aut section 1c - oil gas reuse library - abb · pdf fileabb as, 2007 6 abb as ‘our oil...

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GENERALPresentation

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REUSE Solutions built on

ABB 800xA AC800M (PM864), usually PCS and PDCS and HVAC

AC800M-HI (PM865): F&G (SIL2)

PSD (SIL2/3)

ESD (SIL3)

AC410 / AC450

Melody

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REUSE Solutions –Must support typical OGP products

General requirement in ABB OGP industry:Consistency, same look & feel for the operator. Examples:

between different plants and controller types (AC400, AC450, AC800M, AC800M-HI, AC870 / Melody).

with PMS (Power Management System). Same look & feel for the operator.

with Autro-Safe (Fire detector central). Same look & feel for the operator.

Possibly future libraries like PPS (Pipeline-Protection-System)….?

Possibly future C&E Builder

Plug & play with ITS Simulator. REUSE is prepared with necessary OPC variables.

Support IMS applications. REUSE is prepared with necessary OPC Event generation.

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Special Features for Operation of Medium/Large Plants

Func.Structure

Display Overview

Object Lock GroupQuick Control of Group of devices.

Decide for how long time and which objects

Number of ClicksSel Faceplate

Initiate CommandCOW

Auto CallupDisplay / Workplace

Dependent on case / conditionE.g. F&G, ESD

3. Detailed Display

Safety applicationsAutomatic Shutdown ReportBlock log

MaintenanceRun-time monitoring Valve VerificationSIL Statistics Report

Operator supportShift report

PIMS Applications

1. GDSGroup Display Status

4. Maintenance Display

2. Overview DisplayESD, PSD

F&G

Work Permit Overview

Locations, Hot / Cold / Change

DABDisplay Ack.

Button

EEMUA-191 Alarm Filtering

Hiding / Shelving

Trip & Interlock Display

Navigation

LifeCycle & Consistency

Dimmed Screen

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REUSE Solutions basis

SIL IEC61508IEC61511

EEMUA 191 Principles for alarm system design / Norwegian Petroleum Directorate

YA-710 (Norwegian) YA-711 (English)

IEC-61804 / NORSOK Standard:SCD System Control Diagram (I-005) SAS Safety and Automation Systems (I-002)

Bringing this concept further to become an IEC standard http://www link to Petroleum_ONS2006incl_speach.pps.zip

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‘Our Oil & Gas library in ATPA’OGP REUSE Solutions does not come with the 800xA installation kit, it is the ATPA that is the owner of it and releases it separately.

OGP REUSE Solutions is an Oil & Gas specific library, which has its original specifications from actual O&G delivery projects.

OGP REUSE Solutions was developed by project people in the project organization. It has been maintained the same way.

OGP REUSE Solutions has a much closer connection to the project organization compared to the standard 800xA libraries, which aredeveloped in Sweden.

OGP Managements (Hartmut Wuttig / Borghild Lunde) have declared that REUSE Solutions is the officially OGP library thatOGP organization shall go for in the future.

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Advantage of using a standard library

Reduce delivery timeReduce RISK, proven in useSaves huge number of hours for FSM process for private library (mandatory for SIL libraries)Life Cycle supportEasy to do upgradesDecrease the number of engineer-expertsImproved support from ABB world wide‘Plug & Play’ with typical OGP productsFlexible from ABB’s point of view, can get support for different migrations in e.g. INOPCGuidelines for user application and graphic displays, including examples and afw (files-ready-to-use)Workplace and alarm- and event lists that supports EEMUA-191 and GDS etc. ‘Total solution’Built-in features for improved operation of huge plants:

GDS, shutdown hierarchy, F&G Overview display support etc. large screen solutions,

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REUSE Solutions – 800xA System Dependence

REUSE SolutionsSystem Extentions Workplace A/E Lists LSD

AC800M / -HIAC400•Volve

•Vincent

•Saipem

•Ula

•Ekofisk-K

•K-Lab

•Olowi

•Peregrino

•Grane

•Ormen Lange

•......

•Grane

•Ormen Lange•Valhall

•Valhall

HarmonyREUSE Look Like

•Troll-A

•Troll-A (ESD)

Melody•Kårstø

•Kårstø (F&G / PSD)

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REUSE – Life-CycleNeed for future upgrades

SV4.1

SV5.0

SV5.1

6.0

SV…

Statoil

StatoilHydro

bp

ConocoPhillips

Shell

etc.

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REUSE – Life-CycleLicenses and Sentinel

LicenseProduct GuideQ000083-SW-PRGD-0001(SV5)Q000083-SW-PRGD-000x

Read License Product Guide for thespecific release that fits for yourSystem Version X.Y

LicensePrice ListQ000083-SW-PL-0001

Wizard ZKOrder Licenses for REUSE Solutions

File that can be sent for license purchase order.

Need to extend for future support afterexpiration?

End ofLife Cycle

No

Yes

SentinelProduct GuideQ000083-SW-PRGD-0002

Read Sentinel Product Guide.

SentinelPrice ListQ000083-SW-SA-0001

Wizard ZKOrder Sentinel for REUSE Solutions

File that can be sent for Sentinel purchaseorder.

InstallWizard ZK

(After 1 year)

InstallWizard ZK

(After expiration of SentinelAgreement)

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IEC61804 Part1

The IEC61804 Part1 describes a method of systemizing the control application into 4 levels.

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IEC61804 – Function blocks for process controlPart 1 – Overview of system aspects 1:5

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IEC61804 – Part 1FRD Functional Requirement Diagram 2:5

Level4: Self Documenting System in CBM

Introduces function blocks on 2 levels:

•Basic Function Blocks

•Application Blocks

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IEC61804 – Function blocks for process controlPart 1 – Overview of system aspects 3:5

How to realize

Functional Requirement Diagrams

in ABB OGP when using REUSE Solutions?

Use System Control Diagram

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IEC61804 – System Control Diagram 4:5

System Control Diagram:

A simplified P&ID at Level2.

Shows easily which part of process and equipments that controls the

different functions.

Easy to understand for people that are used to work with P&ID.

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IEC61804 – System Control Diagram 5:5

NORSOK SCD System Control Diagram (I-005) Specifies:how the SCD document should look like

Some function blocks specified and belonging to parameter namesand functions

Defines also name syntax for function blocks and parameters

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NORSOK - SAS (I-002)

NORSOK SAS Safety & Automation Systems I-002 Specifies:Responsetime on HSI interface, I/O…Spare load and memoryColours on HSIAlarmsControl levels ( ESD / F&G / PSD / PCS / PDCS )Functionality / FeaturesIMS Information Management SystemTime SyncCold start-up and reboot timeTest facilitiesEasy to use and navigate, hierarchy, number of clicks..

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REUSE Fire and Gas Library

BLOCKING

OVERVIEWFROM OTHER AREAS

OB

SBV

OB

OB

OB

OBFROM OTHER AREAS

STRUCTURED VARIABLE

MB_FG(Boolean

input)

MA_FG(Analog input)

MD_FG(AutroSafe Detector)


MB_FG(Boolean

input)MANUAL

MB_FG(Boolean

input)

AutroSafeConnect

DI board

AI board

ISWM

ISWM

ISWA

ISWB

ISWB

VOTEx_ISW

VOTEx_ISW

ORx_ISW

WATERMIST


AREAFIRE (ISWF)

MANUAL FIRE (ISWM)

MANUAL RELEASE (MANUAL)

GAS (ISWG)

(OVERVIEW)

(MAN)

(HVAC)

(DELUGE)

FIRE Confirmed (FAC) Split

DELUGE

HVAC

(WATER MIST)

MANUAL

(Area Outputs)(Area protection systems)

(common outputs)

(BLOCKING)

(BLOCKING)(X1) (OB1)

(OB)

(LSL) (LSL)

(OB) (OB)

(OB)

(OB)

(OB2)

(OB)

(OB1)

(HVAC)

(DELUGE)

(blockable activation of common outputs)

(X)

(X)

(WATER MIST)(X1)

(OB)

MD_FG Module defined in ReuseAutroSafeLib

Module defined in REUSEfg, REUSEsignallib


ISWM


ISWM

MA_FG(Analog input)

ISWA

AutroSafePanel

AutroComm

ORx_MANUAL

ORx_OVERVIEW

OR_SAFETY

(X2) (OB2)

(X3) (OB3)(X4) (OB4)(X5) (OB5)

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REUSE PSD / ESD

FROM OTHER LB

OB

SBV

OB

MB(Boolean

input)

MA(Analog input)

DI board

AI board AHH

Y

OR_SAFETY

OR_SAFETY

LB(Shutdown Level)

XS (SAFETY)

X (SAFETY)

Y (SAFETY) Split_SAFETY

YS (SAFETY)(OB)

(LSL)

(OB)

MA(Analog input)

ALL

Split_SAFETY

TO OTHER LB

TO OTHER LB

TO OTHER LB

LB YS

LB YS

LB YS

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REUSE Electro Library

REUSE Electro Library - Configurable, open librarySBC_CB_BreakerType: Contactor feederSBC_IB_BreakerType: Incomer/Bustie breaker with built in MBB solution.SBE_IM_MotorType: Electro motor interface.

REUSE Low Voltage / INSUM LibraryInsum_MCUTypeCM: MCU interface function block, usually used together with SBE.SBC_I_LowVoltageType: Incomer. Control (open /close) and ‘make before break’ of low voltage incomer and bustie circuit breakers. SBC_I communicate with switchgears over Insum links. Metering signals are handled by MA function block and not connected to SBC_I, except for the bus bar voltage. SBC_F_LowVoltageType: Feeder. Monitoring (not control) of low voltage feeders and UPS circuit breakers. SBC_F monitor switchgears via Insum links. Metering signals are handled by MA function block and not connected to SBC_F.SBE_MotorType: Control (on /off) of motors, pumps, heaters, fans, duty/standby etc., with Auto /Manual mode, block /suppress, and feedback monitoring.SBE_VSD_MotorType: Variable Speed Drive. Control (on/off) and analog speed setting, of motors, pumps, heaters, fans, duty/standby etc., with Auto /Manual mode, block /suppress, and

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Combinations 1:3INSUM Motor starter:

INSUM Breaker Income / Bustie:

Z (SBE_IO)XS (dtElectroSignals)YS (dtElectroSignals)

XA (dtInsumConfig)

XGP (dtInsumGP)

XBE (dtInsumConfig)

XMV (dtInsumMV)

Typical Insum motor configuration

Z.Y (BoolO)

X (BoolIO) Z (SBE_IO)

II_InsumType

YH (BoolO)YL (BoolO)

BCL (Bool)BCH (Bool)

YF (Bool)

SBE_IMSBE

[Start] [Stop]

XBI (dtInsumConfig)

Z (dtSBC_CB_IO)XS (dtElectroSignals)YS (dtElectroSignals)

XA (dtInsumConfig)

XGP (dtInsumGP)

XBE (dtInsumConfig)

XMV (dtInsumMV)

Typical Insum breaker confuguration

PEquipment (dint)

YH (BoolO)

XH (BoolIO)

II_InsumTypeSBC_IB

[Open] [Close]

YL (BoolO)

XL (BoolIO)

XBI (dtInsumConfig)

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Combinations 2:3

INSUM Contactor Feeder:

Contactor feeder operation Hardwired IO:

Z (dtSBC_CB_IO)XS (dtElectroSignals)

Typical Insum contactor configuration

PEquipment (dint)

YH (BoolO)

Z (dtSBC_CB_IO) YH (BoolO)YL (BoolO)


YF (Bool)SBC_IB SBC_CB

[Open] [Close]

YL (BoolO)

XA (dtInsumConfig)

XGP (dtInsumGP)

XBE (dtInsumConfig)

XMV (dtInsumMV)

II_InsumType

XH (BoolIO)

XBI (dtInsumConfig)

YS (dtElectroSignals)

XL (BoolIO)

Z (dtSBC_CB_IO)XS (dtElectroSignals)

Typical breaker configuration against HW IO

PEquipment (dint)

YH (BoolO)

Z (dtSBC_CB_IO) YH (BoolO)YL (BoolO)


YF (Bool)SBC_IB SBC_CB

[Open] [Close]

YL (BoolO)

Hardwired inputs Hardwired output, closeHardwired output, open

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Combinations 3:3

Electro operated breaker Hardwired IO:

Electro operated breaker to any communication solution:

Z (dtSBC_CB_IO)XS (dtElectroSignals)Hardwired inputs

Electro operated with HW IO

PEquipment (dint)

YH (BoolO)

SBC_IB

[Open] [Close]

YL (BoolO)

Hardwired output, Close

Hardwired output, Open

Z (dtSBC_CB_IO)XS (dtElectroSignals)Any interface solution

Electro operated with communication solution

PEquipment (dint)

YH (BoolO)

SBC_IB

[Open] [Close]

YL (BoolO)

Output Close

Output, Open

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Installation of REUSE Solutions, described in Release Note (details later).

Alarm Philosophy and Configurations, described in 4 separate REUSE documents (details later).

800xA (Control Builder and CMD).

C&E Builder (Future) – Fill into Excel and Import

REUSE also supports Function Designer. Already used in the Valhall project. Function Designer is limited to Non-SIL applications.

Some projects combines this with engineering tools like BDM, SPI, Excel, PETI/CAEX.

Engineering Phase –REUSE Specific Issues 1:4

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Configuration options in Control Builder (starts with a ‘Pxxx’) e.g.

PFBConf: Configure no. feedback switched and possibly Inversion of themPDAxxx: A/E handlingPPrixxx: A/E priority / SeverityPClass: A/E Class

X for inputsY for outputs


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Configuration of GE (Graphic Elements’) behavior in the GD (Graphic Display) while inserting GE into GD by using Property. E.g. Indication Position for SBV:


In some cases it can also be configured by General Property

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Proposals for GD (Graphic Display) delivered with REUSE Solutions releases, even as afw files that can be imported directly into project’s 800xA system.


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Predefined Workplace (A/E lists operation and Commissioning, FuncStruct link, GDS)Overview Displays ESD / PSD / F&G etc. Supported by specific Graphic ElementsGDS (Group Display System) System ExtensionREMINDER to Operator for all ‘Manual’ settings in all Graphic Elements e.g. Manual Mode, Forced, Block, SuppressTypical Alarms like:

FaultTrip / Shutdown (for initiator i.e. input device)Coincidence (Block + Trip)SafetyFault (Trip + Fault)Deviation (analogue controller objects)Coincidence (F&G detectors)

Easy Navigation for the Oparators (details later)

Operation Phase –REUSE Specific Issues 1:2

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Block: is overriding the trip / shutdown signal. Block does not affect e.g. alarm handling. Block is used during operation when operator know that there is a temporary situation where pressure/level etc. will be incorrect until plant is up-and running in full production again e.g. after a shudown.

Input device like e.g. transmitter (MA) Block overrides the HH and LL output signal (parameters AHH and ALL).Output device like e.g. a valve SBV Block overrides the LSL, LSH, FSL, FSH.

Suppress: is overriding the faulty device. Input device like e.g. transmitter (MA) Suppress overrides both the Fault, HH and LL output signals (parameters YF, AHH and ALL). Suppress also overrides the belongings alarm generation.Output device like e.g. a valve SBV, Suppress overrides the fault output YF and the Fault alarm. Usually this means the feedback conflict i.e. if any feedback is damaged, this can be suppressed in order to continue the operation.

Operation Phase –REUSE Specific Issues 2:2

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Maintenance on Faulty Devices? 1:2

1. Device Fault Alarm is generated in alarm list.

2. Right-Click object in Alarm list and select Faceplate, which gives more detailed device information.

2. Right-Click object in Alarm list and select Event list for more detailed information

The AC800M Overview Graphic Display may also be an option for the operator in order to get an overview of the health of the controllers. If one controller reports Faults – Operator can easily select Faceplate from here, which gives additional detailed controller information.

2. Select System Viewer,Which easily shows the operator how to navigate down to the specific device that is faulty.

A possibly Faulty device in the selected controller would be shown here as Fault indication. Operator can further on select System Viewerfrom here, which again would give the maintenance people more detailed information.

1. Alarm / Status

2. System status

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Maintenance on Faulty Devices? 2:2

A Faulty device is also shown on GDS, which helps the operator to easy navigate down to the process section’s overview graphic display, and further down to the detailed device graphic display where the Faulty device is presented.

…. And further down to the Faulty device’A. Faceplate, which may have more detailed information

ORB. Event list , which may have more detailed information

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Is not prepared for this. Not possible to do either since Function Block code is password protected.

REUSE Solutions is fully integrated with PIMS applications (block log, ASR etc.).

I.e. Sufficient Events are generated from REUSE CMT’s.

PIMS (IMS)

Is not prepared for this. Not possible to do either since Function Block code is password protected.

REUSE Solutions is fully integrated withSimulator.

I.e. sufficient variables that fits into ITS Simulator product.

ITS Simulator

PMS does not support REUSE look and feel.

Same look and feel as the rest of REUSE Solutions. O&G need consistency since they areboth used in one and same delivery project.

PMS

Power Management System

Does not contain HW Typicals.Contains HW Typicals. This saves lots of cost and manhours in O&G projects.

HW Typicals

Missing some of these requirements. Willnot satisfy the O&G users needs.

Fully integrated and proven in use.Alarm & Event Design/Philosophy

Supports only Non-SIL.SIL2 / SIL3 compliant. SIL

PCDeviceLib (PCDL)OGP REUSE Solutions:

OGP REUSE Solutions vs PCDeviceLib (1:7)

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PCDeviceLib supports only traditionalFB/HSI.

REUSE Solutions is released with a number of features and is closer to a total solution for a delivery project. It contain, in addition to traditional FB/HSI, also GDS Group Display System, preconfigured workplace w/alarm and event lists, Programming Guideline, VDU Guideline, AC800M/-HI load/memory calculation and task tuning, Work Permit, External Alarm, LSD Yellow Frame, Group Display Alarm ack button.

Goes hand-in-hand with relevant products like ITS Simulator, IMS, PMS, AutroSafe etc., which are used in many O&G projects.

Whole Package

Used in pharmacy / consumer / refinery industry.

Intention was that PCDeviceLib should take over for REUSE Solutions, but customers preferred REUSE Solutions. For this reason REUSE Solutions has now become number one choice for new O&G projects.

Used mostly in O&G.

Started up with NOINA projects. Now more and more countries are using it.

Official OGP library.

Used where



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-Tool for task tuning.Task Tuning tool

-A number of function block / control module types have been optimized in order to decrease first of all the load which has been the bottleneck so far. Also the memory has been decreased. The effect of this is of course that more application can be added to the controller and that the number of controllers can be decreased ( decreased $$$ for the customer)

AC800M / -HI

Load and Memory Optimization

-Excel spreadsheet comes with the release. Very easy to fill in the number of instances in your application and get the estimated application (cyclic) load and memory automatically.

Used by engineering, sales and after sales for bigger changes.

AC800M / -HI

Load and Memory Calculation



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Only instances and Control Connection-and trip/interlock logic is done in CMD. All the rest is done in Function Block Diagram or Structure Text. Customer need in other words to look into more views/editors, which confuses them.

Almost all application logic is made in CMD graphic. Easier to understand for customers since all logic is kept on one place, goes hand-in-hand with SCD System Control Diagram.

Application logic programming

Only a few local variables are HIDDEN. Internal variables are not exposed to OPC, they have been configured to HIDDEN.

For this reason they do not disturb users or network.

AC800M / -HI

HIDDEN variables

OKOKFunction Designer

Not the same amount of experience with huge O&G projects.

Used in a number of O&G projects with SIL requirements. E.g. Ormen Lange, Volve, Vincent.

SIL experience



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Mainly for PCS.Both for PCS and PSD graphic display and overview displays.

Graphic elements

Assortment

Relatively big size that makes it difficult to add many of them in graphic display.

Small enough so that user can add sufficient numbers in graphic display. Can increase size but not decrease (should not be necessary since they are made small size).

Graphic elements

Size

Close to standard library that comes with the firmware.

Differs totally from standard library that comes with the firmware.

Graphic elements

Look

Inconsistent with PMS.Graphic Elements and Faceplates will have the same look & feel with the new PGE graphics.

Consistency with PMS

Parameter names and function block names are closer to the ones in standard library that comes with the firmware. These are different than NOROSK-SCD.

Parameter names and function block names are equal to NORSOK-SCD.

Parameter names



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PCC in faceplate. All trip and interlocks (PriCmds) configured on output function block (valve/motor/output) or on input function block (Transmitter/level switch..).

An elegant trip- and interlock hierarchy faceplate presentation is automatically generated. All trip and interlocks are shown here.

All trip and interlocks are presented as LED’s in faceplate. Operator will not see the whole trip and interlock hierarchy as for PCDeviceLib.

Separate input parameters for trip and interlocks (LSL/LSH/FSL/FSH/FDL/FDH) in output function blocks like valve/motor/output etc.

PCC

PriCmdpresentation in faceplate

-Offers special graphics for large screen display solutions.

LSD

Faceplate orientation is more complex since both ‘Normal’, ‘Reduced’ and ‘Extended’ faceplates are used.

This is almost like adding a third dimension.

Easier orientation in faceplates. Only ‘Normal’faceplate used, not ‘Reduced’ and ‘Extended’faceplate.

NORSOK-SAS requires that operators number of clicks shall be reduced to an absolutely minimum.

Faceplate orientation



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Does not exist. Partial Stroke Test (PST). Valve is verified / tested anytime without process interruption. The valve moves from 100% open position against close position and back to 100% again. Based on SOE feedbacks.

PST is commanded from a special PIMS interface window. PST can also be configured to be activated regularly or only when needed. E.g. if the PIMS reports show that a valve has not moved at all over the last year, it could be tested automatically and report back that it is ok or not. This would improve the SIL calculations of the loop.

Valve Verification

PSD logic is made in CMD graphic. A C&E tool was developed for this purpose, but is still not released as product, can probably be discussed if needed.

PSD logic is made in CMD graphic, there is no C&E tool for this purpose.

C&E Tool



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OGP REUSE Solutions vs PCDeviceLibFunction Blocks

pccLevelShutdown level used in ESD and PSD system.

LB

PVCalvProcess value calculationsYA

TotalizerRealIO(Totalizer200IB16)(TotalizerDP820))

TotalizerQA

ChokeValveChoke ValveCS

ControllerPID / ControllerPIDAdvPID controllerCA

ValveBinary valveSBV

MotoronOffAdvMotor including MCC signals.SBE

TranmitterAnalog inputMA

Digital InputDigital input.MB

PCDeviceLibTerminology

DescriptionREUSE Terminology

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OGP REUSE Solutions vs PCDeviceLibFunctions

Yes.No, except for Totalizers.Manual ModeDevice is controlled by operators faceplatein PPA.

Manual Mode

Yes.No, except for Totalizers.Auto ModeDevice is controlled by function block in AC800M.

Auto Mode

PCCNoInterlock High / LowPrevent the output device to start / stop. Applies to both manual and auto mode. Block overrides the function.

Force DisableHigh / Low

PCCPCC (DI)PCCHHH (AI)PCCLLL (AI)

Priority CommandA trip is generated. Trip has higher priority. Safeguarding

PriCmdOE alarm and configuration

NoPriority Command Object ErrorSafeguarding AND fault generatedsimultaneously.

Safety Fault Alarm(Conflict)

InhPriCmd alarm and configuration

NoInhibit Priority CommandObject is blocked either from application or operator’s faceplate AND safeguardingsimultaneously.

Coincidence Alarm(Conflict)

InteractionPar.Modes.InhHSICmd.Inh

InteractionPar.Modes.InhHSICmd.Inh

InhibitOverrides safeguarding.Block

Yes for all alarms. E.g. for Amps alarm enable: InteractionPar.AEAmps.EnableHSICmd.AmpsEn.E.g. for OE alarm enable: InteractionPar.AEOE.EnableHSICmd.OEEn

Yes for all alarms. E.g. for HHH alarm enable: InteractionPar.AEHHH.EnableHSICmd.HHHEn.E.g. for OE alarm enable: InteractionPar.AEOE.EnableHSICmd.OEEn.

Enable/DisableDisables alarms and actions separately.Suppress

Applies to Output Devices

Applies toInput Devices


DescriptionREUSE Terminology

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InteractionPar.AEHHH.EnableInteractionPar.AEHH.EnableInteractionPar.AEH.EnableInteractionPar.AEL.EnableInteractionPar.AELL.EnableInteractionPar.AELLL.Enable

Force suppress of all limits.FUHHFUWHFUWLFULLL

InteractionPar.AELLL.InhStatLL is inhibitedBBLL

InteractionPar.AEHHH.InhStatHH level is blockedBBHH

InteractionPar.AEHHH.InhInteractionPar.AELLL.Inh

Force block from application. Applies to outward limits HH/LL.

FBHHFBLL

InteractionPar.AEOE.StatFunction failed (object error)YF

InteractionPar.ExtErrExternal FaultXF

Out (Control Connection)OutputY

IOInputX


DescriptionREUSETerminology

OGP REUSE Solutions vs PCDeviceLibParameters, e.g. MA vs Transmitter 1:2

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HSICmd.OEEnHSICmd.HHHEnHSICmd.HHEnHSICmd.HEnHSICmd.LEnHSICmd.LLEnHSICmd.LLLEnHSICmd.DecEnHSICmd.IncEn

Suppress.Considered as a minimum solution to use one single

command. PCDeviceLib have extended solution that includes separate commands for all alarms and actions.

Suppress On/Off

HSICmd.InhHHBlock HHHSI: Block HH On/Off

HSICmd.InhLLBlock LLHSI: Block LL On/Off

PCCLLLAction alarm LL, used for safeguardingALL

InteractionPar.AEHHH.StatInteractionPar.AEHH.StatInteractionPar.AEH.StatInteractionPar.AEL.StatInteractionPar.AELL.StatInteractionPar.AELLL.Stat

High High level status Warning High level statusPCS High High level statusPCS High level statusPCS Low level statusPCS Low Low level statusWarning Low level statusLow Low level status

BHH WHBXHHBXHBXLBXLLWLBLL

PCCHHHAction alarm HH, used for safeguardingAHH


DescriptionREUSETerminology

OGP REUSE Solutions vs PCDeviceLibParameters, e.g. MA vs Transmitter 2:2

aut section 1c - oil gas reuse library - abb · pdf fileabb as, 2007 6 abb as ‘our oil...

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