Stefan Lugert Endress+Hauser Process Solutions on behalf of Klaus-Peter Lindner: Vice President Associations & Standardization FDT Group Brussels, Belgium.

Stefan LugertEndress+Hauser Process Solutions

on behalf of Klaus-Peter Lindner: Vice President Associations &

StandardizationFDT Group

Brussels, Belgiumwww.fdtgroup.org

FDT Technology-

IEC 62453 / ISA SP103

Standardized Communication Interface Between Field Devices and Systems

Pharmatex, Cork 18/09/08

Copyright FDT Group 2/34

Welcome

Stefan Lugert

[email protected]

Endress+Hauser Process Solutions AG, Reinach, Switzerland Manager Marketing & Sales 10 years at Endress+Hauser Process Solutions Responsible for Sales of PC PS Solutions Products and Services to

Endress+Hauser Sales Organisations .



PC Process Solutions

Endress+Hauser Process Solutions AG was founded to create added value to Endress+Hauser core business by providing products, systems, services and process automation solutions based on open standards.

Founded December 1999, start-up January 2000 Located in Reinach, Switzerland Currently employs more than 110 people Joint ventures of Endress+Hauser:

CodeWrights, Karlsruhe, Germany (67%) Metso Endress+Hauser Technology AG, Reinach,

Switzerland (50%) Open Field Communications, Morisset, Australia

(70%)



Solutions from Endress+Hauser

Process Management Supply Chain ManagementProcess

ControlPlant Asset

Mgmt.

Plant

Inventory Control

Production Process

Asset Management Process

Logistic Process

Integration Technologies

Instruments

Customer Process

ProductsSystems

Competencies

Applications/SolutionsE+H Solutions



Agenda

User requirements overview

Technical concept

Nested communication

Application examples

Standardization of FDT

The FDT Group



General user Requirements



Control/Operation Communication Control application Alarms/events Process graphics

Control/Operation Communication Control application Alarms/events Process graphics

Optimization Engineering Operations

ControllerDiagnosisMaintenanceCalibration

ConfigurationParameterizationCommissioning

OperationDisplayAlarm signals

Process variablesTime synchronizationStatus

07

Field Devices

Advanced applications Diagnosis Calibration Maintenance

Advanced applications Diagnosis Calibration Maintenance

Device Integration Requirements



FDT Technology

Windows® Interface The printer driver is used in different programs in the same way The printer driver contains the configuration, diagnostics and

other functionalities The printer driver is developed and delivered from the printer

manufacturer



FDT Technology

FDT/DTM Interface The DTM is used in different programs in the same way The DTM contains the configuration, diagnostics and other

functionalities The DTM is developed and delivered by the device manufacturer



DTM• Device Type Manager• Represents the device• Supplied by device vendor

Frame Application• Launches the DTM• Supplied as part of host system• Manages the device instances

General Architecture



Nested Communication with FDT

Routing through system topology A DTM does not have any knowledge about the network

topology A DTM must only support its own communication protocol Communication / routing through ANY network topology, no

limitations Communication / routing is possible even if the underlying

protocol is unknown by the engineering or standalone tool



Plant wide data access with FDT

Over the complete network

Communication driver for each protocol:

AS-Interface DeviceNet FOUNDATION fieldbus HART INTERBUS IO-Link MODBUS SL/TCP PROFIBUS PROFINET I/O …



Frame Application

DTM

DTM and Frame Application



DTM used for device calibration DTM used for configuration of linearization

Example 1: Radar Level Transmitter



DTM enables advanced valve diagnostics Control valve diagnostics enables better decisions for shut down planning

Example 2: Valve Positioner



Switch Flow Measurement “On”

The calculation values of the Primary Device entered here are the basis for the flow calculation

Calculate and you get special parameters as result.

Download parameters in device.

DTM used to calculate coefficients for dp flow transmitter

Example 3: Multivariable Transmitter



Example 4: Segment Coupler



DTM used to configure motor controller an display diagnostic information

Example 5: Universal Motor Controller



Functionality Enables any FDT Frames to access FF/H1 field devices

via H1usb interface Plug&Play parameterization, diagnostics and

maintenance CommDTM acc. to FDT 1.2 Acts as H1 Client Live list Set/change device address

Example 6: H1usb DTM



Basic Structure of IEC 62453

Part 3xy Communication Profile Integration

Part 2 Concepts and detailed description

Part 4z Object Model Integration ProfilePart 5xy

Communication Profile Implementation Part 61

DTM Style Guide



IEC 62453 Structure

Part 1 (TR): Overview and guidancePart 2 (IS): Concepts and detailed descriptionPart 301 (IS): Communication profile integration - IEC 61784 CPF 1

Part 302 (IS): Communication profile integration - IEC 61784 CPF 2

Part 303-1 (IS): Communication profile integration - IEC 61784 CP 3/1 and CP 3/2

Part 303-2 (IS): Communication profile integration - IEC 61784 CP 3/3, CP 3/4 and CP 3/5




Part 41 (TR): Object model integration profile – Common object modelPart 501 (TR): Communication profile implementation - IEC 61784 CPF 1

Part 502 (TR): Communication profile implementation - IEC 61784 CPF 2

Part 503-1 (TR): Communication profile implementation - IEC 61784 3/1 and CP 3/2

Part 503-2 (TR): Communication profile implementation - IEC 61784 CP 3/3, CP 3/4 and CP 3/5




Part 61 (TR): DTM Style Guide



IEC 62453 History

IEC 62453 / SC65E WG4: Field Device Tools Interface

IEC 62453 PAS FDT Specification was positive voted in October 2005.

Establishment of IEC SC65C WG 14

Members (DE, FR, FI, Swiss, UK) Chairman: Prof. Dr. Christian Diedrich, ifak Kick Off – 31th January to 1st February 2006

Reorganization to IEC SC65E WG4 beginning of 2007

Same members and chairman Additional 3 Chinese members

IEC 62453 CDV FDT Specification was positive voted in August 2008.



IEC 62453 Schedule

IEC 62453 Milestones:

CD 1 29 August 2006 CD 2 June 2007 CD 2 Closing date for comments 2007-09-07 CDV February 2008 FDIS December 2008 IS May 2009

Committee Draft (CD) 1

Final Draft International Standard (FDIS)

Publicly Available Standard

(PAS) 62453Committee Draft (CD) 2

2009

MayDec

200820072006

FebAprAugOct

Committee Draft for Vote (CDV)

International Standard (IS)



ISA SP 103 Scope

1) To form the core of the U.S. TAG to IEC SC65E WG4 and to assist TAG to select experts from the U.S.

2) To define the interfaces for both the vertical and the horizontal data flow, called Function Control and Data Access, in the framework of a Client-Server architecture. It shall allow application software and configuration tools to interact with field devices in a unified way, while hiding the manufacturer-specific interaction with devices or sub-systems in a software module.

3) This standard shall allow any field bus, device or sub-system specific software tool to be integrated as part of a universal life-cycle management tool of a plant automation system.



ISA SP 103 Purpose

1) To ensure the consistent management of a plant-wide control and automation technology, it is necessary to fully integrate fieldbuses, devices and sub-systems as seamless part of a wide range of automation tasks covering the whole automation life-cycle. The main aims are:

Universal and central plant-wide tooling for the life-cycle management of heterogeneous fieldbus environments, multi-vendor devices and sub-systems independently of the automation domain (e.g. process, manufacturing)

Integrated and consistent life-cycle data of the control system including the fieldbuses, devices and sub-systems

Simple but still powerful vendor-independent integration of different automation devices and sub-systems into the life-cycle management tools of a control system.

2) The main application domains are industrial process control and manufacturing execution systems.

3) The benefits are savings in operation, engineering and maintenance of the control systems.



Members of ISA SP 103

, Rockwell

, Endress+Hauser

, Yokogawa

, Schneider

, Flowserve

, Zhejiang University , Flowserve

, Saudi Aramco

, Rockwell

, ABB

, IX

, ISA



The FDT Group

The FDT Group is an open

independent

non-profit

association of currently 61 international companies

Owner of the FDT Technology

Responsible for maintenance, further development, and promotion of

FDT Technology

Responsible for certification and compliance testing of FDT products

Dedicated to establishing and maintaining FDT Technology as an

international standard with broad acceptance within the automation

industry

Open to all companies that wish to participate



62 Members (Status March 2008)



Certification Process

FDT-Conformance test based on

test tool

FDT-Conformance test based on

test tool

Listing atFDT Group homepage

Listing atFDT Group homepage

Product successfull

y pre-tested

Product successfull

y pre-tested

Check Report, issue

certificate

Check Report, issue

certificate

Test site

FDT Group Certification Office

Test reportTest report

Product certificate

Manufacturer

Contract

On request of Manufacturer



FDT Specification – The Key Points

FDT is an interface specification for integrating device specific software components

FDT specification defines mechanisms to satisfy standalone tool‘s and control system‘s requirements

FDT-Specification covers use cases: Configuration Parameterization Commissioning Diagnosis Audit Trail Product documentation, application documentation



WIB Test Results

Commissioned by WIB Performed by SHELL Global Solutions lab during Q2 and Q3 07 Compares performance of DTM and eEDDL technologies in

commissioning, operation and maintenance for FF based devices Systems:

Frames: Emerson, Invensys, Yokogawa Stand alone tools: PACTware, Field Mate, Field Care

Devices: Positioners: Metso, Invensys, Emerson Multivariable: Yokogawa

Conclusion eEDDL offers required data accessibility and functionality as used in

commissioning of FF smart devices FDT/DTM offers required data accessibility and extended functionality as

used in commissioning and maintenance of FF smart devices in a very effective manner.

More FF devices are needed in eEDDL and in FDT/DTM The two technologies are complementary FDT is the right platform for HMI and Applications



FDT Group Co-Operations

via ECT

via ECT

via ECT



Future Work Outlook

FDT Group joined EDDL Cooperation Team (ECT) in 2007

Working Group for Field DeviceIntegration (FDI) established

Scope: Next generation ofintegration technology

Target: One single solutionfor device integration satisfyingprocess and factory automationby using the benefits bothtechnologies: EDDL and FDT

Goal: First draft specification mid 2009



EDD Integration using iDTM™

FieldCare

FDT interface

Device DTM

iiDTM HART

SDC625

Communication

DDs EDDsInterpretation

FieldCare

FDT interface

Device DTM

iiDTM HART

SDC625

Communication

DDs EDDsInterpretation

iDTM™ interprets EDDs and enables integration of 3rd party devices without dedicated device DTMs using a FDT Frame Application (e.g. FieldCare)

iDTM™ HART available in March 2008 iDTM™ for FOUNDATION Fieldbus and PROFIBUS to

follow


Copyright FDT Group 36/34www.fdtgroup.org [email protected]

Open access to device intelligence

Thank you for your attention!

Stefan Lugert Endress+Hauser Process Solutions on behalf of Klaus-Peter Lindner: Vice President Associations & Standardization FDT Group Brussels, Belgium.

Documents

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fdt routing

fdt frames

fdt technology iec

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