV Auto Value Status
Calculated PV (AnalgIn)
Calculated PV (RegPV)
PV Characterization Option
e:
R
R
e:
View
View
View
PB
PV Change Delay time in Seconds
PV Clamping Option
PV 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 Units
PV Low Range in Engineering Units
I
e:
e:
e:
e:
e:
e:
R
R
Supr
Eng/PB
Eng/PB
Eng/PB
PB
Eng/PB
Eng/PB
Eng
Eng
(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
97
Parameter
Description
PVAUTOST
PVCALC
PVCHAR
PVCHGDLY
PVCLAMP
PVEQN
PVEUHI
PVEULO
Type
Lock
(Default) and Range
PV Auto Value Status
Calculated PV (AnalgIn)
Calculated PV (RegPV)
PV Characterization Option
e:
R
R
e:
View
View
View
PB
PV Change Delay time in Seconds
PV Clamping Option
PV 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 Units
PV Low Range in Engineering Units
I
e:
e:
e:
e:
e:
e:
R
R
Supr
Eng/PB
Eng/PB
Eng/PB
PB
Eng/PB
Eng/PB
Eng
Eng
(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
97
Parameter
Description
PVAUTOST
PVCALC
PVCHAR
PVCHGDLY
PVCLAMP
PVEQN
PVEUHI
PVEULO
Type
Lock
(Default) and Range
PV Auto Value Status
Calculated PV (AnalgIn)
Calculated PV (RegPV)
PV Characterization Option
e:
R
R
e:
View
View
View
PB
PV Change Delay time in Seconds
PV Clamping Option
PV 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 Units
PV Low Range in Engineering Units
I
e:
e:
e:
e:
e:
e:
R
R
Supr
Eng/PB
Eng/PB
Eng/PB
PB
Eng/PB
Eng/PB
Eng
Eng
(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
97
Parameter
Description
PVEXEUHI
PV Extended Hi Range in
Engineering Units
PV Extended Lo Range in
Engineering Units
PV Extended Hi Range Violation
PV Extended Lo Range Violation
PV Flag (DigComp) (n = 0 - 2)
PV Flag (DigIn, Flag)
PV Decimal Point Format
PV High High Alarm Flag
PV High High Alarm Priority
PV Hi Hi Alarm Trip Point
(AnalgIn, RegPV)
PV Hi Hi Alarm Trip Point
(RegCtl PosProp, PIDPosPr)
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFL(n)
PVFL
PVFORMAT
PVHHFL
PVHHPR
PVHHTP
Type
Lock
(Default) and Range
R
Eng
(NaN); > PVEUHI, NaN
R
Eng
(NaN); • PVEULO, NaN
L
L
L
L
e:
L
e:
View
View
View
Oper
Eng
View
Eng
R
Supr
(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
R
Supr
(NaN); PVHITP - PVEUHI, NaN
Lock
(Default) and Range
98
Parameter
Description
PVEXEUHI
PV Extended Hi Range in
Engineering Units
PV Extended Lo Range in
Engineering Units
PV Extended Hi Range Violation
PV Extended Lo Range Violation
PV Flag (DigComp) (n = 0 - 2)
PV Flag (DigIn, Flag)
PV Decimal Point Format
PV High High Alarm Flag
PV High High Alarm Priority
R
Eng
(NaN); > PVEUHI, NaN
R
Eng
(NaN); • PVEULO, NaN
L
L
L
L
e:
L
e:
View
View
View
Oper
Eng
View
Eng
PV Hi Hi Alarm Trip Point
(AnalgIn, RegPV)
PV Hi Hi Alarm Trip Point
(RegCtl PosProp, PIDPosPr)
R
Supr
(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
R
Supr
(NaN); PVHITP - PVEUHI, NaN
Lock
(Default) and Range
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFL(n)
PVFL
PVFORMAT
PVHHFL
PVHHPR
PVHHTP
Type
98
Parameter
Description
PVEXEUHI
PV Extended Hi Range in
Engineering Units
PV Extended Lo Range in
Engineering Units
PV Extended Hi Range Violation
PV Extended Lo Range Violation
PV Flag (DigComp) (n = 0 - 2)
PV Flag (DigIn, Flag)
PV Decimal Point Format
PV High High Alarm Flag
PV High High Alarm Priority
R
Eng
(NaN); > PVEUHI, NaN
R
Eng
(NaN); • PVEULO, NaN
L
L
L
L
e:
L
e:
View
View
View
Oper
Eng
View
Eng
PV Hi Hi Alarm Trip Point
(AnalgIn, RegPV)
PV Hi Hi Alarm Trip Point
(RegCtl PosProp, PIDPosPr)
R
Supr
(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
R
Supr
(NaN); PVHITP - PVEUHI, NaN
PVEXEULO
PVEXHIFL
PVEXLOFL
PVFL(n)
PVFL
PVFORMAT
PVHHFL
PVHHPR
PVHHTP
98
Type
Parameter
Description
Type
Lock
(Default) and Range
PVHIFL
PVHIPR
PV High Alarm Flag
PV High Alarm Priority
L
e:
View
Eng
PVHITP
PVINIT
PVLLFL
PVLLPR
PV High Alarm Trip Point
PV Initialization Request Flag
PV Low Low Alarm Flag
PV Low Low Alarm Priority
R
L
L
e:
Supr
Prog
View
Eng
PV Low Low Alarm Trip Point
(AnalgIn, RegPV)
PV Low Low Alarm Trip Point (RegCtl,
PIDPosPr, PosProp)
PV Low Alarm Flag
PV Low Alarm Priority
R
Supr
R
Supr
L
e:
View
Eng/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
PVLLTP
PVLOFL
PVLOPR
99
Parameter
Description
Type
Lock
(Default) and Range
PVHIFL
PVHIPR
PV High Alarm Flag
PV High Alarm Priority
L
e:
View
Eng
PVHITP
PVINIT
PVLLFL
PVLLPR
PV High Alarm Trip Point
PV Initialization Request Flag
PV Low Low Alarm Flag
PV Low Low Alarm Priority
R
L
L
e:
Supr
Prog
View
Eng
PV Low Low Alarm Trip Point
(AnalgIn, RegPV)
PV Low Low Alarm Trip Point (RegCtl,
PIDPosPr, PosProp)
PV Low Alarm Flag
PV Low Alarm Priority
R
Supr
R
Supr
L
e:
View
Eng/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
PVLLTP
PVLOFL
PVLOPR
99
Parameter
Description
Type
Lock
(Default) and Range
PVHIFL
PVHIPR
PV High Alarm Flag
PV High Alarm Priority
L
e:
View
Eng
PVHITP
PVINIT
PVLLFL
PVLLPR
PV High Alarm Trip Point
PV Initialization Request Flag
PV Low Low Alarm Flag
PV Low Low Alarm Priority
R
L
L
e:
Supr
Prog
View
Eng
PV Low Low Alarm Trip Point
(AnalgIn, RegPV)
PV Low Low Alarm Trip Point (RegCtl,
PIDPosPr, PosProp)
PV Low Alarm Flag
PV Low Alarm Priority
R
Supr
R
Supr
L
e:
View
Eng/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
PVLLTP
PVLOFL
PVLOPR
99
Parameter
Description
Lock
(Default) and Range
PVLOTP
PVNORMAL
PV Low Alarm Trip Point
PV Normal State
R
e:
Supr
Supr
PVNORMFL
PVP
PVRAW
PV Value’s Normal State Flag
PV in Percent
PV Raw Value (AnalgIn)
PV Raw Value (PI, STI)
Raw State of Field Contacts (DigIn)
PV Raw High Range
L
R
R
R
L
R
View
View
Oper
View
View
Eng/PB
PV Raw Low Range
R
Eng/PB
PV Negative Rate-of-Change Alarm Flag
L
View
(NaN); PVLLTP - PVHITP, NaN
(N/A); STATETXT(0) STATETXT(2), None (requires
lock = Engr)
(Off); Off - On
(NaN); N/A
(NaN); N/A
(NaN); N/A
(Off); Off-On
(NaN); PVRAWLO to
100 (for a 0_100_mV
Input), PVRAWLO to 1 [for a
Slidewire Input (ratio)]
(NaN); 0.0 - PVRAWHI
(0 to 100 Microvolts
for a 0_100_mV Input, or 0 to 1
Ratio for a Sidewire Input
(Off); Off - On
PVRAWHI
PVRAWLO
PVROCNFL
Type
100
Parameter
Description
Lock
(Default) and Range
PVLOTP
PVNORMAL
PV Low Alarm Trip Point
PV Normal State
R
e:
Supr
Supr
PVNORMFL
PVP
PVRAW
PV Value’s Normal State Flag
PV in Percent
PV Raw Value (AnalgIn)
PV Raw Value (PI, STI)
Raw State of Field Contacts (DigIn)
PV Raw High Range
L
R
R
R
L
R
View
View
Oper
View
View
Eng/PB
PV Raw Low Range
R
Eng/PB
PV Negative Rate-of-Change Alarm Flag
L
View
(NaN); PVLLTP - PVHITP, NaN
(N/A); STATETXT(0) STATETXT(2), None (requires
lock = Engr)
(Off); Off - On
(NaN); N/A
(NaN); N/A
(NaN); N/A
(Off); Off-On
(NaN); PVRAWLO to
100 (for a 0_100_mV
Input), PVRAWLO to 1 [for a
Slidewire Input (ratio)]
(NaN); 0.0 - PVRAWHI
(0 to 100 Microvolts
for a 0_100_mV Input, or 0 to 1
Ratio for a Sidewire Input
(Off); Off - On
PVRAWHI
PVRAWLO
PVROCNFL
Type
100
Parameter
Description
Lock
(Default) and Range
PVLOTP
PVNORMAL
PV Low Alarm Trip Point
PV Normal State
R
e:
Supr
Supr
PVNORMFL
PVP
PVRAW
PV Value’s Normal State Flag
PV in Percent
PV Raw Value (AnalgIn)
PV Raw Value (PI, STI)
Raw State of Field Contacts (DigIn)
PV Raw High Range
L
R
R
R
L
R
View
View
Oper
View
View
Eng/PB
PV Raw Low Range
R
Eng/PB
PV Negative Rate-of-Change Alarm Flag
L
View
(NaN); PVLLTP - PVHITP, NaN
(N/A); STATETXT(0) STATETXT(2), None (requires
lock = Engr)
(Off); Off - On
(NaN); N/A
(NaN); N/A
(NaN); N/A
(Off); Off-On
(NaN); PVRAWLO to
100 (for a 0_100_mV
Input), PVRAWLO to 1 [for a
Slidewire Input (ratio)]
(NaN); 0.0 - PVRAWHI
(0 to 100 Microvolts
for a 0_100_mV Input, or 0 to 1
Ratio for a Sidewire Input
(Off); Off - On
PVRAWHI
PVRAWLO
PVROCNFL
100
Type
Parameter
Description
PVROCNPR
PV Negative Rate-of-Change Alarm
Priority
PV Negative Rate-of-Change Trip Point
PV Positive Rate-of-Change Alarm Flag
PV Positive Rate-of-Change Alarm
Priority
PV Positive Rate-of-Change Trip Point
PV Significant Change Alarm Trip Point
PV Source
PV Source Option
PV State Descriptors (n = 0 - 4)
Status of PV Input Value
PV Temperature Scale
PV Tracking Option
PV Target Value in Engineering Units
PV Target Value in Percent
PV Text Option
Steam Quality Factor Input
Q Input Value Status
Real Input Number 1 - 2 (n = 1 - 24)
Raise Output Pulse Destination
Raise Output Pulse Time
Raise OP Stroke Rate in %/Sec
Ramp Time in Minutes
Remote Anti-Reset Windup Status
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTATES(n)
PVSTS
PVTEMP
PVTRACK
PVTV
PVTVP
PVTXTOPT
Q
QSTS
R1(n)-R2(n)
RAISDSTN
RAISTIM
RAISRATE
RAMPTIME
RARWSTS
Type
Lock
(Default) and Range
e:
Eng
R
L
e:
Supr
View
Eng
R
R
e:
e:
S
e:
e:
e:
R
R
L
R
e:
e:
U
R
R
R
e:
Supr
Supr
Oper
Eng/PB
View
View
PB
Eng/PB
Oper
View
PB
View
View
PB
PB
View
Supr
Oper
View
(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, Uncertn
Degrees(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
101
Parameter
Description
PVROCNPR
PV Negative Rate-of-Change Alarm
Priority
PV Negative Rate-of-Change Trip Point
PV Positive Rate-of-Change Alarm Flag
PV Positive Rate-of-Change Alarm
Priority
PV Positive Rate-of-Change Trip Point
PV Significant Change Alarm Trip Point
PV Source
PV Source Option
PV State Descriptors (n = 0 - 4)
Status of PV Input Value
PV Temperature Scale
PV Tracking Option
PV Target Value in Engineering Units
PV Target Value in Percent
PV Text Option
Steam Quality Factor Input
Q Input Value Status
Real Input Number 1 - 2 (n = 1 - 24)
Raise Output Pulse Destination
Raise Output Pulse Time
Raise OP Stroke Rate in %/Sec
Ramp Time in Minutes
Remote Anti-Reset Windup Status
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTATES(n)
PVSTS
PVTEMP
PVTRACK
PVTV
PVTVP
PVTXTOPT
Q
QSTS
R1(n)-R2(n)
RAISDSTN
RAISTIM
RAISRATE
RAMPTIME
RARWSTS
Type
Lock
(Default) and Range
e:
Eng
R
L
e:
Supr
View
Eng
R
R
e:
e:
S
e:
e:
e:
R
R
L
R
e:
e:
U
R
R
R
e:
Supr
Supr
Oper
Eng/PB
View
View
PB
Eng/PB
Oper
View
PB
View
View
PB
PB
View
Supr
Oper
View
(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, Uncertn
Degrees(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
101
Parameter
Description
PVROCNPR
PV Negative Rate-of-Change Alarm
Priority
PV Negative Rate-of-Change Trip Point
PV Positive Rate-of-Change Alarm Flag
PV Positive Rate-of-Change Alarm
Priority
PV Positive Rate-of-Change Trip Point
PV Significant Change Alarm Trip Point
PV Source
PV Source Option
PV State Descriptors (n = 0 - 4)
Status of PV Input Value
PV Temperature Scale
PV Tracking Option
PV Target Value in Engineering Units
PV Target Value in Percent
PV Text Option
Steam Quality Factor Input
Q Input Value Status
Real Input Number 1 - 2 (n = 1 - 24)
Raise Output Pulse Destination
Raise Output Pulse Time
Raise OP Stroke Rate in %/Sec
Ramp Time in Minutes
Remote Anti-Reset Windup Status
PVROCNTP
PVROCPFL
PVROCPPR
PVROCPTP
PVSGCHTP
PVSOURCE
PVSRCOPT
PVSTATES(n)
PVSTS
PVTEMP
PVTRACK
PVTV
PVTVP
PVTXTOPT
Q
QSTS
R1(n)-R2(n)
RAISDSTN
RAISTIM
RAISRATE
RAMPTIME
RARWSTS
Type
Lock
(Default) and Range
e:
Eng
R
L
e:
Supr
View
Eng
R
R
e:
e:
S
e:
e:
e:
R
R
L
R
e:
e:
U
R
R
R
e:
Supr
Supr
Oper
Eng/PB
View
View
PB
Eng/PB
Oper
View
PB
View
View
PB
PB
View
Supr
Oper
View
(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, Uncertn
Degrees(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
101
Parameter
Description
Lock
(Default) and Range
RATE1
Rate at Which Bias Ramps Down (AutoMan)
Rate at Which Bias Ramps Down (RatioCtl)
Ramp Rates for RampSoak
Segments 1-12 (RampSoak)
Ratio
Ratio Bias Option
R
R
R
Supr
Supr
Supr
(0.0); > 0.0, NaN
(NaN); > 0.0, NaN
(NaN); N/A
R
e:
Oper
Eng/PB
RCASOPT
Remote Cascade Option (AnalgOut)
Remote Cascade Option (RegCtl)
e:
e:
Eng/PB
Eng/PB
RCASSHED
REDTAG
REMSOAKT
RESETFL
Remote Cascade Shed
Red Tag State
Remaining Soak Time
Reset Flag (DigIn, Totalizr)
Reset Flag (DevCtl, DigComp)
Accumulator Reset Value (DigIn)
Reset Value (Totalizr)
Process Module Restart State
L
e:
R
L
L
I
R
e:
View
Supr
Oper
Prog
Oper
Oper
Oper
View
Reset Feedback Input in %
Reference Specific Gravity
Remote Initialization Request (PosProp,
PIDPosPr)
R
R
L
View
Supr
View
(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
Lock
(Default) and Range
RATE1-12
RATIO
RBOPT
RESETVAL
RESTART
RFB
RG
RINITREQ
Type
102
Parameter
Description
RATE1
Rate at Which Bias Ramps Down (AutoMan)
Rate at Which Bias Ramps Down (RatioCtl)
Ramp Rates for RampSoak
Segments 1-12 (RampSoak)
Ratio
Ratio Bias Option
R
R
R
Supr
Supr
Supr
(0.0); > 0.0, NaN
(NaN); > 0.0, NaN
(NaN); N/A
R
e:
Oper
Eng/PB
RCASOPT
Remote Cascade Option (AnalgOut)
Remote Cascade Option (RegCtl)
e:
e:
Eng/PB
Eng/PB
RCASSHED
REDTAG
REMSOAKT
RESETFL
Remote Cascade Shed
Red Tag State
Remaining Soak Time
Reset Flag (DigIn, Totalizr)
Reset Flag (DevCtl, DigComp)
Accumulator Reset Value (DigIn)
Reset Value (Totalizr)
Process Module Restart State
L
e:
R
L
L
I
R
e:
View
Supr
Oper
Prog
Oper
Oper
Oper
View
Reset Feedback Input in %
Reference Specific Gravity
Remote Initialization Request (PosProp,
PIDPosPr)
R
R
L
View
Supr
View
(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
Lock
(Default) and Range
RATE1-12
RATIO
RBOPT
RESETVAL
RESTART
RFB
RG
RINITREQ
Type
102
Parameter
Description
RATE1
Rate at Which Bias Ramps Down (AutoMan)
Rate at Which Bias Ramps Down (RatioCtl)
Ramp Rates for RampSoak
Segments 1-12 (RampSoak)
Ratio
Ratio Bias Option
R
R
R
Supr
Supr
Supr
(0.0); > 0.0, NaN
(NaN); > 0.0, NaN
(NaN); N/A
R
e:
Oper
Eng/PB
RCASOPT
Remote Cascade Option (AnalgOut)
Remote Cascade Option (RegCtl)
e:
e:
Eng/PB
Eng/PB
RCASSHED
REDTAG
REMSOAKT
RESETFL
Remote Cascade Shed
Red Tag State
Remaining Soak Time
Reset Flag (DigIn, Totalizr)
Reset Flag (DevCtl, DigComp)
Accumulator Reset Value (DigIn)
Reset Value (Totalizr)
Process Module Restart State
L
e:
R
L
L
I
R
e:
View
Supr
Oper
Prog
Oper
Oper
Oper
View
Reset Feedback Input in %
Reference Specific Gravity
Remote Initialization Request (PosProp,
PIDPosPr)
R
R
L
View
Supr
View
(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
RATE1-12
RATIO
RBOPT
RESETVAL
RESTART
RFB
RG
RINITREQ
102
Type
Parameter
Description
Type
Lock
(Default) and Range
RINITVAL
RJRAW
RJTEMP
RP
Remote Initialization Value
Reference Junction’s Raw Count in µVolts
Reference Junction's Temperature
Minimum Pulse Ratio (PosProp)
Reference Pressure (Flowcomp)
Reference Steam Quality Factor
Ramp/Soak Percent Bar Graph Parameter
Restart Option
Dead Time Ratio (PosProp)
Reference Temperature (Flowcomp)
Ratio High Limit
Ratio Low Limit
Run State
Remaining Time
Reference Steam Compressibility
State Box Color
R
R
R
R
R
R
R
e:
R
R
R
R
L
I
R
e:
View
View
View
Supr
Supr
Supr
View
Eng
Supr
Supr
Supr
Supr
View
View
Supr
View
(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, Black
Cyan, Yellow, Blue, Magenta
Tracking Switch (PidErfb)
Transmitter Status (STI)
Mark 1 and Mark 2 Flags (RampSoak)
Status Inputs 1-4 (Logic) (n = 1 - 24)
L
S
L
e:
Prog
View
View
PB
Select X1-X4 Request Flag (Switch)
L
Oper
(Off); On - Off
(Blank); Blank, N/A
(Off); On - Off
(L1); L1 - L12, FL1 - FL12,
SO1 - SO24
(On); Off - On
RQ
RSPBGP$$
RSTROPT
RT
RTHILM
RTLOLM
RUNSTATE
RV
RX
S0BOXCLR
S1BOXCLR
S2BOXCLR
S1
S1, S2
S1(n)-S4(n)
103
Parameter
Description
Type
Lock
(Default) and Range
RINITVAL
RJRAW
RJTEMP
RP
Remote Initialization Value
Reference Junction's Raw Count in µVolts
Reference Junction's Temperature
Minimum Pulse Ratio (PosProp)
Reference Pressure (Flowcomp)
Reference Steam Quality Factor
Ramp/Soak Percent Bar Graph Parameter
Restart Option
Dead Time Ratio (PosProp)
Reference Temperature (Flowcomp)
Ratio High Limit
Ratio Low Limit
Run State
Remaining Time
Reference Steam Compressibility
State Box Color
R
R
R
R
R
R
R
e:
R
R
R
R
L
I
R
e:
View
View
View
Supr
Supr
Supr
View
Eng
Supr
Supr
Supr
Supr
View
View
Supr
View
(NaN); N/A, NaN
(NaN); N/A
( ); N/A
(1.0); 0.01 - 100
(1.0); N/A
(1.0); N/A
(N/A); > 0
(Off); Off, Restart
(1.0); 0.01 - 100.0
(1.0); N/A
(100); RTLOLM - 100, NaN
(0.01); 0.01 - RTHILM, NaN
(Off); Off, On
(0); >0
(1.0); anything but NaN
(N/A); Red, Green, White, Black
Cyan, Yellow, Blue, Magenta
Tracking Switch (PidErfb)
Transmitter Status (STI)
Mark 1 and Mark 2 Flags (RampSoak)
Status Inputs 1-4 (Logic) (n = 1 - 24)
L
S
L
e:
Prog
View
View
PB
Select X1-X4 Request Flag (Switch)
L
Oper
(Off); On - Off
(Blank); Blank, N/A
(Off); On - Off
(L1); L1 - L12, FL1 - FL12,
SO1 - SO24
(On); Off - On
RQ
RSPBGP$$
RSTROPT
RT
RTHILM
RTLOLM
RUNSTATE
RV
RX
S0BOXCLR
S1BOXCLR
S2BOXCLR
S1
S1, S2
S1(n)-S4(n)
103
Parameter
Description
Type
Lock
(Default) and Range
RINITVAL
RJRAW
RJTEMP
RP
Remote Initialization Value
Reference Junction's Raw Count in µVolts
Reference Junction's Temperature
Minimum Pulse Ratio (PosProp)
Reference Pressure (Flowcomp)
Reference Steam Quality Factor
Ramp/Soak Percent Bar Graph Parameter
Restart Option
Dead Time Ratio (PosProp)
Reference Temperature (Flowcomp)
Ratio High Limit
Ratio Low Limit
Run State
Remaining Time
Reference Steam Compressibility
State Box Color
R
R
R
R
R
R
R
e:
R
R
R
R
L
I
R
e:
View
View
View
Supr
Supr
Supr
View
Eng
Supr
Supr
Supr
Supr
View
View
Supr
View
(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, Black
Cyan, Yellow, Blue, Magenta
Tracking Switch (PidErfb)
Transmitter Status (STI)
Mark 1 and Mark 2 Flags (RampSoak)
Status Inputs 1-4 (Logic) (n = 1 - 24)
L
S
L
e:
Prog
View
View
PB
Select X1-X4 Request Flag (Switch)
L
Oper
(Off); On - Off
(Blank); Blank, N/A
(Off); On - Off
(L1); L1 - L12, FL1 - FL12,
SO1 - SO24
(On); Off - On
RQ
RSPBGP$$
RSTROPT
RT
RTHILM
RTLOLM
RUNSTATE
RV
RX
S0BOXCLR
S1BOXCLR
S2BOXCLR
S1
S1, S2
S1(n)-S4(n)
103
Parameter
Description
Lock
(Default) and Range
S1BGNTIM,
S2BGNTIM
S1ENDTIM,
S2ENDTIM
S1REV(n) S3REV(n)
S1SEGID,
S2SEGID
SAFEOP
SAFEOPCMD
SCANPER
SCANPRI
SCANRATE
Mark 1 and Mark 2 Begin Times
R
Supr
(0.0); 0 - 120 Minutes
Mark 1 and Mark 2 End Times
R
Supr
(0.0); 0 - 120 Minutes
S1, S2, S3 Inputs Reversed
(n = 1 - 24)
Mark 1 and Mark 2 Segment
Identifiers
Safe Operation for Safety Shutdown
Safe Operation Command
SI Data Scan Period
SI Data FTA Scan Priority
Scan Rate
L
PB
(Off); On - Off
e:
Supr
R
e:
R
e:
e:
Engr
Engr
PB
PB
PB
SEALOPT
SECOND
SECSYNC
SECVAR
Seal in Circuit Option
Current Second
Secondary Synchronization Status
Secondary Variable
Secondary Variable (DevCtl)
Total Number of Segments
Segment Type
e:
I
e:
R
R
I
e:
Eng/Pb
View
View
View
View
Supr
View
(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
Lock
(Default) and Range
SEGTOT
SEGTYPE
Type
104
Parameter
Description
S1BGNTIM,
S2BGNTIM
S1ENDTIM,
S2ENDTIM
S1REV(n) S3REV(n)
S1SEGID,
S2SEGID
SAFEOP
SAFEOPCMD
SCANPER
SCANPRI
SCANRATE
Mark 1 and Mark 2 Begin Times
R
Supr
(0.0); 0 - 120 Minutes
Mark 1 and Mark 2 End Times
R
Supr
(0.0); 0 - 120 Minutes
S1, S2, S3 Inputs Reversed
(n = 1 - 24)
Mark 1 and Mark 2 Segment
Identifiers
Safe Operation for Safety Shutdown
Safe Operation Command
SI Data Scan Period
SI Data FTA Scan Priority
Scan Rate
L
PB
(Off); On - Off
e:
Supr
R
e:
R
e:
e:
Engr
Engr
PB
PB
PB
SEALOPT
SECOND
SECSYNC
SECVAR
Seal in Circuit Option
Current Second
Secondary Synchronization Status
Secondary Variable
Secondary Variable (DevCtl)
Total Number of Segments
Segment Type
e:
I
e:
R
R
I
e:
Eng/Pb
View
View
View
View
Supr
View
(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
Lock
(Default) and Range
SEGTOT
SEGTYPE
Type
104
Parameter
Description
S1BGNTIM,
S2BGNTIM
S1ENDTIM,
S2ENDTIM
S1REV(n) S3REV(n)
S1SEGID,
S2SEGID
SAFEOP
SAFEOPCMD
SCANPER
SCANPRI
SCANRATE
Mark 1 and Mark 2 Begin Times
R
Supr
(0.0); 0 - 120 Minutes
Mark 1 and Mark 2 End Times
R
Supr
(0.0); 0 - 120 Minutes
S1, S2, S3 Inputs Reversed
(n = 1 - 24)
Mark 1 and Mark 2 Segment
Identifiers
Safe Operation for Safety Shutdown
Safe Operation Command
SI Data Scan Period
SI Data FTA Scan Priority
Scan Rate
L
PB
(Off); On - Off
e:
Supr
R
e:
R
e:
e:
Engr
Engr
PB
PB
PB
SEALOPT
SECOND
SECSYNC
SECVAR
Seal in Circuit Option
Current Second
Secondary Synchronization Status
Secondary Variable
Secondary Variable (DevCtl)
Total Number of Segments
Segment Type
e:
I
e:
R
R
I
e:
Eng/Pb
View
View
View
View
Supr
View
(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
SEGTOT
SEGTYPE
104
Type
Parameter
Description
SELINP
Selected Input (HiLoAvg)
Selected Input (MidOf3)
Selected X Input (ORSel)
Selected X Input (Switch)
Sensor Type
(HLAI & LLAI)
Sensor Type (LLMUX)
Sensor Type (STI)
SELXINP
SENSRYTP
Type
Lock
(Default) and Range
e:
e:
e:
e:
e:
View
View
View
Oper
PB
e:
e:
PB
PB
(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
105
Parameter
Description
SELINP
Selected Input (HiLoAvg)
Selected Input (MidOf3)
Selected X Input (ORSel)
Selected X Input (Switch)
Sensor Type
(HLAI & LLAI)
Sensor Type (LLMUX)
Sensor Type (STI)
SELXINP
SENSRYTP
Type
Lock
(Default) and Range
e:
e:
e:
e:
e:
View
View
View
Oper
PB
e:
e:
PB
PB
(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
105
Parameter
Description
SELINP
Selected Input (HiLoAvg)
Selected Input (MidOf3)
Selected X Input (ORSel)
Selected X Input (Switch)
Sensor Type
(HLAI & LLAI)
Sensor Type (LLMUX)
Sensor Type (STI)
SELXINP
SENSRYTP
Type
Lock
(Default) and Range
e:
e:
e:
e:
e:
View
View
View
Oper
PB
e:
e:
PB
PB
(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
105
Parameter
Description
SEQERR
Sequence Error
Type
I
Lock
View
(Default) and Range
(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
106
Parameter
Description
SEQERR
Sequence Error
Type
I
Lock
View
(Default) and Range
(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
106
Parameter
Description
SEQERR
Sequence Error
106
Type
I
Lock
View
(Default) and Range
(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
Parameter
Description
SEQERR
Sequence Error
Type
I
Lock
(Default) and Range
View
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
SEQEXEC
Sequence Execution State
e:
View
SEQMODE
SEQNAME
SEQOBJSZ
SEQPR
Sequence Execution Mode
Sequence Name
Sequence Prog. Size
Sequence Priority
e:
S
I
e:
Special
View
View
Engr
SEQPRGSZ
SEQPROC
SEQSLTSZ
Sequence Prog. Size
Sequence Processing
Sequence Slot Size
I
e:
I
View
PB
PB
107
Parameter
Description
Type
Lock
(Default) and Range
SEQERR
Sequence Error
I
View
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
SEQEXEC
Sequence Execution State
e:
View
SEQMODE
SEQNAME
SEQOBJSZ
SEQPR
Sequence Execution Mode
Sequence Name
Sequence Prog. Size
Sequence Priority
e:
S
I
e:
Special
View
View
Engr
SEQPRGSZ
SEQPROC
SEQSLTSZ
Sequence Prog. Size
Sequence Processing
Sequence Slot Size
I
e:
I
View
PB
PB
107
Parameter
Description
Type
Lock
(Default) and Range
SEQERR
Sequence Error
I
View
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
SEQEXEC
Sequence Execution State
e:
View
SEQMODE
SEQNAME
SEQOBJSZ
SEQPR
Sequence Execution Mode
Sequence Name
Sequence Prog. Size
Sequence Priority
e:
S
I
e:
Special
View
View
Engr
SEQPRGSZ
SEQPROC
SEQSLTSZ
Sequence Prog. Size
Sequence Processing
Sequence Slot Size
I
e:
I
View
PB
PB
107
Parameter
Description
Lock
(Default) and Range
SERIALNO
Serial No./PROM Number of the
Smart Transmitter
Type
S
View
(0); >0
(Blank); N/A
SGALGID(n)
Secondary Gate ID (n = 1 - 2)
e:
PB
SGDSTN(n)
Secondary Gate Destination (n = 1 - 2)
e:
PB
SGPLSWTH(n)
SGSO(n)
I
L
Supr
View
SHEDMODE
SHEDTIME
SHUTDOWN
SI0
SIOALOPT
Pulse Width for Secondary Gate (n = 1 - 2)
Status Output for Secondary Gates
(n = 1 - 2)
Shed Mode (RegCtl)
Remote Cascade Shed Time
Shutdown Command Flag
Safety Override Interlock Flag
Safety Override Alarm
(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
e:
I
L
L
e:
Eng
Eng/P
B
Prog
Eng
SIOALPR
Safety Override Alarm Priority
e:
Eng
SIALGID(n)
Secondary Input Gate Algorithm ID
(n = 1 - 12)
e:
PB
(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
108
Parameter
Description
SERIALNO
Serial No./PROM Number of the
Smart Transmitter
SGALGID(n)
Type
Lock
(Default) and Range
S
View
(0); >0
(Blank); N/A
Secondary Gate ID (n = 1 - 2)
e:
PB
SGDSTN(n)
Secondary Gate Destination (n = 1 - 2)
e:
PB
SGPLSWTH(n)
SGSO(n)
I
L
Supr
View
SHEDMODE
SHEDTIME
SHUTDOWN
SI0
SIOALOPT
Pulse Width for Secondary Gate (n = 1 - 2)
Status Output for Secondary Gates
(n = 1 - 2)
Shed Mode (RegCtl)
Remote Cascade Shed Time
Shutdown Command Flag
Safety Override Interlock Flag
Safety Override Alarm
(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
e:
I
L
L
e:
Eng
Eng/P
B
Prog
Eng
SIOALPR
Safety Override Alarm Priority
e:
Eng
SIALGID(n)
Secondary Input Gate Algorithm ID
(n = 1 - 12)
e:
PB
(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
108
Parameter
Description
SERIALNO
Serial No./PROM Number of the
Smart Transmitter
SGALGID(n)
Lock
(Default) and Range
S
View
(0); >0
(Blank); N/A
Secondary Gate ID (n = 1 - 2)
e:
PB
SGDSTN(n)
Secondary Gate Destination (n = 1 - 2)
e:
PB
SGPLSWTH(n)
SGSO(n)
I
L
Supr
View
SHEDMODE
SHEDTIME
SHUTDOWN
SI0
SIOALOPT
Pulse Width for Secondary Gate (n = 1 - 2)
Status Output for Secondary Gates
(n = 1 - 2)
Shed Mode (RegCtl)
Remote Cascade Shed Time
Shutdown Command Flag
Safety Override Interlock Flag
Safety Override Alarm
(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
e:
I
L
L
e:
Eng
Eng/P
B
Prog
Eng
SIOALPR
Safety Override Alarm Priority
e:
Eng
SIALGID(n)
Secondary Input Gate Algorithm ID
(n = 1 - 12)
e:
PB
108
Type
(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
Parameter
Description
Type
Lock
(Default) and Range
SIDLYTIM(n)
Secondary Input Gate Delay/Pulse
Width (n = 1 - 12)
Secondary Input Gate Destination
I
Supr
(0); 0-8000
e:
PB
Simulation Indicator
Safety Override Interlock Alarm
Confirmation flag
Status Output for Secondary Input Gate
(n = 1 - 12)
Slot Number
S
L
View
Oper
(None); SIO, I0-I2, P0-P2,
SOCMD0-2, OPCMD,
SG1-SG2, PG1-PG4
(N/A); N/A
(Off); N/A
L
View
(Off); Off, On
I
PB
(N/A); HLAI and STI = 1 - 16
LLAI = 1 - 8
AnalgOut = 1 - 8 or 1 - 16
Array = 1 - 256 but < NARSLOT
Box Numeric = 1 - 2047
Box Timer = 1 - 64 but < NTIMER
DevCtl = 1 - 160 but < NDEVSLOT
DigComp = 1 - 512 but < NDCSLOT
DigIn = 1 - 32
DigOut = 1 - 16 or 1 - 32
Logic = 1 - 80 but < NLOGSLOT
ProcMod = 1 - 160 but < NPMSLOT
Box Timer 1 - 64
SIDSTN(n)
SIM_TXT
SI0CONF
SISO(n)
SLOTNUM
109
Parameter
Description
Type
Lock
(Default) and Range
SIDLYTIM(n)
Secondary Input Gate Delay/Pulse
Width (n = 1 - 12)
Secondary Input Gate Destination
I
Supr
(0); 0-8000
e:
PB
Simulation Indicator
Safety Override Interlock Alarm
Confirmation flag
Status Output for Secondary Input Gate
(n = 1 - 12)
Slot Number
S
L
View
Oper
(None); SIO, I0-I2, P0-P2,
SOCMD0-2, OPCMD,
SG1-SG2, PG1-PG4
(N/A); N/A
(Off); N/A
L
View
(Off); Off, On
I
PB
(N/A); HLAI and STI = 1 - 16
LLAI = 1 - 8
AnalgOut = 1 - 8 or 1 - 16
Array = 1 - 256 but < NARSLOT
Box Numeric = 1 - 2047
Box Timer = 1 - 64 but < NTIMER
DevCtl = 1 - 160 but < NDEVSLOT
DigComp = 1 - 512 but < NDCSLOT
DigIn = 1 - 32
DigOut = 1 - 16 or 1 - 32
Logic = 1 - 80 but < NLOGSLOT
ProcMod = 1 - 160 but < NPMSLOT
Box Timer 1 - 64
SIDSTN(n)
SIM_TXT
SI0CONF
SISO(n)
SLOTNUM
109
Parameter
Description
Type
Lock
(Default) and Range
SIDLYTIM(n)
Secondary Input Gate Delay/Pulse
Width (n = 1 - 12)
Secondary Input Gate Destination
I
Supr
(0); 0-8000
e:
PB
Simulation Indicator
Safety Override Interlock Alarm
Confirmation flag
Status Output for Secondary Input Gate
(n = 1 - 12)
Slot Number
S
L
View
Oper
(None); SIO, I0-I2, P0-P2,
SOCMD0-2, OPCMD,
SG1-SG2, PG1-PG4
(N/A); N/A
(Off); N/A
L
View
(Off); Off, On
I
PB
(N/A); HLAI and STI = 1 - 16
LLAI = 1 - 8
AnalgOut = 1 - 8 or 1 - 16
Array = 1 - 256 but < NARSLOT
Box Numeric = 1 - 2047
Box Timer = 1 - 64 but < NTIMER
DevCtl = 1 - 160 but < NDEVSLOT
DigComp = 1 - 512 but < NDCSLOT
DigIn = 1 - 32
DigOut = 1 - 16 or 1 - 32
Logic = 1 - 80 but < NLOGSLOT
ProcMod = 1 - 160 but < NPMSLOT
Box Timer 1 - 64
SIDSTN(n)
SIM_TXT
SI0CONF
SISO(n)
SLOTNUM
109
Parameter
Description
Lock
(Default) and Range
SLOTNUM
Slot Number, (Continued)
I
PB
SLWSRCID
SNAME(n)
SO
Slidewire Voltage Source Identifier
Subroutine Name (ProcMod) (n = 1-2)
Status Output (Digout)
Status Output (Timer)
Logic Block Status Output
Status Output Array DevCtl, DigComp
(I = State)
Soak Time for Soak Segments 1-12
Soak Value for Soak Segments 1-12
Digital Composite Output Status
Command (I = State)
Setpoint of the PV in Engineering Units
(RegCtl)
Preset Time (Timer)
Setpoint Engineering Unit Range High
Setpoint Engineering Unit Range Low
Setpoint Decimal Point Format
I
S
L
L
L
L
Eng/PB
View
Oper
View
View
View
(N/A);
RegCtL = 1 - 160 but < NCTLSLOT
RegPV = 1 - 80 but < NPVSLOT
Box Flag = 1 - 2047
LLMUX = 1 - 32
PI = 1 - 8
(1); 1 - 16
(spaces); N/A
(Off); Off - On
(Off); Off - On
(Off); On - Off
(Off); On - Off
R
R
L
Supr
Supr
Prog
(0.0); 0.0 - 120.0 Minutes
(NaN); N/A
(Off); Off - On
R
I
R
R
e:
Oper
Oper
View
View
View
(0.0); SPLOLM-SPHILM
(0); 0 - 32000
(N/A); > SPEULO
(N/A); < SPEUHI
(N/A); D0, D1, D2, D3
Lock
(Default) and Range
SO1 - SO24
SO(I)
SOAKT1-12
SOAKV1-12
SOCMD(I)
SP
SPEUHI
SPEULO
SPFORMAT
Type
110
Parameter
Description
SLOTNUM
Slot Number, (Continued)
I
PB
SLWSRCID
SNAME(n)
SO
Slidewire Voltage Source Identifier
Subroutine Name (ProcMod) (n = 1-2)
Status Output (Digout)
Status Output (Timer)
Logic Block Status Output
Status Output Array DevCtl, DigComp
(I = State)
Soak Time for Soak Segments 1-12
Soak Value for Soak Segments 1-12
Digital Composite Output Status
Command (I = State)
Setpoint of the PV in Engineering Units
(RegCtl)
Preset Time (Timer)
Setpoint Engineering Unit Range High
Setpoint Engineering Unit Range Low
Setpoint Decimal Point Format
I
S
L
L
L
L
Eng/PB
View
Oper
View
View
View
(N/A);
RegCtL = 1 - 160 but < NCTLSLOT
RegPV = 1 - 80 but < NPVSLOT
Box Flag = 1 - 2047
LLMUX = 1 - 32
PI = 1 - 8
(1); 1 - 16
(spaces); N/A
(Off); Off - On
(Off); Off - On
(Off); On - Off
(Off); On - Off
R
R
L
Supr
Supr
Prog
(0.0); 0.0 - 120.0 Minutes
(NaN); N/A
(Off); Off - On
R
I
R
R
e:
Oper
Oper
View
View
View
(0.0); SPLOLM-SPHILM
(0); 0 - 32000
(N/A); > SPEULO
(N/A); < SPEUHI
(N/A); D0, D1, D2, D3
Lock
(Default) and Range
(N/A);
RegCtL = 1 - 160 but < NCTLSLOT
RegPV = 1 - 80 but < NPVSLOT
Box Flag = 1 - 2047
LLMUX = 1 - 32
PI = 1 - 8
(1); 1 - 16
(spaces); N/A
(Off); Off - On
(Off); Off - On
(Off); On - Off
(Off); On - Off
SO1 - SO24
SO(I)
SOAKT1-12
SOAKV1-12
SOCMD(I)
SP
SPEUHI
SPEULO
SPFORMAT
Type
110
Parameter
Description
SLOTNUM
Slot Number, (Continued)
I
PB
SLWSRCID
SNAME(n)
SO
Slidewire Voltage Source Identifier
Subroutine Name (ProcMod) (n = 1-2)
Status Output (Digout)
Status Output (Timer)
Logic Block Status Output
Status Output Array DevCtl, DigComp
(I = State)
Soak Time for Soak Segments 1-12
Soak Value for Soak Segments 1-12
Digital Composite Output Status
Command (I = State)
Setpoint of the PV in Engineering Units
(RegCtl)
Preset Time (Timer)
Setpoint Engineering Unit Range High
Setpoint Engineering Unit Range Low
Setpoint Decimal Point Format
I
S
L
L
L
L
Eng/P
B
View
Oper
View
View
View
SO1 - SO24
SO(I)
SOAKT1-12
SOAKV1-12
SOCMD(I)
SP
SPEUHI
SPEULO
SPFORMAT
110
Type
R
R
L
Supr
Supr
Prog
(0.0); 0.0 - 120.0 Minutes
(NaN); N/A
(Off); Off - On
R
I
R
R
e:
Oper
Oper
View
View
View
(0.0); SPLOLM-SPHILM
(0); 0 - 32000
(N/A); > SPEULO
(N/A); < SPEUHI
(N/A); D0, D1, D2, D3
Parameter
Description
Type
Lock
(Default) and Range
SPHIFL
SPHILM
SPLOCK
Setpoint High Limit Violation Flag
Setpoint High Limit
Setpoint Lock
L
R
e:
View
Supr
Eng
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
Setpoint Low Limit Violation Flag
Setpoint Low Limit
Setpoint Option
Setpoint In Percent
Setpoint Target Value in
Engineering Units
Set Point Target Value in %
Avg. UCN Store Request Trip Time
Max. UCN Store Request Trip Time
Avg. UCN Store Resp. Trip Time
Max. UCN Store Resp. Trip Time
Subroutine Step Name (n = 1 - 2)
Subroutine Statement Number
(n = 1 - 2)
State 0 - Output 1 Through
State 2 - Output 3
L
R
e:
R
R
View
Supr
Eng/PB
View
Oper
(Off); Off - On
(NaN); SPLOLM - SPEUHI, NaN
(Operator); Operator, Supervis
Engineer, Program
(Off); Off - On
(NaN); SPEULO - SPHILM, NaN
(None); None, TV, Asp
(N/A); N/A
(N/A); SPLOLM - SPHILM, NaN
R
R
R
R
R
S
I
View
View
View
View
View
View
View
(N/A); • 0.0%
(NaN); N/A
(NaN); N/A
(NaN); N/A
(NaN); N/A
(Blank); N/A
(Blank); 0 - 255
L
Eng/PB
(Off); Off - On
Start Command Flag
Timer State (Timer, DigIn, Totalizr)
Current State (STI)
L
e:
e:
Prog
View
View
(Off); Off - On
(Stopped); Stopped, Running
(N/A); Loading, Loadcomp, Loadfail,
Calib, Calcomp, Calfail, OK, DBChange
SPTVP
SRQUTAVG
SRQUTMAX
SRSPTAVG
SRSPTMAX
SSTEP(n)
SSTMT(n)
ST0_OP1
through
ST2_OP3
STARTFL
STATE
111
Parameter
Description
Type
Lock
(Default) and Range
SPHIFL
SPHILM
SPLOCK
Setpoint High Limit Violation Flag
Setpoint High Limit
Setpoint Lock
L
R
e:
View
Supr
Eng
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
Setpoint Low Limit Violation Flag
Setpoint Low Limit
Setpoint Option
Setpoint In Percent
Setpoint Target Value in
Engineering Units
Set Point Target Value in %
Avg. UCN Store Request Trip Time
Max. UCN Store Request Trip Time
Avg. UCN Store Resp. Trip Time
Max. UCN Store Resp. Trip Time
Subroutine Step Name (n = 1 - 2)
Subroutine Statement Number
(n = 1 - 2)
State 0 - Output 1 Through
State 2 - Output 3
L
R
e:
R
R
View
Supr
Eng/PB
View
Oper
(Off); Off - On
(NaN); SPLOLM - SPEUHI, NaN
(Operator); Operator, Supervis
Engineer, Program
(Off); Off - On
(NaN); SPEULO - SPHILM, NaN
(None); None, TV, Asp
(N/A); N/A
(N/A); SPLOLM - SPHILM, NaN
R
R
R
R
R
S
I
View
View
View
View
View
View
View
(N/A); • 0.0%
(NaN); N/A
(NaN); N/A
(NaN); N/A
(NaN); N/A
(Blank); N/A
(Blank); 0 - 255
L
Eng/PB
(Off); Off - On
Start Command Flag
Timer State (Timer, DigIn, Totalizr)
Current State (STI)
L
e:
e:
Prog
View
View
(Off); Off - On
(Stopped); Stopped, Running
(N/A); Loading, Loadcomp, Loadfail,
Calib, Calcomp, Calfail, OK, DBChange
SPTVP
SRQUTAVG
SRQUTMAX
SRSPTAVG
SRSPTMAX
SSTEP(n)
SSTMT(n)
ST0_OP1
through
ST2_OP3
STARTFL
STATE
111
Parameter
Description
Type
Lock
(Default) and Range
SPHIFL
SPHILM
SPLOCK
Setpoint High Limit Violation Flag
Setpoint High Limit
Setpoint Lock
L
R
e:
View
Supr
Eng
SPLOFL
SPLOLM
SPOPT
SPP
SPTV
Setpoint Low Limit Violation Flag
Setpoint Low Limit
Setpoint Option
Setpoint In Percent
Setpoint Target Value in
Engineering Units
Set Point Target Value in %
Avg. UCN Store Request Trip Time
Max. UCN Store Request Trip Time
Avg. UCN Store Resp. Trip Time
Max. UCN Store Resp. Trip Time
Subroutine Step Name (n = 1 - 2)
Subroutine Statement Number
(n = 1 - 2)
State 0 - Output 1 Through
State 2 - Output 3
L
R
e:
R
R
View
Supr
Eng/PB
View
Oper
(Off); Off - On
(NaN); SPLOLM - SPEUHI, NaN
(Operator); Operator, Supervis
Engineer, Program
(Off); Off - On
(NaN); SPEULO - SPHILM, NaN
(None); None, TV, Asp
(N/A); N/A
(N/A); SPLOLM - SPHILM, NaN
R
R
R
R
R
S
I
View
View
View
View
View
View
View
(N/A); • 0.0%
(NaN); N/A
(NaN); N/A
(NaN); N/A
(NaN); N/A
(Blank); N/A
(Blank); 0 - 255
L
Eng/PB
(Off); Off - On
Start Command Flag
Timer State (Timer, DigIn, Totalizr)
Current State (STI)
L
e:
e:
Prog
View
View
(Off); Off - On
(Stopped); Stopped, Running
(N/A); Loading, Loadcomp, Loadfail,
Calib, Calcomp, Calfail, OK, DBChange
SPTVP
SRQUTAVG
SRQUTMAX
SRSPTAVG
SRSPTMAX
SSTEP(n)
SSTMT(n)
ST0_OP1
through
ST2_OP3
STARTFL
STATE
111
Parameter
Description
Lock
(Default) and Range
STATE0
through
STATE2
STATETXT(n)
Current State
Type
S
View
(On, Off, State2); N/A
State Descriptor 0 - 3 Text
S
PB
STATMENT
STATTIMn
STCHGOPT
STDBYMAN
STDBYSTS(n)
STEP
STI_EU
Statement
State Time (n = 0 - 2)
State Change Option
Standby Manual Flag
Standby Status Flag (n = 1 -168)
Step
Smart Transmitter Engineering
Units
I
T
e:
L
L
S
e:
STATETXT(0) = Off,
STATETXT(1) = On,
STATETXT(2) = STATE2 text/$Null
STATETXT(3) = None
(0); 1 - 255
(0); 0 - 4000 days
(None); None, STATE0
(Off); Off - On
( ); Off - On
(Blank); N/A
(InH2O); InH2O, MMHG, PSI, KPA, MBar,
Bar, G_SQCM, KG_SQCM, MPA, MMH20,
INHG, Deg_C, Deg_F, Deg_K, Deg_R,
MV, V, Ohms, CM_HR, Gal_HR, LIT_HR,
CC_HR, CM_Min, Gal_Min, Lit_Min,
CC_Min, CM_DAY, Gal_Day, KGal_Day,
BRL_Day, CM_Sec, Ft_Sec, M_Sec
PRCNT, BLANK, LBS, KG, TONS, GRAMS,
OZ, GAL, BRL, CUB_M, LITERS,
MLITRES, FL_OZ, FEET, METERS, MM,
INCHES, KG_CUM, G_CUM, LBS_CUFT,
LBS_CUIN
View
View
Eng/PB
View
View
View
Eng
112
Parameter
Description
STATE0
through
STATE2
STATETXT(n)
Current State
STATMENT
STATTIMn
STCHGOPT
STDBYMAN
STDBYSTS(n)
STEP
STI_EU
Type
Lock
(Default) and Range
S
View
(On, Off, State2); N/A
State Descriptor 0 - 3 Text
S
PB
Statement
State Time (n = 0 - 2)
State Change Option
Standby Manual Flag
Standby Status Flag (n = 1 -168)
Step
Smart Transmitter Engineering
Units
I
T
e:
L
L
S
e:
STATETXT(0) = Off,
STATETXT(1) = On,
STATETXT(2) = STATE2 text/$Null
STATETXT(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_Sec
PRCNT, 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
View
View
Eng/PB
View
View
View
Eng
112
Parameter
Description
STATE0
through
STATE2
STATETXT(n)
Current State
STATMENT
STATTIMn
STCHGOPT
STDBYMAN
STDBYSTS(n)
STEP
STI_EU
112
Type
Lock
(Default) and Range
S
View
(On, Off, State2); N/A
State Descriptor 0 - 3 Text
S
PB
Statement
State Time (n = 0 - 2)
State Change Option
Standby Manual Flag
Standby Status Flag (n = 1 -168)
Step
Smart Transmitter Engineering
Units
I
T
e:
L
L
S
e:
STATETXT(0) = Off,
STATETXT(1) = On,
STATETXT(2) = STATE2 text/$Null
STATETXT(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_Sec
PRCNT, 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
View
View
Eng/PB
View
View
View
Eng
Parameter Description
Type
Lock
(Default) and Range
STISWVER
S
View
(Blank); N/A, MPA
S
Eng/PB
(Spaces); A - Z and 0 -9
STR16(n)
STR32(n)
STR64(n)
STR8(i)
Software Revision Level of the
Smart Transmitter
Transmitter Tag Name of the
Smart Transmitter
Stop Command Flag
Box String Variables APM 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
L
S
S
S
S
S
S
Prog
Oper
Special
Special
Special
Special
Special
STR16(i)
Array Point String Variables
S
Special
STR32(i)
Array Point String Variables
S
Special
STR64(i)
Array Point String Variables
S
Special
STRDESC
STRLEN
STRSTIX
STSMSG
SUMSLTSZ
String Array Descriptor
Array Point String Length
String Array Start Index
Status Message
Total Configured Memory for Sequence
Programs
S
I
R
e:
I
PB
PB
PB
Oper
View
(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
(MSGTXT(0); to MSGTXT(15)
(0); >0
STITAG
STOPFL
STR8(n)
113
Parameter Description
Type
Lock
(Default) and Range
STISWVER
S
View
(Blank); N/A, MPA
S
Eng/PB
(Spaces); A - Z and 0 -9
STR16(n)
STR32(n)
STR64(n)
STR8(i)
Software Revision Level of the
Smart Transmitter
Transmitter Tag Name of the
Smart Transmitter
Stop Command Flag
Box String Variables APM 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
L
S
S
S
S
S
S
Prog
Oper
Special
Special
Special
Special
Special
STR16(i)
Array Point String Variables
S
Special
STR32(i)
Array Point String Variables
S
Special
STR64(i)
Array Point String Variables
S
Special
STRDESC
STRLEN
STRSTIX
STSMSG
SUMSLTSZ
String Array Descriptor
Array Point String Length
String Array Start Index
Status Message
Total Configured Memory for Sequence
Programs
S
I
R
e:
I
PB
PB
PB
Oper
View
(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
(MSGTXT(0); to MSGTXT(15)
(0); >0
STITAG
STOPFL
STR8(n)
113
Parameter Description
Type
Lock
(Default) and Range
STISWVER
S
View
(Blank); N/A, MPA
S
Eng/PB
(Spaces); A - Z and 0 -9
STR16(n)
STR32(n)
STR64(n)
STR8(i)
Software Revision Level of the
Smart Transmitter
Transmitter Tag Name of the
Smart Transmitter
Stop Command Flag
Box String Variables APM 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
L
S
S
S
S
S
S
Prog
Oper
Special
Special
Special
Special
Special
STR16(i)
Array Point String Variables
S
Special
STR32(i)
Array Point String Variables
S
Special
STR64(i)
Array Point String Variables
S
Special
STRDESC
STRLEN
STRSTIX
STSMSG
SUMSLTSZ
String Array Descriptor
Array Point String Length
String Array Start Index
Status Message
Total Configured Memory for Sequence
Programs
S
I
R
e:
I
PB
PB
PB
Oper
View
(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
(MSGTXT(0); to MSGTXT(15)
(0); >0
STITAG
STOPFL
STR8(n)
113
Parameter
Description
Lock
(Default) and Range
SUSPSTAT
Suspend State
Type
e:
View
SUSPTIME
SVALDB
Suspension Timer
Secvar Alarm Deadband (DevCtl)
I
e:
View
Eng/PB
SVALDB
Secvar Alarm Deadband (DevCtl)
e:
Eng/PB
SVALDBEU
SVDESC
SVEUDESC
SVEUHI
SVEULO
SVHHFL
SVHHPR
Secvar Alarm Deadband in Eng Units
Secvar Descriptor
Secvar Eng. Unit Descriptor
Secvar Range High
Secvar Range Lo
Secvar High High Alarm Flag
Secvar High High Alarm Priority
R
S
S
R
R
L
e:
Eng/PB
PB
PB
Eng/PB
Eng/PB
View
Engr
SVHHTP
SVHHTPP
R
R
Supr
Supr
SVHIFL
SVHIPR
Secvar High High Alarm Trip Point
Secvar High High Alarm Trip Point
Percent
Secvar High Alarm Flag
Secvar High Alarm Priority
(None); None, ConfMsg, Wait
Input 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
L
e:
View
Engr
SVHITP
SVHITPP
Secvar High Alarm Trip Point
Secvar High Alarm Trip Point Percent
R
R
Supr
Supr
(Off); Off, On
(Low); JnlPrint, Printer,
Emergency, High, Low,
Journal, NoAction
(NaN); 0 - 100
(NaN); 0 - 100
Lock
(Default) and Range
(None); None, ConfMsg, Wait
Input 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
114
Parameter
Description
Type
SUSPSTAT
Suspend State
e:
View
SUSPTIME
SVALDB
Suspension Timer
Secvar Alarm Deadband (DevCtl)
I
e:
View
Eng/PB
SVALDB
Secvar Alarm Deadband (DevCtl)
e:
Eng/PB
SVALDBEU
SVDESC
SVEUDESC
SVEUHI
SVEULO
SVHHFL
SVHHPR
Secvar Alarm Deadband in Eng Units
Secvar Descriptor
Secvar Eng. Unit Descriptor
Secvar Range High
Secvar Range Lo
Secvar High High Alarm Flag
Secvar High High Alarm Priority
R
S
S
R
R
L
e:
Eng/PB
PB
PB
Eng/PB
Eng/PB
View
Engr
SVHHTP
SVHHTPP
R
R
Supr
Supr
SVHIFL
SVHIPR
Secvar High High Alarm Trip Point
Secvar High High Alarm Trip Point
Percent
Secvar High Alarm Flag
Secvar High Alarm Priority
L
e:
View
Engr
SVHITP
SVHITPP
Secvar High Alarm Trip Point
Secvar High Alarm Trip Point Percent
R
R
Supr
Supr
(Off); Off, On
(Low); JnlPrint, Printer,
Emergency, High, Low,
Journal, NoAction
(NaN); 0 - 100
(NaN); 0 - 100
Lock
(Default) and Range
(None); None, ConfMsg, Wait
Input 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
114
Parameter
Description
SUSPSTAT
Suspend State
e:
View
SUSPTIME
SVALDB
Suspension Timer
Secvar Alarm Deadband (DevCtl)
I
e:
View
Eng/PB
SVALDB
Secvar Alarm Deadband (DevCtl)
e:
Eng/PB
SVALDBEU
SVDESC
SVEUDESC
SVEUHI
SVEULO
SVHHFL
SVHHPR
Secvar Alarm Deadband in Eng Units
Secvar Descriptor
Secvar Eng. Unit Descriptor
Secvar Range High
Secvar Range Lo
Secvar High High Alarm Flag
Secvar High High Alarm Priority
R
S
S
R
R
L
e:
Eng/PB
PB
PB
Eng/PB
Eng/PB
View
Engr
SVHHTP
SVHHTPP
R
R
Supr
Supr
SVHIFL
SVHIPR
Secvar High High Alarm Trip Point
Secvar High High Alarm Trip Point
Percent
Secvar High Alarm Flag
Secvar High Alarm Priority
L
e:
View
Engr
SVHITP
SVHITPP
Secvar High Alarm Trip Point
Secvar High Alarm Trip Point Percent
R
R
Supr
Supr
114
Type
(Off); Off, On
(Low); JnlPrint, Printer,
Emergency, High, Low,
Journal, NoAction
(NaN); 0 - 100
(NaN); 0 - 100
Parameter
Description
SVP
SVPEAK
SVSRC
SVTV
SVTVP
SWTCHACT(n)
SYNCHSTS
Secvar in Percent of Eng. Range
Peak Value of Secvar
Secvar Input Connection
Secondary Variable Target Value
Secondary Variable Target Value in %
IOP Synchronization (n = 1 - 40)
Primary/Secondary Database
Synchronization Status
Temperature Input
Zero Reference for Temperature
Integral Time in Minutes
Derivative Time in Minutes
Thermocouple Range Option
Total Dead Time in Minutes
PV Filter Lag Time in Minutes
Box 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)
T
T0
T1
T2
TCRNGOPT
TD
TF
TIME(n)
TIMEBASE
Type
Lock
(Default) and Range
R
R
U
R
R
L
e:
View
View
PB
Oper
Oper
View
View
(NaN); 0 - 100
(NaN); 0 - 100
(Null); See full PRD
(NaN); SVEULO to SVEUHI
(NaN); 0 -100
(On); Off, On
(None); OK, Warning, Fail
R
R
R
R
e:
R
R
T
T
T
e:
e:
View
Supr
Supr
Supr
Eng/PB
Supr
Supr
Oper
Special
Special
Eng
Eng/PB
(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
115
Parameter
Description
SVP
SVPEAK
SVSRC
SVTV
SVTVP
SWTCHACT(n)
SYNCHSTS
Secvar in Percent of Eng. Range
Peak Value of Secvar
Secvar Input Connection
Secondary Variable Target Value
Secondary Variable Target Value in %
IOP Synchronization (n = 1 - 40)
Primary/Secondary Database
Synchronization Status
Temperature Input
Zero Reference for Temperature
Integral Time in Minutes
Derivative Time in Minutes
Thermocouple Range Option
Total Dead Time in Minutes
PV Filter Lag Time in Minutes
Box 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)
T
T0
T1
T2
TCRNGOPT
TD
TF
TIME(n)
TIMEBASE
Type
Lock
(Default) and Range
R
R
U
R
R
L
e:
View
View
PB
Oper
Oper
View
View
(NaN); 0 - 100
(NaN); 0 - 100
(Null); See full PRD
(NaN); SVEULO to SVEUHI
(NaN); 0 -100
(On); Off, On
(None); OK, Warning, Fail
R
R
R
R
e:
R
R
T
T
T
e:
e:
View
Supr
Supr
Supr
Eng/PB
Supr
Supr
Oper
Special
Special
Eng
Eng/PB
(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
115
Parameter
Description
SVP
SVPEAK
SVSRC
SVTV
SVTVP
SWTCHACT(n)
SYNCHSTS
Secvar in Percent of Eng. Range
Peak Value of Secvar
Secvar Input Connection
Secondary Variable Target Value
Secondary Variable Target Value in %
IOP Synchronization (n = 1 - 40)
Primary/Secondary Database
Synchronization Status
Temperature Input
Zero Reference for Temperature
Integral Time in Minutes
Derivative Time in Minutes
Thermocouple Range Option
Total Dead Time in Minutes
PV Filter Lag Time in Minutes
Box 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)
T
T0
T1
T2
TCRNGOPT
TD
TF
TIME(n)
TIMEBASE
Type
Lock
(Default) and Range
R
R
U
R
R
L
e:
View
View
PB
Oper
Oper
View
View
(NaN); 0 - 100
(NaN); 0 - 100
(Null); See full PRD
(NaN); SVEULO to SVEUHI
(NaN); 0 -100
(On); Off, On
(None); OK, Warning, Fail
R
R
R
R
e:
R
R
T
T
T
e:
e:
View
Supr
Supr
Supr
Eng/PB
Supr
Supr
Oper
Special
Special
Eng
Eng/PB
(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
115
Parameter
Description
Lock
(Default) and Range
TIMEDESC
TIMESECS(n)
TIMESTIX
TIMESYNC
TLD
TLG1, TLG2
TMCMD(n)
Time Array Descriptor
Array Point Time Variables (n = 1-240)
Time Array Start Index
Timesynch Control
Lead Time Constant in Minutes
Lag Time Constants 1 and 2 in Minutes
Timer Commands for Timers 1-64
S
T
R
e:
R
R
e:
PB
Special
PB
PB
Supr
Supr
Oper
TMPV(n)
Timer PV in Seconds or Minutes for
Timers 1-64
Timer RV – Remaining Time for
Timers 1-64
Timer Status Outputs for Timers 1-64
Timer SP in Seconds/Minutes
for Timers 1-64
Timer States for Timers 1-64
Time Base for Timers 1-64
Selected Input Tracking
Transition Time
Avg. UCN Transaction Trip Time
Max. UCN Transaction Trip Time
Tracking Feedback Input in EU
Temperature Input Value Status
Target Value Processor State
I
View
(Spaces); N/A,
PB(N/A); 1 < i < NTIME
(0); 0 - NTIME
(Enable); 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
I
View
(0); > 0
L
I
View
Oper
(Off); Off - On
(0); 0 - 32000
e:
e:
L
T
R
R
R
e:
e:
View
Engr
Eng/PB
View
View
View
View
View
Oper
(Stopped); Stopped, Running
(Seconds); Seconds, Minutes
(Off); Off - On
(0); Time Stamp
(NaN); N/A
(NaN); N/A
NaN); N/A
(Normal); Normal, Uncertn, Bad
(Off); Off, Preset, Run
Lock
(Default) and Range
TMRV(n)
TMSO(n)
TMSP(n)
TMST(n)
TMTB(n)
TRACKING
TRANTIM0-2
TRATAVG
TRATMAX
TRFB
TSTS
TVPROC
Type
116
Parameter
Description
TIMEDESC
TIMESECS(n)
TIMESTIX
TIMESYNC
TLD
TLG1, TLG2
TMCMD(n)
Time Array Descriptor
Array Point Time Variables (n = 1-240)
Time Array Start Index
Timesynch Control
Lead Time Constant in Minutes
Lag Time Constants 1 and 2 in Minutes
Timer Commands for Timers 1-64
S
T
R
e:
R
R
e:
PB
Special
PB
PB
Supr
Supr
Oper
TMPV(n)
Timer PV in Seconds or Minutes for
Timers 1-64
Timer RV – Remaining Time for
Timers 1-64
Timer Status Outputs for Timers 1-64
Timer SP in Seconds/Minutes
for Timers 1-64
Timer States for Timers 1-64
Time Base for Timers 1-64
Selected Input Tracking
Transition Time
Avg. UCN Transaction Trip Time
Max. UCN Transaction Trip Time
Tracking Feedback Input in EU
Temperature Input Value Status
Target Value Processor State
I
View
(Spaces); N/A,
PB(N/A); 1 < i < NTIME
(0); 0 - NTIME
(Enable); 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
I
View
(0); > 0
L
I
View
Oper
(Off); Off - On
(0); 0 - 32000
e:
e:
L
T
R
R
R
e:
e:
View
Engr
Eng/PB
View
View
View
View
View
Oper
(Stopped); Stopped, Running
(Seconds); Seconds, Minutes
(Off); Off - On
(0); Time Stamp
(NaN); N/A
(NaN); N/A
NaN); N/A
(Normal); Normal, Uncertn, Bad
(Off); Off, Preset, Run
Lock
(Default) and Range
TMRV(n)
TMSO(n)
TMSP(n)
TMST(n)
TMTB(n)
TRACKING
TRANTIM0-2
TRATAVG
TRATMAX
TRFB
TSTS
TVPROC
Type
116
Parameter
Description
TIMEDESC
TIMESECS(n)
TIMESTIX
TIMESYNC
TLD
TLG1, TLG2
TMCMD(n)
Time Array Descriptor
Array Point Time Variables (n = 1-240)
Time Array Start Index
Timesynch Control
Lead Time Constant in Minutes
Lag Time Constants 1 and 2 in Minutes
Timer Commands for Timers 1-64
S
T
R
e:
R
R
e:
PB
Special
PB
PB
Supr
Supr
Oper
TMPV(n)
Timer PV in Seconds or Minutes for
Timers 1-64
Timer RV – Remaining Time for
Timers 1-64
Timer Status Outputs for Timers 1-64
Timer SP in Seconds/Minutes
for Timers 1-64
Timer States for Timers 1-64
Time Base for Timers 1-64
Selected Input Tracking
Transition Time
Avg. UCN Transaction Trip Time
Max. UCN Transaction Trip Time
Tracking Feedback Input in EU
Temperature Input Value Status
Target Value Processor State
I
View
(Spaces); N/A,
PB(N/A); 1 < i < NTIME
(0); 0 - NTIME
(Enable); 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
I
View
(0); > 0
L
I
View
Oper
(Off); Off - On
(0); 0 - 32000
e:
e:
L
T
R
R
R
e:
e:
View
Engr
Eng/PB
View
View
View
View
View
Oper
(Stopped); Stopped, Running
(Seconds); Seconds, Minutes
(Off); Off - On
(0); Time Stamp
(NaN); N/A
(NaN); N/A
NaN); N/A
(Normal); Normal, Uncertn, Bad
(Off); Off, Preset, Run
TMRV(n)
TMSO(n)
TMSP(n)
TMST(n)
TMTB(n)
TRACKING
TRANTIM0-2
TRATAVG
TRATMAX
TRFB
TSTS
TVPROC
116
Type
Parameter
Description
Type
Lock
(Default) and Range
UCNRECHN
UCN Receive Channel
e:
View
UCNSCANT
UNCMDFL
UNIT
Peer-to-Peer Scan Period in scconds
Uncommanded Change Alarm Flag
Unit Identifier
R
L
S
Eng/PB
View
PB
UPGRADE
URL
URV
USERID
UTSDRIFT
UTSNODE
UTSTBCRV
UTSTIMST
NIM Upgrade Status
Upper Range Limit
Upper Range Value
User ID Reservation
UCN Node Clock Drift
Last UCN Syncher Node
TBC Revision
Timesynch State of UCN Node
e:
R
R
S
I
I
S
e:
Oper
Eng/View
Supr/View
Oper
View
View
View
View
UTSTIME
WARMSTRT
WEEKDAY
WITHBIASn
Current Time in LCN Node
Warm start flag
Current Weekday
I/O Module Physical Bias State (n=1 - 40)
T
L
I
L
(ChannelA); ChannelA ChannelB
(0.5); 0.5, 1.0
(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 - 15
0; Initial, Failed, Degraded, LCN
Bad, LCN OK, OK
(N/A); N/A
( ); On - Off
(N/A); 1 - 7 (1 = Sunday)
(On); On - Off
View
View
View
View
117
Parameter
Description
Type
Lock
(Default) and Range
UCNRECHN
UCN Receive Channel
e:
View
UCNSCANT
UNCMDFL
UNIT
Peer-to-Peer Scan Period in scconds
Uncommanded Change Alarm Flag
Unit Identifier
R
L
S
Eng/PB
View
PB
UPGRADE
URL
URV
USERID
UTSDRIFT
UTSNODE
UTSTBCRV
UTSTIMST
NIM Upgrade Status
Upper Range Limit
Upper Range Value
User ID Reservation
UCN Node Clock Drift
Last UCN Syncher Node
TBC Revision
Timesynch State of UCN Node
e:
R
R
S
I
I
S
e:
Oper
Eng/View
Supr/View
Oper
View
View
View
View
UTSTIME
WARMSTRT
WEEKDAY
WITHBIASn
Current Time in LCN Node
Warm start flag
Current Weekday
I/O Module Physical Bias State (n=1 - 40)
T
L
I
L
(ChannelA); ChannelA ChannelB
(0.5); 0.5, 1.0
(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 - 15
0; Initial, Failed, Degraded, LCN
Bad, LCN OK, OK
(N/A); N/A
( ); On - Off
(N/A); 1 - 7 (1 = Sunday)
(On); On - Off
View
View
View
View
117
Parameter
Description
Type
Lock
(Default) and Range
UCNRECHN
UCN Receive Channel
e:
View
UCNSCANT
UNCMDFL
UNIT
Peer-to-Peer Scan Period in scconds
Uncommanded Change Alarm Flag
Unit Identifier
R
L
S
Eng/PB
View
PB
UPGRADE
URL
URV
USERID
UTSDRIFT
UTSNODE
UTSTBCRV
UTSTIMST
NIM Upgrade Status
Upper Range Limit
Upper Range Value
User ID Reservation
UCN Node Clock Drift
Last UCN Syncher Node
TBC Revision
Timesynch State of UCN Node
e:
R
R
S
I
I
S
e:
Oper
Eng/View
Supr/View
Oper
View
View
View
View
UTSTIME
WARMSTRT
WEEKDAY
WITHBIASn
Current Time in LCN Node
Warm start flag
Current Weekday
I/O Module Physical Bias State (n=1 - 40)
T
L
I
L
(ChannelA); ChannelA ChannelB
(0.5); 0.5, 1.0
(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 - 15
0; Initial, Failed, Degraded, LCN
Bad, LCN OK, OK
(N/A); N/A
( ); On - Off
(N/A); 1 - 7 (1 = Sunday)
(On); On - Off
View
View
View
View
117
Parameter
Description
Lock
(Default) and Range
X
X1
X1 - X4
X2
X2FILT
X2TF
XEUHI
Steam Compressibility Input (FlowComp)
X1 Input Value to be Biased (AutoMan)
Inputs 1-4 (IncrSum, OrSel)
Bias Adjustment Input (AutoMan)
Input Number 2 (RatioCtl)
Filtered value of the x2 input
X2 input filter lag time in minutes
X Input High Range in Engineering Units
Type
R
R
R
R
R
R
R
R
View
Prog
Prog
View
View
View
Supr
Eng
XEULO
X Input Low Range in Engineering Units
R
Eng
XSTS
YEAR
X Input Value Status
Current Year
e:
I
View
View
(1.0); ≥ 0.0
(NaN); ≥ 0.0, N/A
(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
Lock
(Default) and Range
118
Parameter
Description
Type
X
X1
X1 - X4
X2
X2FILT
X2TF
XEUHI
Steam Compressibility Input (FlowComp)
X1 Input Value to be Biased (AutoMan)
Inputs 1-4 (IncrSum, OrSel)
Bias Adjustment Input (AutoMan)
Input Number 2 (RatioCtl)
Filtered value of the x2 input
X2 input filter lag time in minutes
X Input High Range in Engineering Units
R
R
R
R
R
R
R
R
View
Prog
Prog
View
View
View
Supr
Eng
XEULO
X Input Low Range in Engineering Units
R
Eng
XSTS
YEAR
X Input Value Status
Current Year
e:
I
View
View
(1.0); ≥ 0.0
(NaN); ≥ 0.0, N/A
(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
Lock
(Default) and Range
(1.0); ≥ 0.0
(NaN); ≥ 0.0, N/A
(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
118
Parameter
Description
X
X1
X1 - X4
X2
X2FILT
X2TF
XEUHI
Steam Compressibility Input (FlowComp)
X1 Input Value to be Biased (AutoMan)
Inputs 1-4 (IncrSum, OrSel)
Bias Adjustment Input (AutoMan)
Input Number 2 (RatioCtl)
Filtered value of the x2 input
X2 input filter lag time in minutes
X Input High Range in Engineering Units
R
R
R
R
R
R
R
R
View
Prog
Prog
View
View
View
Supr
Eng
XEULO
X Input Low Range in Engineering Units
R
Eng
XSTS
YEAR
X Input Value Status
Current Year
e:
I
View
View
118
Type