technology organization, market position...

© PROFIBUSInternational BasicSlideSet V4.1 05/04 E

1

Getting started

PROFIBUS as automationtechnology

History, organization, market position

Wide range of applications

Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

AutomationAutomationTechnologyTechnology

PROFIBUSPROFIBUS


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Changes in Automation Structures

PROFIBUS

From central automation systemswith a central PLC andsensors/actuators based on 4-20 mAor 0-10 V technology

… over distributed automation systemswith a PLC/IPC anddistributed peripheralsbased onfield bus technology


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Changes in Automation Structures

PROFIBUS

Ethernet/PROFINET

PROFIBUS

… for automation technology withdistributed intelligence (intelligent field devices)symbiotic interaction of field bus and Ethernet communicationconsistency right through to corporate managementlevel and Internet

With integrated motion, safety and applications


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PROFIBUS Mission Statement

We are and will remain the world’s leading organization in the field of digital networkingfor industrial and process automation,serving our customers, our members and the press with the best solutions, benefits and information.

We are committed to setting and protecting the standards for open communication and control in the automation and process market.


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Milestones to Market Leadership (organizational)

2004 PROFINET Marketing Working Group in Japan and USA

2003 50th Working Group founded

2002 First PROFINET Competence Center and Test Laboratory

2001 Founding of 22nd regional PROFIBUS User Organisation

2000 CERN becomes the 1000th member of PROFIBUS International

1999 Founding of PROFIBUS Competence Center

1998 Deutsche Shell AG becomes the 200th member of PNO

1995 Founding of PROFIBUS International

1992 PROFIBUS goes international (Switzerland, USA, ...)Start of Certification and PROFIBUS Test Laboratories

1989 "Field bus" development/joint project leads to founding of thePROFIBUS User Organisation e.V.


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Milestones to Market Leadership (technical)

2004 10 millionen PROFIBUS devices installed

2003 PROFIsafe established at market

2002 PROFIBUS DP-V2 and PROFINET in IEC 61158and IEC 61784; 10 profiles available

2001 Presentation of Ethernet-based PROFINET

2000 100.000 PROFIBUS devices in process automation

1999 Profil for safety technology - PROFIsafe

1998 Profil for process automation - PROFIBUS PA

1997 More than 1million PROFIBUS devices installedProfil for variable-speed drives PROFIdrive

1996 PROFIBUS becomes European Standard EN 50170

1995 1st application in process automation (PA)

1993 PROFIBUS DP becomes DIN 19245 (Part 3)

1991 PROFIBUS becomes DIN 19245 (Part 1 and 2)


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Innovative Power

Over 500 employees worldwide in over 50 working groups: this innovative power ensures the technological future of PROFIBUS and PROFINET

WG 1Factory AutomationThomas Schott

WG 2Process AutomationChristian Tepper

WG 3Standardization StrategyPeter Wenzel

WG 4PROFInetRalph Büsgen

WG 5PROFIdriveWalter Möller-Nehring

WG 6PROFIsafeRainer Kremp

WG 7Research & EducationKlaus-Peter Willems

WG 8PROFIBUS SEMIRudolf Bünger

WG 1Procedures, Quality Managem.Manfred Patz

WG 2PROFIBUS PA CertificationDennis van Booma

WG 3PROFIBUSDP Slave CertificationArne Neumann

WG 4PROFIBUS DP Master CertificationKarl Weber

WG 5PROFInet CertificationManfred Popp

WG 6PCCMax Felser

WG 7PROFIsafe CertificationManfred Popp

WG 8PROFIdrive CertificationKlaus Götz

TC 1Test and Certification

Manfred Patz

WG 1Network ComponentsManfred Flach

WG 2Fiber OpticsHermann Loske

WG 3Data Link & Application LayerThorsten Szczepanski

WG 4Communication Function BlocksHans-Peter Otto

WG 5PROFInet CoreNorbert Bechstein

WG 6ElectromechanicsAndreas Huhmann

WG 7Intrinsic SafetyGerhard Hammer

WG 8Network Management PROFInetAndreas Köpke

TC 2

Peter Neumann

WG 1Robot and Numerical Controls

WG 2Display & Panel Devices

WG 3PROFIBUS PA Profile

Christian Diedrich

WG 4EncoderSteffen Bielski

WG 5Safety Profile

Herbert Barthel

WG 6PROFIdriveMichael Franke

WG 7Fluid Power/Hydraulics

Mario Thron

WG 8Semi-DevicesRudi Bünger

WG 9Identification Systems

Thomas Bangemann

WG 10Weighing & Dosage DevicesThomas Bangemann

WG 11Intelligent Pumps

WG 12Low Voltage Switch Gearand Electric TransducersKarl Hiereth

WG 13Remote I/O for Process Control

Martin Wollschlaeger

WG 14PROFInet I/O IntegrationGerhard Schweigert

WG 15Master Profiles

Wolf-D. Zabel

WG 16PROFIpointReinhard Schlagenhaufer

WG 17Lab Devices

Christian Diedrich

WG 18PROFInet SecurityFranz Köbinger

WG 19Train Applications

Erich Renner

WG 1Device Description LanguageIngo Weber

WG 2GSD SpecificationAndreas Macher

WG 3EngineeringAxel Lohbeck

WG 4DCS RequirementsLudwig Winkel

WG 5Web Integration PROFInetJoachim Feld

WG6XML@PROFIBUSMartin Wollschlaeger

TC 4System IntegrationAchim Laubenstein

TC 5Marketing

Thomas SchottCommunication Profiles Application Profiles

Wolfgang Stripf

Advisory Board

TC 3

new working groups founded

every year


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PROFIBUS International

PROFIBUS International (PI)

7 PROFIBUS Test Laboratories

(PTL)

25 Regional PROFIBUSAssociations

(RPA)

30 PROFIBUS Competence Center

(PCC)

About 1.200 members worldwide

Globally organized consortium

Tasks: technological developments and marketing


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Presence and Support Worldwide

25 Regional PROFIBUS Associations (RPA) worldwide30 Competence Centers (PCC) in 14 countries7 Test Laboratories (PTL) worldwide for certification tests

W-E

UBelgiumRPAPCC

DenmarkRPA

FinlandRPA

FranceRPAPCCGreat BritainRPAPCC

IrelandRPA

ItalyRPA

NetherlandsRPAPCC, PTL

NorwayRPA

SwedenRPAPCCSwitzerlandRPAPCC

Germany+ AustriaRPAPCC, PTL

E-EU

Czech Rep.RPA

PolandRPAPCCRussiaRPA

SlovakiaRPA

Asi

a

ChinaRPAPCC, PTL JapanRPAPCC, PTLKoreaRPA

S.-E.-AsiaRPAPCCThailandRPAPCC

Australia/New ZealandRPA

S. AfricaRPAPCC

Am

eric

a BrazilRPA

USARPAPCC, PTL

RPA = Regional PROFIBUS Association PCC = PROFIBUS Competence Center PTL = PROFIBUS Test Laboratory


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Tasks of the Regional PROFIBUS Associations

AimsPromotion of PROFIBUSEstablishing PROFIBUS know-how on the marketSafeguarding of members' interests

MeasuresVendor-independent member supportSupport of user groupsOrganization of seminars and workshopsSetup and support of Competence CentersRegional marketing activities, such as

Organization of joint stands at exhibitionsPublication of information articles/magazinesPress work


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PROFIBUS Competence Centers (PCC)

Great Britain

Netherlands

Sweden

Germany

France

USA

Belgium

Austria

China

PolandSwitzerland

Japan

S.-E.-AsiaRPA

Worldwide technical support: 30 PCCs in 14 countriesAccreditation by PROFIBUS International stands for an assured quality standardVendor-independent services: consulting, seminars, developments, etc.

S. Africa


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PROFIBUS Competence Centers (PCC)

Education and

Training

Education and

Training

300+ events per year

3000+ participants

ServicesServicesSupport (telephone, web site, on-site)

Trend of incoming orders


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PROFIBUS Test Labs (PTL)

PROFIBUS certification tests in 7 independentPTLs worldwideCertification in accordance with general framework definedby PROFIBUS International ensures quality standardCertification ensures interoperability and thus plant availability

Germany (3)Netherlands

China

Japan

USA


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Certification Procedure

Certification rules Uniform test measures andtest processComprehensible and documented results

More than 800 certificates awarded

Test campaign in test laboratory

No

Yes

Certification through PROFIBUS

International

OK ?

Test device


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Members Worldwide

1200 membersin 2002

Overall

Europe

AsiaAmerica

Q2/95 Q4/95 Q2/96 Q4/96 Q2/97 Q4/97 Q2/98 Q4/98 Q2/99 Q4/99 Q2/00 Q4/00 Q2/01 Q4/01 Q2/02 Q4/02

ManufacturersDistributorsConsultanciesIntegratorsEnd usersInstitutesTraining equipment


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Key Applications

Vehicle manufactureBottling plantsWarehousing systemsSwitchgearHollow glass production

Vehicle assemblyMachine tool building

Chemical industryPetrochemical industryPaper and textile industryFoodstuffsPower stationsSewage plants

Machine toolsPackaging machinesPressing plantsPaper production

Factoryautomation

Processautomation

Drivetechnology

Safetyapplications

1 million PROFIBUS systems implemented


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Market Positioning

PROFIBUS is the universal solution for the entire spectrum of industrial automation

FF

AS-I

DN

CN IB-S

ApplicationApplication ProcessProduction

Func

tiona

lity

Func

tiona

lity

low

high

PROFIBUS

DN=DeviveNet, CN=ControlNet, FF=Foundation Fieldbus, IB-S=Interbus, AS-I=AS-Interface


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Product Spectrum

Remote I/OIdent systems

Frequency converters

Displays

Image processing

TransmittersRanging sensors

PLC

DCS

Industrial PCs

Flow meters

Pressure sensors

Temperature sensors

Encoder

ScadaAnalyzers

…

Barcode scanners

Light lattices

HMI

Drives

More than 5000 products overall frommore than 250 manufacturers available


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Online Product Guide

Comprehensive product catalog on the InternetMore than 2000 productsCategorized into 19 product typesUser-friendly search functionsContinuous updates through members


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PROFIBUS - Plant-Wide Implementation

A single consistent solution for all plant sections

PROFIBUS

Mainstream

PROFIBUS PROFIBUS

Upstream

PROFIBUS

Mainstream

Production

PROFIBUS

Downstream

PROFIBUS

PROFIBUS Automation Technology

InboundLogistics

Outbound Logistics


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Guaranteed Investment Protection

PROFIBUS provides investment protection

Innovations together with users Fully compatible with existing technology Binding specifications

Tried and tested technology through 10 million devices installed worldwide

A single communications protocolfor all applications Standardized in IEC 61158 /IEC 61784


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The PROFIBUS Modular System

PROFIBUS is a modular system

The modules are arranged according to functions

An application is implemented using a combination of modules

Transmission technology

General application profiles

Communication technology (protocol)

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Specific application profiles


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Transmission Technology

Transmission technologyTransmission technology



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Transmission Technology

FOCFiber-optic cable

(EMC protection, long distances)

FOKoppler

RS485 / RS485-IS2-wire cables for

universal application

MBP / MBP-IS2-wire cable with bus feeding

and explosion-proof

FOKoppler


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Transmission Technology in the Productionand Process Industry

ProductionProduction

RS485 MBP

Process

LinkModule

FO

LinkModule

LinkModule

LinkModule

FO

RS 485 RS 485

RS 485

Building 1 Building 2

EMC Distance

Fiber-optic cable

Electrical isolation


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Communication Technology



Communication technology (protocol)Communication technology (protocol)

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PROFIBUS uses the master/slave procedure

PROFIBUS DP protocol

Polling of passive stations (slave devices)

Active station, master device

PLC


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PROFIBUS master/slave principle

Each PROFIBUS system has at least one masterA maximum of 127 devices (masters + slaves) arepermitted in a single systemSeveral masters can be integrated


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Token procedure for multimaster operation

PROFIBUS DP protocol

Polling of passive stations (slave devices)

Active stations, master devices

PLC DCSPC


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The PROFIBUS DP communication protocol Graded functional scope


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General application profilesGeneral application profiles


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What Distinguishes a Profile?

Brand x Brand y

40WE27

100WE27

changeable at any time


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PROFIBUS Profiles

A profile enables the application-orientatedinteraction of devices of different manufacturerson PROFIBUS

are vendor-independent specifications on homogeneous device behaviorare documented in PROFIBUS guidelinescan be optionally used

interoperable at application levelinterchangeable

device classes, e.g. drivesoperating modes, e.g. redundancyapplication-specific requirements,e.g. process engineering

PROFIBUS Profiles

PROFIBUS profiles describe

Devices developed according to profiles are


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Interoperability Due to Profiles

Vendor-independent device interchanging

Similarly executedfunctions and parametersin all devices


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General Application Profiles

Recording of time-dependent

processes (time stamp)

Redundantbehavior of

slave devicesIntegration of Hart devices

Safetyapplications


PROFIBUS DPcommunications protocol

PROFIsafe

Communication behavior offailsafe devices with safety controls


Time Stamp

Accurately timed allocation when recording time-dependent processes

Redundancy

Redundancy mechanism for slave devices

HART on PROFIBUS

Integration of HART devices in PROFIBUS systems


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PROFIsafe for Safety Applications

Field DeviceSafetyDrive

FailsafeController

Standard I/O

SafetyI/O

FailsafeDevices

StandardDevices

Safety functionality through additional software in the device

Key features of PROFIsafeStandard and failsafe functions over a single cableCost cutting - no need for special bus; only oneengineering environmentOne training course, one documentation, ...Certified to SIL 3, AK6 and CAT 4 to EN954-1Based on IEC 61508 and IEC 61511


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Specific Application Profiles




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Specific Application Profiles

Process automation

Production automation

PROFIBUS DPcommunications protocol

PROFIdrive



Device behavior and access procedure to data for variable-speed electric drives

PA Devices

Properties and behavior of devices in process engineering

.....

Ident, SEMI,RIO, Weighing,...

overall 12 different profiles


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Motion Control with “PROFIdrive” (1)

Controller

Devices Devices Drive 1 Drive 2 Drive 3

Key features of the “PROFIdrive” profileExact synchronization of different drivesStandard and drive functions over a single cableCost cutting - no need for special busOnly one engineering environment, one training course,one documentation, ...Suitable for (e.g.) wiring-, fiber spin and packagingmachines


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Motion Control with PROFIdrive (2)

PROFIBUS DP communications protocol (rating class V2)Clock synchronization for highly dynamic distribution of signalsLateral communication for direct communication between intelligent servodrives without activating the control system Acyclic parameter access during process for e.g. diagnostics

PROFIdrive application profile (Version 3.1)Interoperability of drive technology products of differentmanufacturers in automated systems6 application classes, from standard drives through to direct communication of distributed intelligent drivesSpecial specifications also enable use in processengineering

Key applications of Motion ControlThe vendor-independent, consistent automation solution for drive technology with a single bus system for all tasks

Savings on hardware, assembly, wiring and engineeringIndependent of manufacturer; investment protection


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PROFIBUS and Motion Control

Production automationwith variable-speed

electric drives

PROFIdrivePROFIdrive


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"PA Devices" for Process Automation (1)

PA-DeviceValve

Controller

PA-DevicesTransmitterDevicesDevices PA-Device

Analyzer

Key features of "PA Device" profileInteroperability; vendor-independent interchangeability of devicesProcess and "discrete" tasks over a single busCost cutting - no need for connection technologyOnly one engineering environmentHigh plant availability through on-line diagnosticsWide product range


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“PA Devices” for Process Automation (2)

PROFIBUS DP communications protocol (rating class V1)Access to devices during operation for parameterization, diagnostics and maintenance

Key features of PROFIBUS PAConsistent solution for process automation, including operation in potentially explosive areas

Cost cutting over all stages of a plant life cycleHigh plant availability through diagnostics and preventative maintenanceKey contributions to asset management

PA Device application profile (Version 3.0)Interoperability of process devices of differentmanufacturers taking all device classes into account Standardized specification of functional steps from thesensor signal through to preprocessed process value

MBP-IS, MBP or RS485 interfaceWith 2-wire bus feeding (MBP), or without bus feeding (RS485) With intrinsic safety (MBP-IS), or without intrinsic safety (MBP, RS485)


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PROFIBUS and Process Automation

PA DevicesPA Devices Process automationdevices for process

engineering


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Integration Technologies




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Two aims for device integration

Device integration in the engineering or maintenance system

“How are the field devices set?” “What information is available for asset management?”

Device integration in the master“What does the installation look like?”


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Device Integration in the Master

Master

PA-DeviceValve

PA-DeviceTransmitterDevicesDevices PA-Device

Analyzer

Engineering/Maintenance

Device integration - What must the master know?Which devices are connected?What functionality do the devices have?


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Device Integration in the Engineering System

PA-DeviceValve

PA-DeviceTransmitterDevicesDevices PA-Device

Analyzer

Master Engineering/Maintenance

Device integration – does the system engineering/ maintenance have access to all parameters?

Process informationMaintenance and asset information


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PROFIBUS innovated device integration

Advantages for usersAccess to all devices and information from a single locationAccess to all devices using a uniform methodUniform data management with description of all assets

Conventional plant

Specific operator toolsNo central device accessNo data consistency

PROFIBUSplant

StandardizationData consistencyCentral access

Innovations through PROFIBUS


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PROFIBUS Integration Technologies

PROFIBUS offers three application-orientated graded technologies for device integration

GSDMandatory basic description for each PROFIBUS deviceIntegration in the master and exchange of measured values and manipulated variables

EDD and FDT/DTMUsed in addition to GSD (optional)Exchange of additional information with the master for e.g. diagnostics or asset management

EDD DTM

EDD-Interpreter FDT-

Interface

Networkconfiguration

tools

Engineering system

GSD

GSD technology

FDT/DTM technology

EDD technology

GSD GSD


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General Station Description (GSD)

The GSDis an electronic data sheet made available by the device manufactureris a simple text description of device properties for PROFIBUS communicationsis the basic description of a PROFIBUS device for its cyclic communicationsis used and interpreted in the network configuration tool of the engineering system

Engineering SystemNetwork

Configurationtools

GSD

The GSD on its own is sufficient for device integration for the exchange of measured values and manipulated

variables between field device and automation system


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Electronic Device Description (EDD)

Engineering System

EDD-Interpreter

EDD

NetworkConfiguration

tools

GSD

The EDDis a text device description usinga special languaage (EDDL) andis used parallel to GSDdescribes the acyclic communicated(application-orientated) functionalities,including graphical optionsis independent of the operating systemof the engineering systemis made available by device manufactureris the basis for processing and presentation throughan EDD interpreter

Preferably used fordevices with standardized functionalitya user interface with a uniform look-and-feelindependent of device family and manufacturer


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DTM (Device Type Manager)

Engineering System

FDT-Interface

DTM

NetworkConfiguration

tools

GSD

The DTMis a device operating program in theform of a software component andcomprises the GSDhas the standard interface FDT (Field Device Tool) to a frameapplicationcan run in all FDT frame applications(engineering tools) - like printer driversis device-specifically programmed by the device manufacturerand forms a unit of responsibility with the deviceoffers a device-specific user interface

Preferably used forutilization of specific device properties through individual program planningan individual and device-specific user interfacerouting through different networks using Com DTM


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FDT (Field Device Tool) Interface

FDTis a vendor-independent, open interface specification(not a "tool")

serves as the interface for the open connection of field devices of different manufacturers to tools and control systems using DTM

defines the interaction between the DTMs and an FDTframe application in the engineering system

Frame application


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Plant-Wide Data Consistency

Information and data are continuously needed in a plant from the field devices

at different times in the life cycle of the plant

for the execution of different tasks (engineering, operation, asset management)

This requiresPlant-wide data consistency

Access to integration tools onthis data management system

The integration tools of PROFIBUSfulfill these requirements


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PROFIBUS Structure

The modules in their entirety make PROFIBUS automation technology




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Key Applications

Typical designations have become standard on the market for specific module combinations

PROFIsafe

RS485 MBP-IS

PROFIBUS PA

DP-protocol

MBP-IS

PROFIBUSDP

RS485

Profile PROFIsafe

DP-protocol

DP-protocol

Profile PROFIdrive

DP-protocol

RS485

PROFIdrive

Profile PA Devices

ProfileNone or

e.g. Ident

Market Area

Typical designation

Application

Communication

Transmission RS485

Process Automation

Factory Automation

Safety Motion Control


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User Benefits

Total Cost of Ownership (TCoO)

Total Costof

Ownership

Total Costof

Ownership

Engineering

Planning

Installation & start-up

Production


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Faster Planning to Operation

Plantoperator

Planning

Planning Engineering Installation& start-up Production

Plant manu-facturer OEM

Production

Savings in the life cycle

Phases in the life cycle

Reduction of time prior to start of productionReduction of costsReduction of failure risk


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User benefits

PROFINET

Sample applications

Summary

Savings with Planning (Design and Aquisition)

Fewer devices, cables and cabinetsLess documentationReduced space requirements

Fewer additional components

Broad selection of devicesVendor independenceWorldwide and cost-effective support

For production and process tasksFor safety and motion tasks

Fewer software tools

Simple topology

Intelligent field devices

Central, uniform device management


Well in excess of 2000 products Worldwide support

Shortened design

phase means lower

costs-

Fewer components

mean lower costs

Shortened design

phase means lower

costs-

Fewer components

mean lower costs


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Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Savings on Engineering

Faster engineering,Fewer programming requirements,simple structures and documentation

Parameterization instead of programming


Same engineering know howfor production and process tasksand safety and motion tasks

One engineering environment

Simple topology


Central and uniform device management


Well in excess of 2000 products Worldwidesupport

Faster engineering means

lower costs

-

Fewer components mean

fewer chances of error

during engineering

Faster engineering means

lower costs

-

Fewer components mean

fewer chances of error

during engineering


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Savings on Assembly and VSI

Reduced outlay for assembly and commissioning; smaller footprintFewer errors during wiringAdvance VSI prior to delivery

More diagnostic and simulation options


For production and process tasksFor safety and motion tasks

Complete engineering possible from any point in the plant

Simple topology





Less cable to lay

and install means

lower costs

-

Pre-start-up and a

single engineering

environment

means

shorter start up

Less cable to lay

and install means

lower costs

-

Pre-start-up and a

single engineering

environment

means

shorter start up


63

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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Savings on Production(Operation and Maintenance)

Simple maintenance due to clear arrangementHot-swapping of devices

Increased plant availability (maintenance requirements indication)Process optimization (higher accuracy)Contributions to asset management

Wide availability of training, serviceand know how

Cost cutting due to uniformity of overall plant

Increased operation and maintenance efficiencyReduced training and documentation

Simple topology





Field devices report their

own maintenance

requirements

This enables

maintenance dependent

upon use-

Higher accuracy

improves efficiency

of the plant

Field devices report their

own maintenance

requirements

This enables

maintenance dependent

upon use-

Higher accuracy

improves efficiency

of the plant


64

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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Savings on Disposal


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Two Product Lines

PROFIBUS International (PI)

PROFIBUS Test Laboratories

Regional PROFIBUS

Associations

PROFIBUS Competence

Center

Technologies

Fieldbus-basedAutomation Technology

Ethernet-basedAutomation Technology

Proxy Technology


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Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

PROFINET Scope

PROFINET is the Ethernet-based automation standard of PROFIBUS International

Opentransparent With EthernetWith IT standardsWith integration of PROFIBUS

Communication Engineering

DistributedAutomation

PROFINET

Ethernet

PROFIBUS

Object-basedComponents-based

Plant-wideVendor-independent


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Integration of PROFIBUS and PROFINETSegments

Engineering, HMI

Intelligent field device

Ethernet

PROFIBUS

Proxy

Field Device Drive

Programmablecontroller

Engineering,HMI

PROFIBUS and PROFINET are two complementary parts of PROFIBUS International automation technology


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Palleting Plant of a Packaging Machine

Productionautomation

Palleting plant

Netherlands


Palleting plant

Netherlands

CSi

Master: 1Slaves: 40 DP

e


69

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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Control of a Drinking Water Plant

Processautomation

Water works

Netherlands

Processautomation

Water works

Netherlands

Master: 2Slaves: 40 DPCable : standard + FO

NuonWater

e


70

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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Flower Conveyor


Conveyor

Netherlands


Conveyor

Netherlands

Master: 1Slaves: 22 DP (app 1400 I/O)Cable : 120 m

Bloemen-veilingFlora

e


71

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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

PROFIBUS and the environment

Processautomation

Sewage plant

Netherlands

Processautomation

Sewage plant

Netherlands

Rijkswaterstaat

Master: 1Slaves: 36 DP / 15 PA

e


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

PROFIBUS in Paint Manufacture

Processautomation

Paint manufacture

Germany

Processautomation

Paint manufacture

Germany

Merck

Master: 2 x 11 (redundant)Slaves: app 1100

e


73

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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

PROFIBUS in Chemical Engineering

Master: 1Slaves: 4 DP and app 110 PAfor 1 reactorApplication profiles: PA-Devices

Processautomation

Chemical plant

Germany

Processautomation

Chemical plant

Germany

Wacker

e


74

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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Tailored Documentation for You


75

Getting started




Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Web Based Training

With our Web Based Training we offer basic training for PROFIBUS -anywhere, any time

E- Learning is a cost-effective option for passing on a basic knowledge of PROFIBUS to all regions in which there are currently no suitable trainers or there is no regional PROFIBUS Organization

Basic trainingReinforcement of known subjectmatterUpdates on all the latestdevelopmentsIdeal supplement to presence courses (Blended Learning)


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

PROFInews

The electronic newspaper of PROFIBUS5 editions per year4 - 6 pages respectively


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Specialized Literature

PROFIBUS System Description

available in German, English,French and Swedish

Planned: Chinese, Japanese, Danish, Norwegian, Czech

PROFINETSystem Description

available in German, EnglishPlanned: French and Japanese

Specialist book M.Popp, “The new rapid way to PROFIBUS"

available in German and EnglishPlanned: Japanese


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Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Internet

PROFIBUS on the Internetmillions of hits for www.profibus.com per year

Banner advertising at www.profibus.comthousands of links per month;in isolated case up to 11,000

An efficient andcost-effective promotional exercise for our members!


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Standards

Technology

Device integration

System aspects

User benefits

PROFINET

Sample applications

Summary

Additional Information

www.profibus.com

www.profibus.com

technology organization, market position...

Documents