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ES 680 the TELEPERM XP Engineering System - … 680_e.pdfES 680 the TELEPERM XP Engineering System ... TELEPERM XP Power Generation l Instrumentation & Controls 13/23 ... plant identification

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Text of ES 680 the TELEPERM XP Engineering System - … 680_e.pdfES 680 the TELEPERM XP Engineering System...

  • PG L. The ValueProvider for

    Power GenerationManagement

    Power Generation l Instrumentation & Controls

    ES 680 the TELEPERM XP Engineering SystemHans-Martin Wismath

  • TELEPERM XP Power Generation l Instrumentation & Controls 2/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    The Structure of TELEPERM XP

  • TELEPERM XP Power Generation l Instrumentation & Controls 3/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    ES 680 the TELEPERM XP world of engineering

    Plant bus

    Logic diagrams

    &>1

    Cabinet allocations Process operationProcess informationProcess management

    MT T

    TTP

    CP

    OT OT

    CP

    CP CP

    CP CP

    SU

    PU

    CP CP

    ES

    CP

    CP CP CP

    OM 650 DS 670 ES 680

    AP; APFFUM; FUM-F; SIM

    Topology diagram

  • TELEPERM XP Power Generation l Instrumentation & Controls 4/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    The step by step engineering concept

    Compact solutionPowerful network solution to be used for the engineering of large plants

    OTOT

    PU SU ES

    AP

    ET DT

    DS

    Plant bus

    Terminal bus

    CU-OM/ES

    AP; APFFUM; FUM-F; SIM

  • TELEPERM XP Power Generation l Instrumentation & Controls 5/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Initial documentation

    Logic diagramPlant display

    Signalflu

    &

    >1

    Engineering network

    ...

    CU-ES

    ET-ES

    Automatic code generation of theapplication software

    Forward documentation

    Forwardengineering

    ET-ES

    Optimized initial engineering anddocumentation

  • TELEPERM XP Power Generation l Instrumentation & Controls 6/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Optimized commissioning and documentation on site

    On site workstation

    Modifications and supplements are made via the screen

    Application software isdownloaded via theplant bus and theterminal bus

    Automatic generationof the applicationsoftware structure

    Automatic generationof the documentation

    OTOT

    OM

    AP

    ES

    Plant bus

    Terminal bus

    final documentation

    AP; APF; FUM; FUM-F; SIM

  • TELEPERM XP Power Generation l Instrumentation & Controls 7/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Arrangement diagrams

    Topology

    Automationsystem

    Subrack

    Logic diagrams

    Overview

    Area

    Individual diagram

    Navigation

    Clear navigation by the engineering

    of DCS hardware and software

    Homogeneous working on the logic and arrangements diagrams

  • TELEPERM XP Power Generation l Instrumentation & Controls 8/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Resolution

    Density

    Overview level

    Area level

    Individual level

    Top down structure of the logic diagrams

  • TELEPERM XP Power Generation l Instrumentation & Controls 9/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Resolution

    Density

    Overview level

    Area level

    Individual level

    Topology

    AP; APF; FUM; FUM-F; SIMcabinet allocation

    AP; APF; FUM; FUM-F; SIMsub-rack allocation

    AP; APF; FUM; FUM-F; SIM

    Top down structure of the arrangement diagrams

  • TELEPERM XP Power Generation l Instrumentation & Controls 10/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Design of the arrangement diagrams with ES680- topology

    Topology of the TELEPERM XP DCS

    CP

    OT

    CP

    SUPU

    CP

    CP

    CP CP

    ES

    CP

    CP

    OT

    CP

    OSM/ESMOSM/ESM

    OSM/ESM OSM/ESM

  • TELEPERM XP Power Generation l Instrumentation & Controls 11/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Design of the arrangement diagrams AS 620 cabinet allocation diagram

    IM

    IMFUM

    IM

    IMFUM

    AP-A AP-B

    Graphical design of the cabinet allocation with sub-racks

  • TELEPERM XP Power Generation l Instrumentation & Controls 12/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    IM

    IM

    SIM

    SIPOS 5

    AP-A AP-B

    (ET200 M)

    Design of the arrangement diagrams AS 620 field device alignment

    Graphical design of the field device alignment

  • TELEPERM XP Power Generation l Instrumentation & Controls 13/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Design of the arrangement diagrams AS 620 sub-rack allocation diagram

    Kanal Anlagenkennzeichen Sig.2 MAJ15 CP0122 MAJ15 CP012

    2 MAJ15 CL007

    XQ01XQ02

    XQ01

    12

    43

    56

    87

    910

    1211

    13

    1514

    16

    Einbauplatz GertebeschreibungBlock/SchrankEtage/Steckplatz

    SchlsselErzeugnisnummerGert

    oK. zurck schlieen

    2 CRF01

    Info

    .AG019

    FUM531

    FUM310

    FUM230

    FUM511

    FUM511

    FUM280

    FUM280

    FUM531

    FUM310

    FUM230

    FUM280

    FUM511

    KA GB GA TT KB AS AS AS AS BAZ RA XB

    003 011 018 027 035 043 051 054 067 075 083 091 099 107 115 123 131 139 147 155 163

    EU902

    Baugruppen ParameterFUM230GA

    Graphical design of the sub-rack allocation with modules

  • TELEPERM XP Power Generation l Instrumentation & Controls 14/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    I&C solutions are designed withthe logic diagram

    ESGOutputs

    Inputs Signal flow

  • TELEPERM XP Power Generation l Instrumentation & Controls 15/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Standard symbols to design logic diagrams

    Standard symbols

    for the functions

    - measurement- open loop control- closed loop control

  • TELEPERM XP Power Generation l Instrumentation & Controls 16/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    The AP; APF; FUM; FUM-F; & SIM logic diagrams

    Graphical design of the signal flow

    Modifications ofparameters viawindow technique

    Automatedcode generation

  • TELEPERM XP Power Generation l Instrumentation & Controls 17/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    The dynamic logic diagram

    Navigation betweenthe logic diagrams ofAS620 B & APFautomation systems

    Actual processingstatus of all inputs, outputs and calculated results

    Selection of the logic diagram viaplant identificationcode (KKS)

  • TELEPERM XP Power Generation l Instrumentation & Controls 18/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    OM 650 HMI design

    Symbol library

    0.00 dimensionA W F

    BF

    BF BF

    BF

    BF BF

    Display design

    Standardsymbol library

    Easy display design through drag and dropof the standardsymbols

    Automaticarrangement ofoperation windows/ detail windows andstandard symbols

  • TELEPERM XP Power Generation l Instrumentation & Controls 19/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    The process interface of OM 650

    Parameters includingplant identification code

    ID Fan

    FD Fan

    KKSPlant identification code signal

    7 HNC10 DL0017 HNC10 AA001

    XQ01XQ01

    PIC PAR

    YareaYP01YP01

    CLC flue/gas damperFlue/gas damper

    Recirculation

  • TELEPERM XP Power Generation l Instrumentation & Controls 20/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    AP

    Centralized engineering and diagnostic functions of field devices

    * Process Device Manager

    PROFIBUS-PA

    ES 680SIMATIC PDM *Improved commissioning

    remote changing of parameterssimple and fast changing of parameters

    Simple maintenanceremote diagnosticsextended and detailed diagnosison demand maintenance by

    maintenance alarmsmaintenance diagnostic functions

  • TELEPERM XP Power Generation l Instrumentation & Controls 21/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Authorization level

    ETOT/DT

    DS ES OM

    AP

    OT

    ET:Definition of user classes and privileges

    ET:Definition of users and their assignment to a user class and to a process area via graphic user interface

    OT:The operation functions that can be selected depend on the user login

    Multi-stage skeleton key function

    Plant bus

    Terminal bus

  • TELEPERM XP Power Generation l Instrumentation & Controls 22/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Interface to the Technology Editor

    ES 680 Functional Diagrams can be generated automatically

    TechnologicalFunctional Diagram

    Functional Diagrams Individual LevelDiagram Generator

  • TELEPERM XP Power Generation l Instrumentation & Controls 23/23CE_R7_e, Hans-Martin Wismath, 05/2003

    PG L. The ValueProvider for

    Power GenerationManagement

    Navigation within the diagrams on the ES680

    Modifications of the ES 680 logic diagrams can be loaded online

    Signal simulation on the ES 680

    Dynamic logic diagrams on the ES 680 and the OM 650

    With the ES 680 knowledge about programming languages is not required

    ES 680 calculates automatically: AS 620B cycle time / AS 620B cycle load, FUM running time

    Software is automatically generated from the diagrams built with the ES680

    Highlights