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ProcessLogixFunction BlockParameters

1757 Series

Reference Manual

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Important User Information Because of the variety of uses for the products described in thispublication, those responsible for the application and use of theseproducts must satisfy themselves that all necessary steps have beentaken to assure that each application and use meets all performanceand safety requirements, including any applicable laws, regulations,codes and standards. In no event will Allen-Bradley be responsible

or liable for indirect or consequential damage resulting from the useor application of these products.

Any illustrations, charts, sample programs, and layout examplesshown in this publication are intended solely for purposes ofexample. Since there are many variables and requirements associated

with any particular installation, Allen-Bradley does not assumeresponsibility or liability (to include intellectual property liability) foractual use based upon the examples shown in this publication.

Allen-Bradley publication SGI-1.1, Safety Guidelines for theApplication, Installation and Maintenance of Solid-State Control

(available from your local Allen-Bradley office), describes someimportant differences between solid-state equipment andelectromechanical devices that should be taken into consideration

when applying products such as those described in this publication.

Reproduction of the contents of this copyrighted publication, inwhole or part, without written permission of Rockwell Automation, isprohibited.

Throughout this publication, notes may be used to make you awareof safety considerations. The following annotations and theiraccompanying statements help you to identify a potential hazard,avoid a potential hazard, and recognize the consequences of a

potential hazard:

Allen-Bradley is a trademark of Rockwell Automation

WARNING

!

Identifies information about practices orcircumstances that can cause an explosion in ahazardous environment, which may lead to personalinjury or death, property damage, or economic loss.

ATTENTION

!

Identifies information about practices orcircumstances that can lead to personal injury or

death, property damage, or economic loss.

IMPORTANTIdentifies information that is critical for successfulapplication and understanding of the product.

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Rockwell AutomationSupport

Rockwell Automation offers support services worldwide, with over 75sales/support offices, 512 authorized distributors, and 260 authorizedsystems integrators located throughout the United States alone, plusRockwell Automation representatives in every major country in the

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Contact your local Rockwell Automation representative for:

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v Publication 1757-RM811A-EN-P - May 2002

Table of Contents

Important User Information . . . . . . . . . . . . . . . . . . . . . . . . . iiiRockwell Automation Support . . . . . . . . . . . . . . . . . . . . . . . iv

Local Product Support . . . . . . . . . . . . . . . . . . . . . . . . . . ivTechnical Product Assistance . . . . . . . . . . . . . . . . . . . . . iv

Your Questions or Comments on this Manual . . . . . . . . . iv

Preface Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . viiParameter Attriubutes. . . . . . . . . . . . . . . . . . . . . . . . . . . vii

Function Block Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

Appendix A

Display Elements Appendix Group Display Elements . . . . . . . . . . . . . . . . . . . . . . . . . . A-1Detail Display Elements. . . . . . . . . . . . . . . . . . . . . . . . . . . A-3

Appendix B

Allen-Bradley Interface Appendix Array Channel Block Configuration forAllen-Bradley Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . B-1

About Allen-Bradley Interface. . . . . . . . . . . . . . . . . . . . B-1AUXDATA Parameter Configuration . . . . . . . . . . . . . . . B-1AUXDATA[6] Parameter Setting Details . . . . . . . . . . . . . B-3DEVADDR Parameter Configuration . . . . . . . . . . . . . . . B-5STARTINDEX and Number of Elements Parameter. . . . . B-6Report by Exception Requirements . . . . . . . . . . . . . . . . B-7Performance Considerations . . . . . . . . . . . . . . . . . . . . . B-8

Array Channel Block Execution State . . . . . . . . . . . . . B-10

Write processing considerations . . . . . . . . . . . . . . . . . B-11Diagnostic procedures and data configuration. . . . . . . B-11Time-Out gate configuration. . . . . . . . . . . . . . . . . . . . B-14Status and error checking. . . . . . . . . . . . . . . . . . . . . . B-15Error messages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B-15Special FTA to KE/KF cabling considerations . . . . . . . B-17FTA direct to PLC-5 RS-232 Port cable considerations: . B-18Reference Specifications. . . . . . . . . . . . . . . . . . . . . . . B-19

Appendix C

MODBUS Interface Appendix Array Channel Block Configuration for

Generic MODBUS Interface. . . . . . . . . . . . . . . . . . . . . . . . C-1About Generic Modbus Interface . . . . . . . . . . . . . . . . . C-1AUXDATA Parameter Configuration . . . . . . . . . . . . . . . C-1STARTINDEX and Number of Elements Parameter. . . . . C-2Modbus loopback diagnostic . . . . . . . . . . . . . . . . . . . . C-4Performance Considerations . . . . . . . . . . . . . . . . . . . . . C-4

Array Channel Block Execution State . . . . . . . . . . . . . . C-6Write Processing Considerations. . . . . . . . . . . . . . . . . . C-6Status and Error Checking . . . . . . . . . . . . . . . . . . . . . . C-7

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Publication 1757-RM811A-EN-P - May 2002

vi

Error Messages. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . C-7Special Modbus Slave FTA Implementation . . . . . . . . . . C-9Reference Specifications. . . . . . . . . . . . . . . . . . . . . . . C-10

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Preface viii

Data Type

Multiple data types are supported in ProcessLogix. See Table P.2for alisting and description of these data types.

Table P.2 Supported Parameter Data Types

Boolean Enumeration

32-Bit Real Number Connection

64-Bit Real Number Output Connection

16-Bit Integer Input Connector

32-Bit Integer Structure

Constant Integer Float

8-Bit Unsigned Integer Float64/Real64

16-Bit Unsigned Integer String

32-Bit Unsigned Integer TIME

BlockId(1)/ Entity ID

(1) BlockId - A BlockId parameter value is text describing a block s name. Example BlockId values are

SCM3.Step7and SCM7.

Self-Defining Enumeration(2)

(2) Self-Defining Enumeration (SDEnum) - This data type is just like an Enumeration, except the enumeration

members are user-defined. Parameter A being an SDEnum of B means that B (String data type) defines the

enumeration members for A (SDEnum data type).

TIP The numerical suffixes - 16, 32, and 64 - indicate thenumber of memory bits used to store the value;

Real32 is commonly called single-precision, andReal64 is double-precision. The difference in theIntegers is just the supported range of values.

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Preface ix

Access Lock

The ProcessLogix system supports six access levels. Each parameterincludes an Access Lock attribute that defines what access level a

program or operator must have in order to change the value of theparameter. See Table P.3for lists of these access levels and to see therelationship between the access lock and the access level.

Table P.3 Supported Parameter Access Lock Levels

AccessLock

Access Level

Operator Supervisor Engineer Program ContinuousControl

ApplicationsDeveloper

Operator X X X X X X

Supervisor X X X X X

Engineer X X X X

ViewOnly

ApplicationsDeveloperOnly

X

Engineer/ApplicationsDeveloper

X X

Program X X X

Other

FunctionBlock

X X

Control X

Engineer Only X

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Preface x

Residence

Parameters in ProcessLogix control strategies may reside in severalplaces. See Table P.4for a listing and definition of the valid

residences.Table P.4 Parameter Residences

Residence Description

CEE(Control ExecutionEnvironment)

Supports execution of a set of function blocks for solving controlapplications. It runs in the Hybrid Controller as a software layerbuilt on top of the control software infrastructure.

SR(System Repository)

The file where all ProcessLogix server point data is stored.

ProcessLogix Server ProcessLogix server:Parameters resident at the server control how data for the point isaccessed or viewed by the operator, using the ProcessLogix Station

software.

TIP All ProcessLogix parameters have attributes and/orvalues stored within the Engineering Repository. Inaddition, parameters of loaded blocks are stored inone or more locations. These Repositories are theProcessLogix Run Time Repositories; SR, CEE andserver. Location within one or more of the Run TimeRepositories is described by the residency parameter

attribute.

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Function Block Parameters

Parameter Specific toBlock(s)

Description Data Type Range Default ConfigLoad

AccessLock

Residence ActiveConnector

RelaPara

ABORTALM.FL SCM Abort Alarm Flag Boolean Off (0)On (1)

Off (0) No View Only CEE No ABORABORSTAT

ABORTALM.PR SCM Abort State AlarmPriority - Specifiesthe alarm priority forthe Abort alarm

EnumerationALPRIOR

None (0)Journal (1)Low (2)High (3)Urgent (4)

Low (2) Yes Engineer/ApplicationDeveloper

CEE No ABORABOR

ABORTALM.SV SCM Abort State AlarmSeverity - Specifiesthe alarm severityfor the Abort alarm.

16-Bit Integer 0 to 15 0 Yes Engineer CEE No ABORABOR

ABORTLOCK SCM Abort CommandAccess Lock

EnumerationCSCOACCLOCK

Operator (0)Engineer (1)View Only (2)OtherFB (3)

Engineer(1)

Yes Engineer CEE No COM

ACCDEV.FL [1..4] Totalizer, PulseInput Totalizer

AccumulatorDeviation Flag -Indicates when anaccumulatordeviation trip point(ACCDEV.TP [1-4])has been reached.There is one flag pertrip point.

Boolean Off (0):ACCDEV.TP [n]is less than orequal toACCTV PVOn (1):ACCDEV.TP [n]is greater thanor equal toACCTV PV

Off (0) No View Only CEE No ACCDACCT

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ACCDEV.TP [1..4] Totalizer AccumulatorDeviation Trip Point -Used to determinewhen theaccumulated value(PV) is getting "near"the target value

(ACCTV). Trip pointvalues areexpressed asdeviations from thetarget value.

64-Bit RealNumber

NaN, orgreater thanor equal to0.0.

NaN Yes Engineer CEE No ACCDACCT

Pulse InputTotalizer

AccumulatorDeviation Trip Point -Used to determinewhen theaccumulated value(PV) is getting nearthe target value(ACCTV). Trip pointvalues areexpressed asdeviations from the

target value.

Real NaN orgreater-thanor equal to 0.0

NaN Yes Engineer CEE No >ACCACCT

Flag, NumericFLAGARRAY,NUMERICARRAY,TEXTARRAYSIFLAGARRCH,SINUMARRCH,SITEXTARRCH

Access Lock -Specifies who canchange the Flagfunction blocksstate (using PV andPVFL), and who canchange the Numericfunction blocksvalue (PV).

EnumerationACCLOCK

Operator (0)Engineer (1)OtherFB (2)

Operator(0)

Yes Engineer CEE No NumeFlag oFLAGPVFL [1..12NUMonly: SI Ch[1..64STR [

ACCTV Totalizer Accumulator TargetValue - Specifies thetarget value of theaccumulator.

64-Bit RealNumber

NaN, orgreater-thanor equal-to 0.

0 Yes Operator CEE No PV, AACCDACCD


Accumulator TargetValue Specifiesthe target value ofthe accumulator.

64-Bit RealNumber

NaN, orgreater-thanor equal-tozero

0 Yes Operator CEE No PV, AACCDACCD



AccessLock


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ACCTVFL Totalizer Accumulated-Target-Value Reached Flag- The "targetreached" flag for theTotalizer functionblock. It indicates ifthe present variable

(PV) has reached thetarget value[ACCTV].

Boolean Off (PV is lessthan ACCTV)On (PV isgreater thanor equal toACCTV)

No View Only CEE No PV, A


Accumulated-Target-Value Reached Flag- The "targetreached" flag for theTotalizer functionblock. It indicates ifthe present variable(PV) has reached thetarget value(ACCTV).

Boolean Off (0): PV isless-thanACCTVOn (1) PV isgreater-thanor equal-toACCTV

No View Only CEE No PV, A

ACTIVEFL Step Step Active Flag Boolean Off (0)On (1)

Off (0) No View Only CEE No

ACTIVEHANDLR[1..8]

SCM Active Handler TypeFlag

Boolean Off (0)On (1)

Off (0) No View Only CEE No ACTIVR,ACTIVRN,ACTIVE, AC[1..10ACTIV[1..10ACTIV[1..10



AccessLock


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ACTIVELOC.HANDLER

SCM Active HandlerName

BlockId NullString

No View Only CEE No ACTIVRN

ACTIVELOC.HANDLERN

SCM Active HandlerName

32-Bit Integer NullString

No View Only CEE No ACTIVR

ACTIVELOC.HNDTYPE

SCM Active Handler Type 32-Bit Integer 0 to 8 0 No View Only CEE No TYPE

ACTIVELOC.STEP [1..10]

SCM Active Step Name BlockId NullString

No View Only CEE No ACTIV[1..10



AccessLock


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ACTIVELOC.STEPN [1..10]

SCM Active Step Name 32-Bit Integer Null String No View Only CEE No ACTIV[1..10

ACTIVELOC.TIME [1..10]

SCM Active Step Time 32-Bit Integer 0 to2147483647

0 No View Only CEE No PERIOSTEP

ACTRAMPRATE[1..NUMPROFILES][1..NUMRAMPSOAK]

RampSoak Actual Ramp Rate (inEUs per min) - Thereis one ramp rate perRamp/Soak pair ofeach profile.

Real NaN No View Only CEE No Ramp

ACTSOAKTIME[1..NUMPROFILES][1..NUMRAMPSOAK]

RampSoak Actual Soak Time (inMinutes) - There isone soak time perRamp/Soak pair.

Real 0.0 to 120.0 0.0 No View Only CEE No NUMNUM[1..NACTR[1..N[1..N, ACT[1..N[1..N, ACT[1..NACTS[1..N

ACTSOAKVAL[1..NUMPROFILES]

[1..NUMRAMPSOAK]

RampSoak Actual Soak Value -There is one soakvalue per

Ramp/Soak pair.

Real NaN No View Only CEE No NUMNUM[1..N

ACTS[1..N[1..N, ACT[1..N[1..N, ACT[1..NACTS[1..N



AccessLock


RelaPara

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ACTSTARTOP[1..NUMPROFILES]

RampSoak Actual StartingOutput Value

Real 0 ViewOnly

No CEE No NUMNUM[1..NACTS[1..N[1..N, ACT

[1..N[1..N, ACT[1..N[NUMACTS[1..N

ACTSTARTSEG[1..NUMPROFILES]

RampSoak Actual StartingSegment ID

Real 0 ViewOnly

No CEE No NUMNUM[1..NACTS[1..N[1..N, ACT[1..N[1..N

, ACT[1..N[1..N, ACT[1..N

ACTVTNTIME Step Activation Time Integer No View Only CEE

ADVDEVALM.DB PID, PIDFF, PosProp Advisory DeviationAlarm Deadband

64-Bit RealNumber

0.0 to 100.0 ifalarmdeadbandunits(ADVDEVALM.DBU) arePercentGreater-thanor equal-to 0.0if alarmdeadbandunits(ADVDEVALM.DBU) areEngineeringUnits

0.0 Yes Operator CEE No ADVD



AccessLock


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ADVDEVALM.DBU

PID, PIDFF, PosProp Advisory DeviationAlarm DeadbandUnits - Indicates ifADVDEVALM.DB isin Percent orEngineering Units.

EnumerationALMDBU

Percent (0)EU(1)

Percent(0)

Yes Engineer CEE No ADVD

ADVDEVALM.FL PID, PIDFF, PosProp Advisory DeviationAlarm Flag -Indicates if anadvisory alarm hasbeen detected

Boolean Off (0) (not inAdvisoryDeviationalarm)On (1) (inAdvisoryDeviationalarmcondition)


ADVDEVALM.PR PID, PIDFF, PosProp Advisory DeviationAlarm Priority -Defines the priorityof an advisorydeviation alarm.

EnumerationALPRIOR


Low (2) Yes Engineer CEE No

ADVDEVALM.SV PID, PIDFF, PosProp Advisory DeviationAlarm Severity

16-Bit Integer 0 to 255 0 Yes Engineer CEE No

ADVDEVALM.TM PID, PIDFF, PosProp Advisory DeviationAlarm Filter Time (inseconds) Thepurpose of thisvariable is to preventinput spikes fromcausing alarms.

DeltaTime 0 to 60 0 Yes CEE No ADVDEVALM.TP

If ADequawill bsoon deviathe tr

ADVDEVALM.TP PID, PIDFF, PosProp Advisory DeviationAlarm Trip Point (inEngineering Units) -An alarm will begenerated when thedifference betweenthe process variable(PV) and Advisory

Setpoint value(ADVSP) exceeds thevalue in thisvariable.

64-Bit RealNumber

NaN, orgreater-thanor equal-tozero.

NaN Yes Operator CEE No PV, A



AccessLock


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ADVDEVOPT PID, PIDFF, PosProp Advisory DeviationOption - Indicates ifadvisory deviationalarming isrequested.

EnumerationENBSTATE

Enable (0):Advisorydeviationalarming isrequestedDisable (1):Advisory

deviationalarming isnot requested

Enable (0) Yes Engineer CEE No

ADVS PID, PIDFF, PosProp Advisory SetpointValue (inEngineering Units)

64-Bit RealNumber

SPLOLM toSPHILM

0 Yes Operator CEE No ADVS

ADVSPP PID, PIDFF, PosProp Advisory SetpointValue (in Percent)

64-Bit RealNumber

No View Only CEE No ADVS

ALARM nooN ALARM output value Boolean Off (0)On (1)


ALIAS [ ].AL SCM The base nestedparameter for alias.

Structure No ApplicationDeveloper

CEE No NUM

ALIAS [ ].STATU SCM Internal parameter

for system use only.ALIAS [ ].VALUE SCM Internal parameter

for system use only.

ALIASBLKTYP [ ] SCM Block type of thealiases defined inthe Alias Table.

16-Bit Integer(Template ID)

Yes ApplicationDeveloper

ERDB No NUM

Alias Tableparameter

Block type of thealias. Sized byNUMALIASES.

Integer(TEMPLATEID)

ApplicationDeveloper

ERDB

ALIASDATATYP []

SCM Internal parameterfor system use only.

Alias Tableparameter

Internal parameterfor system use only.

ALIASOPT SCM Alias Table Option -Defines whether ornot an Alias Tablewill be configured inthe SCM.

Boolean False (0)True (1)

False (0) Yes ApplicationDeveloper

ERDB No If ALIconfigall thparambe exSCM form.

ALIASPRMTYP [ ] SCM Parameter type ofthe aliases definedin the Alias Table.

16-Bit Integer(Param ID)


ERDB No NUM



AccessLock


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ALIASREF [ ] [ ] SCM Internal parameterfor system use only.

ALIASSRC [ ] [ ] SCM Internal parameterfor system use only.

ALMDB DataAcq,All RegCtl Blocksexcept Fanout:AutoMan, OvrdSel,PID, PIDFF, PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Overall Deadbandfor all analog alarms

64-Bit RealNumber

0.00 Yes Engineer/ApplicationDeveloper

CEE No ADVDDEVHDEVLOPHIOPLOPVHHPVHIAPVLLAPVLO

ALMDBU DataAcq,All RegCtl Blocksexcept Fanout:AutoMan, OvrdSel,PID, PIDFF, PosProp,PulseCount,PulseLength,

RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Overall Deadbandunit for all analogalarms

EnumerationALMDBU

Percent (0)EngineeringUnits (1)

Percent(0)


CEE No ADVDDEVHDEVLOPHIOPLOPVHHPVHIA

PVLLAPVLO

ALMENBSTATE CM, SCM, IOM,CEE, CPM, RM

Alarm Enable State -Defines the alarmreporting functionthat is to be used,when an alarmcondition is detectedby the functionblock, or one of itscomponents.


On (1) Yes OperatorRM only:Requests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

CEE No INAL



AccessLock


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ARWOP All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,PulseLength,RampSoak,

RemCas, RatioBias,RegCalc, andSwitch.

Output Anti-ResetWindup Status -Applies to functionblocks with, at most,one output (OP)connection.Contains the windup

status of the OPvariable.

EnumerationARWNET

Normal (0):OP is free tomove in eitherdirection.Hi (1):OP is free tomove in the

lowerdirection.Lo (2):OP is free tomove in thehigherdirection.HiLo (3):OP cannotmove in anydirection.

Normal(0)

No View Only CEE No ARW

ARWOP [1..8] Fanout Output Anti-ResetWindup Status -Applies to functionblocks with multipleoutput

(OP)connections.Contains the windupstatus of each OPvariable.

EnumerationARWNET

Normal:Free to movein eitherdirection.Hi:

Free to movein the lowerdirection.Lo:Free to movein the higherdirection.HiLo:Cannot movein anydirection.

Normal No View Only CEE No ARW

ASACONNSTS All IOM FunctionBlocks exceptSerial InterfaceIOM forTroubleshootingonly.Refer toASACONNSTS[0..7] for SerialInterface IOM.

ASA ConnectionStatus

32-Bit Integer 0x0 to 0x8000 No View Only CEE No

ASACONNSTS[0..7]

Serial InterfaceIOM

ASA ConnectionStatus

32-Bit Integer 0x0 to 0x8000 No View Only CEE No



AccessLock


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ASAERRCODE All IOM FunctionBlocks exceptSerial InterfaceIOM To be usedfor Troubleshootingonly.Refer to

ASAERRCODE [0..7]for Serial InterfaceIOM.

ASA Error Code 32-Bit Integer No View Only CEE No ASAE

ASAERRCODE[0..7]

Serial InterfaceIOM

ASA Error Code 32-Bit Integer No View Only CEE No ASAE

ASAERRINFO All IOM FunctionBlocks exceptSerial InterfaceIOM forTroubleshootingonly.Refer toASAERRINFO [0..7]for Serial InterfaceIOM.

ASA ErrorInformation

32-Bit Integer No View Only CEE No ASAE

ASAERRINFO[0..7]

Serial InterfaceIOM

ASA ErrorInformation

32-Bit Integer No View Only CEE No ASAE

ASTEPID DevCtl,All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Active step handle inSequential ControlModule (SCM)Control Request(CONTROLREQ).

32-Bit Integer 1 to 1023 0 No View Only CEE No CONTSCM

AUTOSYNCCMD RM Auto

SynchronizationCommand

Enumeration Never (0)

Always (1)Conditional (2)

Never (0) No Operator

Requests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No



AccessLock


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AVRAWSTS Pulse Input IOC,Pulse Input w/ FastCutoff IOC

Bad RawAccumulated ValueStatus.

Enumeration Bad (0)Uncertn (1)Normal (2)Manual (3)

No View Only CEE No AVRA

AVSTS Pulse Input IOC,Pulse Input w/ FastCutoff IOC

Bad AccumulatedValue Status

Enumeration Bad (0)Uncertn (1)Normal (2)Manual (3)

Off No View Only CEE No AV

B[1..6] RegCalc Individual bias foreach input X[1]through X[6].

Real 0.0 Yes Operator CEE No X[1..6

BACKCALCCONN All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,

PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Secondary Datastructure associatedwith RegulatoryControl Block

output(s). ContainsCalculated Value(CV) limits,initialization, anddata windup status,etc.. BACKCALCINis associated withthe secondary block,and therefore isrelated to thenumber of outputsused on the primaryblock. ConnectingBACKCALCIN to itsBACKCALCOUTpartneris requiredin order to establishthe initializationpath between thetwo blocks.

Structure No ApplicationDeveloper

CEE Yes BACKBACKBACK



AccessLock


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BACKCALCIN All RegCtl Blocksexcept Fanout:AutoMan, OvrdSel,PID, PIDFF, PosProp,PulseCount,PulseLength,RampSoak,


Secondary Datastructure associatedwith RegulatoryControl Blockoutput(s). ContainsCalculated Value(CV) limits,

initialization, anddata windup status,etc.. BACKCALCINis associated withthe secondary block,and therefore isrelated to thenumber of outputsused on the primaryblock. ConnectingBACKCALCIN to itsBACKCALCOUTpartneris requiredin order to establishthe initializationpath between thetwo blocks.

Structure No View Only CEE Yes BACKBACKBACK

BACKCALCIN[1..3]

DevCtl BackCalc Record -Secondary Datastructure associatedwith Device ControlBlock output(s). Thisstructure containsstatus informationfrom the DigitalOutput Channel(DOC) block.BACKCALCIN isassociated with thesecondary block, andtherefore is relatedto the number ofoutputs used on the

primary block.ConnectingBACKCALCIN to itsBACKCALCOUTpartneris requiredin order to establishthe initializationpath between thetwo blocks.

Structure No View Only CEE Yes BACK



AccessLock


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BACKCALCOUT[1..4]

OvrdSel Secondary Datastructure associatedwith RegulatoryControl blockinput(s). ContainsCalculated Value(CV) limits,

initialization, anddata windup status,etc. BACKCALCOUTis associated withthe primary block,and therefore isrelated to thenumber of inputsused on thesecondary block.ConnectingBACKCALCIN to itsBACKCALCOUTpartneris requiredin order to establishthe initializationpath between the

two blocks.

Structure No View Only CEE No BACK

BACKCALCOUT[1..8]

Switch Secondary Datastructure associatedwith RegulatoryControl blockinput(s). ContainsCalculated Value(CV) limits,initialization, anddata windup status,etc. BACKCALCOUTis associated withthe primary block,and therefore isrelated to thenumber of inputs

used on thesecondary block.ConnectingBACKCALCIN to itsBACKCALCOUTpartneris requiredin order to establishthe initializationpath between thetwo blocks.

Structure No View Only CEE No BACK



AccessLock


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BACKLASHL PosProp,PidPosProp

Backlash Lowercompensation ofactuator (inseconds).

Real 0.0 to 60.0seconds

0.0seconds

Yes Supervisor CEE No

BACKLASHR PosProp,PidPosProp

Backlash RaiseCompensation ofactuator (inseconds).

Real 0.0 to 60.0seconds

0.0seconds

Yes Supervisor CEE No

BADCAL AIC, AOC Bad CalibrationIndicator On a perchannel basis, thisparameter indicatesif calibration is bador missing.

Boolean Ok (0)BadCalibration (1)

Ok (0) No View Only CEE No CALB

BADCAL[0..numChans-1]

AIM, AOM Bad CalibrationIndicator On a perchannel basis, thisparameter indicatesif calibration is bador missing.

Boolean Ok (0)BadCalibration (1)

Ok (0) No View Only CEE No CALB

BADCODE All IO Channels,SIFLAGARRCH,SINUMARRCH,SITEXTARRCH

Reason for BadStates

Integer 0 No View Only CEE

BADCTLALM.FL All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Bad Control AlarmFlag


Off (0) No View Only CEE No BADCBADCBADC

BADCTLALM.PR All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Bad Control AlarmPriority Definesthe priority of a BadControl alarm.

EnumerationALPRIOR None (0)Journal (1)Low (2)High (3)Urgent (4)

Low (2) Yes Engineer CEE No BADCLM.FSV



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BADCTLALM.SV All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,PulseLength,RampSoak,


Bad Control AlarmSeverity

16-Bit Integer 0 to 255 0 Yes Engineer CEE No BADCBADCBADC

BADCTLFL Automan, OvrdSel,and Switch.

Bad Control Flag Indicates if a BadControl conditionexists.

Boolean Off (0): BadControlcondition doesnot exist.On (1): BadControlconditionexists.

Off (0) No View Only CEE No BADCBADCBADC

BADCTLOPT AutoMan, OvrdSel,Switch.

Bad Control Option Indicates what to dowhen CalculatedVariable (CV) is NaN(i.e., BADCTLFL =On).

EnumerationBADCTLOPT

No_Shed (0):ShedHold (1):ShedLow (2):ShedHigh (3):ShedSafe (4):

No_Shed(0)

Yes Engineer CEE No BADCMODOP

BADINPTOPT[1..8]

OvrdSel, Switch Bad Input Option -Indicates if badinputs (NaN) shouldbe included in theinput selectionprocess.

EnumerationBADINPTOPT

IgnoreBad (0):Ignore badinputs.IncludeBad(1): Includebad inputs.

IncludeBad (1)

Yes Engineer /ApplicationDeveloper

CEE No

BADPV DIC Indicates the DigitalInput processvariable (PV) status.



BADPVALM.FL DataAcq, DevCtl Bad PV Alarm Flag Boolean Off (0)On (1)

Off (0) No View Only CEE No BADPBADPHIALHIALM

HIALBADPVALM.PR DataAcq, DevCtl Bad PV Alarm

PriorityEnumerationALMPR


DataAcqonly: Low(2)DevCtlonly:None (0)

Yes Engineer CEE No DataABADPBADPPVSTDevCBADPBADPNUM



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BADPVALM.SV DataAcq, DevCtl Bad PV AlarmSeverity

16-Bit Integer 0 to 15 0 Yes Engineer CEE No DevCBADPBADPNUMDataABADPBADP

PVSTBADPVFL SIFLAGARRCH,

SINUMARRCH,SITEXTARRCH

Bad PV Flag Flagthat indicates thatan error responsewas received for thelast request sent bythis request block.Note that this flag isset to TRUE for bothlocal errors(communicationerrors thatprevented therequest from beingsent out on thenetwork, for

example) andremote errors (thetarget device couldnot process therequest and so sentan explicit failurestatus). For alarmingon errors, connectthe ERRFL to a FlagBlock and configurethe Flag Block tosend an Alarm whenERRFL is TRUE.


Off (0) No View Only CEE No ERRF

BADSO Pulse Input w/ FastCutoff IOC

Bad Input State FlagWhen On, thisparameter indicatesthe current value ofOutput State (SO) isdoes not necessarilyreflect the value ofthe modulesterminal screws..

Boolean Off (0): Currentvalue ofOutput State(SO) is valid.On (1): Currentvalue ofOutput State(SO) is invalid.




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BADSO[6..7] Pulse Input IOM Bad Input State FlagWhen On, thisparameter indicatesthe current value ofOutput State (SO) isdoes not necessarilyreflect the value of

the modulesterminal screws..

Boolean Off (0): Currentvalue ofOutput State(SO) is valid.On (1): Currentvalue ofOutput State

(SO) is invalid.


BASEPERIOD CEE Base Period for theCEE function block inmilliseconds (ms).

Integer 5 ms (0)50ms (1)

50 ms (1) ApplicationDeveloper

CEE

BATTERYNOTOK CPM Battery Not Okay -When On, indicatesCPM Battery iseither in a lowvoltage condition,not connected, ornot present.



BECMPRICMD RM Become PrimaryCommand

Boolean True (0)False (1)

True (0) No Operator.Requests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No

BFF PIDFF Feedforward InputBias

Real 0 Operator CEE SIFL,



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BOOLVALUEOFF TypeConvert Used to convertBoolean values toEnumeration.

EnumerationTCGENERICENUM

Enum0 toEnum63

Enum0 Yes Engineer CEE No BOOL

BOOLVALUEON TypeConvert Used to convertBoolean values toEnumeration.

EnumerationTCGENERICENUM

Enum0 toEnum63

Enum1 Yes Engineer CEE No BOOL

BREVISION RM Boot Revision.Identifies the minorrevision of the RMboot code.

8-BitUnsignedInteger

0 to 255 0 No View OnlyRequests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No

BVERSION RM Boot Version.

Identifies the majorrevision of the RMboot code.

8-Bit

UnsignedInteger

0 to 255 0 No View Only

Requests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No

BYPASS DevCtl Permissive andInterlock Bypass


Off (0) Yes Operator CEE No BYPPNUMOP, P

BYPPERM DevCtl Override andPermissive BypassPermit

Boolean Off (0)On (1) Off (0) Yes Engineer CEE No BYPAPI[0..



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C [1..8] Auxcalc Results of up toeight calculatorexpressions.

64-Bit RealNumber

NaN No View Only CEE No CSTS

RegCalc Expression result foreach user inputexpressionEXPR[1..8]

Real NaN No View Only CEE No CSTS

C[1..10].BYPPERM

Transition Conditional ForcePermit


Off (0) Yes Engineer CEE No C [1..[1..10

C [1..10].BYPREQ Transition Conditional ForceRequest

EnumerationCSCOBYPREQ

ToOff (0)ToOn (1)None (2)

None (2) No Operator CEE No C [1..[1..10

C[1..10].CONFIGCODE

Transition ConditionConfiguration Code

EnumerationCSCOCONFIGCODECOND

See below None (0) No View Only CEE No

C[1..10].CONFIGDESC

Transition ConditionalConfigurationDescriptor

String None No View Only CEE No



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Range

None (0)Ok (1)UnknownError (2)ImplictConv (3)LossOfPrecsn (4)UnexpctEnd (5)UnexpctComma (6)ColonWoQMark (7)FctNotMltArg (8)ClosParenExp (9)OperandExp (10)MissingArg (11)OperatorExp (12)ColonExp (13)TypeMismatch (14)TypeNotSupp (15)SyntaxError (16)ExprTooCmplx (17)NotEPcodeMe (18)

NotEDataStak (19)UnsuppFeatur (20)

ExprTooLong (21)DivideByZero (22)UnknownToken (23)UnexpTokenOS (24)UnknownFunc (25)UnexpOCExpr2 (26)UnexpOCExpr3 (27)ZeroArgument (28)UnexpToken (29)InvalResult (30)InvalTokenTb (31)IntegerExp (32)DoubleExp (33)MissedImpl (34)UnicodeConv (35)ConstExprRem (36)DuplExprRem (37)ExtUse38 (38)ExtUse39 (39)

ExtUse40 (40)ExtUse41 (41)

ExtUse42 (42)ExtUse43 (43)ExtUse44 (44)ExtUse45 (45)ExtUse46 (46)ExtUse47 (47)ExtUse48 (48)ExtUse49 (49)ExtUse50 (50)UnSupConType (51)UnExpClsParn (52)CantAssRVal (53)UnExpArrOpen (54)ArrClsExpect (55)ArrOpnExpect (56)ArrIndxError (57)StringExpect (58)InvalidRefer (59)TooManyConns (60)

CantConvInpt (61)

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C[1..10].CONFIGSTS

Transition ConditionConfiguration Status

EnumerationCSCOCONFIG

Ok (0)Information (1)Warning (2)SevereWarn(3)Fail (4)Error (5)

SevereError(6)

Ok (0) No View Only CEE No C[1..10C[1..10

C [1..10].DESC Transition ConditionDescription

String Maximumstring lengthis 23characters.

NullString


SR No

C [1..10].EXECCODE

Transition Condition ExecutionCode

EnumerationCSCOEXECCODE

None (0)ConfigError (1)ExprEvalFail(2)StoreFailed (3)CommError (4)StoreWarning(5)InternalErr (6)CtrlReqErr (7)DataTypeErr(8)StorePending(9)

None (0) No View Only CEE No

C [1..10].EXECDESC

Transition Condition ExecutionCode Descriptor

String None No View Only CEE No

C [1..10].EXECSTS

Transition Condition ExecutionStatus

EnumerationSCSCOEXECSTS

Ok (0)Bypass (1)Info (2)Warning (3)Fail (4)Error (5)OkPaused (6)BypassPaused(7)

InfoPaused (8)WarnPaused(9)FailPaused(10)ErrorPaused(11)

Ok (0) No View Only CEE No C [1..C [1..

C [1..10].EXPR Transition Condition Expression String Length: 255characters.

NullString


SR No



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C [1..10].EXPRPCODE

Transition Internal parameterfor system use only.

C [1..10].FL Transition Condition StatusFlag



C [1..10].GATEASGN

Transition Internal parameterfor system use only.

C [1..10].INVOKFL Transition Invoke TransitionCondition InvokeFlag


Off (0) No View Only CEE No C [1..

C1 Totalizer, PulseInput Totalizer,Deadtime

Engineering Unitsscaling factor for thecalculation ofDELAYTIME orTotalizer ProcessVariable (PV).

64-Bit RealNumber

Any RealNumber, NaNis not allowed.

1.0 Yes Deadtime:EngineerTotalizer,Pulse InputTotalizer:Operator

CEE No DELA

Pulse Input IOC,Pulse Input w/ FastCutoff IOC

Engineering Unitsscale factor(dimensionless) For example, a factor

to convert gallons tobarrels.

64-Bit RealNumber

Any RealNumber, NaNis not allowed.

1.0 Yes View Only CEE No C2, A

C1[0..7] Pulse Input IOM Engineering Unitsscale factor(dimensionless)forexample, a factor toconvert gallons tobarrels.

64-Bit RealNumber

3.4 e 38 to3.4 e 38

1.0 Yes ApplicationDeveloper

CEE No C2, A



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CASREQFL PID, PIDFF, PosPropRemCas, RatioBias

Cascade RequestFlag - If set, meansthe function blockwas in cascade, thenshed mode due toinput timeout, andwill return to

cascade as soon asit fetches a goodinput.

Boolean Off (0)On (1): Modewas shed dueto timeout;waiting toreturn tocascade

mode.

Off (0) No OtherFunctionBlock

CEE No MOD

CATNUMBER All IOM FunctionBlocks

Catalog Number 32-Bit Integer Seebelow


CEE No

CCLCNT CPM Number of LoadedControl ComponentLibraries (CCLs) inthe ControlProcessor Module(CPM).

16-Bit Integer No View Only CEE No CCLN

CCLINFO CPM Control ComponentLibrary (CCL)managementinformation.

String (OneDimensionalArray)

0 to 49 NullString

No View Only CEE CCLC

CCLLOADSTAT CPM Control ComponentLibrary (CCL) loadstatus.

16-Bit Integer None 0 No View Only CEE No

CCLNAME CPM List of loadedlibraries.

String (OneDimensionalArray)

0 to 40 NullString

No View Only CPM No CCLC

CCLPACKET CPM Library LoadParameter

Engineer CEE



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1756-IF6I: 11756-IF16: 61756-IA16: 51756-IB32: 121756-IB16I: 61756-IA16I: 51756-IM16I: 6

1756-IA8D: 1

1756-IB16D: 21756-IR6I: 21756-IT6I: 5TC- MUX021: 01756-OF6CI: 41756-OF6VI: 31756-OF8: 9

1756-OA16: 7

1756-OB32: 171756-OB16I: 71756-OA16I: 71756-OA8D: 41756-OB16D: 41757-PIM: 8

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CEECOMMAND CEE, CPM Control ExecutionEnvironmentCommand

EnumerationCEECOMMAND

Idle (0)Run (1)None (2)

None (2) No Supervisor orEngineerwhan an Idlecommand isstored toCEECOMMAND and the

CEE is in theRun state.Supervisor,Engineer orOperatorwhen aCEECOMMAND of Run isstored andthe CEE is inIdle.

CEE No CEES

CEESTATE CEE, CM, SCM,IOM, CPM

Control ExecutionEnvironment State -Gives current stateof CEE.

EnumerationCEESTATE

Idle(0)Run(1)Failed(2)NotLoaded(3)

Idle(0) No View Only CEE No CEECEXECPCMS



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CHANINUSE[0..31]

RM, SerialInterface IOM

Channel In Use Indicates whetherthe Channel iscurrently being used(a value of On) or not(a value of Off).


Off (0) No View OnlyRM only:Requests toread or storeto any RMparametermust come

from theSupervisoryplatform.

CEE No CHAN

CHANSTS[0..31] RM, SerialInterface IOM

Channel Status Provides a status foreach channel of themodule.

Enumeration NotUsed(0)Ok(1)Bad(2)

NotUsed(0)

No View OnlyRM only:Requests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

CEE No CHANERRF

CHANTEXT IOM Channel In Use Indicates whetherthe Channel iscurrently being used(a value of On) or not(a value of Off).



CIPNAME RSPNUMARRAYRSPFLAGARRAYRSPTEXTARRAY

CIP Tag Name String Maximum of40 characters

Blank(no name)


CEE

CJDISABLE AIM, RM Cold JunctionDisable Appearsas a configurationcheckbox that whenenabled allowsCJOFFSET to beconfigured.


Off (0) Yes ApplicationDeveloperRM only:Requests toread or storeto any RMparametermust comefrom the

Supervisoryplatform.

CEE No CJOF

CJOFFSET AIC Cold Junction Offset- Offset to be addedto cold junctiontemperature as acorrection factor.

64-Bit RealNumber

-5 to +5degrees (C orF)

0.0 No View Only Not Loaded No CJDISCALB



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CJOFFSET[0..numChans-1]

AIM Cold Junction Offset- Offset to be addedto cold junctiontemperature as acorrection factor.

64-Bit RealNumber

-5 to +5degrees (C orF)

0.0 Yes ApplicationDeveloper

CEE(1756-IF16not loaded)

No CJDISCALBs-1] (A

CLKADJUST RM Local clockadjustment

Enumeration Standard (0)Daylight (1)

Standard(0)

No View OnlyRequests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No

CLKTIME RM Clock time, asreported by theRedundancyModule.

TIME No View OnlyRequests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No

CLKZONE RM Time zone 16-BitUnsignedInteger


Not Loaded No

CLROPREQFL DevCtl Clear RequestedOutput Value(OPREQ) Flag



CEE No GOPROPTY

CMDATTR Totalizer, Pulse

Input Totalizer

Totalizer Command

Attribute - Specifieswho may store tothe COMMANDparameter, (i.e., theoperator, anotherfunction block, oruser program).

Enumeration

CMDATTR

Operator (0)

OtherFB (1)

Operator

(0)

Yes Operator CEE No COM



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CMDDISALM.FL DevCtl Command DisagreeAlarm Flag


Off (0) No View Only CEE No CMDCMDCMD2], GONUMNUMOPFIN

CMDDISALM.PR DevCtl Command DisagreeAlarm Priority

EnumerationALPRIOR


Low (2) Yes Engineer CEE No CMDCMDCMD2], NUNUM

CMDDISALM.SV DevCtl Command DisagreeAlarm Severity

16-Bit Integer 0 to 255 0 Yes Engineer CEE No CMDCMDCMD2], NUNUM

CMDDISALM.TM[0..2]

DevCtl Command DisagreeFeedback Times -The wait time foreach state, beforeCommand Disagree

Alarm becomesactive.

32-Bit Integer 0 to 1000seconds

0 seconds Yes Engineer CEE No CMDCMDCMDNUMNUM

NUM

CMDEXEC SCM Sequential ControlModule (SCM)Execution Command

EnumerationCSCOEXECC

None (0)Resume (1)CheckConfig(2)

None (0) No View Only CEE No COM

CMDFALALM.FL DevCtl Command Fail AlarmFlag


Off (0) No View Only CEE No CMDCMDCMD2], GONUMNUMOPFIN

CMDFALALM.PR DevCtl Command Fail AlarmPriority

EnumerationALPRIOR


Low (2) Yes Engineer CEE No CMDCMDCMD2], NUNUM

CMDFALALM.SV DevCtl Command Fail AlarmSeverity

16-Bit Integer 0 to 255 0 Yes Engineer CEE No CMDCMDCMD2], NUNUM



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COMMAND(cont)

REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY

Method thatspecifies the type ofcommunication thatthis block isconfigured toperform.

Enumeration See b elow PLC5TypRead


CEE No

CONFIGCODE SCM, Handler,RegCalc, Step,Transition

Configuration Code EnumerationCSCOCONFIGCODE

See below None (0) No View Only CEE No



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PLC5TypRead Used if this block is to read data from a PLC-5 or aCL5550 using the PLC-5 Typed Read Command.

PLC5TypWrite Used if this block is to write data from a PLC-5 or aCL5550 using the PLC-5 Typed write Command.

CIPRead Used to read data from a CL5550

CIPWrite Used to write data from a CL5550.

Range

None (0)UnknownError (1)InternalErr (2)

ILLOwnHandle (3)ILLHndlrHndl (4)NextHNotNull (5)ILLNNextTrns (6)ConnInvObjs (7)InvNextType (8)NotImplNxTyp (9)ILLExcConds (10)ILLConds (11)ILLOutputs (12)IncObjects (13)ILLNOutputs (14)ILLNConds (15)

ILLGateLogic (16)IncGateLogic (17)NullGateUsed (18)

OvlpGateInps (19)SkipGateInps (20)ILLInvkTObj (21)ILLInvkTCnfg (22)ILLHndlrType (23)ILLHndlrSel (24)HndlrInstMis (25)ILLExcCProp (26)IncOpProp (27)IncCondProp (28)IncInvkTProp (29)IncPropagtn (30)LostObjects (31)

ActIgnored (32)EditIgnored (33)TooFewCond (34)

MaxTmLtMinT (35)NegativeTime (36)EnbHdUnavail (37)DisHdUnavail (38)EditNotPermt (39)IntGateError (40)UserNullHnd (41)UserEditHnd (42)ILLObjAsHnd (43)NonEditLostO (44)NonOptGatLog (45)RefusedConn (46)ILLMultRef (47)

ConfHndErr (48)CnfHndSurWrn (49)ConfHndWarn (50)

ConfHndInfo (51)ConfUnknCnfSt (52)Spare53 (53)Spare54 (54)Spare55 (55)Spare56 (56)Spare57 (57)Spare58 (58)Spare59 (59)Spare60 (60)Spare61 (61)

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CONFIGCODE[1..8]

Auxcalc Configuration Code EnumerationAUXCALCCONFIGCODE

See below None (0) No Engineer/ApplicationDeveloper

CEE No

CONFIGDESC Handler, RegCalc,SCM, Step,Transition

ConfigurationDescriptor

String Maximum of39 characters.

None No View Only CEE No

CONFIGDESC[1..8]

Auxcalc ConfigurationDescriptor


None No View Only CEE No

CONFIGSTS Handler, RegCalc,SCM, Step,Transition

Configuration Status EnumerationAUXCALCCONFIGSTS,CSCOCONFIG

Ok (0)Information (1)Warning (2)SevereWarning (3)Fail (4)Error (5)SevereError(6)

Ok (0) No View Only CEE No

CONFIGSTS[1..8] Auxcalc Configuration Status EnumerationAUXCALCCONFIGSTS,

CSCOCONFIG

Ok (0)Information (1)Warning (2)

SevereWarning (3)Fail (4)Error (5)SevereError(6)

Ok (0) No View Only CEE No



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Range

None (0)Ok (1)UnknownError (2)ImplicitConv (3)LossOfPrecsn (4)UnexpctEnd (5)UnexpctComm (6)ColonWoQMar (7)FctNotMltArg (8)ClosParenExp (9)OperandExp (10)MissingArg (11)OperatorExp (12)ColonExp (13)TypeMismatch (14)TypeNotSupp (15)

SyntaxError (16)ExprTooCmplx (17)NotEPcodeMe (18)NotEDataStak (19)UnsuppFeatur (20)ExprTooLong (21)DivideByZero (22)UnknownToken (23)UnexpTokenO (24)UnknownFunc (25)UnexpOCExpr2 (26)UnexpOCExpr3 (27)ZeroArgument (28)UnexpToken (29)InvalResult (30)InvalTokenTb (31)

IntegerExp (32)DoubleExp (33)MissedImpl (34)UnicodeConv (35)ConstExprRem (36)DuplExprRem (37)ExtUse38 (38)ExtUse39 (39)ExtUse40 (40)ExtUse41 (41)ExtUse42 (42)ExtUse43 (43)ExtUse44 (44)ExtUse45 (45)ExtUse46 (46)ExtUse47 (47)

ExtUse48 (48)ExtUse49 (49)ExtUse50 (50)UnSupConTyp (51)UnExpClsParn (52)CantAssRVal (53)UnExpArrOpen (54)ArrClsExpect (55)ArrOpnExpect (56)ArrIndxError (57)StringExpect (58)InvalidRefer (59)TooManyConn (60)CantConvInpt (61)

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CONFIGURED RM RM ConfigurationStatus. Value ofUSER indicates themodule has beenconfigured to dosomething differentthan the

out-of-the-boxdefault.

Enumeration Factory (0)User (1)

Factory (0) No View OnlyRequests toread or storeto any RMparametermust comefrom the


Not Loaded No

CONFIRM[0..15] Message Confirmation Boolean Off (0)On (1)

Off (0) No Operator CEE No

CONFIRMED[0..15]

Message Confirmed Boolean Off (0)On (1)

View Only CEE No

CONNLISTSIZE CM Integer 0 View Only No

CONTROLLOCK SCM Control Access Lock EnumerationCSCOACCLOCK

Operator (0)Engineer (1)View Only (2)OtherFB (3)

Operator(0)

Yes Engineer CEE No MOD

CONTROLREQ DevCtlAll RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Sequential ControlModule (SCM)Control Request

Structure No OtherFunctionBlock

CEE No GOPRMODOPTYSCMSCM

COS DIC Change of State. Boolean Off (0)On (1)


COS[0..NumChans-1]

DIM Change of State. Boolean Off (0)On (1)


CPMCOMMAND[0..numChans-1]

CPM This block willreplacePCMCOMMAND ina later release.

CPMSTATE CPM This block willreplace PCMSTATEat a later release.



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CRCYCLEOVRN[0..40]

CEE Current Hour CycleOverruns.

16-Bit RealNumber

0 to 32767 0 No View Only CEE No LSCY

CSRC [1..10][1..6] Transition Internal parameterfor system use only.

CSTS[1..8] AuxCalc Expression S tatuses EnumerationPVSTS

Bad (0)Uncertn (1)Normal (2)Manual (3)

Bad (0) No View Only CEE No

RegCalc Expression resultstatus for eachresult C [1] through C[8].

EnumerationPVSTS

Bad to Manual(0 to 3)

Bad (0) No View Only CEE No C [1..

CTLACTN PID, PIDFF Control Action - Theoutput direction of aPID function block(direct or reverse).

EnumerationCTLACTN

Direct (0)Reverse (1)

Reverse(1)

Yes Engineer CEE No

CTLEQN PID, PIDFF, OvrdSel,Switch.

Control EquationType

EnumerationCTLEQN

EqA (0)EqB (1)EqC (2)EqD (3)EqE (4)EqF (5)EqG (6)

EqA (0) Yes Engineer /ApplicationDeveloper

CEE No

CTLINIT All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,

PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Control InitializationRequest Flag - Usedto request one-shot

initialization of aRegulatory Controlblock. May bewritten to by a userprogram or anotherfunction.



CEE No

CURPROFILEID RampSoak Current Profile ID Integer 1 to 10 1 Operator No CEE No CURS

CURSEGID RampSoak Current Segment ID. Integer 1 to 60 No Operator CEE No CURP



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CURSEGTYP RampSoak Current SegmentType (Ramp or Soak).

Enumeration Ramp (0)Soak (1)

Ramp (0) No View Only CEE No

CUTOFF.LM Totalizer, PulseInput Totalizer,Deadtime

Zero-Flow CutoffLimit in EngineeringUnits - Allows theuser to specify acutoff limit suchthat, when the valueof the RATE fallsbelow this limit, PVremains constant (noaccumulation).

64-Bit RealNumber

NaN, orgreater-thanor equal-to0.0.

Deadtime: NaNTotalizer,PulseInputTotalizer:0.0

Yes Totalizer,Pulse InputTotalizer:EngineerDeadtime:Supervisor

CEE No

CV All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Calculated Value -The result(calculated value) ofthe function blocks.The value may be inPercent orEngineering Units,depending on thefunction block.

64-Bit RealNumber

NaN No OtherFunctionBlock

CEE No

CV[1..8] Fanout Calculated Variablefor function blockswith MultipleOutputs - The result(calculated value) ofthe function block.There is one CV foreach output.

64-Bit RealNumber

NaN Yes OtherFunctionBlock

CEE No

CVEUHI All RegCtl Blocksexcept Fanout:AutoMan, OvrdSel,PID, PIDFF, PosProp,PulseCount,PulseLength,RampSoak,RemCas, RatioBias,

RegCalc, andSwitch.

Calculated Variable(CV) High Range (inEngineering Units) -This valuecorresponds to100% of full-scalevalue.

64-Bit RealNumber

Greater-thanor equal-toCVEULO

100.0 Yes Engineer CEE No CVEU



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CVORFBSRC RegCalc Calculated Variableunder overridefeedback conditions(CVORFB) sourceselector.

EnumerationREGCALCSELECTOR

X1 to C8STS(0 - 27)

X1 (0) Yes Engineer CEE No

CVSRC RegCalc Calculated Variable(CV) output sourceselector.

EnumerationREGCALCSELECTOR

X1 to C8STS(0 - 27)

X1 (0) Yes Engineer CEE No

CYCLEOPT[1..NUMPROFILES]

RampSoak Cycle Option. Integer Single (0)RoundRob (1)Cyclic (2)

RoundRob(1)

Engineer CEE

CYCLETIME PosProp,PidPosProp

Cycle time forcommanding raise orlower pulses (inseconds).

Real 0.020 to1000.0

10.0 Yes Supervisor CEE No

D1 Deadtime Bias for thecalculation ofDELAYTIME.

Real Number 0.0 Yes Supervisor CEE No DELA

D2 Deadtime Bias for the P2 input. Real Number 0.0 Yes Supervisor CEE No

DATATYPE RSPNUMARRAY DataType forPCCC/CIP Access.The type of data thatcan be read from orwritten to by aremote device.

Enumeration 32-Bit RealNumber,8-Bit SignedInteger,16-Bit SignedInteger,32-Bit SignedInteger,

32-BitRealNumber


CEE No

DEADBAND GE, GT, LE, LT Deadband ValueDefines the value ofthe deadband forComparisonFunctions.

64-Bit Real Greater-thanor equal-to 0.

0.005 Yes Engineer CEE No

DEADBAND1 EQ, NE Deadband Value #1Defines the valueof the (inner)

deadband.

64-Bit Real Greater-thanor equal-to 0.Less-than or

equal-toDEADBAND2




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DEADBAND2 EQ, NE Deadband Value #2Defines the valueof the (outer)deadband.

64-Bit Real Greater-thanor equal-toDEADBAND1


DEBUG All IO Channels,SIFLAGARRCH,SINUMARRCH,SITEXTARRCH.

Spare for debuginformation

Integer 0 View Only CEE

DELAYTABLE[1..60]

Deadtime Delay Table. Real Number No ViewOnly CEE No NUM

DELAYTIME 2oo3, Delay,MVote, Ondelay,Offdelay, Watchdog

Delay in seconds Integer 0-8000seconds

Delay,Ondelay,Offdelay,Watchdog:2 seconds2oo3,MVote:5 seconds

Yes Engineer CEE No

Deadtime Delay Time (inMinutes) If fixed

delay is configured,it is a fixed time,specified by theuser; for variabledelay, it is aParameter time,calculated by thefunction block.

Real Number Greater-thanor equal-to 0.0

minutes.

0.0 FixedDelay:

YesVariableDelay: No

Fixed Delay:Engineer

VariableDelay:ViewOnly

CEE No DELA

DELAYTYPE Deadtime Delay Type Enumerationof DELAYTYPE

Fixed (0)Variable (1)

Fixed (0) Yes Engineer CEE No

DELCV PID, PIDFF Incremental Changein CalculatedVariable (CV) , inPercent.

64-Bit Real NaN No ViewOnly CEE No

DELTATIME Totalizer Delta Time Real 0 View Only



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DESC Applies to all blockswith alarmingcapability exceptTimer.Also includes Flagand Messageblocks.

Block Descriptor -Used to specifydescriptive text forthe function block.Appears on bothdetail and groupdisplays.

String Length: 24charactersExceptions:40 charactersfor Step,Transition,and Handler.

23 charactersfor DevCtl.

Nullstring


SR No KEYW

DEV PID, PIDFF, PosProp Deviation - Thedifference betweenthe Process Variable(PV) and Set Point(SP).

64-Bit Real NaN No ViewOnly CEE No PV, S

DEVADDR SIFLAGARRCH,SINUMARRCH,SITEXTARRCH.

Serial Link DeviceAddress Identifiesa device on theserial link connectedto the FTA.

32-Bit Integer 0 Yes ApplicationDeveloper

CEE No

DEVHIALM.DB PID, PIDFF, PosPropand RampSoak

Deviation HighAlarm Deadband

64-Bit Real 0.0 to 100.0, ifalarmdeadband

units(DEVHIALM.DBU) are inPercent.Greater-thanor equal to0.0, if alarmdeadbandunits(DEVHIALM.DBU) areEngineeringUnits (EUs).


CEE No PV, SDEVHDEVH

DEVHDEVHDEVHDEVH



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DEVHIALM.DBU PID, PIDFF, PosPropand RampSoak

Deviation HighAlarm DeadbandUnits - Indicates ifDEVHIALM.DB is inPercent orEngineering Units.

EnumerationALMDBU

Percent (0)EU (1)

Percent(0)


CEE No PV, SDEVHDEVHDEVHDEVHDEVHDEVH

DEVHIALM.FL PID, PIDFF, PosPropand RampSoak Deviation HighAlarm Flag -Indicates ifDEVHIALM.TP hasbeen exceeded.

Boolean Off (0):DEVHIALM.TPhas not beenexceeded (i.e.,no DeviationHigh alarm).On (1):DEVHIALM.TPhas beenexceeded.

Off (0) No ViewOnly CEE No PV, SDEVHDEVHDEVHDEVHDEVHDEVH

DEVHIALM.PR PID, PIDFF, PosPropand RampSoak

Deviation HighAlarm Priority -Defines the priorityof a Deviation Highalarm.

EnumerationALPRIOR


Low (2) Yes Engineer CEE No PV, SDEVHDEVHDEVHDEVHDEVHDEVH

DEVHIALM.SV PID, PIDFF, PosPropand RampSoak

Deviation HighAlarm Severity

16-Bit Integer 0 to 15 0 Yes Engineer CEE No PV, SDEVHDEVHDEVHDEVHDEVHDEVH



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DEVLOALM.DB PID, PIDFF, PosPropand RampSoak

Deviation Low AlarmDeadband

64-Bit RealNumber

to 100.0 ifalarmdeadbandunits(DEVLOALM.DBU) arePercent

Greater-thanor equal to 0.0if alarmdeadbandunits(DEVLOALM.DBU) areEngineeringUnits (EUs).


CEE No DEVL

DEVLOALM.DBU PID, PIDFF, PosPropand RampSoak Deviation Low AlarmDeadband Units - p -Indicates ifDEVLOALM.DB is inPercent orEngineering Units.

EnumerationALMDBU Percent (0)EU (1) Percent(0) No ApplicationDeveloper CEE No DEVL



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DEVLOALM.FL PID, PIDFF, PosProp,RampSoak

Deviation Low AlarmFlag Indicates ifDEVLOALM.TP hasbeen exceeded.

Boolean Off (0):DEVLOALM.TPhas not beenexceeded,;i.e., noDeviation Lowalarm.

On (1):DEVLOALM.TPhas beenexceeded.

Off (0) No ViewOnly CEE No

DEVLOALM.PR PID, PIDFF, PosPropand RampSoak

Deviation Low AlarmPriority - Defines thepriority of aDeviation Lowalarm.

EnumerationALPRIOR


Low (2) Yes Engineer CEE No

DEVLOALM.SV PID, PIDFF, PosPropand RampSoak

Deviation Low AlarmSeverity

16-Bit Integer 0 to 15 0 Yes Engineer CEE No DEVLDEVL

DEVLOALM.TM PID, PIDFF, PosPropand RampSoak

Deviation Low AlarmFilter Time (inSeconds) - Thepurpose of this

variable is to preventinput spikes fromcausing alarms. Analarm will only begenerated if thedeviation isconsistently belowthe low deviationtrip point for morethan DEVLOALM.TMseconds.


0 to 60 0 Yes Engineer CEE No DEVL



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DEVLOALM.TP PID, PIDFF, PosPropand RampSoak

Deviation Low AlarmTrip Point (inEngineering Units) -Defines the lowerlimit for thedeviation.

64-Bit RealNumber

NaN, or 0.0 to[PVEUHI -PVEULO]

NaN Yes Engineer CEE No SP, PVPVEU

DHCHANNEL REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY:when using PCCCand COMMAND iseither:PLC5TypRead orPLC5TypWriteand the target is onDH+. Thisparameter isenabled only whenDHFL is True.

The DH+ channel thetarget node islocated on. This canbe one of twochannels A or B.Unlike ControlNet,the two DH+channels are notused merely forredundant cabling.

Enumeration A,B A Yes ApplicationDeveloper

CEE No

DHDESTLINK REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY:when using PCCCand COMMAND iseither:PLC5TypRead orPLC5TypWriteand the target is onDH+. Thisparameter isenabled only whenDHFL is True.

Destination Link forthe DH+ route. Thisparameter is usedonly when usingDH+ RemoteMessaging, andshould be zero whenusing DH+ LocalMessaging.

32-Bit Integer 0 to 199 0 Yes ApplicationDeveloper

CEE No

DHFL REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY:when using PCCCand COMMAND iseither PLC5TypReador PLC5TypWrite

This flag is TRUEwhen the targetdevice is on DH+. Inthis case, the PATHis the path to theDHRIO module andadditional pathinformation isrequired to get fromthe DHRIO moduleto the target device.

Boolean Off(0)On(1)

Off(0) Yes ApplicationDeveloper

CEE No



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DHNODE REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY:when using PCCC.I.e., when theCOMMAND is oneof the following:

PLC5TypRead PLC5TypWriteAnd the target is onDH+. Thisparameter isenabled only whenDHFL is True.

Node number of thetarget node on theDH+ network. Thisparameter has avalue from 0 to 77octal.

Enumeration 0 to 77 octal. 0 octal Yes ApplicationDeveloper

CEE No

DHSRCLINK REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY:when using PCCC.I.e., when theCOMMAND is oneof the following: PLC5TypRead PLC5TypWrite

And the target is onDH+. Thisparameter isenabled only whenDHFL is True.

Source link for theDH+ route. Thisparameter is usedonly when usingDH+ RemoteMessaging, andshould be zero whenusing DH+ LocalMessaging.


CEE No

DI [1..4] DevCtl Digital Input Value Boolean Off (0)On (1)

Off (0) No ViewOnly CEE Yes, InsideInput

DIPVGPVANUMNUMPVAU

DIGFILTER 1797-IBN16 Digital Filter Time. Enumeration .25 ms Delay.5 ms Delay1 ms Delay2 ms Delay4 ms Delay8 ms Delay16 ms Delay32 ms Delay

.25 msDelay


CEE No



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DIGFILTER[0..numChans-1]

AIM Digital Filter (msec)This parameter isa configurable timeconstant used in afirst order lag filterwhich is used toremove noise from

inputs.

32-Bit Integer If [0],minimum to20100 msIf not [0],minimum to100 ms

0(indicatesdigitalfiltering isoff)

Yes ViewOnly -See Notes

CEE No

DIPVMAP [0..15] DevCtl Actual StateDefinitions.

String Bad (0)InBet (1)State0 (4)State1 (5)State2 (6)

Bad (0) Yes Engineer CEE No DI [1.NUMNUMPVAU

DISCREP 2oo3, MVote Discrepancy outputvalue.



DISPPOS RM Display position.Identifies theChassis A vs.

Chassis Bworkstation displayfield groups to whichthe remainder of thisobjects data shouldbe applied.

Enumeration Undefined (0)Chassis_A (1)Chassis_B (2)

Undefined (0)

No ViewOnlyRequests toread or store

to any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No

DISQSECCMD RM DisqualifySecondaryCommand

Boolean True (0)False (1)

True (0) No OperatorRequests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No



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EDGEDETECT Pulse Input IOC,Pulse Input w/ FastCutoff IOC

Input Edge Detectionspecifies whichedge of pulse to bedetected forcounting. All timing,counting andfrequency functions

in the hardwarebegin with thetransition of thesignal (applied to thescrew terminals)from Low to High, orHigh to Low.

Enumeration Rising Edge(0):Signaltransitionsfrom lowvoltage tohigh voltage

will cause anOff-to-Ontransition inthe ASICfunctions ofthe module.Falling Edge(1):Signaltransitionsfrom highvoltage to lowvoltage willcause anOff-to-Ontransition inthe ASIC

functions ofthe module.

RisingEdge (0)

Yes View Only CEE No

EDGEDETECT[0..7]

Pulse Input IOM Input Edge Detectionspecifies whichedge of pulse to bedetected forcounting.

Enumeration Rising Edge (0)Falling Edge(1)

RisingEdge (0)


CEE No RisinreferscrewtransvoltavoltaOff-toin theof theFallinreferscrewtransvolta

voltaOff-toin theof the

ELOF[0..numChans-1]

DIM (onlyconfigurable on the8-channel, 120VAC, Diagnosticmodule)

Enable Loss ofPower


Off (0) Yes ApplicationDeveloper

CEE No NOFI[0..nu



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ERRCODE [0..31] Serial InterfaceIOM

Detailed Error CodeProvides anindication of thestatus of the arraydata for eachChannel.

String See below NullString

No ViewOnly CEE No ERRF

ERRFL SIFLAGARRCH,SINUMARRCH,

SITEXTARRCH

Flag that indicatesthat an error

response wasreceived for the lastrequest sent by thisrequest block. Notethat this flag is setto TRUE for bothlocal errors andremote errors . Foralarming on errors,connect the ERRFL toa Flag Block andconfigure the FlagBlock to send anAlarm when ERRFLis TRUE.

Boolean Off (0): data isokay

On (1): data isinvalid

Off (0) No ViewOnly CEE No BADPINITR

All Exchange

Library RequestArray functionblocks:REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY

Flat indicating an

error response wasreceived for the lastrequest sent by thisrequest block.

Boolean Off(0)

On(1)

Off(0) No View Only CEE No

Range

Length: 8 charactersPossible String values:

NO_CONF: Inital value set by SIM

CFG_LOAD: Set by SIM when loading configuration to FTA

ARR_INIT: Set by FTA after receiving configuration

CONFIG: Set by SIM if it cannot load a configuration

FTA COMM: Set by SIM if it cannot communicate with the FTA

#ELEMNT: Set by SIM if number of elements does not match datatype (possibly also set by FTA)

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ERRFL [0..31] Serial InterfaceIOM

Overall Error Flag Indicates the validityof the array data foreach Channel; whenOff the data is Ok,and when On thedata is invalid.


Off (0) No ViewOnly CEE No ERRC

ERRINFO REQFLAGARRAY,REQNUMARRAY,REQTEXTARRAY

Extended ErrorStatus on the lastrequest operation.

32-Bit Integer 0 No ViewOnly CEE No This vwhenparamand isthe laoperaan erExtenExtenStatudebuthe fa

ERRORCODE RM Redundancy ModuleStatus Code, as itappears on the frontpanel of theRedundancyModule.

String Maximum of 6characters

No ViewOnlyRequests toread or storeto any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No

ERRORDBL PosProp,PidPosProp (whenPV > SP)

Error Deadband forthe lower direction(in percent).

Real 0.0 to 100.0% 5.0% Yes Supervisor CEE No

ERRORDBR PosProp,PidPosProp (whenPV < SP)

Error Deadband forthe raise direction(in percent).

Real 0.0 to 100.0% 5.0% Yes Supervisor CEE No

ERRORMSGIDX RM Redundancy ModuleError MessageIndex. Full error

code, whichreferences amatching test string.


0 to 65535 No ViewOnlyRequests toread or store

to any RMparametermust comefrom theSupervisoryplatform.

Not Loaded No



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EVALTRANS[1..10] [1..10]

SCM Currently EvaluatedTransition Name

BlockId NullString

No ViewOnly CEE No ACTIV[1..10[1..10

EVALTRANSN[1..10] [1..10]

SCM Currently EvaluatedTransition Name

32-Bit Integer NullString

No ViewOnly CEE No ACTIV[1..10[1..10

EVENTFL[1..NUMEVENTS]

RampSoak RampSoak EventFlags



EVENTBGNTIME[1..NUMPROFILES][1..NUMEVENTS]

RampSoak Event Start Time Real NaN, orGreater-thanor equal-to 0.0


EVENTENDTIME[1..NUMPROFILES][1..NUMEVENTS]

RampSoak Event End Time Real NaN, orGreater-thanor equal-to 0.0


EVENTSEGID[1..NUMPROFILES][1..NUMEVENTS]

RampSoak Event Segment ID Integer 0 to 100 1 Yes Supervisor CEE No

EVERIFY[0..numChans-1]

DOM (see Notes) Enable Output Verify Boolean Off (0)On (1)

Off (0) Yes ApplicationDeveloper

CEE No VERIF[0..nu



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EXECDESC [1..8] Auxcalc Execution CodeDescriptor


None No ViewOnly CEE No EXECEXEC

EXECSTATE CM, IOM, SCM Execution state ofthe block and itscomponents.

Enumerationof EXECSTATE

Inactive (0)Active (1)

Inactive(0)

No Supervisor CEE No CEES(for S

EXECSTS SCM, Handler,Step, Transition,AuxCalc, RegCalc.

Execution Status EnumerationCSCOEXECSTS

Ok (0)Bypass (1)Info (2)Warning (3)Fail (4)Error (5)OkPaused (6)BypassPaused(7)InfoPaused (8)WarnPaused(9)FailPaused(10)ErrorPaused(11)

Ok (0) No ViewOnly CEE No

TypeConvert Execution Status Provides the overalloperation status ofthe TypeConvertfunction block.

EnumerationTCEXECSTS

Ok (0)Warning (1)Error (2)

Ok (0) No ViewOnly CEE No



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FAILSTATE[0..numChans-1]

DOM Shed Mode Shedto Hold enabler.

Boolean Use SafeState (0)Hold LastOutput State(1)

Use SafeState (0)


CEE No SAFE[0..nu

FAULTDELAY 1797-OB4D Fault DetectionDelay Time

Enumeration 11 ms12 ms14 ms18 ms26 ms42 ms

11 ms Yes ApplicationDeveloper

CEE No FAULLATC

FAULTENB [ ] 1797-OB4D Enable FaultDetection

Boolean Off(0)On(1)

Off(0) Yes ApplicationDeveloper

CEE No FAULLATC

FAULTRESET 1797-OB4D Fault Reset Boolean Off(0)On(1)

Off(0) Yes Engineer CEE No FAULLATC



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FAULTVALUE[0..numChans-1]

AOM Safe Value (inpercent) Specifiesa safe output valueto be assumed in theevent of a controllerfailure or loss ofcommunication

between thecontroller and IOM.Note thatSHEDMODE must beenabled in order toconfigure and usethe FAULTVALUE.Note that if the IOMdevice itself fails,the output value isnot deterministic.

64-Bit RealNumber

50 formodulesoperatingin voltagemodeonly.-25 for

modulesoperatingin currentmode (orcurrentandvoltagemodes).


CEE No SAFE[0..nuDOM

FBORSTS All RegCtl Blocks:AutoMan, Fanout,OvrdSel, PID, PIDFF,PosProp,PulseCount,

PulseLength,RampSoak,RemCas, RatioBias,RegCalc, andSwitch.

Function BlockOverride Status

EnumerationPTORST

NotCon (0)Sel (1)NotSel (2)

NotCon(0)

No View Only No

FBTYPE PID Function Block TypeIndicates type ofbase template fromwhich the functionblock was derived.

EnumerationFBTYPES

Null PID and all

RegulatoryControlfunctionblocks

DataAcqand allAuxiliaryfunctionblocks

DigComp DisDev All Logic

functionblocks

All Utilityfunctionblocks

Sco

Null No View Only CEE No



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FETCHMODE All IO Channels,PWM Channel,SIFLAGARRCH,SINUMARRCH,SITEXTARRCH

Fetch Mode - Whenthis mode is set, theIO Channel workswithout the IOMfunction block.

Integer Off (0) No Engineer CEE No

FF PIDFF Feed Forward Inputin Engineering Units.

Real NaN SIFL,

FFCONN PIDFF Feed Forward InputConnect.

ApplicationDeveloper

FFOPT PIDFF Feedforward Option.FFOPT indicates iffeedforward is to beadded to ormultiplied by theincremental PIDoutput.

Integer 0 Engineer SIFL,

FFSTS PIDFF Feed Forward InputStatus

Integer 0 View Only

FILENUM REQFLAGARRAY,REQNUMARRAY,

REQTEXTARRAY

When using PCCC(i.e., when the

COMMAND isPLC5TypRead orPLC5TypWrite), thisparameter is thePCCC File Name andOffset in the targetdevice. This value isthe Logical ASCIISymbolic Addresswithout the LogicalASCII Identifier. Thefollowing is anexample of a validvalue for thisparameter: N7:0When using CIP (i.e.,when the

COMMAND isCIPRead orCIPWrite), thisparameter is thename of the file inthe target device.

String Maximum of40 characters

NullString


CEE

FILTERHDR[0..numChans-1]

DIM Filter Grid Header String Maximum of20 characters

NullString

View Only SR



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FREQPERIOD Pulse Input IOC,Pulse Input w/ FastCutoff IOC

FrequencyIntegration Period Period at whichModule calculatesfrequency.

Enumeration 25ms (0)50ms (1)100ms (2)200ms (3)500ms (4)1000ms (5)2000ms (6)

1000ms(5)

Yes View Only CEE No

FREQPERIOD[0..7]

Pulse Input IOM FrequencyIntegration Period Period at whichModule calculatesfrequency.

Enumeration 25ms (0)50ms (1)100ms (2)200ms (3)500ms (4)1000ms (5)2000ms (6)

1000ms(5)


CEE No

FTAAOVRNFL Serial InterfaceIOM

FTA A Overrun Flag Indicates whetherthe FTA currently hastoo many writes toprocess and is in anoverrun condition(value is On) or not(value is Off).


Off (0) No View Only CEE No FTAB

FTAASTS Serial InterfaceIOM

FTA A Status Provides the currentstatus of the FTA.

Enumeration FtaNotPresnt(0)TfaOk (1)FtaConfig (2)FtaSoftFail (3)

FtaNotPresnt (0)

No View Only CEE No FTAB

FTABOVRNFL Serial InterfaceIOM

FTA B Overrun Flag Indicates whetherthe FTA currently hastoo many writes toprocess and is in anoverrun condition(value is On) or not(value is Off).


Off (0) No View Only CEE No FTAA

FTABSTS Serial InterfaceIOM

FTA B Status Provides the currentstatus of the FTA.

Enumeration FtaNotPresnt(0)TfaOk (1)FtaConfig (2)FtaSoftFail (3)

FtaNotPresnt (0)

No View Only CEE No FTAA

G Sel, Selreal G Selector inputvalue


Off (0) Yes Engineer CEE No



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G [1..4].ALGID Transition Gate Algorithm IDG [1].ALGID:Secondary Gate (S)TypeG [2..4].ALGID:Primary Gate (Px)Type

EnumerationCSCOALGID

None (0)On (1)Off (2)Connect (3)Not (4)Or (5)Nor (6)

And (7)Nand (8)Xor (9)

None (0) Yes ApplicationDeveloper

CEE No

G[1..4].FIRSTCOND

Transition Gate First ConditionHandle

32-Bit Integer 0 to 10 0 No ViewOnly CEE No

G[1..4].NUMINPTS

Transition Gate Number ofInputs


CEE No

G [1..4].SO Transition Gate Status Output Boolean Off (0)On (1)


GAINHILM AutoMan, Fanout,PID, PIDFF, PosProp,RegCalc

Gain High Limit -K,KLIN, andKMODIFEXT will beclamped to this limit.

64-Bit RealNumber

Any valuegreater thanGAINLOLM.


GAINLOLM AutoMan, Fanout,PID, PIDFF, PosProp,RegCalc

Gain Low Limit - K,KLIN, andKMODIFEXT will beclamped to this limit

64-Bit RealNumber Any value lessthanGAINHILM.


GAINOPT PID, PIDFF Gain Option.Specifies how thePID gain should becalculated.

EnumerationGAINOPT

Lin (0): LinearGainGap (1): GapGainNonlin (2):NonlinearGainExt (3):External Gain

Lin (0) Yes Engineer/ApplicationDeveloper

CEE No

GAPHILM PID, PIDFF Gap High Limit.Used if GAINOPT =Gap (configured).

64-Bit RealNumber


GAPLOLM PID, PIDFF Gap Low Limit.Used if GAINOPT =Gap (configured).

64-Bit RealNumber




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GENSTATE RM General State of theRedundancy Module

Enumeration Undefined (0)Startup (1)Reload (2)Fault (3)Ok (4)

Undefined (0)

No View OnlyRequests toread or storeto any RMparametermust comefrom the


Not Loaded No

GENSTATEA RM RM Module GeneralState. For eachmodule in the hostchassis, generalstate of module

Enumeration[20]

Undefined (0)Startup (1)Reload (2)Fault (3)Ok (4)

Undefined (0)


Not Loaded No

GOP DevCtl Generic Output (OP) EnumerationGENSTATE

See below. S0 (4) No OtherFunctionBlock

CEE No GOPFMODNUMNUMOPFINSAFESAFE

GOPFINAL DevCtl Generic Field OutputState (OPFINAL)

EnumerationGENSTATE

S0 (4)S1 (5)S2 (6)

S0 (4) No ViewOnly CEE No GOP,NUMNUMOPDO[1..3]

GOPREQ DevCtl Generic RequestedOutput Value(OPREQ)

EnumerationGENSTATE

Null (0)Active (2)Safe (3)S0 (4)S1 (5)S2 (6)

Null (0) No OtherFunctionBlock

CEE No CONTOPRENUMSCM



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Range

Active (2): Not configured SafeOP for two state device (i.e., ifSafeOp = State 0, Active will set OP to state 1).

Safe (3): The state nominated as the SafeOP state on the StateAssignment form.

S0 (4): State zero as defined on the State Assignment form.

S1 (5): State one as defined on the State Assignment form.

S2 (6): State two as defined on the State Assignment form.

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GOPSCADA DevCtl Generic Output forProcessLogix Serverdetail displays - Thisparameterrepresents the threeuser-defined statesso that they may be

represented clearlyin the detaildisplays.

EnumerationGENSTATESC

State_0 (0)State_1 (1)State_2 (2)

State_0(0)

No Operator CEE No GOP,

GPV DevCtl Generic ProcessVariable (PV)

EnumerationGENSTATE

Null (0)Inbet (1)S0 (4)S1 (5)S2 (6)

Null (0) No View Only,OtherFunctionBlock (seeNotes)

CEE No DIPVGPVANUMNUMPVAUPVSR

GPVAUTO DevCtl Generic PVAUTO EnumerationGENSTATE

Null (0)Inbet (1)S0 (4)S1 (5)S2 (6)

Null (0) No View Only CEE No DIPVGPV, NUMPVAU

HANDLER Step, Transition,Handler

Contains the nameof the Handler towhich thatTransition or Stepbelongs.

BlockId NullString

No View Only CEE No NUM

HANDLERREF Handler, Step,Transition

Internal parameterfor system use only.

HIALM.PR RegCtl, DevCtl,

DataAcq, SCM,Flag

Highest Alarm

Priority - Indicatesthe priority of thehighest-level alarmthat currently existsfor the functionblock.

Enumeration

ALPRIOR

None (0)

Journal (1)Low (2)High (3)Urgent (4)

None (0) No View Only CEE No HIAL

HIAL



AccessLock


RelaPara

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HIGHENG[0..numChans-1]

AIM, AOMThis parameter isconfigurable onlyon the AIM.

High Engineering (f) 64-Bit RealNumber

NaN,greater-thanLOWENG

100.0 AIM: YesAOM: No

AIM:ApplicationDeveloperAOM: ViewOnly

CEE No LOW[0..nu

HIGHSIGNAL[0..numChans-1]

AIM, AOM High Signal 64-Bit RealNumber

SeeNotes.

No View Only CEE No SIPTY[0..nuINPU[0..nuLOW[0..nu

HISTDESC SCM History ParameterDescriptor


NullString

Yes Engineer CEE No NUM

HOLDALM.FL SCM Hold Alarm Flag Boolean Off (0)On (1)

Off (0) No View Only CEE No HOLDHOLD

HOLDALM.PR SCM Hold Alarm Priority -

Specifies the alarmpriority for the Holdalarm.

Enumeration

ALMPRIOR

None (0)

Journal (1)Low (2)High (3)Urgent (4)

Low (2) Yes Engineer CEE No HOLD

HOLD

HOLDALM.SV SCM Hold Alarm Severity- Specifies the alarmseverity for the Holdalarm.

16-Bit Integer 0 to 15 0 Yes Engineer CEE No HOLDHOLD

HOLDCMD RampSoak RampSoak Hold Flag Boolean Off (0)On (1)


C

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