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Updates on Profibus and Profinet technology karsten schneider
- 3. 3
© PROFIBUS Nutzerorganisation
Leading Technologies
Organization Technologies
Fieldbus Ethernet
Regional
PI Associations
PI Competence
Center
PI
Training Center
PI
Testlabore
More than 1.400 member companies world wide!
WGs
PI (PROFIBUS & PROFINET International)
Proxy
Technology
Sensors & Actuators
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© PROFIBUS Nutzerorganisation
PROFINET specification history
2004 2005 2006 2007 2008 2009 2010
Simple device exchange
Network configuration
Switch Integration
Fiber Optics
Network diagnosis
Topology
Media Redundancy
Time synchronization
Maintenance NE107
Fast Start Up Performance
Optimization
Fiber Optic
Enhancements
PROFINET in PA
Basic functions
Specification
Function
Enhancements
PN V2.1 PN V2.2 PN V2.3PN V2.0
PN V1.0
Whitepaper
PN V1.3
Applications
Standard
Robots
Highest
Speed /
Process
Basic
Functionality
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© PROFIBUS Nutzerorganisation
PROFIenergy: Transparency & Shutdown
ShutdownTransparency
Read measured data
Many devices implicitly detect
the energy (e.g. FCs)
Basis for active energy management
Shutdown during unplanned idle times
Time and duration of idle time
are unknown
Shutdown during short idle times
Optimized energy savings
at fast availability
Shutdown during long idle times Maximum energy savings
The key to accessing a savings potential not used so far
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© PROFIBUS Nutzerorganisation
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!
Five good reasons for PROFIenergy
Controller HMI
Distributed
I/O
Motion Control &
Drives
DC24V
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© PROFIBUS Nutzerorganisation
Development of PROFIenergy
Customers start to
integrate
PROFIenergy
2009
Definition phase
White Paper
Technical Specification
2010
First products are
available on the
market
2011
2012
Number of devices
increases sharply
PROFIenergy
Specification V 1.1
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© PROFIBUS Nutzerorganisation
PROFIBUS in Process Industry
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
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© PROFIBUS Nutzerorganisation
PA Profil
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!
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© PROFIBUS Nutzerorganisation
Extensions for PROFINET in PA
Fieldbus integration
DCS
HART
PROFIBUS PA
FF H1
PROFIBUS DP
PROFINET
Configuration in Run (CiR)
DCS
Remote I/O Proxy
Sequence of Events
System Master Clock
(GPS, DCF77, …)
Controller 1 Controller 2 Controller 3
Proxy
Device Device
Backup
Clock Master
Redundancy
Redundant Controller
Primary
Backup
Redundant Network
Device with
redundant
connectivity
Device with
singular
connectivity
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© PROFIBUS Nutzerorganisation
Commissioning
Device Integration
Field Device
Automation System
Engineering
Operation
Maintenance
…
Commissioning
With the Device Integration, a host can get access (from a central
location) to the device functions and information.
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© PROFIBUS Nutzerorganisation
A Common Approach
Device Package
Harmonized
EDD
Advanced
Features
(optional)
EDDL
Harmonized
FDT Group
Fieldbus Foundation
HART Communication Foundation
OPC Foundation
PROFIBUS/PROFINET International
ABB Invensys
Emerson Siemens
Endress+Hauser Yokogawa
Honeywell
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© PROFIBUS Nutzerorganisation
FDI Device Package
Device Package
UIP
(optional)
Attach-
ments
Electronic Device
Description
Language
(EDDL)
Windows
Presentation
Foundation
(WPF)
Manuals
Certificates
Protocol
specific Files
(GSD(ML), etc.)
EDD
FDI encoded file format
Device Definition (Def)
Business logic (BL)
User Interface (UID)
Goal: one device driver!
Programmed User
Interface
Device Applications
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© PROFIBUS Nutzerorganisation
System integration
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
OPC UA Services
Communication Server
OPC UA Services
FDI Client
FDI Server
Device Package
EDDL UIP
Optional
Attach-
ments
FDI Host
Device
Definition
Business Logic
Communication
User Interfaces
Device
Applications
EDD Engine
Information
Model
UID
Renderer
UIP
Hosting
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© PROFIBUS Nutzerorganisation
NAMUR/WIB Key Requirements
UIP
Harmonized
EDDL
(IEC 61804-3)
PROFIBUS
HART
Foundation
Fieldbus
FDI
Device Package
development
Control systemStandard
FDI
IDE
Package
EDD UIP
Package
EDD UIP
Package
EDD UIP
Certification/
Registration
The harmonized EDDL
is always and
exclusively used in FDI
Device Packages.
In addition use of
standard Host
Components and IDE
improve interoprability.
FDI Device Packages always make use of harmonized EDDL.
24
OPC UA Services
Communication Server
OPC UA Services
FDI Client
FDI Server
FDI Host
EDD Engine
Information
Model
UID
Renderer
UIP
Hosting
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© PROFIBUS Nutzerorganisation
Summary
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