发表于:2002-05-27 10:36:00
1楼
Linux driver)
http://www.ietf.org/internet-drafts/draft-cafi-can-ip-00.txt (CAN-Over-IP spec)
http://www.ixxat.de
http://www.port.de
http://www.vector-cantech.com
http://www.pandora.ist.utl.pt/CAN
http://www.ems-wuensche.com
http://home.wanadoo.nl/arnaud/links.html (Linux driver)
http://www.infineon.com/products/micro/micro.htm
Literature
Lawrenz, "CAN: Grundlagen und Praxis, 4th Ed.". Hüthig Verlag 2000, ISBN 3-7785-2780-0.
Lawrenz, "CAN System Engineering", translation of the German 2nd edition. Hüthig Verlag 1997, ISBN 0-387-94939-9.
Haus der Technik e.V., "CAN und andere Autobus-Netzwerke für Industriesteuerungen". Veranstaltungsnummer E-10-940-075-3.
Praxis Profiline, "Controller Area Network". Vogel Verlag, ISBN 3-8259-1902-1.
Etschberger, "Controller Area Network," 3rd edition (German). Hanser Verlag 2000, ISBN 3-446-19431-2.
Etschberger, "Controller Area Network (English). Ixxat 2001, ISBN 3-00-007376-0.
Engels, "CAN-Bus Technik: Einfach, anschaulich und praxisnah vorgestellt". Franzis Verlag 2000, ISBN 3-7723-5145-X.
Paret, "Le bus CAN - De la théorie et la practique". Dunod 1995, ISBN 2-10003164-3.
Paret, "Le bus CAN - Applications (CAL, CAN/Open, DeviceNet, OSEK, SDS, CAN Kingdom)". Dunod, ISBN 2-10003659-9.
Mailing list
There are two mailing lists; the first at http://groups.yahoo.com/group/CANbus (this is the well-known Vector mailing list), and the second is at www.can-cia.de/board.htm
Background
CAN is only a small part of a complete network protocolstack. Since there was no standard-setting organisation or company during the early 90s, many companies developed their own and this is the reason why there are about three dozen incompatible protocols, such as: CAN/Open, DeviceNet, CAN Kingdom, SDS, SeleCAN, CAL, M3S, LBS, etc.
CONTROLNET User Group
Also known as: DD 241, EN 50170/A3, Ethernet/IP (upper layer protocol only), IEC 61158 Type 2 ControlNet International
PMB 315
20423 State Road 7 #F6
Boca Raton, FL 33498-6797 (USA)
Tel. +1-561-477-7966
Fax. +1-561-477-6621
Email controlnet@powerinternet.com
Sites
http://www.controlnet.org
http://www.ab.com/networks
http://home.att.net/~rongage/cell/
CURRENT LOOP Sites
http://www.bb-elec.com/technical_library.asp
DALI See Digitally Addressable Lighting Interface
DATA HIGHWAY Sites
http://www.theautomationbookstore.com
http://www.ab.com/manuals/cn
DC-BUS User Group
DC-Bus Alliance (DCBA)
Email peter.braun@iqbattery.com
Sites
http://www.yamar.com
DD 241 See Controlnet
DEVICE LANGUAGE MESSAGE SPECIFICATION User Group
Also known as: DLMS DLMS User Association (DLMS-UA)
Pre-de-la-Fontaine 19
1217 Meyrin-Geneva (CH)
Tel. +41-22-9809800
Fax. +41-22-9809809
Email dlms@dlms.com
Sites
http://www.dlms.com
http://www.kemaconnect.nl
DEVICENET User Group
Also known as: Compobus/D, EN 50325/2, IEC 62026/3, SEMI E54.4 Open DeviceNet Vendor Association, Inc. (ODVA)
PMB 499
20423 State Road 7 #F6
Boca Raton, FL 33498-6797 (USA)
Tel. +1-954-340-5412
Fax. +1-954-340-5413
Email odva@powerinternet.com
Sites
http://www.odva.org
http://www.odvaeurope.com
http://www.ricauto.com/library/techinfo
http://www.tangskingdom.com/xiong/
http://www.warwick.ac.uk/devicenet
DF-1 Sites
http://www.ab.com/manuals/cn/protocol.html
DIAS See Distributed Intelligent Actors And Sensors
DIGITALLY ADDRESSABLE LIGHTING INTERFACE User Group
Also known as: DALI, EN 60229, IEC 929 DALI AG
http://www.dali-ag.org/
Sites
http://www.philips.de/licht/oem_setmakers/technik/dali/dali.htm
http://www.lampsandgear.philips.com/press11.shtml
Background
DALI is a development of the companies Helvar, Huco, Philips, Osram, Tridonic, Trilux and Vossloh-Schwabe. It is a standard for a communications protocol for control of electronic lighting ballasts (dimming controls). It is designed exclusively for lighting purposes, and meets specific needs that are not satisfied by more complex bus systems.
A DALI system consists of up to 64 ballasts connected along a twisted-pair cable, and a DALI controller. Maximum network size is 300 meter, and thus suitable for mid-size rooms and standalone systems. Sixty-four unique ballasts can be identified, and sixteen groups of ballasts. DALI messages consist of 1 start bit, 8 address bits, 8 databits, and 2 stopbits. A reply consists of 1 startbit, 8 databits, and 2 stopbits.
Typical network commands are "Set light level", "Go to minimum level", "Turn lamp off", "Set light at predefined level", "Return light level", and "Return status". Light levels are specified via a logarithmic regulation curve, running from 0.1% to 100%, specified in an 8 bit number. Operating parameters can be changed and stored dynamically in the ballasts memory, i.e. sixteen different light levels, fade time, fade rate, minimum light level, maximum light level, actual light level. Diagnostics include the status of each ballast and lamp.
DIN 9-484 See Landwirtschaftliches Bus System
German standard.
DIN 19-245 See Profibus
German standard, now superseded by the EN 50170/2.
Background
This norm consists of four parts. DIN 19-245/1 describes the Profibus/FDL (Fieldbus Data Link) protocol; DIN 19-245/2 describes the Profibus/FMS (Fieldbus Messaging Specification) protocol; DIN 19-45/3 describes Profibus/DP (Decentralized Periphery); and DIN 19-245/4 describes Profibus/PA (Process Automation).
DIN 19-258 See Interbus-S
German standard.
DIN 26-050 See European Petrol Station Interface
German standard.
DIN 32-795 See Firmenneutrales Daten Uebertragungs Protokoll
German standard.
DIN 56-930 See DMX-512
German standard.
DIN 61-491 See Sercos
German standard.
DIN 66-348 See DIN Measurement Bus
German standard.
DIN MEASUREMENT BUS User Group
Also known as: DIN 66-348 Anwendervereinigung "Din-Messbus e.V. (ADM)
Appelstrasse 9A
30167 Hannover (D)
Tel. +49-511-762-4673
Fax. +49-511-762-3917
Email wagner@geml.uni-hannover.de
Sites
http://www.infoside.de/infida/dinmess/measure.htm
http://www.iwq.de
http://www.measurement-bus.de
Literature
Rose, "Din-Meßbus: Grundlagen und Praxis". Hüthig Verlag 1994, ISBN 3-7785-2305-8.
Rose, "Prozeßautomatisierung mit DIN-Meßbus und Interbus-S". Hüthig Verlag, ISBN 3-7785-2217-5.
DISTRIBUTED INTELLIGENT ACTORS AND SENSORS Sites
Research project. Also known as: DIAS http://cabernet.esprit.ec.org/esp-syn/text/2172.html
DISTRIBUTED NETWORK PROTOCOL User Group
Also known as: DNP DNP Users Group
PObox 43075, DVPO
Calgary, Alberta T2J 7A7 (CA)
Fax. +1-403-271-1319
Email dnp@home.com
Sites
http://www.dnp.org
http://www.trianglemicroworks.com
DISTRIBUTED SYSTEMS INTERFACE User Group
Also known as: DSI. None known.
Sites
http://www.mot-sps.com/automotive/mottrw.html
DISTRIBUTION LINE MESSAGE SPECIFICATION See Device Language Message Specification
Abbreviation changed.
DLMS See Device Language Message Specification
DMX-512 User Group
Also known as: DIN 56-930, IEC 62136. DMX=Digital Multiplexing (there is also an AMX). None known.
Sites
http://www.culturenet.ca/usitt/DMX/DMX512.htm
http://www.soundlight.de
DNP See Distributed Network Protocol
DRIVECOM User Group
Drivecom Nutzergruppe e.V.
Postfach 1102
32817 Blomberg (D)
Tel. +49-5235-341864
Fax. +49-5235-341862
Email webmaster@interbusclub.com
Sites
http://www.drivecom.org
DSF 21906 See P-Net
Danish standard.
DSI See Distributed Systems Interface
EBUS See Energy Bus
EHS See European Home System
EIA 422 / EIA 485 See RS-422 / 485
EIA 709.1 See Local Operating Network
EIA 776 See European Installation Bus
EIAMUG See European Intelligent Actuation And Measurement
EIB See European Installation Bus
ELCOM See TASE.1
EN 50090 See European Installation Bus
European norm.
EN 50170 Part 1: See P-Net
European standard. Part 2: See Profibus
Part 3: See Factory Instrumentation Protocol
Addendum A1: See Foundation Fieldbus
Addendum A3: See Controlnet
Background
In 1993 CENELEC (European Committee for Electrotechnical Standardization) ordered the working group TC65CX to develop a European fieldbus standard. As usual, no agreement could be reached on which existing systems would become “the” European standard, so a compromise was reached by including several incompatible systems into one standard: the German Profibus (DP and FMS), the Danish P-Net, and the French WorldFIP.
In autumn 1995 there was the first voting for the standard. At first the standard was rejected because Finland, Ireland, Norway, Sweden and the United Kingdom voted against it. In March 1996 there was a second round of voting and the rules for standardisation were changed so that to get a fieldbus standard accepted only 51% of countries would have to vote yes (18 countries). This gave those three fieldbuses an opportunity to become a standard even if 17 countries voted against them. The standard became accepted in December 1996. Attempts of other fieldbus systems (such as Interbus) to get incorporated in the EN 50170 failed, and this led to several other EN-standards. Later, ControlNet and Foundation Fieldbus were added to the standard, allegedly to thank the US for their support of including Profibus in the IEC 61158 standard.
EN 50254/1 See Interbus-S
European norm.
EN 50254/2 See Profibus
European norm.
EN 50254/3 See Factory Instrumentation Protocol
European norm.
EN 50295 See Actuator-Sensor Interface
European norm.
EN 50325/2 See Devicenet
European norm.
EN 50325/3 See Smart Distributed System
European norm.
EN 50325/4 See Controller Area Network
European norm. For CAN/Open only.
EN 60929 See Digitally Addressable Lighting Interface
European norm.
EN 61491 See Sercos
European norm.
ENERGY BUS User Group
Also known as: E-Bus User Club E-Bus e.V.
c/o Fachhochschule Braunschweig/Wolfenbüttel
Salzdahlumer Straße 46/48
38302 Wolfenbüttel (D)
Tel. +49-5331-939624
Fax. +49-5331-939641
Email info@ebus.de
Sites
http://www.ebus.de
ENV 1805-1 See Firmenneutrales Daten Uebertragungs Protokoll
European pre-norm. Background
Since there is no longer a market demand, CEN/TC247 has recommended the withdrawal of this standard.
ENV 1805-2 See Building Automation Control Network
European pre-norm.
ENV 13154-2 Part 1: See European Installation Bus
European pre-norm. Part 2: See European Home System
Part 3: See Batiment Intelligent Bus
Part 4: See Local Operating Network
ENV 13321-1 Part 1: See Profibus/FMS
European pre-norm. Part 2: See FIP
Part 3: See Building Automation Control Network
ENV 13321-2 See European Installation Bus
European pre-norm.
EPSI See European Petrol Station Interface
ETHERNET User Groups
Industrial Automation Open Networking Alliance (IAONA-EU)
Universitatsplatz 2
39106 Magdeburg (D)
Tel. +49-391-6711828
Fax. +49-391-6712404
Email info@iaona-eu.com
Industrial Ethernet Association
2506 Wisconsin Avenue
Downers Grove, IL 60515 (USA)
Fax. +1-630-434-1987
Email webmaster@industrialethernet.com
Sites
http://www.ots.utexas.edu/ethernet
http://www.industrialethernet.com
http://grouper.ieee.org/groups/802/3
http://ethernet.industrial-networking.com
http://www.industrial-ethernet.com
http://www.ethernet.for-industry.com
http://www.ethernetio.com
http://www.transparentfactory.com
http://www.hirschmann-usa.com/an/default.asp
http://www.iaona.com
http://www.anixter.com/industrial
http://www.managetherealworld.com
http://www.ab.com/networks/enetpaper.html
http://www.ccontrols.com/extension.htm
http://www.rjlnxx.com
http://www.private.org.il/tcpip_rl.html
http://ethereal.zing.org
Literature
Furrer, "Ethernet TCP/IP für die Industrieautomation", 2nd Ed. Hüthig Verlag 2000, ISBN 3-7785-2779-3.
Sink P.,"Industrial Ethernet: A Pocket Guide". ISA Press 2002, ISBN 1-55617-774-7-G.
Spurgeon C., "Ethernet: the definitive guide". OReilly 2000, ISBN 1-56592-660-9.
Vogel Verlag, "Ethernet in der Fertigung". Praxis Profiline 2000, ISBN 3-8259-1908-0.
Vogel Verlag, "Industrial Ethernet: Informationstechnologie in der Automatisierung". Vogel Verlag 2000, ISBN 3-8259-1908-0.
Mailing list
Look for the "industrialethernet" maillist at www.onelist.com.
Magazines
The "Ethernet Book" at www.industrial-networking.com.
Courses by the author
In cooperation with the Mikrocentrum in Eindhoven we host a course on industrial Ethernet, TCP/IP and embedded webservers. Duration is 1 day. Language Dutch. The course is given December 5th (Eindhoven) and 12th (Utrecht); contact e.putte@mikrocentrum.nl for more information.
ETHERNET INDUSTRIAL PROTOCOL User Group
Also known as: Ethernet/IP Via Open Devicenet Vendors Association
Sites
http://www.ethernet-ip.org
http://www.odva.org
EUROMAP Sites
http://www.euromap.org
EUROPEAN HOME SYSTEM User Group
Also known as: EHS, ENV 13154-2 European Home Systems Association (EHSA)
Sites
http://www.ehsa.com
http://www.trialog.com
Literature
Kung, "The EHS European Home Systems Network". Trialog. Published directly by Trialog and only available via them (email: ehs@trialog.com)
Kung, "La Domotique Appliquée avec le Réseau Européen EHS. Trialog, ISBN 2-84180-055-5.
EUROPEAN INSTALLATION BUS User Group
Also known as: EIB, ANSI 776, EIA 776, ENV 13321-2, ENV 13154-2, EN 50090, I-Bus, Instabus EIB Association (EIBA)
Twinhouse, Neerveldstraat 105
1200 Brussel (B)
Tel. +32-2-775-8646
Fax. +32-2-675-5028
Email eiba@eiba.com
Vereniging EIBA Nederland
p/a FME/CWM
Postbus 190, 2700 AD Zoetermeer
Tel. +31-79-3531273
Fax. +31-79-3531365
Email postmaster@eiba.nl
Sites
http://www.eiba.com
http://www.eiba.de
http://www.eib-home.de
http://home.t-online.de/home/ibk-neuhof/homepage.htm
http://www.eib-forum.de
http://www.eibuc.ch
http://www.eibnews.de
Literature
BFE, "Lernprogramm Europäischer Installationsbus". Vogel Verlag 1998, ISBN 3-8023-1783-X.
BFE, "European Installation Bus". Vogel Verlag 1999, ISBN 3-8023-1868-4.
Dietrich, EIB: Gebäudebussystem. Huthig 2000, ISBN 3-7785-2795-9.
Rose, "Gebäudesystemtechnik im Wohn- und Zweckbau mit dem EIB". Huthig 2000, ISBN 3-7785-2643-X.
Frank, Der europäische Installationsbus". Verlag Technik 2000, ISBN 3-34101-249-4.
Seip, Gebäudesystemtechnik mit EIB. Wiley 2000, ISBN 3-89578-076-6.
Leidenroth, "EIB Praxis: Standardfunktionen und ihre Programmierung". Verlag Technik 1997, ISBN 3-341-01180-5.
Leidenroth, "EIB Anwenderhandbuch: Planung, Projektierung, Inbetriebname, Kundenberatung". Verlag Technik 1999, ISBN 3-341-01226-5.
Jeanrond, "EIB Gebäudesystemtechnik: Die zukunftssichere Elektroinstallation". Pflaum Verlag 1996, ISBN 3-79050-712-1.
Scherg, "EIB planen und installieren". Vogel Verlag 1998, ISBN 3-80231-746-7.
Rose, "Gebouwsysteemtechniek met de Europese Installatie Bus". Kluwer Techniek 1997, ISBN 90-5576-037-4. (Dutch)
Vogel Verlag, "EIB 2.0 Lern-CDROM". Vogel Verlag, 2000.
ZVEI, "Gebäudesystemtechnik: Grundlagen (4. Auflage)". ZVEI, 1997.
ZVEI, "Gebäudesystemtechnik: Anwendungen (4. Auflage)". ZVEI, 1997.
Siemens, "Gebäudesystemtechnik mit EIB". ISBN 3-89578-076-6.
Magazines
http://www.bussysteme.de
EUROPEAN INTELLIGENT ACTUATION AND MEASUREMENT Sites
Research project. Also known as: EIAMUG http://cabernet.esprit.ec.org/esp-syn/text/8244.html
EUROPEAN PETROL STATION INTERFACE User Group
Also known as: EPSI EPSI Development & Improvement Project
DGMK/PTB 463
Postfach 540139
10042 Berlin (D)
Tel. +49-30-6441587
Fax. +49-30-6441586
Email epsi@berlin.ptb.de
Sites
http://epsi.berlin.ptb.de
http://www.iwq.de
FACTORY INSTRUMENTATION PROTOCOL See FIP
FICIM See Fieldbus Integration Into CIM
FICOMP See Fieldbus Components
FIELDBUS COMPONENTS User Group
Research project. Also known as: FICOMP http://cabernet.esprit.ec.org/esp-syn/text/6526.html
FIELDBUS INTEGRATION INTO CIM Sites
Research project. Also known as: FICIM http://cabernet.esprit.ec.org/esp-syn/text/5206.html
http://herkules.oulu.fi/isbn9514257855/html/chapter4.html#AEN741
FIELDBUS INTERNET PROTOCOL See FIP
FIP / WORLDFIP User Group
Also known as: Fieldbus Internet Protocol, Factory Information Protocol, Flux Information Processus, EN 13321-1,
EN 50170/3, EN 50254/3,
IEC 61158 Type 7 WorldFIP Headquarters
23-25 Avenue Morane Saulnier
92364 Meudon La Foret Cedex (F)
Tel. +33-1-4629-1780
Fax. +33-1-4629-1785
Email wfinfo@worldfip.imaginet.fr
Sites
http://www.worldfip.org
http://nicewww.cern.ch/sl/rfgroup/fip
FIREWIRE User Group
Also known as: IEEE 1394, I-Link 1394 Trade Association (1394TA)
1111 South Main Street, Suite 122
Grapevine, TX 76051 (USA)
Tel. +1-817-410-5750
Fax. +1-817-410-5752
Email jsnider@1394ta.org
Sites
http://www.1394ta.org
http://www.zayante.com
http://grouper.ieee.org/groups/1394
http://www.andygrove.com/technology/1394/papers.htm
http://www.ti.com/sc/1394
Literature
Anderson, "Firewire System Architecture". Addison-Wesley 1998, ISBN 0-201-48535-4.
FIRMENNEUTRALES DATEN UBERTRAGUNGS PROTOKOLL User Group
(Company-neutral datatransfer protocol) None known.
Also known as: DIN 32-795, ENV 1805-1, FND Sites
http://www.fnd-forum.de
Background
The FND was developed with German goverment funding in 1988, and because of this the German government required its use on public projects. FND is designed to interconnect "islands of automation" (i.e. complete systems) with supervisory computers. It only specifies a common interface to the data network itself, which may be implemented using any, relatively high-speed technology.
The protocol specifies in its application layer general data items and functional properties of these data items. The general data items defined in the FND application layer are the point objects, analogue inputs, analogue outputs, digital inputs, digital outputs, setpoints, multi-state inputs and multi-state outputs.
Further installation of FND systems is expected to be limited to the extension of existing installations in Germany (source: http://www.esta.org.uk)
FL-NET Sites
http://www.mstc.or.jp/jop
FLEXRAY User Group
info@flexray-group.com
Sites
http://www.flexray-group.com
Mailing list
General info about the mailing list is available at http://www.flexray-group.com/mailman/listinfo/info
FLUX INFORMATION PROCESSUS See FIP
FMS Background
Also known as: IEC 61158 Type 9. FMS (Fieldbus Messaging Specification) is not an existing fieldbus, but it is a specification for a part of a fieldbus: the application layer (OSI layer 7). FMS is modelled after MAPs MMS (Manufacturing Messaging Specification), but is much leaner and simpler; of MMSs 80+ commands only 37 were copied to FMS, but with far less capabilities. Even so, it is still a large set of commands.
The first system that implemented FMS was Profibus (Profibus/FMS), but this never caught on very well because of the lack of performance, and due to the difficulties in configuring a Profibus/FMS system. To address the performance-issue, Profibus/DP was developed, which is completely different from FMS. DP caught on very well, and this made that Profibus/FMS never became a major player in the fieldbus market.
Even though, the ideas expressed in FMS are not bad. Therefore, FMS has reappareared in Foundation Fieldbus. A simplified (15 commands) version is also part of Interbus, where it was originally called "PMS" (Phoenix Messaging Specification).
FMS appeared in the original (January 2000) IEC 61158 standard as part of Foundation Fieldbus (Type 1), and no longer as part of Profibus (Type 3), which did not attempt to include Profibus/FMS in the standard (only DP and PA appeared). In order not to have multiple copies of the FMS specification in the IEC 61158 standard, it was decided that it would be extracted from Foundation Fieldbus, and it is now the "Type 9" in that standard. Any fieldbus system which uses FMS can now simply refer to FMS own chapter.
FND See Firmenneutrales Daten Uebertragungs Protokoll
FOUNDATION FIELDBUS User Group
Also known as: EN 50170/A, IEC 61158 Type 1, IEC 61158 Type 5 (high-speed Ethernet version only) Fieldbus Foundation
9390 Research Blvd, Suite II-250
Austin, TX 78759-9780 (USA)
Tel. +1-512-794-8890
Fax. +1-512-794-8893
Email info@fieldbus.org
Fieldbus Foundation Nederland
Postbus 190, 2700 AD Zoetermeer
Tel. 079-3531348
Fax 079-3531365
Email ffn@fme.nl
Sites
http://www.fieldbus.org
http://www.iceweb.com.au/Instrument/fieldbus.htm
http://www.analogservices.com/papers.htm
http://www.fint.no
http://www.hmtutorials.com/
http://www.fieldbusinc.com/redundancyPaper.pdf
http://www.ni.com (use search-engine)
http://www.iceweb.com.au/ffeuca/index.htm
http://www.frco.com/fr/solutions/fieldbus/techover/index.html
http://www.fieldbusinc.com
Literature
Berge J., "Fieldbuses for Process Control: Engineering, Operation, and Maintenance". ISA Press 2002, ISBN 1-55617-760-7.
Verhappen I.,"Foundation Fieldbus: A Pocket Guide". ISA Press 2002, ISBN 1-55617-775-5.
Mailing List
Subscribe at http://www.controleng.com/fieldbus/fieldbusfacts.asp
Another mailing list (Fieldbus User Network, FUN) is maintained by the Fieldbus Foundation; send an email to fun@fieldbus.org
Magazine
"Catch the edge". Past issues at http://www.controleng.com/fieldbus/fieldbusfacts.htm
FUNBUS Sites
http://www.vdi.de/gma/fokus-1ws.htm
GENIUS-BUS Sites
http://www.gefanuc.com/support/plc/genius.htm
http://www.gefanuc.com/infolink/manuals/90486f1.pdf
HART User Group
Hart Communication Foundation (HCF)
9390 Research Blvd, Suite I-350
Austin, TX 78759 (USA)
Tel. +1-512-794-0369
Fax. +1-512-794-3904
Email keithk@hartcomm.org
Sites
http://www.hartcomm.org
http://www.fieldbus.com/hart
http://www.analogservices.com
http://www.romilly.co.uk
Magazines
The "Virtual Hart Book" at www.thehartbook.com.
I2C-BUS User Group
Also known as: 2-Wire Bus None known.
Sites
http://www.ping.be/~ping0751/i2c.htm
http://www.esacademy.com/faq/classes/
http://www-eu2.semiconductors.philips.com/i2c
http://www.online.ro/chipdir/abc/i.htm#I2C
http://www.mcc-us.com/techsrc.htm
Literature
Elektuur, "I2C-Bus chips en schakelingen". Uitgeverij Elektuur, ISBN 90-538-1058-7 (Dutch).
Elektor, "I2C-Bus angewandt". Elektor Schaltungspraxis, 1995. (German)
Paret, "The I2C Bus from theory to practice". John Wiley and Sons, 1997. ISBN 0-471-96268-6. (Apparently sold out)
IBUS See European Installation Bus
ICCP See Telecontrol Applications Service Element 2
IDA See Interface for Distributed Automation
IDB See Intelligent Transportation Systems Data Bus
IEC 870-5 See IEC 60870/5
International standard.
IEC 929 See Digitally Addressable Lighting Interface
International standard.
IEC 9506 See Manufacturing Messaging Specification
International standard.
IEC 60870/5 User Group
International standard. Formerly known as: IEC 870/5. None known.
Sites
http://www.kemaconnect.nl
http://www.trianglemicroworks.com
http://www.iinet.net.au/~ianw/iec870.html
Mailing list
http://www.trianglemicroworks.com
IEC 60870/6 See Telecontrol Applications Service Element
or Telecontrol Applications Service Element 2
International standard.
IEC 61158 Type 1: See Foundation Fieldbus
International standard. Type 2: See Controlnet
Type 3: See Profibus
Type 4: See P-Net
Type 5: See Foundation Fieldbus
Type 6: See Swiftnet
Type 7: See FIP
Type 8: See Interbus-S
Type 9: See FMS
Type 10: See ProfiNet
IEC 61162/4 See Maritime Information Technology Standard
International standard.
IEC 61375/1 See Train Communication Network
International standard.
IEC 61491 See Sercos
International standard.
IEC 61784 See http://www.profibus.cz/archive/2000/0064.html
Upcoming international standard.
IEC 61850 See Utility Communications Architecture
International standard.
IEC 62026/2 See Actuator-Sensor Interface
International standard.
IEC 62026/3 See Devicenet
International standard.
IEC 62026/5 See Smart Distributed System
International standard.
IEC 62026/6 See Seriplex
International standard.
IEC 62136 See DMX-512
International standard.
IEEE 1394 See Firewire
IEEE 1451 Sites
http://www.motion.aptd.nist.gov
http://www.ic.ornl.gov/p1451
IEEE 1473-L See Local Operating Network
Background
The IEEE-1473 standard specifies "Communications Protocol Aboard Trains". It permits both TCN (see next entry) and LON as protocols.
IEEE 1473-T See Train Communication Network
II-O LIGHTBUS Sites
http://www.trelectronic.se/light.htm
I-LINK See Firewire
INDUSTRIAL ETHERNET See Ethernet
INSTABUS See European Installation Bus
INTELLIGENT TRANSPORTATION SYSTEMS DATA BUS User Group
Also known as: IDB, ITS Data Bus, J2366 IDB Forum
203 Spruce Drive, Site 200 North
McMurray, PA 15317 (USA)
Fax. +1-810-279-4301
Email arlan.stehney@idbforum.org
Sites
http://www.idbforum.org
http://www.sae.org/technicalcommittees/databus.htm
INTERBUS-C See Bitbus
Background
Interbus/C is the productname carried by Phoenix Contact for a range of remote I/O modules that could be controlled via Bitbus. These are no longer sold.
INTERBUS-P See Profibus
Background
Interbus/P is the productname carried by Phoenix Contact for a range of remote I/O modules that could be controlled via Profibus/FMS. These are no longer sold.
INTERBUS-S User Group
(S=Speed, Schnell) Also known as: DIN 19-258, EN 50254/1, IEC 61158 Type 8 Interbus Club
Postfach 1108
32817 Blomberg (D)
Tel. +49-5235-342100
Fax. +49-5235-341234
Email info@interbusclub.com
Interbus Nederland
Reeuwijkse Poort 308
2810 AD Reeuwijk (NL)
Tel. +31-182-391140
Fax. +31-182-391587
Email benelux@interbusclub.be
Interbus België
Minervastraat 12
Keiberg II
1930 Zaventem (B)
Tel. +32-2-723-9848
Fax. +32-2-723-9849
Email benelux@interbusclub.be
Sites
http://www.phoenixcon.com
http://www.ibsclub.com
http://www.automation-forum.net
http://www.interbusclub.com
Literature
Baginski, "Interbus-S: Grundlagen und Praxis, 2nd Ed.". Hüthig Verlag 1998, ISBN 3-7785-2471-2.
Rose, "Prozeßautomatisierung mit Din-Meßbus und Interbus-S". Hüthig Verlag, ISBN 3-7785-2217-5.
Phoenix, "Grundkurs Feldbustechnik: Interbus-Automatisierungstechnik nach IEC-61158". Vogel Verlag 2000, ISBN 3-8023-1813-7.
Nickel, "Interbus-S Installation: Planung, Test, Betrieb". Pflaum Verlag, ISBN 3-7905-0701-6.
Rheinisch-Westfälischer TÜV, "Bericht über die Untersuchungen am Interbus-S System".
Blome, "Der Sensor/Aktorbus - Theorie und Praxis des Interbus-S". Verlag Moderne Industrie, ISBN 3-478-93090-1.
Phoenix, "Interbus - Das offene und durchgängige Kommunikationssystem", ISBN 3-478-93186-X.
Langmann, "Interbus: Technologie zur Automation". Hanser Verlag 1999, ISBN 3-446-19582-3.
NN, "Mit Interbus in die Zukunft". Vogel Verlag 1998, ISBN 3-8259-1900-5.
INTER-CONTROL CENTER COMMUNICATIONS PROTOCOL See Telecontrol Applications Service Element 2
INTERFACE FOR DISTRIBUTED AUTOMATION User Group
Also known as: IDA info@ida-group.org
Sites
http://www.ida-group.org
I/O LINK Sites
http://www.gefanuc.com/infolink/manuals/gfk0823a.pdf
http://www.gefanuc.com/infolink/manuals/gfk0631.pdf
IP See Ethernet Industrial Protocol
Not to be confused with the IP of TCP/IP.
ISI-BUS Sites
http://www.fint.no/fint_products_isibus.html
ISO 8482 See RS-422 / 485
International standard.
ISO 11519/3 See Vehicle Area Network
International standard.
ISO 11783 Sites
International standard. http://www.agen.okstate.edu/home/mstone/
ISO 11898/1 See Controller Area Network
International standard.
ISO 11898/4 See Time Triggered CAN
International standard.
ISO 16845 See Controller Area Network
International standard.
ISO 17356 See OSEK/VDX
International standard.
ITS See Intelligent Transportation Systems Data Bus
J1850 Sites
http://www.motorola.com (use search-engine)
http://www.intel.com/design/intarch/papers/j1850_wp.htm
J1939 Sites
http://www.j1939.com (limited access!)
http://www.sae.org
http://www.agen.okstate.edu/home/mstone/
http://www.kvaser.se/can/hlps/j1939.htm (password-protected)
J2366 See Intelligent Transportation Systems Data Bus
JBUS See Modbus
99% Modbus compatible.
KNX See Konnex
KONNEX User Group
Konnex Association
Twin House, Neerveldstraat 105
1200 Brussel (B)
Tel. +32-2-7758590
Fax. +32-2-6755028
Sites
http://www.konnex-knx.com
http://www.eiba.com/konnex.html
http://www.trialog.com/konnex.html
KSX-6906 See Building Automation Control Network
Korean standard.
LANDWIRTSCHAFT-
LICHES BUS SYSTEM User Group
(Agricultural bus system) None known.
Also known as: DIN 9-484, LBS Sites
http://www.dlg-frankfurt.de/thema3/lbs/lbs.htm
LBS See Landwirtschaftliches Bus System
LIGHTBUS Sites
http://www.beckhoff.com/english/lightbus/default.htm
LIN See Local Interconnect Network
LOCAL INTERCONNECT NETWORK User Group
Also known as: LIN None known.
Sites
ftp://www.microchip.com/Download/Appnote/Category/PIC16/00729a.pdf
http://www.lin-subbus.org
Background
European automakers Audi, BMW, DaimlerChrysler, Volvo and Volkswagen together with Motorola and Volcano Communications Technologies are the creaters of the low-cost, low-speed network bus called LIN. It is used for simple on-off devices such as car seats, door locks, sun roofs, rain sensors, HVAC flaps, cruise control, windshield wipers and mirrors, and other simple applications.
LIN is much simpler than other car bus systems (such as CAN), for example one signal wire instead of two; no on-board voltage regulator, a simple electrical interfaces, and cheap microcontrollers. CAN buses are too costly for wide acceptance in noncritical applications, such as door locks and power windows. Therefore, many vehicles still use discrete point-to-point wiring to connect door locks, power windows and other simple devices to microcontrollers, costing up to hundreds of feet of wiring in thick bundles within the doors and chassis.
LIN operates at 20 Kbits/s, which gives sufficient performance for the non-realtime applications where it doesnot matter if the information comes 50 milliseconds sooner or later. Each LIN bus will consist of a maximum of 16 nodes-one master and 15 slaves. Because the bus incorporates a synchronization mechanism for the slave nodes, no crystal resonator or clock source will be needed. That means that the microcontroller circuit board can be simpler and less costly. Power for the single-wire bus comes from the cars 12-volt battery. (source: EE Times)
LOCAL OPERATING NETWORK User Group
Also known as: ANSI 709.1, AS-5370, EIA 709.1, ENV 13154-2, IEEE 1473-L, LON, SAE AS-5370, SEMI E54.6 LONMark Interoperability Association
415 Oakmead Parkway
Sunnyvale, CA 94086 (USA)
Tel. +1-408-938-5266
Fax. +1-408-328-3832
Email info@lonmark.org
LON Nederland
p/a FME/CWM
Postbus 190, 2700 AD Zoetermeer
Tel. +31-79-3531349
Fax. +31-79-3531365
Email aba@fme.nl
Sites
http://www.echelon.com
http://www.lonmark.org
http://www.lno.de
http://www.motorola.com (use search-engine)
Literature
Dietrich, "LON-Technologie: Verteilte Systeme in der Anwendung, 2nd Ed.". Hüthig Verlag 1999, ISBN 3-7785-2770-3.
Harwardt, "LON - Lokal Operierende Netzwerke." Technik Verlag 1996, ISBN 3-928943-72-3.
LON See Local Operating Network
M3S See Multiple Master, Multiple Slave
MACRO See Motion And Control Ring Optical
MANUFACTURING MESSAGING SPECIFICATION User Group
Also known as: IEC 9506, RS-511 None known.
Sites
http://www.sisconet.com/techinfo.htm
ftp://www.sisconet.com/outgoing/marketin/mmsovrlg.pdf
http://icawww.epfl.ch/MMS
http://www.nettedautomation.com
http://www.scc-online.de
Literature
Valenzano, "MAP and TOP Communications". Addison-Wesley, ISBN 0-201-41665-4.
MARITIME INFORMATION TECHNOLOGY STANDARD User Group
Also known as: IEC 61162/4, MITS MiTS Forum
c/o Sintef Electronics and Cybernetics
7034 Trondheim (N)
Tel. +47-7359-4351
Fax. +47-7359-4399
Email mits.forum@regtek.sintef.no
Sites
http://www.itk.unit.no/SINTEF/MITS/mits.html
M-BUS See Meter-Bus
METER-BUS User Group
Also known as: M-Bus M-Bus Usergroup
Fachbereich Physik, Professor Ziegler
Warburger Straße 100
33098 Paderborn (D)
Tel. +49-5251-602750
Fax. +47-5251-603420
Email info@m-bus.com
Sites
http://www.m-bus.com
http://www.relay.de
http://www.michaelrac.com
MI-BUS See Motorola Interconnect Bus
MIL-STD 1553 User Group
Military standard. None known.
Sites
http://www.aeroflex.com/act/links03.htm>
http://www.sbs-avionics.com
MITS See Maritime Information Technology Standard
M-LAN Sites
http://www.maguire.com/software/download.htm
MOBILE FIELDBUS DEVICES FOR INDUSTRY Sites
European research project. Also known as: MOFDI http://www.mofdi.com
Background
Project MOFDI will develop and test the next generation of high speed radio connections for Fieldbuses. This significant market need is growing rapidly in importance as industrial users rely on fewer staff to cover larger areas of responsibility in their sites. Also, to save on time and access problems, Fieldbus solutions are needed to support on-line access to all field devices distributed within a plant site, including those on moving equipment and transport vehicles.
The key technical feature of project MOFDI is high speed radio data communication for industrial Sensors, Actuators and Operator Interfaces. MOFDI will extend industrial Fieldbus solutions by addition of secure local connections to mobile devices which are otherwise not available for real-time data access and control.
MODBUS User Group
Also known as: SEMI E54.9 (Modbus/TCP only) None known.
Sites
http://www.modbus.org
http://www.modicon.com/techpubs/toc6.html
http://www.modicon.com/techpubs/toc7.html
http://www.modicon.com/openmbus/
http://jmodbus.sourceforge.net (Free Java-implementation)
http://www.tracker2.narod.ru (Open-source COM/DCOM Modbus server, with doc in Russian)
http://www.robustdc.com/mbus_tcp.htm
http://www.lancontrols.com
http://members.tripod.com/~mbserver
Mailing list
See http://www.modbus.org/discforum_frm.htm
MOFDI See Mobile Fieldbus Devices For Industry
MOTION AND CONTROL RING OPTICAL User Group
Also known as: MACRO None known.
Sites
http://www.macro.org
MOTOROLA INTERCONNECT BUS User Group
Also known as: MI-Bus None known.
Sites
http://www.mot-sps.com/lit/html/an475.html
MPI See Multi-Point Interface
MULTI-POINT INTERFACE User Group
Also known as: MPI None known.
Sites
http://www.runmode.com
MULTIPLE MASTER, MULTIPLE SLAVE User Group
Also known as: M3S M3S Dissemination Office
p/a TNO Institute of Applied Physics
POBox 155, 2600 AD Delft (NL)
Tel. +31-15-2692004
Fax. +31-15-2692111
Email m3s@tpd.tno.nl
Sites
http://www.tno.nl/m3s/
MULTIPURPOSE VEHICLE BUS See Train Communication Network
MVB See Multipurpose Vehicle Bus
NATIONAL TRANSPORTATION COMMUNICATION ITS PROTOCOL User Group
Also known as: NTC/IP None known.
Sites
http://www.ite.org/standards
http://www.ntcip.org
NETWORK ORIENTED APPLICATION HARMONISATION Sites
Research project. Also known as: NOAH http://noah.loria.fr
http://www.fzi.de/mrt/projects/noah.html
NFC 46620 See Batiment Intelligent Bus
French standard.
NOAH See Network Oriented Application Harmonisation
NIOBRARA R&D TCP Sites
http://www.niobrara.com/nrdtcp.html
NTC/IP See National Transportation Communication ITS Protocol
OLCHFA See Open Low-cost Time-critical Wireless Fieldbus Architecture
OPEN LOW-COST TIME-CRITICAL WIRELESS FIELDBUS ARCHITECTURE Sites
Research project. Also known as: OLCHFA http://www.faps.uni-erlangen.de/persons/stoeckel/olchfa/olchfa.html
http://cabernet.esprit.ec.org/esp-syn/text/7210.html
OPEN THERM User Group
Open Therm Club Holland
p/a FME/CWM
Postbus 190, 2700 AD Zoetermeer
Tel. +31-79-3531359
Fax. +31-79-3531365
Email cdr@fme.nl
Sites
None known.
Background
This protocol was originally developed by Honeywell for use in building heating installations and the associated thermostats. Later, the protocol was handed over to the Open Therm vendor association.
OPTOMUX Sites
http://www.opto22.com (use search-engine)
OSEK/VDX User Group
Also known as: ISO 17356 None known.
Sites
http://www.osek-vdx.org
http://www.kvaser.se/can/hlps/osek.htm
http://www-iiit.etec.uni-karlsruhe.de/~osek
PACTWARE User Group
None known.
Sites
http://www.pactware.com
Background
PACTWare is not a fieldbus, but a consortium of (German) companies headed by Pepperl & Fuchs. Its goal is to develop a (Windows-based) software-tool using the FDT (Field Device Tool) and the associated DTMs (Device Type Managers), for those systems where a DCS is not used.
Basically it is an application framework, in which individual DTMs can be connected and executed, as if it were a single software application. This allows a clear distinction between network device functions, service functions, and asset management functions (trend curve, value monitoring, etc.) via yet other plug-in software modules. It allows device manufacturers to encapsulate and control their devices via a DTM, without having to reveal their device-secrets to other companies, while still allowing their device to be used by system vendors.
The PACTWare software was developed by Pepperl & Fuchs, and can be downloaded from the website after signing the P&F Open Source License.
PARALLEL BUSSES
This list only keeps URL"s of serial networks. More information about parallel systems can be found at: http://www.techfest.com/hardware/bus.htm
P-NET User Group
Also known as: DSF 21906, EN 50170/, IEC 61158 Type 4 International P-NET Users Organisation ApS (IPUO)
POBox 192
8600 Silkeborg (DK)
Tel. +45-87-200-396
Fax. +45-87-200-397
Email p-net@post4.tele.dk
Sites
http://www.ict.tuwien.ac.at/komzent/p-net/index.html
http://www.proces-data.dk/
http://www.p-net.dk/
PRENORMATIVE REQUIREMENTS FOR INTELLIGENT ACTUATION AND MEASUREMENT Sites
Research project. Also known as: PRIAM http://cabernet.esprit.ec.org/esp-syn/text/6188.html
PRIAM See Prenormative Requirements For Intelligent Actuation And Measurement
PROCESS FIELDBUS See Profibus
PROFIBUS User Group
Also known as: DIN 19-245, EN 13321-1 (Profibus/FMS only),
EN 50170/2, EN 50254/2,
IEC 61158 Type 3, Process Fieldbus, SEMI E54.8 (Profibus/DP only), JB/T10308.3-2001 Profibus User Group e.V. (PNO)
Haid-und-Neu Straße 7
76131 Karlsruhe (D)
Tel. +49-721-9658-590
Fax. +49-721-9658-589
Email profibus_international@compuserve.com
Profibus Nederland
p/a FME/CWM
Postbus 190, 2700 AD Zoetermeer (NL)
Tel. +31-79-3531353
Fax. +31-79-3531365
Email profibus@fme.nl
Profibus Belgium
August Reyerslaan 80
1030 Brussel (B)
Tel. +32-2-707-8000
Fax. +32-2-706-8009
Email herman.looghe@fabrimetal.de
Sites
http://www.profibus.com
http://www.profibus.ch Very informative!
http://www.ifak.fhg.de/kommunik/deutsch/PbHome.htm
http://www.aut.sea.siemens.com/pic
http://www.profichip.com
Literature
Bender, "Profibus: Der Feldbus für die Automation". Hanser Verlag 1990, ISBN 3-446-17283-1 (apparently sold out).
Bender, "Profibus: The fieldbus for industrial applications". ISBN 1-3-012691-8 (apparently sold out).
VDI Berichte 728, "Offene Kommunikation im Feldbereich mit Profibus". VDI Verlag, ISBN 3-18-090728-2.
VDI Berichte 844, "Standardisierter Feldbus für die elektrische Antriebstechnik". VDI Verlag, ISBN 3-18-090844-0.
VDI Berichte 962, "Profibus Profil Drehzahlveränderbare Antriebe". VDI Verlag 1992, ISBN 3-18-090962-5.
Kester, "An intelligent weight controller using Profibus". TU Eindhoven 1997.
Rindle, "Der Profibus". Vogel Verlag 1995, ISBN 3-929802-43-0.
Brunner, "Profibus mit PC-UESR". Vogel Verlag 1995, ISBN 3-929802-51-1.
Profibus Nutzer Organization, "Profibus/DP - Schnelleinstieg". Best. Nr. 4.071
Popp, "Profibus-DP/DPV1: Grundlagen, Tips und Tricks für Anwender, 2nd Ed.". Hüthig Verlag 2000, ISBN 3-7785-2781-9.
Weigmann, "Decentralization with Profibus/DP (2nd ed.)". Siemens 2000, ISBN 3-89578-144-4.
Weigmann, "Dezentralisieren mit Profibus/DP (2nd ed.)". Siemens 2000, ISBN 3-89578-123-1.
Mailing list
The archive and further instructions can be found at www.profibus.cz/archive
Courses by the author
In cooperation with the Mikrocentrum in Eindhoven we host a course on Profibus, starting in April. Duration is 3 weeks, one evening per week. Locations are Eindhoven and Utrecht. Language Dutch. The course can also be given in-company; contact R.Bus@mikrocentrum.nl for more information.
Documentation by the author
The proficonf.pdf document (Dutch) describes a step-by-step plan to configure a Profibus/FMS network.
I learned it the hard way!
PROFICELL See Programmable Fieldbus Cell
PROFINET See Profibus
Also known as: IEC 61158 Type 10. Background
ProfiNet is the next member of the Profibus-family of protocols. It is an industrial Ethernet based system, to which a "proxy" module must be connected which in turn communicates with a Profibus/DP or /PA system. As of 12/2001, the Profinet is still in development, with the current Ethernet-part useable for management, configuration and diagnostics of the underlying (via the proxy) Profibus-networks, where the real work is done.
The ProfiNet specification is given in Type 10 of the IEC 61158 standard. The specification heavily relies on Microsoft COM/DCOM technology. In contract to a statement made during a press conference at the end of 2000, where it was said that ProfiNet will be "open source", the source code is actually only available for members of the Profibus User"s Group. As of this moment, ProfiNet equipment is available from a few suppliers (such as Siemens).
PROGRAMMABLE FIELDBUS CELL Sites
Research project. Also known as: Proficell http://cabernet.esprit.ec.org/esp-syn/text/8601.html
RADIO FIELDBUS Sites
http://www.rfieldbus.de
RAILWAY OPEN SYSTEM INTERCONNECTION NETWORK User Group
Also known as: ROSIN None known.
Sites
http://www.labs.it/rosin
ROSIN See Railway Open System Interconnection Network
RS-232 Sites
Recommended standard. Also known as: EIA/TIA-232 http://www.linuxdoc.org/HOWTO/Serial-HOWTO.html
http://www.lvr.com/serport.htm
http://ourworld.compuserve.com/homepages/richard_grier (VB serial programming)
http://www.vhmiautomation.com (PLC Communication in ActiveX)
RS-422 / 485 Sites
Recommended standard. Also known as: EIA/TIA-422/485, ISO 8482 http://www.bb-elec.com/technical_library.asp
http://www.arcelect.com/485info.htm
http://www.national.com/catalog/AnalogInterface_DataTransmissionCircuits_RS485.html
http://www.kksystems.com/serdesc1.html
http://www.edtn.com/embapps/emba062.htm
http://www.rs485.com
http://www.robustdc.com
RS-511 See Manufacturing Messaging Specification
Recommended standard.
SAE AS-5370 See AS-5370
SAFETYBUS User Group
SafetyBus p Club International e.V.
Felix Wankel Straße 2
73760 Ostfildern (D)
Tel. +49-711-3409-118
Fax. +49-711-3409-134
Email info@safetybus.com
Sites
http://www.safetybus.com
SAN See Sensor-Actuator Network
SBS See Smart Battery Bus
SCALEABLE NODE ADDRESS PROTOCOL User Group
Also known as: SNAP None known.
Sites
http://www.hth.com/snap
SCRAMNET Sites
http://www.systran.com
SDI See Serial Data Interface
SDS See Smart Distributed System
SECS-I, -II See Semiconductor Equipment Communication Standard
SEMICONDUCTOR EQUIPMENT COMMUNICATION STANDARD User Group
Also known as: SECS-I, SECS-II None known.
Sites
http://www.semi.org
http://www.gwainc.com
SEMI E54.1 Sites
Also known as: SAN, Sensor-Actuator Network http://www.semi.org
Background
This specification provides the structure of SEMI"s Sensor/Actuator Network (SAN) standard. It provides the definition for interoperability with respect to SEMI SAN standard-compliant Sensor/Actuator devices. This standard specifies how devices interoperate on a network as part of the control system for equipment. This specification, which is the root of the SAN standard, defines the relationships of each of the other specifications which are components of the SEMI SAN standard.
This standard defines a model comprised of device objects which are common to all devices on a semiconductor equipment sensor/actuator communications network. This document describes common device structure and behavior (i.e., the minimum data structure and behavior all devices must support to operate on the network). These devices may range from simple sensors and actuators through hosts, masters, or controllers. The model specified in this document is used in conjunction with a sensor/actuator network specific device model which describes the data structure and behavior characteristic of the specific device. Together, these two models are sufficient to completely describe a device as it appears from the network interface. This standard, together with a sensor/actuator network interoperability guideline, a sensor/actuator network communication specification (see below: E54-4 and further), and one or more specific device model specifications, form a complete interoperability specification. To comply with this standard, a device must implement and support instances of the objects, object attributes, object services, and object behaviors identified in this document, unless explicitly stated otherwise (source: SEMI website).
SEMI E54.4 See Devicenet
Formerly known as E59. Background
This standard defines a communication specification based on the DeviceNet protocol to enable communications between intelligent devices on a sensor/actuator network (SAN) that operate according to SEMI specified device models (common and device specific) in a semiconductor manufacturing tool. DeviceNet provides for networking between simple industrial devices (e.g., sensors and actuators) and higher level devices such as controllers.
This document enables communications between intelligent devices on a SEMI compliant SAN by providing a presentation mapping of common and specific device network visible structure and behavior to a DeviceNet network. This document specifies the protocol and services that compliant intelligent devices must support to interchange information over this semiconductor equipment sensor/actuator network. This document specifies the utilization of the DeviceNet protocol to present externally visible device structure and behavior, specified in the Common Device Model (CDM) and appropriate Specific Device Models (SDM"s), on a DeviceNet network. (source: SEMI website)
SEMI E54.5 See Smart Distributed System
Formerly known as E60. Background
This standard defines a communication protocol based on the Smart Distributed System (SDS) to enable communications between intelligent devices on a sensor/actuator network (SAN) to be used in semiconductor manufacturing equipment.
This document specifies a SAN communications standard based on the Smart Distributed System (SDS) specification that is in compliance with the SEMI SAN Common Device Model specification. This document specifies the protocol and services that compliant intelligent devices must support to interchange information over this semiconductor equipment sensor/actuator network. (source: SEMI website)
SEMI E54.6 See Local Operating Network
Formerly known as E61. Background
This standard defines a communication specification based on the LonWorks technology specification to enable communications between intelligent devices on a sensor/actuator network (SAN) that operate according to SEMI specified device models (common and device specific) in a semiconductor manufacturing tool. This document specifies a mapping of the SEMI common device model (CDM) onto LonWorks technology using the LonMark Interoperability Guidelines established for LonWorks devices. The LonMark Interoperability Association may incorporate into the Interoperability Guidelines any enhancements presented in this document.
The SEMI standard for LonWorks is based on the LonMark interoperability guidelines, which provide a framework for interoperable use of the LonTalk Protocol at layers 1-6, as well as at the application layer. Where the LonMark interoperability guidelines do not provide the functionality required by the SEMI CDM, the guidelines are extended with SEMI-specific requirements. This document specifies a SAN communications standard based on the LonWorks specification, that enables communication with SAN devices configured according to the SEMI SAN Common Device Model and appropriate Specific Device Model (SDM) specifications. This document specifies the use of LonWorks technology for services that compliant intelligent devices must support in order to exchange information over this semiconductor equipment sensor/actuator network. (source: SEMI website)
SEMI E54.7 See Seriplex
Background
This standard defines a communication specification based on the Seriplex protocol to enable communications between intelligent devices on a sensor/actuator network (SAN) that operate according to SEMI specified device models (common and device specific) in a semiconductor manufacturing tool.
This document enables communications between intelligent devices on a SEMI compliant SAN by providing a presentation mapping of common and specific device network visible structure and behavior to a Seriplex network. This document specifies the protocol and services that compliant intelligent devices must support to exchange information over this semiconductor equipment sensor/actuator network. This document specifies the utilization of the Seriplex protocol to present externally visible device structure and behavior, specified in the Common Device Model (CDM) and appropriate Specific Device Models (SDMs), on a Seriplex network. This document is used in conjunction with a SEMI standard SAN Common Device Model specification, one or more SEMI standard Specific Device Model (SDM) specifications (e.g. for a mass flow controller) and the Seriplex Standard Specification. Together, they describe the Seriplex protocol, the externally visible data structures and behaviors of devices utilizing the Seriplex networking capability in a SEMI compliant SAN system. (source: SEMI website)
SEMI E54.8 See Profibus/DP
Background
This specification is part of the SEMI Sensor/Actuator Network (SAN) suite of standards and defines a specific communications protocol based on the PROFIBUS-DP standard. This standard, taken together with the SEMI Sensor/Actuator Network standard suite and the PROFIBUS standard completely and unambiguously defines an open standard providing an industry specific solution to off-the-shelf interoperability of networked devices in semiconductor manufacturing equipment.
This document specifies a SAN communications standard based on the PROFIBUS-DP specification that is in compliance with SEMI E54.1. As such, it specifies the protocol, services, and behavior that compliant intelligent devices must support in order to interchange information over this SAN in a method compatible with SEMI E39. In conjunction with a SEMI standard SAN Common Device Model (CDM) specification and one or more SEMI standard Specific Device Model (SDM) specifications (e.g., for a mass flow controller), this standard with the related PROFIBUS-DP standard describe the data structures, interactions, and behavior that are characteristic of the various devices on the network. This composite model forms a complete interoperability standard for communications among intelligent sensors, actuators, and controllers in semiconductor manufacturing equipment. (source: SEMI website)
SEMI E54.9 See Modbus/TCP
Background
This standard defines a communication specification based on the Modbus/TCP protocol over a TCP/IP network to enable communications between intelligent devices on a sensor/actuator network (SAN) that operate according to SEMI specified device models (common and device specific) in a semiconductor manufacturing tool.
This document enables communications between intelligent devices on a SEMI compliant SAN by providing a presentation mapping of common and specific device network visible structure and behavior to Modbus/TCP over a TCP/IP network. This document specifies the protocol and services that compliant intelligent devices must support to exchange information over this semiconductor equipment sensor/actuator network. This document specifies the utilization of the Modbus/TCP protocol to present externally visible device structure and behavior, specified in the Common Device Model (CDM) and appropriate Specific Device Models (SDMs), for the Modbus/TCP protocol over a TCP/IP network. This document is used in conjunction with a SEMI standard SAN Common Device Model specification, one or more SEMI standard Specific Device Model (SDM) specifications (e.g., for a mass flow device), the Modicon Modbus Protocol Reference Guide and the Open Modbus/TCP Specification. Together, they describe the Modbus/TCP protocol, the externally visible data structures and behaviors of devices utilizing the Modbus/TCP networking capability in a SEMI compliant SAN system. (source: SEMI website)
SEMI E54.12 See CC-Link
Background
This specification is part of the SEMI Sensor/Actuator Network (SAN) suite of standards and defines a specific communications protocol based on the CC-Link standard. This standard, taken together with SEMI E54.1 and the CC-Link standard completely and unambiguously defines an open standard providing an industry specific solution to off-the-shelf interoperability of networked devices in semiconductor manufacturing equipment.
This document specifies a SAN communications standard based on the CC-Link specification that is in compliance with SEMI E54.1. As such, it specifies the protocol, services and behavior that compliant intelligent devices must support in order to interchange information over this SAN in a method compatible with SEMI E39. In conjunction with a SEMI standard SAN Common Device Model (CDM) specification and one or more SEMI standard Specific Device Model (SDM) specifications (e.g., for a mass flow controller), this standard with the related CC-Link standard describe the data structures, interactions and behavior that are characteristic of the various devices on the network. This composite model forms a complete interoperability standard for communications among intelligent sensors, actuators and controllers in semiconductor manufacturing equipment.This standard does not purport to address safety issues, if any, associated with its use. It is the responsibility of the users of this standard to establish appropriate safety health practices and determine the applicability or regulatory limitations prior to use. (source: SEMI website)
SENSOR/ACTUATOR NETWORK See SEMI E54.1
SENSOPLEX Sites
http://www.turck.com/2plex2.htm
SERCOM Sites
http://www.k-team.com/software/sercom.html
SERCOS See Serial Real-time Communications System
SERIAL DATA INTERFACE User Group
Also known as: SDI-12 SDI-12 Support Group
135 East Center
Logan, UT 84321 (USA)
Tel. +1-801-752-4200
Email infoman@sdi-12.org
Sites
http://www.sdi-12.org
SERIAL REAL-TIME COMMUNICATION SYSTEM User Group
Also known as: DIN 61-49, IEC 61491, SERCOS Interest group SERCOS Interface e.V. (IGS)
Landhausstrasse 20
70190 Stuttgart (D)
Tel. +49-711-28457-50
Fax. +49-711-28457-55
Email info@sercos.de
Sites
http://www.sercos.com
http://www.sercos.org
SERIES NINETY PROTOCOL User Group
Also known as: SNP None known.
Sites
http://www.gefanuc.com/infolink/manuals/gfk0585a.pdf
SERIPLEX User Group
Also known as: IEC 62026/6, SEMI E54.7 Seriplex Technology Organization (STO)
POBox 27446
Raleigh, NC 27611 (USA)
Tel. +1-919-217-6503
Fax. +1-919-217-6625
Sites
http://www.seriplex.org
SI-BUS See Byteflight
SIRIUSNET See Actuator/Sensor-Interface
Productname of Siemens.
S-LINK Sites
http://www.sunx.co.jp/english/syouhin/slink/kk_index.html
SMART BATTERY BUS User Group
Also known as: SBS SBS Implementers Forum
c/o Intel Corporation
2200 Mission College Boulevard RN6-44
Santa Clara, CA 95052 (USA)
Email webmaster@sbs-forum.org
Sites
http://www.sbs-forum.org
SMART DISTRIBUTED SYSTEM User Group
Also known as: EN 50325/3, IEC 62026/5, SDS, SEMI E54.5 None known.
Sites
http://www.honeywell.com/sensing/prodinfo/sds/
SMARTHOUSE User Group
Smart House, Inc.
Corporate office
4630 Paragon Park Road
Raleigh, NC 27616 (USA)
Tel. +1-919-872-8553
Fax. +1-919-790-9670
Sites
http://www.smart-house.com/
SMBUS See System Management Bus
SNAP See Scaleable Node Address Protocol
SNP See Series Ninety Protocol
SP50 User Group
Standardisation committee. None known.
Sites
http://www.isa.org/sc/committee/1,1293,66,00.html
SWIFTNET User Group
Also known as: IEC 61158 Type 6 None known.
Sites
http://www.shipstar.com/swiftnet.htm
SYSTEM MANAGEMENT BUS User Group
Also known as: SMBus None known.
Sites
http://www.smbus.org
TASE.1 See Telecontrol Applications Service Element 1
TASE.2 See Telecontrol Applications Service Element 2
TCN See Train Communications Network
TELECONTROL APPLICATIONS SERVICE ELEMENT 1 User Group
Also known as: Elcom, IEC 60870/6, TASE.1 None known.
Sites
http://www.kemaconnect.nl
TELECONTROL APPLICATIONS SERVICE ELEMENT 2 User Group
Also known as: ICCP, IEC 60870/6, Inter-control Center Communications Protocol, TASE.2 None known.
Sites
http://www.epri.com
http://www.sisconet.com/techinfo.htm
ftp://www.sisconet.com/epri
http://www.nettedautomation.com/links
TIME TRIGGERED CAN See Controller Area Network
Also known as: IEC 11898/4, TTC, TTCAN
TIME TRIGGERED PROTOCOL User Group
Also known as: TTP. Variations are known as TTP/A, TTP/C and Time Triggered Sensor Bus. TTP FORUM
c/o TTTech Computertechnik AG
Schönbrunner Strasse 7
1040 Wien (A)
Tel. +43-1-585-343416
Fax. +43-1-585-343490
Email office@ttpforum.org
Sites
http://www.ttpforum.org
http://www.tttech.com
http://www.sp.se/pne/software&safety/palbus/eng/report.htm
http://www.amsint.com/automotive
http://www.mot-sps.com/automotive/ttpc.html
http://www.vmars.tuwien.ac.at
http://www.setta.org
TIME TRIGGERED SENSOR BUS User Group
Also known as: TTSB, TTP/A None known.
Sites
http://www.lpr.e-technik.tu-muenchen.de/~rhuber/forschung/forschung.htm
TRAIN COMMUNICATION NETWORK User Group
Also known as: IEC 61375/1, IEEE 1473-T, Multipurpose Vehicle Bus, MVB, TCN, Wire Train Bus, WTB None known.
Sites
http://www.labs.it/rosin/gistanda.htm
TTC See Time Triggered CAN
TTP See Time Triggered Protocol
TTSB See Time Triggered Sensor Bus
UCA See Utility Communications Architecture
UNIVERSAL SERIAL BUS User Group
Also known as: USB USB Implementers Forum (USB-IF)
5440 SW Westgate Dr.
Suite 217
Portland, OR 97221 (USA)
Tel. +1-503-296-9892
Fax. +1-503-297-1090
Email admin@usb.org
Sites
http://www.usb.org
http://www.flexiusb.com
http://www.catc.com
http://developer.intel.com/technology/usb
http://www.semtech.com/developer/index.html
Literature
Anderson, "Universal Serial Bus Architecture". Addison Wesley 1997, ISBN 0-201-46137-4.
Kelm, "USB - Universal Serial Bus". Franzis Verlag 1999, ISBN 3-7723-7962-1.
USB See Universal Serial Bus
UTILITY COMMUNICATIONS ARCHITECTURE User Group
Also known as: IEC 61850, UCA None known.
Sites
http://www.epri.com
http://www.sisconet.com/techinfo.htm
ftp://www.sisconet.com/epri/uca2.0
http://www.kemaconnect.nl
http://www.nettedautomation.com
http://www.scc-online.de
Background
World-wide, electric utility deregulation is expanding. It creates demands to integrate, consolidate and dissiminate real-time information quickly and accurately within and with power generating systems and substations. The objective of UCA is to dramatically improve device data integration, reducing the costs for engineering, commissioning, operation, monitoring, diagnostics, asset management, and maintenance during the whole life cycle of a substation.
UCA differs from most other utility protocols in its use of object models of device functions and device components. These models define common data formats, identifiers, and controls for substations and feeder devices such as measurement units, switches, voltage regulators, and protection relays.
The reduced bandwith costs and increased processing capabilities in the end devices allow them to carry metadata: 2000+ standardized classes with their names and types are specified for the most common devices. They can be used by applications for online verification of the integration, and configuration of databases. This self-description of data is stored in the devices themselves, which reduces the cost of data management (configuration) and reduces down time due to configuration errors. (source: www.nettedautomation.com).
VAN See Vehicle Area Network
VEHICLE AREA NETWORK User Group
Also known as: ISO 11519/3, VAN None known.
Sites
http://www.van-mux.org
http://www.van-bus.org (Since a few months password-protected)
Literature
Abou, "Le bus VAN: Fondements du protocole". Dunod 1997.
V-NET Sites
http://www.yokogawa.co.jp/Information/Report/pdf/English/No23/23_06.pdf
VOLCANO Sites
http://www.vct.se
http://www.tech.volvo.se/rt/trmag
WIRE TRAIN BUS See Train Communication Network
WORLDFIP See Factory Instrumentation Protocol
WTB See Wire Train Bus
X10 User Group
X10 Technology and Resource Forum (X10.ORG)
Email info@x10.org
Sites
http://www.x10.org
http://www.x10.com
http://web.cs.ualberta.ca/~wade/HyperHome
http://www.smarthome.com/smarthome/index.html
ftp://oak.oakland.edu/pub/simtelnet/msdos/x_10