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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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



The Structure of TELEPERM XP




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




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




Initial documentation

Logic diagramPlant display

Signalfluß

&

>1

Engineering network

...

CU-ES

ET-ES

Automatic code generation of theapplication software

Forward documentation

Forwardengineering

ET-ES

Optimized initial engineering anddocumentation




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




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




Resolution

Density

Overview level

Area level

Individual level

Top down structure of the logic diagrams




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




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




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




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




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 GerätebeschreibungBlock/SchrankEtage/Steckplatz

SchlüsselErzeugnisnummerGerät

oK. zurück schließen

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




I&C solutions are designed withthe logic diagram

ESGOutputs

Inputs Signal flow




Standard symbols to design logic diagrams

Standard symbols

for the functions

- measurement- open loop control- closed loop control




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

Graphical design of the signal flow

Modifications ofparameters viawindow technique

Automatedcode generation




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)




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 drop”of the standardsymbols

Automaticarrangement ofoperation windows/ detail windows andstandard symbols




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




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




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




Interface to the Technology Editor

ES 680 Functional Diagrams can be generated automatically

TechnologicalFunctional Diagram

Functional Diagrams Individual LevelDiagram Generator




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

Documents

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