60575347_pcs7_userrights_en.pdf

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Cover

User Rights (Authorizations)

in SIMATIC PCS 7 OS V7.1SIMATIC PCS 7 V7.1

FAQ May 2012


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Question

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CautionThe functions and solutions described in this article confine themselves to therealization of the automation task predominantly. Please take into accountfurthermore that corresponding protective measures have to be taken up in thecontext of Industrial Security when connecting your equipment to other parts of theplant, the enterprise network or the Internet. Further information can be foundunder the Content-ID 50203404.

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Table of content

Table of Content

1 How do user rights work?..............................................................................4

1.1 Where to manage Usernames and Passwords...................................51.2 User rights workflow for SIMATIC PCS 7 OS .....................................61.3 User rights workflow for SIMATIC PCS 7 OS combined with

Windows............................................................................................81.4 User rights workflow for PCS 7 OS Web Option...............................10

1.5

User rights applied to tags ...............................................................101.6 User rights mechanism ....................................................................11

2 Appendix.......................................................................................................13

2.1 Appendix 1 ...................................................................................... 132.2 Appendix 2 ...................................................................................... 142.3 Appendix 3 ...................................................................................... 14


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1 How do user rights work?

1 How do user rights work?SIMATIC PCS 7 makes operation secure by means of assigning user rights tousers that log on to the system before they can monitor and operate the process.

Levels of user rights

SIMATIC PCS 7 supports the following user rights within the scope of the SIMATICPCS 7 Operator System (OS).

Table 1-1

No Function Description

1 User Administration Right to create and modify users and groups in the HMI

2 Authorization for Area Right to access and operate the process area and its relatedprocess graphics and tags

3 System Change Right to deactivate the Runtime and gain access to the

Windows desktop4 Monitoring Right to monitor the process and open other applications (which

will apply user rights within their own scope) for exampleSIMATIC BATCH Client

5 Process Controlling Right to operate the process and perform normal processadjustments, this includes starting and stopping equipment,opening and closing valves and making setpoint changes to PIDloops

6 Higher Process Controlling Right to make adjustments to process critical parameters andtuning parameters like alarm limits, PID algorithm tuning

parameters


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Area and Station (computer) dependent user rights

The user rights are assigned to individual users or groups of users and can beconfigured different per process area and operator station.

Within the SIMATIC PCS 7 operator system, process graphics and Tags belong toprocess areas, the rights of a user within a process area are applicable to allgraphics and Tags that are assigned to the process area.

You can also revoke access to specific process areas their process graphics andany Tag that belongs to that process area.

Groups and Users

To make configuration easier and help avoid mistakes, the SIMATIC PCS 7 OSeditor User Administrator supports Groups and Users. Users must always bemember of a Group.

The group configuration can be inherited into a newly created User, but a User canalways have a different configuration compared to the group it is member of.

There is an option to manage Usernames and Passwords in Windows and inheritthem into the SIMATIC PCS 7 OS. We recommend that method and explain how itworks in the next paragraph.

1.1 Where to manage Usernames and Passwords

Th t d d ft f ti SIMATIC L (i l d d i SIMATIC PCS 7


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1.2 User rights workflow for SIMATIC PCS 7 OS

If the Usernames and Passwords are managed in SIMATIC PCS 7 OS then youmust create each individual user on each OS Client. This is a single step activity,open the User Administrator and perform the task.

Adding a new user

There are two possibilities for adding a new user depended on whether single OSClients can be deactivated or not.

1. Without de-activating the OS ClientsTo this the new user must be added on all OS Clients and in addition in alloffline OS Client projects on the Engineering System (ES).

2. With de-activating the OS ClientsTo this the new user must be added in all OS Client projects on theEngineering System (ES) and the OS Client projects must be downloaded

again, which can only occur by de-activating the runtime OS Client project.

When Usernames and Passwords are managed in the OS client project, theworkflow is as follows:

Add/modify/delete Users in the User Administration of the OS Client project(s)on the ES

Add/modify/delete Users in the User Administration of the OS Client project(s)on the runtime Operator Systems


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User AdministrationFigure 1-1

Group

User

No SIMATIC Logon

No Authorization

Process control Monitoring OnlyHigher Process control

Process areas


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1.3 User rights workflow for SIMATIC PCS 7 OS combinedwith Windows

If the Usernames and Passwords are managed in Windows then you must meetthe following prerequisites:

Install SIMATIC Logon on each OS Computer, this includes the ES.

Identify an existing or configure a new User in Windows and assign that user tothe Logon_Administrator Group in Windows, this user will be allowed to makechanges to settings in SIMATIC Logon itself.

Create Groups in Windows User Administration (e.g. Operators, Engineers,Supervisors).

Create identical Groups as in Windows User Administration on the OS Serverand OS Clients User Administration on the ES and in the OS runtime. AssignUser rights to the Groups.

Check the box SIMATIC Logon in the OS User Administration in all OS; youcan only check/uncheck this box while the OS project is de-activated.

If your Computers are part of a domain, then you will manage the Usernames andPasswords in the domain. Skip the next step.


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To add/modify/delete Users in Windows do the following

Open the Windows User Administration (check Windows documentation if youwant to learn how to do this)

If your Computers are part of a domain you will manage Users in thedomain User Administration.

If your Computers are part of a Workgroup then you will manage Users oneach Computer or once on the dedicated Computer for managing

Usernames and Passwords.

If you decide to manage Usernames and Passwords on each Computerthen you must repeat the steps below for each of these Computers.

Create Groups that have an exact name match with the Groups you created inthe .OS project(s).

Create Users, if desired, revoke all Group memberships that the User gets bydefault, and assign Group membership to one or more Groups that are known

both in the Windows User Administration and in the OS User Administration.

NOTE Do not create the Users in the OS projects; defining them in the Windows UserAdministration is sufficient.

SIMATIC Logon Configuration dialog


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1.4 User rights workflow for PCS 7 OS Web Option

Web Client users have to authenticate themselves at the OS Web Server. Theconfiguration of the web users, respectively of SIMATIC Logon is done on the OSWeb Server, similar to the normal user configuration.

You can carry out additionally the following adjustments for all web users:

Display language on the Web Client

Different start pictures

Additional user right Web Access Monitoring only

1.5 User rights applied to tags

Once the users have been created they will be assigned the corresponding userRights every time they log in to a OS runtime on a specific Computer.

Access and ability to operate in a process area has been defined in the OS UserAdministration, if a User has access to a process area, then the scope of his/herability to operate is defined by specific rights that have been granted to that user.

The rights that have been granted must match the rights that are required forindividual actions in the Faceplate of a Tag within the process area.


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1.6 User rights mechanism

For operation in a Faceplate there are three levels of User Rights that are relevant,these three levels are defined in levels. The levels are numbered 1, 2 and 3.

The default User Rights that are assigned to each slot are:

Table 1-3

Level User Right No. Name Description

1 5 Processcontrolling

Right to operate the process and perform normalprocess adjustments, this includes starting andstopping equipment, opening and closing valvesand making setpoint changes to PID loops

2 6 Higher processcontrolling

Right to make adjustments to process criticalparameters and tuning parameters like alarm limits,

PID algorithm tuning parameters3 1100 Highest process

controllingRight to operate tag settings that are exceptionallike switch a tag to or from simulation (used in APLFunction Blocks and Faceplates)

Customization of User Rights in a Faceplate

Y h th ti f t i ti f U Ri ht i F l t


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User Rights adjusted from the symbol

The symbol, from which the Faceplate is being called, can be configured to definea different User Right for each of the three levels.

Each symbol has three properties: OperationLevel1_backup,OperationLevel2_backup, OperationLevel3_backup that have a User Rightassigned to them. You can assign a different User Right which will inherit into theFaceplate.

Properties of a Symbol that support modification of a User Right for the threelevels:

Figure 1-3

Ability to apply a different

User Right to each Level

Tag (Symbol) where this setting applies


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2 Appendix

2 Appendix

2.1 Appendix 1

The picture below shows the mechanism in a graphical way for users defined in theOS project (uniquely defined for each Operator Station).

Figure 2-1

User Administration

User Group

User Right Area1 Area2 Area3

Is member of

HasApplied to

5 X X X

6 X

1100 X

X

Tag AreaIs part of

User User Rightsdefines

for

Tag Faceplate

Are tested by

Tag Property

Leveldefines As configured in

Area specific

User Rights

Together define


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2 Appendix

2.2 Appendix 2

The picture below shows the mechanism in a graphical way for users defined inWindows.

Figure 2-2

Windows User Administration

User Group

User Right Area1 Area2 Area3

Is member of

Has a corresponding Group

Applied to

5 X X X

6 X

1100 X

X

Tag AreaIs part of

User

User Rightsdefines

for

Tag Faceplate

Are tested byTag Property

Leveldefines As configured in

Symbol

Area specific

User Rights

Together define

Group

Has

Group

Belongs to


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BlockType Tag Text Level User Right IO Comment Picture/Faceplate objName

.#StatusPermanent On 1 5 ~PG_APL_Memo.PDL _CheckBox_BLR

.#StatusPermanent Of f 1 5 ~PG_APL_Memo.PDL _CheckBox_BLR


ConPerMon .Ov sAH_Lim 2 6 High alarm limit f or Ov ershoot [%] ~PG_ConPerMon_Limit.PDL csoIOAnaAH

ConPerMon .CPI_AL_Lim 2 6 Low alarm limit f or CPI [%] ~PG_ConPerMon_Limit.PDL csoIOAnaAL

ConPerMon .CPI_AlmHy st 2 6 CPI alarm hy steresis [%] ~PG_ConPerMon_Limit.PDL csoIOAnaHy s

ConPerMon .Ov sWH_Lim 2 6 High warning limit f or Ov ershoot [%] ~PG_ConPerMon_Limit.PDL csoIOAnaWH

ConPerMon .CPI_WL_Lim 2 6 Low warning limit f or CPI [%] ~PG_ConPerMon_Limit.PDL csoIOAnaWL

C onPerMon . Init Ref Var I nit ialize 2 6 I nit ialize R ef Varianc e, PV_R ef and MV_R ef in s teady st at e of cont rol loop ~PG_C onPerMon_Param et er. PD L c soBt nI nit ialize

ConPerMon .MV_Ref 2 6 In/out: MV v alue in ref erence steady state of the control loop ~PG_ConPerMon_Parameter.PDL csoIOAnaMVRef

ConPerMon .PV_Ref 2 6 In/out: PV v alue in ref erence steady state of the control loop ~PG_ConPerMon_Parameter.PDL csoIOAnaPVRef

ConPerMon .Ref Variance 2 6 Ref erence v alue f or PV_Variance in proper state of the control loop ~PG_ConPerMon_Parameter.PDL csoIOAnaPVRef Var

ConPerMon .Ref StdDev #Value 2 6 Value ~PG_ConPerMon_Parameter.PDL csoIOAnaPVRev Dev

ConPerMon .TimeWindow 2 6 length [s] of mov ing time window f or statistical ev aluations ~PG_ConPerMon_Parameter.PDL csoIOAnaTimeWindow

C onPerMon . Break Suppres s C anc el ev al. 2 6 Bre ak s uppres sion of CPI alarm s at t he end of clos ed loop s tep res po ns e ~PG _C onPerMon_S et point .PD L c soBt nC anc elEv al

ConPerMon .OnOp On 1 5 Operator input to switch back to serv ice, 1= Block on, i.e. in serv ice ~PG_ConPerMon_Standard.PDL csoBtnMode

ConPerMon .OosOp Out of serv ice 2 6 Operator input f or Out Of Serv ice, 1= Out Of Serv ice ~PG_ConPerMon_Standard.PDL csoBtnMode


CountOh .Day sAHLim 2 6 Day s-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtAH

CountOh .HrsAHLim 2 6 Hours-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtAH

CountOh .MinsAHLim 2 6 Minutes-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtAH

CountOh .Day sAHLim 2 6 Day s-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtAL

CountOh .HrsAHLim 2 6 Hours-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtAL

CountOh .MinsAHLim 2 6 Minutes-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtAL

CountOh .Day sAHLim 2 6 Day s-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtTH

CountOh .MinsAHLim 2 6 Minutes-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtTH

CountOh .HrsAHLim 2 6 Hours-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtTH

CountOh .MinsAHLim 2 6 Minutes-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtTH

CountOh .Day sAHLim 2 6 Day s-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtTL

CountOh .HrsAHLim 2 6 Hours-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtTL

CountOh .MinsAHLim 2 6 Minutes-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtTL

CountOh .Day sAHLim 2 6 Day s-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtWH

CountOh .HrsAHLim 2 6 Hours-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtWH

CountOh .Day sAHLim 2 6 Day s-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtWL

CountOh .HrsAHLim 2 6 Hours-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtWL

CountOh .MinsAHLim 2 6 Minutes-High Alarm Limit ~PG_CountOh_Limit.PDL csoIOAnaDtWLCountOh .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_CountOh_Parameter.PDL csoBtnMaintenance

CountOh .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_CountOh_Parameter.PDL csoBtnMaintenance

CountOh .PresetEn Preset 2 6 Preset Enable ~PG_CountOh_Parameter.PDL csoBtnPreset

CountOh .PresetTime 2 6 Preset Time v alue[Sec]. ~PG_CountOh_Parameter.PDL csoIOAnaPresetDay s

CountOh .PresetTime 2 6 Preset Time v alue[Sec]. ~PG_CountOh_Parameter.PDL csoIOAnaPresetHours

CountOh .PresetTime 2 6 Preset Time v alue[Sec]. ~PG_CountOh_Parameter.PDL csoIOAnaPresetMins

CountOh .UpOp Up 1 5 1 = Up Counter ~PG_CountOh_Standard.PDL csoBtnCommand


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CountOh .DnOp Down 1 5 1 = Down Counter ~PG_CountOh_Standard.PDL csoBtnCommand

CountOh .Of f Op Of f 1 5 Counter Of f by Operator: 1 = Counter is Of f ~PG_CountOh_Standard.PDL csoBtnCommand

CountOh .OnOp On 1 5 1=On Mode: On Mode by Operator ~PG_CountOh_Standard.PDL csoBtnMode

CountOh .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_CountOh_Standard.PDL csoBtnMode

CountOh .Day s 2 6 Operating Day s ~PG_CountOh_Standard.PDL csoIOAnaDay s

CountOh .Hours 2 6 Operating Hours ~PG_CountOh_Standard.PDL csoIOAnaHours

CountOh .Minutes 2 6 Operating Minutes ~PG_CountOh_Standard.PDL csoIOAnaMins


CountScL .OutAH_Lim 2 6 Out Value High Alarm Limit ~PG_CountScL_Limit.PDL csoIOAnaAH

CountScL .OutAL_Lim 2 6 Out Value Low Alarm Limit ~PG_CountScL_Limit.PDL csoIOAnaAL

CountScL .OutTH_Lim 2 6 Out Value High Tolerance Limit ~PG_CountScL_Limit.PDL csoIOAnaTH

CountScL .OutTL_Lim 2 6 Out Value Low Tolerance Limit ~PG_CountScL_Limit.PDL csoIOAnaTL

CountScL .OutWH_Lim 2 6 Out Value High Warning Limit ~PG_CountScL_Limit.PDL csoIOAnaWH

CountScL .OutWL_Lim 2 6 Out Value Low Warning Limit ~PG_CountScL_Limit.PDL csoIOAnaWL

CountScL .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_CountScL_Parameter.PDL csoBtnMaintenance

CountScL .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_CountScL_Parameter.PDL csoBtnMaintenance

CountScL .PresetEn Preset 2 6 Preset Out ~PG_CountScL_Parameter.PDL csoBtnPreset

CountScL .PresetVal 2 6 Preset Value ~PG_CountScL_Parameter.PDL csoIOAnaPresetVal

CountScL .UpOp Up 1 5 1 = Up Counter ~PG_CountScL_Standard.PDL csoBtnCommand

CountScL .DnOp Down 1 5 1 = Down Counter ~PG_CountScL_Standard.PDL csoBtnCommand

CountScL .Of f Op Of f 1 5 Counter Of f by Operator: 1 = Counter is Of f ~PG_CountScL_Standard.PDL csoBtnCommand

CountScL .OnOp On 1 5 1=On Mode: On Mode by Operator ~PG_CountScL_Standard.PDL csoBtnMode

CountScL .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_CountScL_Standard.PDL csoBtnMode

CountScL .Out 1 5 Counter Value ~PG_CountScL_Standard.PDL csoIOAnaOut


DoseL .PV_AH_Lim 2 6 PV - Flow rate high alarm limit (coarse dose) ~PG_DoseL_Limit.PDL csoIOAnaAHCoarse

DoseL .CR_AH_Lim 2 6 Creep f low - High alarm limit ~PG_DoseL_Limit.PDL csoIOAnaAHCreep

DoseL .PV_AH2_Lim 2 6 PV - Flow rate high alarm limit (f ine dose) ~PG_DoseL_Limit.PDL csoIOAnaAHFine

DoseL .PV_AL_Lim 2 6 PV - Flow rate low alarm limit (coarse dose) ~PG_DoseL_Limit.PDL csoIOAnaALCoarse

DoseL .PV_AL2_Lim 2 6 PV - Flow rate low alarm limit (f ine dose) ~PG_DoseL_Limit.PDL csoIOAnaALFine

DoseL .PV_Hy st 2 6 PV - Flow rate hy steresis (coarse dose) ~PG_DoseL_Limit.PDL csoIOAnaHy sCoarse

DoseL .CR_Hy st 2 6 Creep f low - Hy steresis ~PG_DoseL_Limit.PDL csoIOAnaHy sCreep

DoseL .PV_Hy st2 2 6 PV - Flow rate hy steresis (f ine dose) ~PG_DoseL_Limit.PDL csoIOAnaHy sFine

DoseL .DQ_AH_Tol 2 6 Quantity high alarm tolerance band (ov erdose) ~PG_DoseL_Limit.PDL csoIOAnaOv erdos

DoseL .DQ_AL_Tol 2 6 Quantity lower alarm tolerance band (underdose) ~PG_DoseL_Limit.PDL csoIOAnaUnderdose

DoseL .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_DoseL_Parameter.PDL csoBtnMaint

DoseL .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_DoseL_Parameter.PDL csoBtnMaintDoseL .SimOn On 3 1100 Simulation on/of f ~PG_DoseL_Parameter.PDL csoBtnSimu

DoseL .SimOn Of f 3 1100 Simulation on/of f ~PG_DoseL_Parameter.PDL csoBtnSimu

DoseL .DribbCor On 2 6 Dribbling Correction On/Of f ~PG_DoseL_Parameter.PDL csoChkBoxAutoOn

DoseL .DribbCor Of f 2 6 Dribbling Correction On/Of f ~PG_DoseL_Parameter.PDL csoChkBoxAutoOn

DoseL .SP_TrkExt On 2 6 1: Internal SPs tracks to external SPs in external mode ~PG_DoseL_Parameter.PDL csoChkBoxSPTrk

DoseL .SP_TrkExt Of f 2 6 1: Internal SPs tracks to external SPs in external mode ~PG_DoseL_Parameter.PDL csoChkBoxSPTrk

DoseL .DribbMax 2 6 Dribble Value Maximum ~PG_DoseL_Parameter.PDL csoIOAnaDribbMax


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DoseL .RelaxTime 2 6 Relax Time [s] ~PG_DoseL_Parameter.PDL csoIOAnaDribbTime

DoseL .DribbIn 2 6 Dribble Value ~PG_DoseL_Parameter.PDL csoIOAnaDribbValue

DoseL .P_DoseTime 2 6 Post dose time [s] ~PG_DoseL_Parameter.PDL csoIOAnaPostTime

DoseL .DCF 2 6 Dribbling Correction Factor [%] ~PG_DoseL_Parameter.PDL csoIOAnaWeightFact

DoseL .SP_HiLim#Value 2 6 Value ~PG_DoseL_Setpoint_Flow.PDL csoIOAnaHCoarse

DoseL .SP2_HiLim#Value 2 6 Value ~PG_DoseL_Setpoint_Flow.PDL csoIOAnaHFine

DoseL .SP_LoLim#Value 2 6 Value ~PG_DoseL_Setpoint_Flow.PDL csoIOAnaLCoarse

DoseL .SP2_LoLim#Value 2 6 Value ~PG_DoseL_Setpoint_Flow.PDL csoIOAnaLFine

DoseL .SimPV 1 5 PV Simulation Value, tracks when not in simulation ~PG_DoseL_Setpoint_Flow.PDL csoIOAnaPV

DoseL .SP_Int 1 5 Flow rate internal setpoint ~PG_DoseL_Setpoint_Flow.PDL csoIOAnaSPCoarse

DoseL .SP2_Int 1 5 Flow rate internal setpoint (f ine dose) ~PG_DoseL_Setpoint_Flow.PDL csoIOAnaSPFine

DoseL .DQ2_HiLim#Value 2 6 Value ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaHFine

DoseL .DQ_HiLim#Value 2 6 Value ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaHTotal

DoseL .DQ2_LoLim#Value 2 6 Value ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaLFine

DoseL .DQ_LoLim#Value 2 6 Value ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaLTotal

DoseL .DQ1_SP#Value 2 6 Value ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaSPCoarse

DoseL .DQ2_SP#Value 2 6 Value ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaSPFine

DoseL .DQ2_Int 1 5 Quantity setpoint f actor internal (f ine dose) ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaSPFineFactor

DoseL .DQ_SP#Value 2 6 Value ~PG_DoseL_Setpoint_Quantity .PDL csoIOAnaSPTotal

DoseL .StartMan Start 1 5 1=Start: Start Command in Manual Mode ~PG_DoseL_Standard.PDL csoBtnCommand

DoseL .ContMan Continue 1 5 1=Continue: Continue Command in Manual Mode ~PG_DoseL_Standard.PDL csoBtnCommand

DoseL .PauseMan Pause 1 5 1=Pause: Pause Command in Manual Mode ~PG_DoseL_Standard.PDL csoBtnCommand

DoseL .CancelMan Cancel 1 5 1=Cancel: Cancel Command in Manual Mode ~PG_DoseL_Standard.PDL csoBtnCommand

DoseL .AutModOp Automatic 1 5 1=Auto mode: auto mode by operator ~PG_DoseL_Standard.PDL csoBtnModeDoseL .ManModOp Manual 1 5 1=Manual mode: manual mode by operator ~PG_DoseL_Standard.PDL csoBtnMode

DoseL .LocalOp Local 1 5 1=Local Mode: Local operation by operator ~PG_DoseL_Standard.PDL csoBtnMode

DoseL .OosOp Out of serv ice 2 6 1=Oos mode: Oos mode by operator ~PG_DoseL_Standard.PDL csoBtnMode

DoseL .RstOp Reset 1 5 Operator reset signal ~PG_DoseL_Standard.PDL csoBtnReset

DoseL .RstDQ_Op Reset 1 5 Operator signal to reset dosed quantity ~PG_DoseL_Standard.PDL csoBtnResetQuantity

DoseL .U_AckOp Acknowledge 1 5 Underdose acknowledge operator ~PG_DoseL_Standard.PDL csoBtnResetUnderdose

DoseL .SP_ExtOp External 1 5 Operator Input to Select External Setpoint ~PG_DoseL_Standard.PDL csoBtnSPMode

DoseL .SP_IntOp Internal 1 5 Operator Input to Select Internal Setpoint ~PG_DoseL_Standard.PDL csoBtnSPMode

DoseL .SimDQ 1 5 Dosing quantity simulation v alue, tracks when not in simulation ~PG_DoseL_Standard.PDL csoIOAnaPV

DoseL .DQ_Int 1 5 Quantity setpoint internal ~PG_DoseL_Standard.PDL csoIOAnaSP


FmCont .PV_AH_Lim 2 6 PV alarm high limit ~PG_FmCont_Limit.PDL csoIOAnaAH

FmCont .PV_AL_Lim 2 6 PV alarm low limit ~PG_FmCont_Limit.PDL csoIOAnaAL

FmCont .ER_AH_Lim 2 6 ER alarm high limit ~PG_FmCont_Limit.PDL csoIOAnaErrHFmCont .ER_Hy st 2 6 Hy steresis f or ER alarms ~PG_FmCont_Limit.PDL csoIOAnaErrHy s

FmCont .ER_AL_Lim 2 6 ER alarm low limit ~PG_FmCont_Limit.PDL csoIOAnaErrL

FmCont .PV_Hy st 2 6 Hy steresis f or PV alarms, warnings and tolerance messages ~PG_FmCont_Limit.PDL csoIOAnaHy s

FmCont .ManHiLim 2 6 High limit f or manipulated v ariable in manual mode ~PG_FmCont_Limit.PDL csoIOAnaMVH

FmCont .ManLoLim 2 6 Low limit f or manipulated v ariable in manual mode ~PG_FmCont_Limit.PDL csoIOAnaMVL

FmCont .RbkWH_Lim 2 6 Rbk - High Warning Limit ~PG_FmCont_Limit.PDL csoIOAnaRbkH

FmCont .RbkHy st 2 6 Rbk - Hy steresis ~PG_FmCont_Limit.PDL csoIOAnaRbkHy s


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FmCont .RbkWL_Lim 2 6 Rbk - Low Warning Limit ~PG_FmCont_Limit.PDL csoIOAnaRbkL

FmCont .SP_InHiLim 2 6 High limit of internal setpoint ~PG_FmCont_Limit.PDL csoIOAnaSPH

FmCont .SP_InLoLim 2 6 Low limit of internal setpoint ~PG_FmCont_Limit.PDL csoIOAnaSPL

FmCont .PV_TH_Lim 2 6 PV tolerance message high limit ~PG_FmCont_Limit.PDL csoIOAnaTH

FmCont .PV_TL_Lim 2 6 PV tolerance message low limit ~PG_FmCont_Limit.PDL csoIOAnaTL

FmCont .PV_WH_Lim 2 6 PV warning high limit ~PG_FmCont_Limit.PDL csoIOAnaWH

FmCont .PV_WL_Lim 2 6 PV warning low limit ~PG_FmCont_Limit.PDL csoIOAnaWL

FmCont .MS_RelOp Yes 3 1100 1 = Release f or maintenance by operator ~PG_FmCont_Parameter.PDL csoBtnMaint

FmCont .MS_RelOp No 3 1100 1 = Release f or maintenance by operator ~PG_FmCont_Parameter.PDL csoBtnMaint

FmCont .SimOn On 3 1100 1 = Simulation activ ated ~PG_FmCont_Parameter.PDL csoBtnSimu

FmCont .SimOn Of f 3 1100 1 = Simulation activ ated ~PG_FmCont_Parameter.PDL csoBtnSimu

FmCont .SP_TrkPV On 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_FmCont_Parameter.PDL csoChkBoxPVTrk

FmCont .SP_TrkPV Of f 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_FmCont_Parameter.PDL csoChkBoxPVTrk

FmCont .SP_TrkExt On 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_FmCont_Parameter.PDL csoChkBoxSPTrk

FmCont .SP_TrkExt Of f 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_FmCont_Parameter.PDL csoChkBoxSPTrk

FmCont .BreakTime 2 6 Minimum Break Time [s] ~PG_FmCont_Parameter.PDL csoIOAnaBreakT

FmCont .DeadBand 2 6 Width of deadband ~PG_FmCont_Parameter.PDL csoIOAnaDeadB

FmCont .Gain#Value 2 6 Value ~PG_FmCont_Parameter.PDL csoIOAnaGain

FmCont .Dif f Gain#Value 2 6 Value ~PG_FmCont_Parameter.PDL csoIOAnaGainD

FmCont .MotorTime 2 6 Motor Actuating Time [s] ~PG_FmCont_Parameter.PDL csoIOAnaMotorT

FmCont .PulseTime 2 6 Minimum Pulse Time [s] ~PG_FmCont_Parameter.PDL csoIOAnaPulseT

FmCont .TD#Value 2 6 Value ~PG_FmCont_Parameter.PDL csoIOAnaTD

FmCont .TI#Value 2 6 Value ~PG_FmCont_Parameter.PDL csoIOAnaTI

FmCont .SP_RmpOn Activ e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_FmCont_Ramp.PDL csoBtnRampFmCont .SP_RmpOn Inactiv e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_FmCont_Ramp.PDL csoBtnRamp

F mC ont . SP_R mpModTim e D urat ion 1 5 1= U se t im e (SP_R mpTim e) f or ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_F mC ont _R am p. PD L c soBt nR am pMode

F mC ont . SP_R mpModTim e Gradient 1 5 1= U se t im e (SP_R mpTim e) f or ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_F mC ont _R am p. PD L c soBt nR am pMode

FmCont .SP_RateOn On 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_FmCont_Ramp.PDL csoChkBoxGrd

FmCont .SP_RateOn Of f 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_FmCont_Ramp.PDL csoChkBoxGrd

FmCont .SP_RmpTime 1 5 Time f or setpoint ramp [s] f rom current SP up to SP_RmpTarget ~PG_FmCont_Ramp.PDL csoIOAnaDuration

FmCont .SP_DnRaLim 1 5 Downward rate limit of setpoint [PV_Unit/s] ~PG_FmCont_Ramp.PDL csoIOAnaGrdDown

FmCont .SP_UpRaLim 1 5 Upward rate limit of setpoint [PV_Unit/s] ~PG_FmCont_Ramp.PDL csoIOAnaGrdUp

FmCont .SP_RmpTarget 1 5 Target setpoint f or setpoint ramp ~PG_FmCont_Ramp.PDL csoIOAnaTargetSP

FmCont .OpenOp Open 1 5 Manual Signal Open by Operation ~PG_FmCont_Standard.PDL csoBtnManipSignals

FmCont .CloseOp Close 1 5 Manual Signal Close by Operation ~PG_FmCont_Standard.PDL csoBtnManipSignals

FmCont .StopOp Stop 1 5 Manual Signal Stop by Operation ~PG_FmCont_Standard.PDL csoBtnManipSignals

FmCont .AutModOp Automatic 1 5 1 = Automatic mode by operator (controlled by ModLiOp = 0) ~PG_FmCont_Standard.PDL csoBtnMode

FmCont .ManModOp Manual 1 5 1 = Manual mode by operator (controlled by ModLiOp = 0) ~PG_FmCont_Standard.PDL csoBtnMode

FmCont .Adv CoOn Program 1 5 1 = Enable program mode v ia f aceplate ~PG_FmCont_Standard.PDL csoBtnModeFmCont .OosOp Out of serv ice 2 6 1 = Out of serv ice by OS operation ~PG_FmCont_Standard.PDL csoBtnMode

FmCont .SP_ExtOp External 1 5 1 = Select external setpoint (v ia operator) ~PG_FmCont_Standard.PDL csoBtnSPMode

FmCont .SP_IntOp Internal 1 5 1 = Select internal setpoint (v ia operator) ~PG_FmCont_Standard.PDL csoBtnSPMode

FmCont .Man 1 5 Operator input f or manual setting of manipulated v ariable MV ~PG_FmCont_Standard.PDL csoIOAnaMV

FmCont .SimPV 1 5 Process v alue used f or SimOn = 1 ~PG_FmCont_Standard.PDL csoIOAnaPV

FmCont .SimRbk 1 5 Readback v alue used f or SimOn = 1 ~PG_FmCont_Standard.PDL csoIOAnaRbk

FmCont .SP_Int 1 5 Internal setpoint f or operation ~PG_FmCont_Standard.PDL csoIOAnaSP


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FmTemp .PV_AH_Lim 2 6 PV alarm high limit ~PG_FmTemp_Limit.PDL csoIOAnaAH

FmTemp .PV_AL_Lim 2 6 PV alarm low limit ~PG_FmTemp_Limit.PDL csoIOAnaAL

FmTemp .ER_AH_Lim 2 6 ER alarm high limit ~PG_FmTemp_Limit.PDL csoIOAnaErrH

FmTemp .ER_Hy st 2 6 Hy steresis f or ER alarms ~PG_FmTemp_Limit.PDL csoIOAnaErrHy s

FmTemp .ER_AL_Lim 2 6 ER alarm low limit ~PG_FmTemp_Limit.PDL csoIOAnaErrL

FmTemp .PV_Hy st 2 6 Hy steresis f or PV alarms, warnings and tolerance messages ~PG_FmTemp_Limit.PDL csoIOAnaHy s

FmTemp .ManHiLim 2 6 High limit f or manipulated v ariable in manual mode ~PG_FmTemp_Limit.PDL csoIOAnaMVH

FmTemp .ManLoLim 2 6 Low limit f or manipulated v ariable in manual mode ~PG_FmTemp_Limit.PDL csoIOAnaMVL

FmTemp .RbkWH_Lim 2 6 Rbk - High Warning Limit ~PG_FmTemp_Limit.PDL csoIOAnaRbkH

FmTemp .RbkHy st 2 6 Rbk - Hy steresis ~PG_FmTemp_Limit.PDL csoIOAnaRbkHy s

FmTemp .RbkWL_Lim 2 6 Rbk - Low Warning Limit ~PG_FmTemp_Limit.PDL csoIOAnaRbkL

FmTemp .SP_InHiLim 2 6 High limit of internal setpoint ~PG_FmTemp_Limit.PDL csoIOAnaSPH

FmTemp .SP_InLoLim 2 6 Low limit of internal setpoint ~PG_FmTemp_Limit.PDL csoIOAnaSPL

FmTemp .PV_TH_Lim 2 6 PV tolerance message high limit ~PG_FmTemp_Limit.PDL csoIOAnaTH

FmTemp .PV_TL_Lim 2 6 PV tolerance message low limit ~PG_FmTemp_Limit.PDL csoIOAnaTL

FmTemp .PV_WH_Lim 2 6 PV warning high limit ~PG_FmTemp_Limit.PDL csoIOAnaWH

FmTemp .PV_WL_Lim 2 6 PV warning low limit ~PG_FmTemp_Limit.PDL csoIOAnaWL

FmTemp .MS_RelOp Yes 3 1100 1 = Release f or maintenance by operator ~PG_FmTemp_Parameter.PDL csoBtnMaint

FmTemp .MS_RelOp No 3 1100 1 = Release f or maintenance by operator ~PG_FmTemp_Parameter.PDL csoBtnMaint

FmTemp .SimOn On 3 1100 1 = Simulation activ ated ~PG_FmTemp_Parameter.PDL csoBtnSimu

FmTemp .SimOn Of f 3 1100 1 = Simulation activ ated ~PG_FmTemp_Parameter.PDL csoBtnSimu

FmTemp .SP_TrkPV On 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_FmTemp_Parameter.PDL csoChkBoxPVTrkFmTemp .SP_TrkPV Of f 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_FmTemp_Parameter.PDL csoChkBoxPVTrk

FmTemp .SP_TrkExt On 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_FmTemp_Parameter.PDL csoChkBoxSPTrk

FmTemp .SP_TrkExt Of f 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_FmTemp_Parameter.PDL csoChkBoxSPTrk

FmTemp .BreakTime 2 6 Minimum Break Time [s] ~PG_FmTemp_Parameter.PDL csoIOAnaBreakT

FmTemp .DeadBand 2 6 Width of deadband ~PG_FmTemp_Parameter.PDL csoIOAnaDeadB

FmTemp .Gain#Value 2 6 Value ~PG_FmTemp_Parameter.PDL csoIOAnaGain

FmTemp .Dif f Gain#Value 2 6 Value ~PG_FmTemp_Parameter.PDL csoIOAnaGainD

FmTemp .MotorTime 2 6 Motor Actuating Time [s] ~PG_FmTemp_Parameter.PDL csoIOAnaMotorT

FmTemp .PulseTime 2 6 Minimum Pulse Time [s] ~PG_FmTemp_Parameter.PDL csoIOAnaPulseT

FmTemp .TD#Value 2 6 Value ~PG_FmTemp_Parameter.PDL csoIOAnaTD

FmTemp .TI#Value 2 6 Value ~PG_FmTemp_Parameter.PDL csoIOAnaTI

FmTemp .ConZone 2 6 Control zone ~PG_FmTemp_Parameter.PDL csoIOAnaZoneC

FmTemp .SP_RmpOn Activ e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_FmTemp_Ramp.PDL csoBtnRamp

FmTemp .SP_RmpOn Inactiv e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_FmTemp_Ramp.PDL csoBtnRamp

F mTem p . SP_R mpModTim e D urat ion 1 5 1= U se t im e (SP_R mpTim e) f or ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_F mTem p_R am p. PD L c soBt nR am pModeF mTem p . SP_R mpModTim e Gradient 1 5 1= U se t im e (SP_R mpTim e) f or ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_F mTem p_R am p. PD L c soBt nR am pMode

FmTemp .SP_RateOn On 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_FmTemp_Ramp.PDL csoChkBoxGrd

FmTemp .SP_RateOn Of f 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_FmTemp_Ramp.PDL csoChkBoxGrd

FmTemp .SP_RmpTime 1 5 Time f or setpoint ramp [s] f rom current SP up to SP_RmpTarget ~PG_FmTemp_Ramp.PDL csoIOAnaDuration

FmTemp .SP_DnRaLim 1 5 Downward rate limit of setpoint [PV_Unit/s] ~PG_FmTemp_Ramp.PDL csoIOAnaGrdDown

FmTemp .SP_UpRaLim 1 5 Upward rate limit of setpoint [PV_Unit/s] ~PG_FmTemp_Ramp.PDL csoIOAnaGrdUp

FmTemp .SP_RmpTarget 1 5 Target setpoint f or setpoint ramp ~PG_FmTemp_Ramp.PDL csoIOAnaTargetSP


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FmTemp .OpenOp Open 1 5 Manual Signal Open by Operation ~PG_FmTemp_Standard.PDL csoBtnManipSignals

FmTemp .CloseOp Close 1 5 Manual Signal Close by Operation ~PG_FmTemp_Standard.PDL csoBtnManipSignals

FmTemp .StopOp Stop 1 5 Manual Signal Stop by Operation ~PG_FmTemp_Standard.PDL csoBtnManipSignals

FmTemp .AutModOp Automatic 1 5 1 = Automatic mode by operator (controlled by ModLiOp = 0) ~PG_FmTemp_Standard.PDL csoBtnMode

FmTemp .ManModOp Manual 1 5 1 = Manual mode by operator (controlled by ModLiOp = 0) ~PG_FmTemp_Standard.PDL csoBtnMode

FmTemp .Adv CoOn Program 1 5 1 = Enable program mode v ia f aceplate ~PG_FmTemp_Standard.PDL csoBtnMode

FmTemp .OosOp Out of serv ice 2 6 1 = Out of serv ice by OS operation ~PG_FmTemp_Standard.PDL csoBtnMode

FmTemp .SP_ExtOp External 1 5 1 = Select external setpoint (v ia operator) ~PG_FmTemp_Standard.PDL csoBtnSPMode

FmTemp .SP_IntOp Internal 1 5 1 = Select internal setpoint (v ia operator) ~PG_FmTemp_Standard.PDL csoBtnSPMode

FmTemp .Man 1 5 Operator input f or manual setting of manipulated v ariable MV ~PG_FmTemp_Standard.PDL csoIOAnaMV

FmTemp .SimPV 1 5 Process v alue used f or SimOn = 1 ~PG_FmTemp_Standard.PDL csoIOAnaPV

FmTemp .SimRbk 1 5 Readback v alue used f or SimOn = 1 ~PG_FmTemp_Standard.PDL csoIOAnaRbk

FmTemp .SP_Int 1 5 Internal setpoint f or operation ~PG_FmTemp_Standard.PDL csoIOAnaSP


GainSched .Gain1#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaGain1



GainSched .GainOp#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaGainOp

GainSched .TD_Op#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaTD_Op

GainSched .TD1#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaTD1



GainSched .TI_Op#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaTI_OpGainSched .TI1#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaTI1

GainSched .TI2#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaTI2

GainSched .TI3#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaTI3

GainSched .X1#Value 2 6 Value ~PG_GainSched_Parameter.PDL csoIOAnaX1



GainSched .ManParOn#Value Automatic 1 5 Value ~PG_GainSched_Standard.PDL csoBtnMode

GainSched .ManParOn#Value Manual 1 5 Value ~PG_GainSched_Standard.PDL csoBtnMode

GainSched .GainOp#Value 2 6 Value ~PG_GainSched_Standard.PDL csoIOAnaGain

GainSched .TD_Op#Value 2 6 Value ~PG_GainSched_Standard.PDL csoIOAnaTD

GainSched .TI_Op#Value 2 6 Value ~PG_GainSched_Standard.PDL csoIOAnaTI


Intlk02 .By pIn01 Set 2 6 By pass In01 ~PG_Intlk02_Standard.PDL csoBtnBy p1

Intlk02 .By pIn01 Reset 2 6 By pass In01 ~PG_Intlk02_Standard.PDL csoBtnBy p1Intlk02 .By pIn02 Set 2 6 By pass In02 ~PG_Intlk02_Standard.PDL csoBtnBy p2

Intlk02 .By pIn02 Reset 2 6 By pass In02 ~PG_Intlk02_Standard.PDL csoBtnBy p2

Intlk02 .RstBy pOp By passes 2 6 Reset FirstIn (operator) ~PG_Intlk02_Standard.PDL csoBtnReset

Intlk02 .RstOp Initial signal 1 5 Reset FirstIn (operator) ~PG_Intlk02_Standard.PDL csoBtnReset




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Intlk08 .By pIn07 Set 2 6 By pass In07 ~PG_Intlk08_Standard.PDL csoBtnBy p7Intlk08 .By pIn07 Reset 2 6 By pass In07 ~PG_Intlk08_Standard.PDL csoBtnBy p7






Intlk16 .By pIn09 Set 2 6 By pass In09 ~PG_Intlk16_Screen2.PDL csoBtnBy p1

Intlk16 .By pIn09 Reset 2 6 By pass In09 ~PG_Intlk16_Screen2.PDL csoBtnBy p1






Intlk16 .By pIn12 Reset 2 6 By pass In12 ~PG_Intlk16_Screen2.PDL csoBtnBy p4Intlk16 .By pIn13 Set 2 6 By pass In13 ~PG_Intlk16_Screen2.PDL csoBtnBy p5








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Intlk16 .RstBy pOp By passes 2 6 Reset FirstIn (operator) ~PG_Intlk16_Screen2.PDL csoBtnReset

Intlk16 .RstOp Initial signal 1 5 Reset FirstIn (operator) ~PG_Intlk16_Screen2.PDL csoBtnReset




















ModPreCon .SP1DeadBand 2 6 Radius (deadband) f or range control of CV1 ~PG_ModPreCon_C hannel1.PDL csoIOAnaDeadBModPreCon .MV1RaLim 2 6 Manipulated v ariable 1 rate limit per sample ~PG_ModPreCon_Channel1.PDL csoIOAnaGrad

ModPreCon .MV1HiLim 2 6 Manipulated v ariable 1 high limit ~PG_ModPreCon_Channel1.PDL csoIOAnaMVH

ModPreCon .MV1LoLim 2 6 Manipulated v ariable 1 low limit ~PG_ModPreCon_Channel1.PDL csoIOAnaMVL

ModPreCon .PreFilt1 2 6 Setpoint 1 pref ilter settling time [s] ~PG_ModPreCon_Channel1.PDL csoIOAnaPref il

ModPreCon .SP1HiLim 2 6 High limit f or operator setpoint 1 ~PG_ModPreCon_Channel1.PDL csoIOAnaSPH

ModPreCon .SP1LoLim 2 6 Low limit f or operator setpoint 1 ~PG_ModPreCon_Channel1.PDL csoIOAnaSPL

ModPreCon .SP2DeadBand 2 6 Radius (deadband) f or range control of CV2 ~PG_ModPreCon_C hannel2.PDL csoIOAnaDeadB

ModPreCon .MV2RaLim 2 6 Manipulated v ariable 2 rate limit per sample ~PG_ModPreCon_Channel2.PDL csoIOAnaGrad







ModPreCon .MV3RaLim 2 6 Manipulated v ariable 3 rate limit per sample ~PG_ModPreCon_Channel3.PDL csoIOAnaGradModPreCon .MV3HiLim 2 6 Manipulated v ariable 3 high limit ~PG_ModPreCon_Channel3.PDL csoIOAnaMVH






ModPreCon .MV4RaLim 2 6 Manipulated v ariable 4 rate limit per sample ~PG_ModPreCon_Channel4.PDL csoIOAnaGrad


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ModPreC on . MS_R elOp Y es 3 1100 Op erat or input f or MS R eleas e, 1= MS releas e requirem ent ~PG _ModPreC on_P aram et er. PD L c soBt nMaint

ModPreC on . MS_R elOp N o 3 1100 Op erat or input f or MS R eleas e, 1= MS releas e requirem ent ~PG _ModPreC on_P aram et er. PD L c soBt nMaint

ModPreCon .SimOn On 3 1100 Simulation On/Of f ~PG_ModPreCon_Parameter.PDL csoBtnSimu

ModPreCon .SimOn Of f 3 1100 Simulation On/Of f ~PG_ModPreCon_Parameter.PDL csoBtnSimu

ModPreCon .DV_On On 2 6 1 = Activ ate disturbance f eedf orward of DV1 ~PG_ModPreCon_Parameter.PDL csoChkBoxDisturb

ModPreCon .DV_On Of f 2 6 1 = Activ ate disturbance f eedf orward of DV1 ~PG_ModPreCon_Parameter.PDL csoChkBoxDisturb

ModPreCon .SP_TrkCV On 2 6 SPs track CVs in manual mode and in tracking mode ~PG_ModPreCon_Parameter.PDL csoChkBoxPVTrk

ModPreCon .SP_TrkCV Of f 2 6 SPs track CVs in manual mode and in tracking mode ~PG_ModPreCon_Parameter.PDL csoChkBoxPVTrk

ModPreCon .DV1#Value 2 6 Value ~PG_ModPreCon_Parameter.PDL csoIOAnaDisturb

ModPreCon . AutModOp Automatic 1 5 Operator input f or automatic mode, 1= Automatic ~PG_ModPreCon_Standard.PDL csoBtnMode

ModPreCon .ManModOp Manual 1 5 Operator input f or manual mode, 1= Manual ~PG_ModPreCon_Standard.PDL csoBtnMode

ModPreCon .OosOp Out of serv ice 2 6 Operator input f or Out Of Serv ice, 1= Out Of Serv ice ~PG_ModPreCon_Standard.PDL csoBtnMode

ModPreCon . SimCV1 1 5 CV Simulation Value, tracks when not in simulation ~PG_ModPreCon_Standard.PDL csoIOAnaCV1




ModPreCon .MV1Man 1 5 Manual setting of manipulated v ariable MV1 ~PG_ModPreCon_Standard.PDL csoIOAnaMV1

ModPreCon .MV2Man 1 5 Manual setting of manipulated v ariable MV2 ~PG_ModPreCon_Standard.PDL csoIOAnaMV2

ModPreCon .MV3Man 1 5 Manual setting of manipulated v ariable MV3 ~PG_ModPreCon_Standard.PDL csoIOAnaMV3ModPreCon .MV4Man 1 5 Manual setting of manipulated v ariable MV4 ~PG_ModPreCon_Standard.PDL csoIOAnaMV4

ModPreCon .SP1#Value 1 5 Value ~PG_ModPreCon_Standard.PDL csoIOAnaSP1





MonAnL .PV_AH_Lim 2 6 PV - High Alarm Limit ~PG_MonAnL_Limit.PDL csoIOAnaAH

MonAnL .PV_AL_Lim 2 6 PV - Low Alarm Limit ~PG_MonAnL_Limit.PDL csoIOAnaAL

MonAnL .PV_Hy st 2 6 PV - Alarm Hy steresis ~PG_MonAnL_Limit.PDL csoIOAnaHy s

MonAnL .PV_TH_Lim 2 6 PV - High Tolerance Limit ~PG_MonAnL_Limit.PDL csoIOAnaTH

MonAnL .PV_TL_Lim 2 6 PV - Low Tolerance Limit ~PG_MonAnL_Limit.PDL csoIOAnaTL

MonAnL .PV_WH_Lim 2 6 PV - High Warning Limit ~PG_MonAnL_Limit.PDL csoIOAnaWH

MonAnL .PV_WL_Lim 2 6 PV - Low Warning Limit ~PG_MonAnL_Limit.PDL csoIOAnaWL

MonAnL .GradLLim 2 6 Low alarm limit f or positiv e and negativ e gradient ~PG_MonAnL_Limit.PDL csoIOXAnaGAMonAnL .GradHUpLim 2 6 High alarm limit f or positiv e gradient ~PG_MonAnL_Limit.PDL csoIOXAnaGH

MonAnL .GradHDnLim 2 6 High alarm limit f or negativ e gradient ~PG_MonAnL_Limit.PDL csoIOXAnaGL

MonAnL .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MonAnL_Parameter.PDL csoBtnMaintenance

MonAnL .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MonAnL_Parameter.PDL csoBtnMaintenance

MonAnL .SimOn On 3 1100 Simulation On/Of f ~PG_MonAnL_Parameter.PDL csoBtnSim

MonAnL .SimOn Of f 3 1100 Simulation On/Of f ~PG_MonAnL_Parameter.PDL csoBtnSim

MonAnL .DeadBand 2 6 Dead band width ~PG_MonAnL_Parameter.PDL csoIOAnaDeadB


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MonDiL .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_MonDiL_Standard.PDL csoBtnMode


MonDiS .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MonDiS_Parameter.PDL csoBtnMaintenance

MonDiS .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MonDiS_Parameter.PDL csoBtnMaintenance

MonDiS .SimOn On 3 1100 Simulation On/Of f ~PG_MonDiS_Parameter.PDL csoBtnSim

MonDiS .SimOn Of f 3 1100 Simulation On/Of f ~PG_MonDiS_Parameter.PDL csoBtnSim

MonDiS .Out_DC 2 6 Out Delay Time Coming [s] ~PG_MonDiS_Parameter.PDL csoIOAnaControlMon

MonDiS .SimIn Activ e 1 5 Simulation Value ~PG_MonDiS_Standard.PDL csoBtnCommand

MonDiS .SimIn Inactiv e 1 5 Simulation Value ~PG_MonDiS_Standard.PDL csoBtnCommand

MonDiS .OnOp On 1 5 1=On Mode: On Mode by Operator ~PG_MonDiS_Standard.PDL csoBtnMode

MonDiS .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_MonDiS_Standard.PDL csoBtnMode


MotL .AV_AH_Lim 2 6 AV - High Alarm Limit ~PG_MotL_Limit.PDL csoIOAnaAH

MotL .AV_AL_Lim 2 6 AV - Low Alarm Limit ~PG_MotL_Limit.PDL csoIOAnaAL

MotL .SimAV 1 5 AV Simulation Value, tracks when not in simulation ~PG_MotL_Limit.PDL csoIOAnaAV

MotL .AV_Hy st 2 6 AV - Hy steresis ~PG_MotL_Limit.PDL csoIOAnaHy s

MotL .AV_TH_Lim 2 6 AV - High Tolerance Limit ~PG_MotL_Limit.PDL csoIOAnaTH

MotL .AV_TL_Lim 2 6 AV - Low Tolerance Limit ~PG_MotL_Limit.PDL csoIOAnaTL

MotL .AV_WH_Lim 2 6 AV - High Warning Limit ~PG_MotL_Limit.PDL csoIOAnaWH

MotL .AV_WL_Lim 2 6 AV - Low Warning Limit ~PG_MotL_Limit.PDL csoIOAnaWL

MotL .Monitor On 2 6 1=Monitor ON, 0=Monitor OFF: Feedback Monitor ~PG_MotL_Parameter.PDL chkMonitor

MotL .Monitor Of f 2 6 1=Monitor ON, 0=Monitor OFF: Feedback Monitor ~PG_MotL_Parameter.PDL chkMonitor MotL .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotL_Parameter.PDL csoBtnMaintenance

MotL .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotL_Parameter.PDL csoBtnMaintenance

MotL .SimOn On 3 1100 Simulation On/Of f ~PG_MotL_Parameter.PDL csoBtnSim

MotL .SimOn Of f 3 1100 Simulation On/Of f ~PG_MotL_Parameter.PDL csoBtnSim

MotL .MonTiDy namic 2 6 Monitoring Time of Feedback [s] ~PG_MotL_Parameter.PDL csoIOAnaDy nMonTime

MotL .MonTiStatic 2 6 Monitoring Time of Feedback [s] ~PG_MotL_Parameter.PDL csoIOAnaStaMonTime

MotL .StartMan Start 1 5 1=Start: Start Command in Manual Mode ~PG_MotL_Standard.PDL csoBtnCommand

MotL .StopMan Stop 1 5 1=Stop: Stop Command in Manual Mode ~PG_MotL_Standard.PDL csoBtnCommand

MotL .RapidStp Rapid stop 1 5 1 = Motor Rapid Stop command ~PG_MotL_Standard.PDL csoBtnCommand

MotL .AutModOp Automatic 1 5 1=Auto Mode: Auto Mode by Operator ~PG_MotL_Standard.PDL csoBtnMode

MotL .ManModOp Manual 1 5 1=Manual Mode: Manual Mode by Operator ~PG_MotL_Standard.PDL csoBtnMode

MotL .LocalOp Local 1 5 1=Local Mode: Local Operation by Operator ~PG_MotL_Standard.PDL csoBtnMode

MotL .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_MotL_Standard.PDL csoBtnMode

MotL .RstOp Reset 1 5 Operator Reset Signal ~PG_MotL_Standard.PDL csoBtnReset


MotRev L .AV_AH_Lim 2 6 AV - High Alarm Limit ~PG_MotRev L_Limit.PDL csoIOAnaAH

MotRev L .AV_AL_Lim 2 6 AV - Low Alarm Limit ~PG_MotRev L_Limit.PDL csoIOAnaAL

MotRev L .SimAV 1 5 AV Simulation Value, tracks when not in simulation ~PG_MotRev L_Limit.PDL csoIOAnaAV

MotRev L .AV_Hy st 2 6 AV - Hy steresis ~PG_MotRev L_Limit.PDL csoIOAnaHy s

MotRev L .AV_TH_Lim 2 6 AV - High Tolerance Limit ~PG_MotRev L_Limit.PDL csoIOAnaTH

MotRev L .AV_TL_Lim 2 6 AV - Low Tolerance Limit ~PG_MotRev L_Limit.PDL csoIOAnaTL


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MotRev L .AV_WH_Lim 2 6 AV - High Warning Limit ~PG_MotRev L_Limit.PDL csoIOAnaWH

MotRev L .AV_WL_Lim 2 6 AV - Low Warning Limit ~PG_MotRev L_Limit.PDL csoIOAnaWL

MotRev L .Monitor On 2 6 1=Monitor ON, 0=Monitor OFF: Feedback Monitor ~PG_MotRev L_Parameter.PDL chkMonitor

MotRev L .Monitor Of f 2 6 1=Monitor ON, 0=Monitor OFF: Feedback Monitor ~PG_MotRev L_Parameter.PDL chkMonitor

MotRev L .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotRev L_Parameter.PDL csoBtnMaintenance

MotRev L .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotRev L_Parameter.PDL csoBtnMaintenance

MotRev L .SimOn On 3 1100 Simulation On/Of f ~PG_MotRev L_Parameter.PDL csoBtnSim

MotRev L .SimOn Of f 3 1100 Simulation On/Of f ~PG_MotRev L_Parameter.PDL csoBtnSim

MotRev L .MonTiDy namic 2 6 Monitoring Time of Feedback [s] ~PG_MotRev L_Parameter.PDL csoIOAnaDy nMonTimeMotRev L .MonTiStatic 2 6 Monitoring Time of Feedback [s] ~PG_MotRev L_Parameter.PDL csoIOAnaStaMonTime

MotRev L .FwdMan Forward 1 5 1=Start: Forward Start Command in Manual Mode ~PG_MotRev L_Standard.PDL csoBtnCommand

MotRev L .Rev Man Rev erse 1 5 1=Start: Rev erse Start Command in Manual Mode ~PG_MotRev L_Standard.PDL csoBtnCommand

MotRev L .StopMan Stop 1 5 1=Stop: Stop Command in Manual Mode ~PG_MotRev L_Standard.PDL csoBtnCommand

MotRev L .RapidStp Rapid stop 1 5 1 = Motor Rapid Stop command ~PG_MotRev L_Standard.PDL csoBtnCommand

MotRev L .AutModOp Automatic 1 5 1=Auto Mode: Auto Mode by Operator ~PG_MotRev L_Standard.PDL csoBtnMode

MotRev L .ManModOp Manual 1 5 1=Manual Mode: Manual Mode by Operator ~PG_MotRev L_Standard.PDL csoBtnMode

MotRev L .LocalOp Local 1 5 1=Local Mode: Local Operation by Operator ~PG_MotRev L_Standard.PDL csoBtnMode

MotRev L .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_MotRev L_Standard.PDL csoBtnMode

MotRev L .RstOp Reset 1 5 Operator Reset Signal ~PG_MotRev L_Standard.PDL csoBtnReset


MotS .Monitor On 2 6 1=Monitor ON, 0=Monitor OFF: Feedback Monitor ~PG_MotS_Parameter.PDL chkMonitor

MotS .Monitor Of f 2 6 1=Monitor ON, 0=Monitor OFF: Feedback Monitor ~PG_MotS_Parameter.PDL chkMonitor

MotS .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotS_Parameter.PDL csoBtnMaintenanceMotS .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotS_Parameter.PDL csoBtnMaintenance

MotS .SimOn On 3 1100 Simulation On/Of f ~PG_MotS_Parameter.PDL csoBtnSim

MotS .SimOn Of f 3 1100 Simulation On/Of f ~PG_MotS_Parameter.PDL csoBtnSim

MotS .MonTiDy namic 2 6 Monitoring Time of Feedback [s] ~PG_MotS_Parameter.PDL csoIOAnaDy nMonTime

MotS .StartMan Start 1 5 1=Start: Start Command in Manual Mode ~PG_MotS_Standard.PDL csoBtnCommand

MotS .StopMan Stop 1 5 1=Stop: Stop Command in Manual Mode ~PG_MotS_Standard.PDL csoBtnCommand

MotS .AutModOp Automatic 1 5 1=Auto Mode: Auto Mode by Operator ~PG_MotS_Standard.PDL csoBtnMode

MotS .ManModOp Manual 1 5 1=Manual Mode: Manual Mode by Operator ~PG_MotS_Standard.PDL csoBtnMode

MotS .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_MotS_Standard.PDL csoBtnMode

MotS .RstOp Reset 1 5 Operator Reset Signal ~PG_MotS_Standard.PDL csoBtnReset


MotSpdCL .AV_AH_Lim 2 6 AV - High Alarm Limit ~PG_MotSpdCL_Limit.PDL csoIOAnaAH

MotSpdCL .AV_AL_Lim 2 6 AV - Low Alarm Limit ~PG_MotSpdCL_Limit.PDL csoIOAnaAL

MotSpdCL .SimAV 1 5 AV Simulation Value, tracks when not in simulation ~PG_MotSpdCL_Limit.PDL csoIOAnaAVMotSpdCL .AV_Hy st 2 6 AV - Hy steresis ~PG_MotSpdCL_Limit.PDL csoIOAnaHy s

MotSpdCL .AV_TH_Lim 2 6 AV - High Tolerance Limit ~PG_MotSpdCL_Limit.PDL csoIOAnaTH

MotSpdCL .AV_TL_Lim 2 6 AV - Low Tolerance Limit ~PG_MotSpdCL_Limit.PDL csoIOAnaTL

MotSpdCL .AV_WH_Lim 2 6 AV - High Warning Limit ~PG_MotSpdCL_Limit.PDL csoIOAnaWH

MotSpdCL .AV_WL_Lim 2 6 AV - Low Warning Limit ~PG_MotSpdCL_Limit.PDL csoIOAnaWL

MotSpdCL .ER_AH_Lim 2 6 ER alarm high limit ~PG_MotSpdCL_LimitRbk.PDL csoIOAnaAH

MotSpdCL .ER_AL_Lim 2 6 ER alarm low limit ~PG_MotSpdCL_LimitRbk.PDL csoIOAnaAL


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MotSpdCL .Monitor Of f 2 6 1=Monitor ON, 0=Monitor OFF: Feedback Monitor ~PG_MotSpdCL_Parameter.PDL chkMonitor

MotSpdCL .MS_RelOp Yes 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotSpdCL_Parameter.PDL csoBtnMaintenance

MotSpdCL .MS_RelOp No 3 1100 Operator input f or MS Release, 1: MS release requirement ~PG_MotSpdCL_Parameter.PDL csoBtnMaintenance

MotSpdCL . SimOn On 3 1100 Simulation On/Of f ~PG_MotSpdCL_Parameter.PDL csoBtnSim

MotSpdCL .SimOn Of f 3 1100 Simulation On/Of f ~PG_MotSpdCL_Parameter.PDL csoBtnSim

MotSpdCL .MonTiDy namic 2 6 Monitoring Time of Feedback [s] ~PG_MotSpdCL_Parameter.PDL csoIOAnaDy nMonTime

MotSpdCL .MonTiStatic 2 6 Monitoring Time of Feedback [s] ~PG_MotSpdCL_Parameter.PDL csoIOAnaStaMonTime

MotSpdCL .Spd1Man Slow 1 5 ~PG_MotSpdCL_Standard.PDL csoBtnCommand

MotSpdCL .Spd2Man Fast 1 5 ~PG_MotSpdCL_Standard.PDL csoBtnCommandMotSpdCL .StopMan Stop 1 5 1=Stop: Stop Command in Manual Mode ~PG_MotSpdCL_Standard.PDL csoBtnCommand

MotSpdCL .RapidStp Rapid stop 1 5 1 = Motor Rapid Stop command ~PG_MotSpdCL_Standard.PDL csoBtnCommand

MotSpdCL .AutModOp Automatic 1 5 1=Auto Mode: Auto Mode by Operator ~PG_MotSpdCL_Standard.PDL csoBtnMode

MotSpdCL .ManModOp Manual 1 5 1=Manual Mode: Manual Mode by Operator ~PG_MotSpdCL_Standard.PDL csoBtnMode

MotSpdCL .LocalOp Local 1 5 1=Local Mode: Local Operation by Operator ~PG_MotSpdCL_Standard.PDL csoBtnMode

MotSpdCL .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_MotSpdCL_Standard.PDL csoBtnMode

MotSpdCL . RstOp Reset 1 5 Operator Reset Signal ~PG_MotSpdCL_Standard.PDL csoBtnReset


OpAnL .SP_TrkExt On 2 6 1: SP_Int tracks SP_Ext in External ~PG_OpAnL_Parameter.PDL chkBumpless

OpAnL .SP_TrkExt Of f 2 6 1: SP_Int tracks SP_Ext in External ~PG_OpAnL_Parameter.PDL chkBumpless

OpAnL .SP_RateOn On 1 5 Setpoint changes are rate limited by SP_UpRaLim and SP_DnRaLim ~PG_OpAnL_Ramp.PDL chkRampOn

OpAnL .SP_RateOn Of f 1 5 Setpoint changes are rate limited by SP_UpRaLim and SP_DnRaLim ~PG_OpAnL_Ramp.PDL chkRampOn

OpAnL . SP_R mpModTim e D urat ion 1 5 1: S P ram ped ov er SP_R mpTim e, 0 : SP ram ped by r at es SP_U pR aLi m, SP_D nR aLim ~PG_OpAnL_R am p. PD L c soBt nR am pMode

OpAnL . SP_R mpModTim e Gradient 1 5 1: S P ram ped ov er SP_R mpTim e, 0 : SP ram ped by r at es SP_U pR aLi m, SP_D nR aLim ~PG_OpAnL_R am p. PD L c soBt nR am pModeOpAnL .SP_RmpOn Activ e 1 5 Setpoint is ramped to SP_RmpTarget ~PG_OpAnL_Ramp.PDL csoBtnRampOn

OpAnL .SP_RmpOn Inactiv e 1 5 Setpoint is ramped to SP_RmpTarget ~PG_OpAnL_Ramp.PDL csoBtnRampOn

OpAnL .SP_RmpTime 1 5 Setpoint ramp time [s] ~PG_OpAnL_Ramp.PDL csoIOAnaDuration

OpAnL .SP_DnRaLim 1 5 Downward rate limit f or setpoint changes or ramping ~PG_OpAnL_Ramp.PDL csoIOAnaRampDn

OpAnL .SP_UpRaLim 1 5 Upward rate limit f or setpoint changes or ramping ~PG_OpAnL_Ramp.PDL csoIOAnaRampUp

OpAnL .SP_RmpTarget 1 5 Setpoint ramp target ~PG_OpAnL_Ramp.PDL csoIOAnaTargetSP

OpAnL .OnOp On 1 5 1=On Mode: On Mode by Operator ~PG_OpAnL_Standard.PDL csoBtnMode

OpAnL .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_OpAnL_Standard.PDL csoBtnMode

OpAnL .SP_ExtOp External 1 5 Operator input to select external setpoint ~PG_OpAnL_Standard.PDL csoBtnSetpoint

OpAnL .SP_IntOp Internal 1 5 Operator input to select internal setpoint ~PG_OpAnL_Standard.PDL csoBtnSetpoint

OpAnL .PV_In#Value 1 5 Value ~PG_OpAnL_Standard.PDL csoIOAnaPV

OpAnL .SP_Int 1 5 Internal Analog setpoint ~PG_OpAnL_Standard.PDL csoIOAnaSP


OpDi01 .SetOp On 1 5 Operator Set Signal ~PG_OpDi01_Standard.PDL csoBtnCommandOpDi01 .RstOp Of f 1 5 Operator Reset Signal ~PG_OpDi01_Standard.PDL csoBtnCommand

OpDi01 .OnOp On 1 5 1=On Mode: On Mode by Operator ~PG_OpDi01_Standard.PDL csoBtnMode

OpDi01 .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_OpDi01_Standard.PDL csoBtnMode


OpDi03 .SetOp1 On 1 5 Operator Digital Input 1 ~PG_OpDi03_Standard.PDL csoBtnCommand1



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OpDi03 .OnOp On 1 5 1=On Mode: On Mode by Operator ~PG_OpDi03_Standard.PDL csoBtnMode

OpDi03 .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_OpDi03_Standard.PDL csoBtnMode


OpStations .In0 Enable 3 1100 1='Enable operator station 1 ~PG_OpStations_Standard.PDL csoChkBoxIn0

OpStations .In0 Disable 3 1100 1='Enable operator station 1 ~PG_OpStations_Standard.PDL csoChkBoxIn0


OpStations .In1 Disable 3 1100 1='Enable operator station 2 ~PG_OpStations_Standard.PDL csoChkBoxIn1OpStations .In10 Enable 3 1100 1='Enable operator s tation 11 ~PG_OpStations_Standard.PDL csoChkBox In10

OpStations .In10 Disable 3 1100 1='Enable operator s tation 11 ~PG_OpStations_Standard.PDL csoChkBox In10

OpStations .In11 Enable 3 1100 1='Enable operator s tation 12 ~PG_OpStations_Standard.PDL csoChkBox In11












OpStations .In3 Enable 3 1100 1='Enable operator station 4 ~PG_OpStations_Standard.PDL csoChkBoxIn3OpStations .In3 Disable 3 1100 1='Enable operator station 4 ~PG_OpStations_Standard.PDL csoChkBoxIn3












OpStations . In9 Disable 3 1100 1='Enable operator station 10 ~PG_OpStations_Standard.PDL csoChkBoxIn9

BlockType Tag Text Level User Right IO Comment Picture/Faceplate objNameOpTrig .OnOp On 1 5 1=On Mode: On Mode by Operator ~PG_OpTrig_Standard.PDL csoBtnMode

OpTrig .OosOp Out of serv ice 2 6 1=Oos Mode: Oos Mode by Operator ~PG_OpTrig_Standard.PDL csoBtnMode

OpTrig .InOp Set 1 5 Operator Binary Input ~PG_OpTrig_Standard.PDL csoBtnReset


PIDConL .PV_AH_Lim 2 6 PV alarm high limit ~PG_PIDConL_Limit.PDL csoIOAnaAH

PIDConL .PV_AL_Lim 2 6 PV alarm low limit ~PG_PIDConL_Limit.PDL csoIOAnaAL


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PIDConL .ER_AH_Lim 2 6 ER alarm high limit ~PG_PIDConL_Limit.PDL csoIOAnaErrH

PIDConL .ER_Hy st 2 6 Hy steresis f or ER alarms ~PG_PIDConL_Limit.PDL csoIOAnaErrHy s

PIDConL .ER_AL_Lim 2 6 ER alarm low limit ~PG_PIDConL_Limit.PDL csoIOAnaErrL

PIDConL .PV_Hy st 2 6 Hy steresis f or PV alarms, warnings and tolerance messages ~PG_PIDConL_Limit.PDL csoIOAnaHy s

PIDConL .ManHiLim 2 6 High limit f or manipulated v ariable in manual mode ~PG_PIDConL_Limit.PDL csoIOAnaMVH

PIDConL .ManLoLim 2 6 Low limit f or manipulated v ariable in manual mode ~PG_PIDConL_Limit.PDL csoIOAnaMVL

PIDConL .RbkWH_Lim 2 6 Rbk warning high limit ~PG_PIDConL_Limit.PDL csoIOAnaRbkH

PIDConL .RbkHy st 2 6 Hy steresis f or Rbk warnings ~PG_PIDConL_Limit.PDL csoIOAnaRbkHy s

PIDConL .RbkWL_Lim 2 6 Rbk warning low limit ~PG_PIDConL_Limit.PDL csoIOAnaRbkLPIDConL .SP_InHiLim 2 6 High limit of internal setpoint ~PG_PIDConL_Limit.PDL csoIOAnaSPH

PIDConL .SP_InLoLim 2 6 Low limit of internal setpoint ~PG_PIDConL_Limit.PDL csoIOAnaSPL

PIDConL .PV_TH_Lim 2 6 PV tolerance message high limit ~PG_PIDConL_Limit.PDL csoIOAnaTH

PIDConL .PV_TL_Lim 2 6 PV tolerance message low limit ~PG_PIDConL_Limit.PDL csoIOAnaTL

PIDConL .PV_WH_Lim 2 6 PV warning high limit ~PG_PIDConL_Limit.PDL csoIOAnaWH

PIDConL .PV_WL_Lim 2 6 PV warning low limit ~PG_PIDConL_Limit.PDL csoIOAnaWL

PIDConL .MS_RelOp Yes 3 1100 1 = Release f or maintenance by operator ~PG_PIDConL_Parameter.PDL csoBtnMaint

PIDConL .MS_RelOp No 3 1100 1 = Release f or maintenance by operator ~PG_PIDConL_Parameter.PDL csoBtnMaint

PIDConL .SimOn On 3 1100 1 = Simulation activ ated ~PG_PIDConL_Parameter.PDL csoBtnSimu

PIDConL .SimOn Of f 3 1100 1 = Simulation activ ated ~PG_PIDConL_Parameter.PDL csoBtnSimu

PIDConL .OptimEn On 2 6 1 = Enable optimization of PID parameters by PID tuner ~PG_PIDConL_Parameter.PDL csoChkBoxOpti

PIDConL .OptimEn Of f 2 6 1 = Enable optimization of PID parameters by PID tuner ~PG_PIDConL_Parameter.PDL csoChkBoxOpti

PIDConL .SP_TrkPV On 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_PIDConL_Parameter.PDL csoChkBoxPVTrk

PIDConL .SP_TrkPV Of f 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_PIDConL_Parameter.PDL csoChkBoxPVTrk

PIDConL .SP_TrkExt On 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_PIDConL_Parameter.PDL csoChkBoxSPTrkPIDConL .SP_TrkExt Of f 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_PIDConL_Parameter.PDL csoChkBoxSPTrk

PIDConL .DeadBand 2 6 Width of deadband ~PG_PIDConL_Parameter.PDL csoIOAnaDeadB

PIDConL .Gain#Value 2 6 Value ~PG_PIDConL_Parameter.PDL csoIOAnaGain

PIDConL .Dif f Gain#Value 2 6 Value ~PG_PIDConL_Parameter.PDL csoIOAnaGainD

PIDConL .TD#Value 2 6 Value ~PG_PIDConL_Parameter.PDL csoIOAnaTD

PIDConL .TI#Value 2 6 Value ~PG_PIDConL_Parameter.PDL csoIOAnaTI

PIDConL .ConZone 2 6 Width of control zone ~PG_PIDConL_Parameter.PDL csoIOAnaZoneC

PIDConL .SP_RmpOn Activ e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_PIDConL_Ramp.PDL csoBtnRamp

PIDConL .SP_RmpOn Inactiv e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_PIDConL_Ramp.PDL csoBtnRamp

PI DC onL . SP_R mpModTim e D urat ion 1 5 1= U se t im e (SP_R mpTim e) f or ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_PI DC onL_R am p. PD L c soBt nR am pMode

PI DC onL . SP_R mpModTim e Gradient 1 5 1= U se t im e (SP_R mpTim e) f or ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_PI DC onL_R am p. PD L c soBt nR am pMode

PIDConL .SP_RateOn On 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_PIDConL_Ramp.PDL csoChkBoxGrd

PIDConL .SP_RateOn Of f 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_PIDConL_Ramp.PDL csoChkBoxGrd

PIDConL .SP_RmpTime 1 5 Time f or setpoint ramp [s] f rom current SP up to SP_RmpTarget ~PG_PIDConL_Ramp.PDL csoIOAnaDuration

PIDConL .SP_DnRaLim 1 5 Downward rate limit of setpoint [PV_Unit/s] ~PG_PIDConL_Ramp.PDL csoIOAnaGrdDownPIDConL .SP_UpRaLim 1 5 Upward rate limit of setpoint [PV_Unit/s] ~PG_PIDConL_Ramp.PDL csoIOAnaGrdUp

PIDConL .SP_RmpTarget 1 5 Target setpoint f or setpoint ramp ~PG_PIDConL_Ramp.PDL csoIOAnaTargetSP

PIDConL .AutModOp Automatic 1 5 1 = Automatic mode by operator (controlled by ModLiOp = 0) ~PG_PIDConL_Standard.PDL csoBtnMode

PIDConL .ManModOp Manual 1 5 1 = Manual mode by operator (controlled by ModLiOp = 0) ~PG_PIDConL_Standard.PDL csoBtnMode

PIDConL .Adv CoOn Program 1 5 1 = Enable program mode v ia f aceplate ~PG_PIDConL_Standard.PDL csoBtnMode

PIDConL .OosOp Out of serv ice 2 6 1 = Out of serv ice by OS operation ~PG_PIDConL_Standard.PDL csoBtnMode

PIDConL .SP_ExtOp External 1 5 1 = Select external setpoint (v ia operator) ~PG_PIDConL_Standard.PDL csoBtnSPMode


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PIDConL .SP_IntOp Internal 1 5 1 = Select internal setpoint (v ia operator) ~PG_PIDConL_Standard.PDL csoBtnSPMode

PIDConL .Man 1 5 Operator input f or manual setting of manipulated v ariable MV ~PG_PIDConL_Standard.PDL csoIOAnaMV

PIDConL .SimPV 1 5 Process v alue used f or SimOn = 1 ~PG_PIDConL_Standard.PDL csoIOAnaPV

PIDConL .SimRbk 1 5 Readback v alue used f or SimOn = 1 ~PG_PIDConL_Standard.PDL csoIOAnaRbk

PIDConL .SP_Int 1 5 Internal setpoint f or operation ~PG_PIDConL_Standard.PDL csoIOAnaSP


PIDConR .PV_AH_Lim 2 6 PV alarm high limit ~PG_PIDConR_Limit.PDL csoIOAnaAH

PIDConR .PV_AL_Lim 2 6 PV alarm low limit ~PG_PIDConR_Limit.PDL csoIOAnaALPIDConR .ER_AH_Lim 2 6 ER alarm high limit ~PG_PIDConR_Limit.PDL csoIOAnaErrH

PIDConR .ER_Hy st 2 6 Hy steresis f or ER alarms ~PG_PIDConR_Limit.PDL csoIOAnaErrHy s

PIDConR .ER_AL_Lim 2 6 ER alarm low limit ~PG_PIDConR_Limit.PDL csoIOAnaErrL

PIDConR .PV_Hy st 2 6 Hy steresis f or PV alarms, warnings and tolerance messages ~PG_PIDConR_Limit.PDL csoIOAnaHy s

PIDConR .ManHiLim 2 6 High limit f or manipulated v ariable in manual mode ~PG_PIDConR_Limit.PDL csoIOAnaMVH

PIDConR .ManLoLim 2 6 Low limit f or manipulated v ariable in manual mode ~PG_PIDConR_Limit.PDL csoIOAnaMVL

PIDConR .RbkWH_Lim 2 6 Rbk warning high limit ~PG_PIDConR_Limit.PDL csoIOAnaRbkH

PIDConR .RbkHy st 2 6 Hy steresis f or Rbk warnings ~PG_PIDConR_Limit.PDL csoIOAnaRbkHy s

PIDConR .RbkWL_Lim 2 6 Rbk warning low limit ~PG_PIDConR_Limit.PDL csoIOAnaRbkL

PIDConR .SP_InHiLim 2 6 High limit of internal setpoint ~PG_PIDConR_Limit.PDL csoIOAnaSPH

PIDConR .SP_InLoLim 2 6 Low limit of internal setpoint ~PG_PIDConR_Limit.PDL csoIOAnaSPL

PIDConR .PV_TH_Lim 2 6 PV tolerance message high limit ~PG_PIDConR_Limit.PDL csoIOAnaTH

PIDConR .PV_TL_Lim 2 6 PV tolerance message low limit ~PG_PIDConR_Limit.PDL csoIOAnaTL

PIDConR .PV_WH_Lim 2 6 PV warning high limit ~PG_PIDConR_Limit.PDL csoIOAnaWH

PIDConR .PV_WL_Lim 2 6 PV warning low limit ~PG_PIDConR_Limit.PDL csoIOAnaWLPIDConR .MS_RelOp Yes 3 1100 1 = Release f or maintenance by operator ~PG_PIDConR_Parameter.PDL csoBtnMaint

PIDConR .MS_RelOp No 3 1100 1 = Release f or maintenance by operator ~PG_PIDConR_Parameter.PDL csoBtnMaint

PIDConR .SimOn On 3 1100 1 = Simulation activ ated ~PG_PIDConR_Parameter.PDL csoBtnSimu

PIDConR .SimOn Of f 3 1100 1 = Simulation activ ated ~PG_PIDConR_Parameter.PDL csoBtnSimu

PIDConR .OptimEn On 2 6 1 = Enable optimization of PID parameters by PID tuner ~PG_PIDConR_Parameter.PDL csoChkBoxOpti

PIDConR .OptimEn Of f 2 6 1 = Enable optimization of PID parameters by PID tuner ~PG_PIDConR_Parameter.PDL csoChkBoxOpti

PIDConR .SP_TrkPV On 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_PIDConR_Parameter.PDL csoChkBoxPVTrk

PIDConR .SP_TrkPV Of f 2 6 1 = Setpoint f ollows PV in manual mode and in tracking ~PG_PIDConR_Parameter.PDL csoChkBoxPVTrk

PIDConR .SP_TrkExt On 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_PIDConR_Parameter.PDL csoChkBoxSPTrk

PIDConR .SP_TrkExt Of f 2 6 1 = Bumpless switchov er f rom external to internal setpoint activ e ~PG_PIDConR_Parameter.PDL csoChkBoxSPTrk

PIDConR .DeadBand 2 6 Width of deadband ~PG_PIDConR_Parameter.PDL csoIOAnaDeadB

PIDConR .Gain#Value 2 6 Value ~PG_PIDConR_Parameter.PDL csoIOAnaGain

PIDConR .Dif f Gain#Value 2 6 Value ~PG_PIDConR_Parameter.PDL csoIOAnaGainD

PIDConR .TD#Value 2 6 Value ~PG_PIDConR_Parameter.PDL csoIOAnaTD

PIDConR .TI#Value 2 6 Value ~PG_PIDConR_Parameter.PDL csoIOAnaTIPIDConR .SP_RmpOn Activ e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_PIDConR_Ramp.PDL csoBtnRamp

PIDConR .SP_RmpOn Inactiv e 1 5 1= Activ ate setpoint ramp to target setpoint SP_RmpTarget ~PG_PIDConR_Ramp.PDL csoBtnRamp

PI DC onR . SP_R mpModTim e D urat ion 1 5 1= U se t im e (SP_R mpTim e) f or ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_PI DC onR _R am p. PD L c soBt nR am pMode

PI DC onR . SP_R mpModTim e Gradient 1 5 1= Us e t im e (SP_R mpTim e) for ram p, 0= U se rat es SP_U pR aLim , SP_D nR aLim ~PG_PI DC onR _R am p. PD L c soBt nR am pMode

PIDConR .SP_RateOn On 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_PIDConR_Ramp.PDL csoChkBoxGrd

PIDConR .SP_RateOn Of f 1 5 1= Activ ate limitation of setpoint gradients by SP_UpRaLim and SP_DnRaLim ~PG_PIDConR_Ramp.PDL csoChkBoxGrd

PIDConR .SP_RmpTime 1 5 Time f or setpoint ramp [s] f rom current SP up to SP_RmpTarget ~PG_PIDConR_Ramp.PDL csoIOAnaDuration


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PIDConR .SP_DnRaLim 1 5 Downward rate limit of setpoint [PV_Unit/s] ~PG_PIDConR_Ramp.PDL csoIOAnaGrdDown

PIDConR .SP_UpRaLim 1 5 Upward rate limit of setpoint [PV_Unit/s] ~PG_PIDConR_Ramp.PDL csoIOAnaGrdUp

PIDConR .SP_RmpTarget 1 5 Target setpoint f or setpoint ramp ~PG_PIDConR_Ramp.PDL csoIOAnaTargetSP

PIDConR .AutModOp Automatic 1 5 1 = Automatic mode by operator ~PG_PIDConR_Standard.PDL csoBtnMode

PIDConR .ManModOp Manual 1 5 1 = Manual mode by operator ~PG_PIDConR_Standard.PDL csoBtnMode

PIDConR .OosOp Out of serv ice 2 6 1 = Out of serv ice by OS operation ~PG_PIDConR_Standard.PDL csoBtnMode

PIDConR .Adv CoOn Program 1 5 1 = Enable program mode v ia f aceplate ~PG_PIDConR_Standard.PDL csoBtnMode

PIDConR .SP_ExtOp External 1 5 1 = Select external setpoint (v ia operator) ~PG_PIDConR_Standard.PDL csoBtnSPMode

PIDConR .SP_IntOp Internal 1 5 1 = Select internal setpoint (v ia operator) ~PG_PIDConR_Standard.PDL csoBtnSPModePIDConR .Man 1 5 Operator input f or manual setting of manipulated v ariable MV ~PG_PIDConR_Standard.PDL csoIOAnaMV

PIDConR .SimPV 1 5 Process v alue used f or SimOn = 1 ~PG_PIDConR_Standard.PDL csoIOAnaPV

PIDConR .SimRbk 1 5 Readback v alue used f or SimOn = 1 ~PG_PIDConR_Standard.PDL csoIOAnaRbk

PIDConR .SP_Int 1 5 Internal setpoint f or operation ~PG_PIDConR_Standard.PDL csoIOAnaSP


PIDStepL .PV_AH_Lim 2 6 PV alarm high limit ~PG_PIDStepL_Limit.PDL csoIOAnaAH

PIDStepL .PV_AL_Lim 2 6 PV alarm low limit ~PG_PIDStepL_Limit.PDL csoIOAnaAL

PIDStepL .ER_AH_Lim 2 6 ER alarm high limit ~PG_PIDStepL_Limit.PDL csoIOAnaErrH

PIDStepL .ER_Hy st 2 6 Hy steresis f or ER alarms ~PG_PIDStepL_Limit.PDL csoIOAnaErrHy s

PIDStepL .ER_AL_Lim 2 6 ER alarm low limit ~PG_PIDStepL_Limit.PDL csoIOAnaErrL

PIDStepL .PV_Hy st 2 6 Hy steresis f or PV alarms, warnings and tolerance messages ~PG_PIDStepL_Limit.PDL csoIOAnaHy s

PIDStepL .ManHiLim 2 6 High limit f or manipulated v ariable in manual mode ~PG_PIDStepL_Limit.PDL csoIOAnaMVH

PIDStepL .ManLoLim 2 6 Low limit f or manipulated v ariable in manual mode ~PG_PIDStepL_Limit.PDL csoIOAnaMVL

PIDStepL .RbkWH_Lim 2 6 Rbk warning high limit ~PG_PIDStepL_Limit.PDL csoIOAnaRbkHPIDStepL .RbkHy st 2 6 Hy steresis f or Rbk warnings ~PG_PIDStepL_Limit.PDL csoIOAnaRbkHy s

PIDStepL .RbkWL_Lim 2 6 Rbk warning low limit ~PG_PIDStepL_Limit.PDL csoIOAnaRbkL

PIDStepL .SP_InHiLim 2 6 High limit of internal setpoint ~PG_PIDStepL_Limit.PDL csoIOAnaSPH

PIDStepL .SP_InLoLim 2 6 Low limit of internal setpoint ~PG_PIDStepL_Limit.PDL csoIOAnaSPL

PIDStepL .PV_TH_Lim 2 6 PV tolerance message high limit ~PG_PIDStepL_Limit.PDL csoIOAnaTH

PIDStepL .PV_TL_Lim 2 6 PV tolerance message low limit ~PG_PIDStepL_Limit.PDL csoIOAnaTL

PIDStepL .PV_WH_Lim 2 6 PV warning high limit ~PG_PIDStepL_Limit.PDL csoIOAnaWH

PIDStepL .PV_WL_Lim 2 6 PV warning low limit ~PG_PIDStepL_Limit.PDL csoIOAnaWL

PIDStepL .MS_RelOp Yes 3 1100 1 = Release f or maintenance by operator ~PG_PIDStepL_Parameter.PDL csoBtnMaint

PIDStepL .MS_RelOp No 3 1100 1 = Release f or maintenance by operator ~PG_PIDStepL_Parameter.PDL csoBtnMaint

PIDStepL .SimOn On 3 1100 1 = Simulation activ ated ~PG_PIDStepL_Parameter.PDL csoBtnSimu

PIDStepL .SimOn Of f 3 1100 1 = Simulation activ ated ~PG_PIDStepL_Parameter.PDL csoBtnSimu

PIDStepL .OptimEn On 2 6 1 = Enable optimization of PID

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