UK PROFIBUS. Group. 20th Anniversary Celebration Conference. Karsten Schneider PI Chairman. UK, June 2013

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Anthony Fleming
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1 UK PROFIBUS Group Karsten Schneider PI Chairman UK, June th Anniversary Celebration Conference

2 PI Overview

Center Fieldbus Ethernet PI Testlabore PI Training Center Proxy

3 Leading Technologies 3 PI (PROFIBUS & PROFINET International) Organization Technologies Regional PI Associations PI Competence Center Fieldbus Ethernet PI Testlabore PI Training Center Proxy Technology WGs Sensors & Actuators More than member companies world wide!

4 PI World Wide 4 30 Regional Operations 50 Competence Center 26 Training Center 11 Test Labs

5 Latest Node Figures

6 PROFINET & PROFIBUS nodes 6

7 PROFIsafe nodes 7

8 PROFINET Highlights

9 PROFINET specification history 9 Specification PN V1.0 Whitepaper PN V1.3 PN V2.0 PN V2.1 PN V2.2 PN V2.3 Function Enhancements Network diagnosis Topology Media Redundancy Time synchronization Maintenance NE107 Fast Start Up Performance Optimization Fiber Optic Enhancements Basic Functionality Simple device exchange Network configuration Switch Integration Fiber Optics PROFINET in PA Basic functions Applications Standard Robots Highest Speed / Process

10 with PROFIenergy

PROFIenergy: Transparency & Shutdown 11 Shutdown Transparency Read measured data Shutdown during short idle times Shutdown during long idle times Basis for active energy management Shutdown during

11 PROFIenergy: Transparency & Shutdown 11 Shutdown Transparency Read measured data Shutdown during short idle times Shutdown during long idle times Basis for active energy management Shutdown during unplanned idle times Many devices implicitly detect the energy (e.g. FCs) Optimized energy savings at fast availability Maximum energy savings Time and duration of idle time are unknown The key to accessing a savings potential not used so far

Five good reasons for PROFIenergy 12 Controller Distributed I/O HMI Motion Control &

in short pauses thanks to granular switching High system reliability through

integration into existing standards Free selection of device through

12 Five good reasons for PROFIenergy 12 Controller Distributed I/O HMI Motion Control & Drives DC24V Cost savings through omission of external hardware Energy saving even in short pauses thanks to granular switching High system reliability through coordinated switching Investment safeguarding through simple reaction-free integration into existing standards Free selection of device through vendor-independent standard PROFIenergy permits energy saving in breaks through switching-off of non-required loads!

13 Development of PROFIenergy 13 Number of devices increases sharply Customers start to integrate PROFIenergy 2012 First products are available on the market Definition phase White Paper Technical Specification PROFIenergy Specification V 1.1

14 PROFIBUS & PROFINET for Process Automation

15 PROFIBUS in Process Industry 15 PROFIBUS PA The Standard in Process Automation Communication and Energy for field devices over the bus Intrinsically safe for use in hazardous areas Configuration of the devices over the bus PA device profile

16 PA Profil 16 PA Profil 3.02 a big step! simplified diagnostics: The right information for the right person at the right time simplified device exchange: easier than 4 20mA devices simplified commissioning: Faster parameter transmission Not just a displacement of 4 20mA, it takes process automation to an entire new level More and more device vendors implement PROFIBUS PA!

Extensions for PROFINET in PA 17 Fieldbus integration Configuration

PROFINET HART FF H1 Sequence of Events System Master Clock (GPS,

Controller 2 Controller 3 Backup Clock Master Redundant Network

17 Extensions for PROFINET in PA 17 Fieldbus integration Configuration in Run (CiR) DCS DCS PROFIBUS DP Remote I/O Proxy PROFIBUS PA PROFINET HART FF H1 Sequence of Events System Master Clock (GPS, DCF77, ) Primary Redundancy Redundant Controller Backup Controller 1 Controller 2 Controller 3 Backup Clock Master Redundant Network Device Device Proxy Device with redundant connectivity Device with singular connectivity

18 FDI

19 Field device as information source 19 Operator Technician, Engineer Manufacture, Expert Field device Maintenancepersonal

20 Device Integration 20 Commissioning Operation Engineering Maintenance Automation System Field Device With the Device Integration, a host can get access (from a central location) to the device functions and information.

21 A Common Approach 21 Harmonized EDDL Device Package Harmonized EDD Advanced Features (optional) ABB Emerson Endress+Hauser Honeywell Invensys Siemens Yokogawa FDT Group Fieldbus Foundation HART Communication Foundation OPC Foundation PROFIBUS/PROFINET International

FDI Device Package 22 Device Definition (Def) Business logic (BL) User Interface (UID) Programmed User Interface Device Applications Device Package EDD FDI encoded file format UIP

22 FDI Device Package 22 Device Definition (Def) Business logic (BL) User Interface (UID) Programmed User Interface Device Applications Device Package EDD FDI encoded file format UIP (optional) Attachments Manuals Certificates Protocol specific Files (GSD(ML), etc.) Electronic Device Description Language (EDDL) Windows Presentation Foundation (WPF) Goal: one device driver!

FDI Host FDI Client UID Renderer OPC UA Services FDI Server UIP Hosting Information Model EDD Engine User Interfaces

23 System integration 23 Manages Device Packages Manages and provides device data Processes device specific user interfaces: Mandatory, EDDL based UID Optional, WPF based UIP Processes EDD Business Logic Communicates with devices Device Package FDI Host FDI Client UID Renderer OPC UA Services FDI Server UIP Hosting Information Model EDD Engine User Interfaces Device Applications Device Definition Business Logic Communication EDDL UIP Optional Attachments OPC UA Services Communication Server

24 NAMUR/WIB Key Requirements 24 The harmonized EDDL is always and exclusively used in FDI Device Packages. In addition use of standard Host Components and IDE improve interoprability. Standard FDI Harmonized EDDL (IEC ) PROFIBUS Foundation Fieldbus UIP HART Device Package development FDI IDE Certification/ Registration Package EDD Package EDD Package EDD UIP UIP UIP Control system FDI Host FDI Client UID Renderer OPC UA Services FDI Server UIP Hosting Information Model EDD Engine OPC UA Services Communication Server FDI Device Packages always make use of harmonized EDDL. 24

25 Summary 25 FDI fulfills NAMUR requirements Process automation vendors support FDI development Draft specifications are available IEC Standardization has been initiated EDDL has been harmonized across protocols FDT FDI Interoperability is ensured Foundations cooperate in FDI Cooperation to complete and promote FDI Technology

26 Thank You!

FDI Field Device Integration Technology

FDI Field Device Integration Technology 1 Table of Contents 1 Introduction... 3 2 FDI Technology... 3 2.1 FDI Package... 3 3 FDI host... 4 3.1 Hierarchical networks nested communication... 6 3.2 Harmonization