FOUNDATION Technology Update 2010 - fieldbus.org · Multiple Waveform Graph Image Multi-pen Trend Chart Bargraph Gauge ... Emerson Process ... Emerson Ovation

1FIELDBUS FOUNDATION CONFIDENTIAL Technology Update 2010

© 1994 – 2009 Fieldbus Foundation

FOUNDATION™Technology Update 2010

by

Tiago C. da Costa

Managing Director

Smar Singapore Pte Ltd



Overview

● Host registration program

● Field Diagnostics & EDDL

● Safety Instrumented Functions (F-SIF)

● Field Device Integration (FDI)

● AG 181 Revision

● WIO (Wireless & Remote I/O)



Host Registration Program



Host Profile Registration

Operations

Maintenance

Engineering

Note: Illustrations are examples only. Supplier defines host.

Class 61 – Integrated Host

Class 63/64 – Bench Host

Class 62 – Visitor Host

FIELDBUS FOUNDATION CONFIDENTIAL Technology Update 2010


Transition to Host Registration

2006 2007 2008 2009 2010

Host Interoperability

Support Test

(HIST) 1.x

Valid through Dec 2008

Host 6Xa Profile Test/Registration

registration until June 2010

remain in catalogue but

no new registrations

Host 6Xb Profile Test/Registration



Registered Hosts (Oct. 2010)

2009 General Assembly

Yokohama, Japan

FOUNDATION™ Technology Update:

Diagnostics and EDDL



NAMUR NE107: Self-Monitoring and

Diagnosis of Field Devices

Diagnosis results must be reliable

Diagnosis results must always be viewed in the context of the application.

Internal diagnosis must be categorized into 4 standard “status signals”

Configuration must be free, as reactions will depend on the user's requirements

Detailed information can be read out by the device specialist



Diagnostic Categories

FailureFunction Check

Out of Specification

Maintenance Required



Role Based Diagnostics

1

Asset Management

Maintenance Station

Process ControlEngineering Station

HSE Control Network

H1 Process Network

Plant operators

Plant maintenance engineering



New Field Diagnostic Alarms

Additional supporting parameters

Enable/Disable of diagnostic detection

Enable/Disable Simulation

Configure Priority

Configure Alert Suppression (Detect, but not alert)

Recommended Actions

Parameter Name (*) NE107 Status Signal

SD_FAIL_ALM Failure

SD_OFFSPEC_ALM Out of Specification

SD_MAINT_ALM Maintenance Required

SD_CHECK_ALM Function Check

* Parameter names will have localized text labels. e.g. “Failure Alarm”



EDDL and Field Diagnostics

EDDL is essential for Field Diagnostics

Diagnostic Conditions

Recommended actions

Configuration and Setep



Test and Registration

Field Diagnostics device registration is

available today with ITK 6.0 (Sept. 2010)

Field Diagnostics will be required for new

device registrations starting with ITK 6.0 (3Q

2010) – first device is registered Sept. 2010!

Field Diagnostics support will be required for

new host registrations (3Q 2010)



FOUNDATION™ for Safety Instrumented Functions

(SIF)



2008

SIF Demonstration and Press Day May

SIF Specification v1.2 Released to Developers Sep

SIF Interoperability Test Kit with SIF_AI Released to Developers Oct

SIF_AI Lab Validation Completed Nov

SIF_AI Approved by TSC Dec

2009

SIF Interoperability Test Kit with SIF_DO Released to Developers Jun

Begin Testing with SIF_DO Prototype – Supplier A Jun

Begin Testing with SIF_DO Prototype – Supplier B Nov

Begin Testing with SIF_DO Prototype – Supplier C Dec

AG-181 SIF Best Practices and Guidelines Released Dec

2010

SIF_DO Validation Completed Apr

SIF_DO Approved by TSC May

SIF Interoperability Test Kit with SIF_DO Released Jun

SIF Schedule



Electronic Device Description Language (EDDL)

Cooperation Team(ECT)

Field Device Integration(FDI)



Phase 1 - Completed 2006

Graphs – Graphical display of static Y-T and X-Y data

Charts – Graphical display of real-time data from device

Images – Embedded images

Enhanced User Interface – Screen layouts

Enhanced Data Storage- Securely store data on the host

EDDL Enhancements

Phase 2 - Completed 2007

Complex Devices – Off line configuration, Access to Multiple Blocks

Basic Client Applications – OPC Unified Architecture (OPC UA) Data Access



Multiple Waveform Graph

Image

Multi-pen Trend Chart

Bargraph

Gauge

Navigation

Bar-chartHistogram

EDDL Enhancements Examples

Graphs, Charts, Images, Screen Layouts Supported



Radar Level Temperature Valve Positioner

Machinery Health PressureMass Flow

pH Ultrasonic Flow

EDDL Enhancements Examples

All Device Types Supported – Full Functionality



Host system independent

Platform and operating system independent

Provide access to the full capability of the field device

Based on OPC UA client/server specifications and information model

Support FOUNDATION™ fieldbus, HART®, PROFIBUS and PROFINET

Adoptable to support other fieldbus communication technologies

Specifications independently validated by the ECT organizations

Provide backward compatibility with existing EDD’s and DTM’s

Provide guidelines for field device and system developers

Provide conformance tests to assure compliance

FDI Project – General Requirements



ABB

SMAR

APAT

BusCorp

FDT Group

Dearborn

Emerson Process

Management

Endress + Hauser

Fieldbus Foundation

HART Communication

Foundation

Honeywell

itm

ifak

Invensys

M&M Software GmbH

OPC Foundation

Profibus

Nutzerorganisation

Rockwell Automation

Siemens

Smar

Yokogawa

Participants



Device

Definition

User Interface

Description

User Interface

Plug-in

Business

Logic

Based on

IEC 61804-3 EDDL

Based on

IEC 62453 FDT

Runs on ClientInterpreted on ClientInterpreted on Server

Mandatory Optional Optional Optional

Device Package

Based on

IEC 62541 OPC UA

FDI Device Package Technologies



FDI Project approved 1Q 2007

FDI Project technical team kickoff meeting 2Q 2007

Initial use case review with NAMUR and WIB 4Q 2007

Use cases and requirements approved 2Q 2008

Architecture 3Q 2008

Technology criteria 4Q 2008

Technology selection 1Q 2009

Functional Specification 2Q 2009

Draft Technical Specifications for Validation 1Q 2010

Verification and Validation 1Q 2010

Final specifications 4Q 2010

FDI Project Timeline

Note: some delay is expected



High Speed Ethernet(HSE)



HSE - High Speed Ethernet

Exchange control data and communication between

HOSTS, Linking Devices and other HSE Equipments

Interoperability Tests for H1/HSE Linking Devices

and Hosts

Previous logo was , but this is no longer used!




4-20 mA

HSE

http://images.google.com/imgres?imgurl=http://www.computerlaptopmemory.com/dell.jpg&imgrefurl=http://www.computerlaptopmemory.com/dell_laptop_memory.html&h=206&w=255&sz=10&tbnid=t6GQtz0rbZAJ:&tbnh=85&tbnw=105&start=15&prev=/images?q=dell+laptop&hl=en&lr=&sa=N



Coriolis Mass

Flow Meter

Emission

Monitor

Flow

Computer

Gas

Analyzer

Gas

Chromatograph

Linking

Device

RTU

Ultrasonic

Flow Meter

Variable

Speed Drive

Machinery

Vibration

Monitoring

Wireless

Gateway

Ethernet Field Devices: HSE Potentials




HSE - H1 – Registered HSE Linking Devices



Wireless and Remote I/O(WIO)



WIO Charter

Develop use cases and requirements for HSE remote I/O and wireless

communication in monitoring and control that are interoperable using

function blocks and EDDL.

Develop a project plan which includes:

Solutions using FOUNDATION™ and wireless technologies

developed in accordance with ISA100 and future IEC work

Solutions for device interoperability and network configuration

Validation of technical specifications

interoperability test and registration procedures

Obtain Technical Steering Committee (TSC) approval of the Project Plan

Develop the Technical Specifications (Status Wireless)

Obtain lab prototypes &validate technical specifications (Status HSE-RIO)

Demonstrate interoperability of WIO devices at end user sites



Gateway

Conventional

I/O

Wired HART

H1

WirelessHART

Host

ISA100.11a

HSE RIO Team

Fieldbus Foundation - ISA100

Cooperation

HSE Backhaul Team

Wireless Sensor Team

WIO Development Teams



WIO backhaul application example



WIO Top Level Organization

WIO

Management

Team

WIO Chief Architect

Bill Hodson

Hodson Consulting

WIO Program Director

Wireless Program Manager

ISA100.15 WG Co-Chair

Dave Glanzer

Fieldbus Foundation

HSE RIO

Technical Team Leader

Detlef Arndt

P+F

Wireless Technical Team Leader

Marcos Peluso

Emerson

Marketing

Bill Tatum

Fieldbus Foundation

Device Registration

Process

Stephen Mitschke

Fieldbus Foundation

HSE RIO

Program Manager

Ian Verhappen

MTL

TSC Liaison

Libanio de Souza

Smar

ISA100 and EUAC

Advisor

Herman Storey

Shell GS

Wireless

Specification Development TeamHSE RIO

Specification Development Team

WIO

Validation Team

ISA100.15 WG

Co-Chair

Penny Chen

Yokogawa

WIO Validation Team Leader

Naoyuki Fukau

Yamatake



WIO Development Teams

Company

Aniotek

APAT

Emerson Ovation

Endress+Hauser

Fieldbus Foundation

Hodson Consulting

Honeywell

MTL

Pepperl+Fuchs

Phoenix Contact

STAHL

RuggedCom

Shell Global Solutions

Smar

Softing

Turck

Yamatake

Yokogawa

Company

APAT

Apprion

Chevron

Emerson

Fieldbus Foundation

Flexworks Solutions

Hodson Consulting

Honeywell

MaCT

OMNEX Control Systems

Pepperl+Fuchs

Sense-Comm Technology

Shell GS

Smar

Westlock

Yamatake

Yokogawa

Company

ABB

Emerson

Festo

Fieldbus Foundation

Honeywell

Pepperl+Fuchs

Siemens

HSE RIO Team HSE Backhaul Team Wireless Sensor Team



Gateway

Convent’l

I/O

HART I/O

Wired

FF HSE

FF H1

Convent’l

I/O

Other

networks

Gateway

HART I/O

FFB

or

Wireless

HART

orWired

FF HSE

or

ISA100

GatewayGateway

WIO Phase 1

HSE Remote I/O

WIO Phase 3

Flexible Function Blocks

&

I/F to other Networks

WIO Phase 2

HSE Backhaul

&

WirelessHART I/F

WIO Phase 4

ISA100 I/F

Wireless

FF HSE

backhaul

Wired

FF HSE

Wireless

FF HSE

Backhaul

Wired

FF HSE

Wireless

FF HSE

Backhaul

WIO Development Phases



WIO timeline



n WIO Phase 1 Specifications

n WIO Phase 1 ITK


n WIO Phase 2 Demo

n WIO Phase 2 ITK

n WIO Phase 1 Demo


n WIO Phase 4 Demo

n WIO Phase 4 ITK

2009 2009 2010

4 7 104 7 10 4 7 10 4 7 10

2011

Specification Development

Demo

Validation and Test Kit


Demo




4 7 10

2012


n WIO Phase 3 Demo

n WIO Phase 3 ITK


Demo


Demo

DEMO

WIO Phase 1 & 2

HSE Wireless Backhaul

Conventional I/O

WirelessHART

Wired HART

H1

DEMO

WIO Phase 3

Other Networks

DEMO

WIO Phase 4

ISA100

WIO Timeline

3rd.q. 2011



Gateway

Conventional

I/O

Wired HART

Wireless

HSE

Backhaul

H1

WirelessHART

WIO Host

Wired

HSE or

Demo Sites (Preliminary)

North America – Emerson Ovation DCS

End User: City of Edmonton

South America – Smar DCS

End User: Santa Elisa - Brazil

Europe – ABB 800xA?

End User: Shell Global Solutions

Asia – Yamatake DCS

End User: Mitsubishi

APAT

MTL ??

STAHL

Smar

Smar

Emerson Ovation

Yamatake (2011)

APAT

WIO Phase 1 + 2 Prototypes for

Validation



Device Development StatusVendor Component

type

Delivery

schedule

Issues

APATConventional I/O Tested as PC simulator

(no prototype at FF)

Hardware expected by

end August.

See Validation Results

Spreadsheet

Wired HART Gateway Tested as PC simulator

(no prototype at FF)

Hardware expected by

end August.


Spreadsheet

Wireless HART Expected a first version by

end of September.

SMARConventional I/O Delivered. Expected new

firmware by 20 August


Spreadsheet + new ARs

Wired HART Gateway Delivered. Expected new

firmware by 20 August


Spreadsheet + new ARs

STAHLConventional I/O Delivered simple HSE

modular device.

Conventional IO expected

end 2010.



Host Development StatusVendor Delivery

schedule

Issues

APAT To be delivered by

end August.

Yamatake Still in planning Demo for 2011 (wired and

wireless).

SMAR Delivered.

Documents

FOUNDATION Technology Update 2010 - fieldbus.org · Multiple Waveform Graph Image Multi-pen Trend Chart Bargraph Gauge ... Emerson Process ... Emerson Ovation