La Commission électrotechnique internationale est une organisation à but non lucratif qui élabore des normes internationales dans les domaines de l’électrotechnique, de l’électronique et de technologies apparentées.
Contribuer au développement des normes internationales
La Commission électrotechnique internationale (CEI) est une organisation à but non lucratif qui élabore depuis 1906 des normes internationales dans les domaines de l’électrotechnique, de l’électronique et des technologies apparentées.
Près de 20 000 experts issus de l’industrie, de l’économie, des instituts de formation et de divers groupes d’intérêts contribuent dans le monde entier au travail de normalisation. Les normes de la CEI reflètent les besoins des comités nationaux des pays qui participent.
Le CES est le comité national suisse au sein de la CEI, dont les membres font partie d’un réseau mondial d’experts.
Comités techniques de la CEI
Comité | Secteur spécialisé | Responsable CT-CES |
---|---|---|
TC 1 | Terminology | TK 1 |
TC 2 | Rotating machinery | TK 2 |
TC 3 | Information structures and elements, identification and marking principles, documentation and graphical symbols | TK 3 |
SC 3C | Graphical symbols for use on equipment | TK 121A |
SC 3D | Classes, Properties and Identification of products – Common Data Dictionary (CDD) | TK 121A |
TC 4 | Hydraulic turbines | TK 4 |
TC 5 | Steam turbines | TK 5 |
TC 7 | Overhead electrical conductors | TK 7 |
TC 8 | Systems aspects for electrical energy supply | TK 8 |
SC 8A | Grid Integration of Renewable Energy Generation | TK 8 |
SC 8B | Decentralized Electrical Energy Systems | TK 8 |
SC 8C | Network Management | TK 8 |
TC 9 | Electrical equipment and systems for railways | TK 9 |
TC 10 | Fluids for electrotechnical applications | TK 10 |
TC 11 | Overhead lines | TK 11 |
TC 13 | Electrical energy measurement and control | TK 13 |
TC 14 | Power transformers | TK 14 |
TC 15 | Solid electrical insulating materials | TK 15 |
TC 17 | High-voltage switchgear and controlgear | TK 17AC |
SC 17A | Switching devices | TK 17AC |
SC 17C | Assemblies | TK 17AC |
TC 18 | Electrical installations of ships and of mobile and fixed offshore units | |
SC 18A | Electric cables for ships and mobile and fixed offshore units | |
TC 20 | Electric cables | TK 20 |
TC 21 | Secondary cells and batteries | TK 21 |
SC 21A | Secondary cells and batteries containing alkaline or other non-acid electrolytes | TK 21 |
TC 22 | Power electronic systems and equipment | TK 22 |
SC 22E | Stabilized power supplies | TK 22 |
SC 22F | Power electronics for electrical transmission and distribution systems | TK 22 |
SC 22G | Adjustable speed electric drive systems incorporating semiconductor power converters | TK 22 |
SC 22H | Uninterruptible power systems (UPS) | TK 22 |
TC 23 | Electrical accessories | TK 23 |
SC 23A | Cable management systems | UK 23A |
SC 23B | Plugs, socket-outlets and switches | UK 23B |
SC 23E | Circuit-breakers and similar equipment for household use | UK 23E |
SC 23G | Appliance couplers | UK 23B |
SC 23H | Plugs, Socket-outlets and Couplers for industrial and similar applications, and for Electric Vehicles | UK 23B |
SC 23J | Switches for appliances | UK 23B |
SC 23K | Electrical Energy Efficiency products | UK 23E |
TC 25 | Quantities and units | TK 1 |
TC 26 | Electric welding | TK 26 |
TC 27 | Industrial electroheating and electromagnetic processing | |
TC 29 | Electroacoustics | TK 29 |
TC 31 | Equipment for explosive atmospheres | TK 31 |
SC 31G | Intrinsically-safe apparatus | TK 31 |
SC 31J | Classification of hazardous areas and installation requirements | TK 31 |
SC 31M | Non-electrical equipment and protective systems for explosive atmospheres | TK 31 |
TC 32 | Fuses | TK 32B |
SC 32A | High-voltage fuses | |
SC 32B | Low-voltage fuses | TK 32B |
SC 32C | Miniature fuses | TK 32C |
TC 33 | Power capacitors and their applications | TK 33 |
TC 34 | Lamps and related equipment | TK 34 |
SC 34A | Electric light sources | TK 34 |
SC 34B | Lamp caps and holders | TK 34 |
SC 34C | Auxiliaries for lamps | TK 34 |
SC 34D | Luminaires | TK 34 |
TC 35 | Primary cells and batteries | TK 35 |
TC 36 | Insulators | TK 36 |
SC 36A | Insulated bushings | UK 36A |
TC 37 | Surge arresters | TK 37 |
SC 37A | Low-voltage surge protective devices | TK 37 |
SC 37B | Components for low-voltage surge protection | TK 37 |
TC 38 | Instrument transformers | TK 38 |
TC 40 | Capacitors and resistors for electronic equipment | TK 40 |
TC 42 | High-voltage and high-current test techniques | TK 42 |
TC 44 | Safety of machinery – Electrotechnical aspects | TK 44 |
TC 45 | Nuclear instrumentation | TK 45 |
SC 45A | Instrumentation, control and electrical power systems of nuclear facilities | TK 45 |
SC 45B | Radiation protection instrumentation | TK 45 |
TC 46 | Cables, wires, waveguides, RF connectors, RF and microwave passive components and accessories | TK 46 |
SC 46A | Coaxial cables | TK 46 |
SC 46C | Wires and symmetric cables | TK 46 |
SC 46F | RF and microwave passive components | TK 46 |
TC 47 | Semiconductor devices | TK 47 |
SC 47A | Integrated circuits | TK 47 |
SC 47D | Semiconductor devices packaging | TK 47 |
SC 47E | Discrete semiconductor devices | TK 47 |
SC 47F | Micro-electromechanical systems | TK 47 |
TC 48 | Electrical connectors and mechanical structures for electrical and electronic equipment | TK 48 |
SC 48B | Electrical connectors | TK 48 |
SC 48D | Mechanical structures for electrical and electronic equipment | TK 48 |
TC 49 | Piezoelectric, dielectric and electrostatic devices and associated materials for frequency control, selection and detection | |
TC 51 | Magnetic components, ferrite and magnetic powder materials | |
TC 55 | Winding wires | |
TC 56 | Dependability | TK 56 |
TC 57 | Power systems management and associated information exchange | TK 57 |
TC 59 | Performance of household and similar electrical appliances | TK 59 |
SC 59A | Electric dishwashers | UK 59A |
SC 59C | Electrical heating appliances for household and similar purposes | TK 59 |
SC 59D | Performance of household and similar electrical laundry appliances | UK 59D |
SC 59F | Surface cleaning appliances | TK 59 |
SC 59K | Performance of household and similar electrical cooking appliances | UK 59K |
SC 59L | Small household appliances | TK 59 |
SC 59M | Performance of electrical household and similar cooling and freezing appliances | TK 59 |
TC 61 | Safety of household and similar electrical appliances | TK 61 |
SC 61B | Safety of microwave appliances for household and commercial use | TK 61 |
SC 61C | Safety of refrigeration appliances for household and commerical use | TK 61 |
SC 61D | Appliances for air-conditioning for household and similar purposes | TK 61 |
SC 61H | Safety of electrically-operated farm appliances | TK 61 |
SC 61J | Electrical motor-operated cleaning appliances for commercial use | TK 61 |
TC 62 | Electrical equipment in medical practice | TK 62 |
SC 62A | Common aspects of electrical equipment used in medical practice | TK 62 |
SC 62B | Diagnostic imaging equipment | TK 62 |
SC 62C | Equipment for radiotherapy, nuclear medicine and radiation dosimetry | TK 62 |
SC 62D | Electromedical equipment | TK 62 |
TC 64 | Electrical installations and protection against electric shock | TK 64 |
TC 65 | Industrial-process measurement, control and automation | TK 65 |
SC 65A | System aspects | TK 65 |
SC 65B | Measurement and control devices | TK 65 |
SC 65C | Industrial networks | TK 65 |
SC 65E | Devices and integration in enterprise systems | TK 65 |
TC 66 | Safety of measuring, control and laboratory equipment | TK 66 |
TC 68 | Magnetic alloys and steels | |
TC 69 | Electric road vehicles and electric industrial trucks | TK 69 |
TC 70 | Degrees of protection provided by enclosures | |
TC 72 | Automatic electrical controls | TK 72 |
TC 73 | Short-circuit currents | TK 73 |
TC 76 | Optical radiation safety and laser equipment | TK 76 |
TC 77 | Electromagnetic compatibility | TK 77 |
SC 77A | EMC – Low frequency phenomena | TK 77A |
SC 77B | High frequency phenomena | TK 77BC |
SC 77C | High power transient phenomena | TK 77BC |
TC 78 | Live working | TK 78 |
TC 79 | Alarm and electronic security systems | TK 79 |
TC 80 | Maritime navigation and radiocommunication equipment and systems | |
TC 81 | Lightning protection | TK 81 |
TC 82 | Solar photovoltaic energy systems | TK 82 |
TC 85 | Measuring equipment for electrical and electromagnetic quantities | TK 85 |
TC 86 | Fibre optics | TK 86 |
SC 86A | Fibres and cables | TK 86 |
SC 86B | Fibre optic interconnecting devices and passive components | TK 86 |
SC 86C | Fibre optic systems and active devices | TK 86 |
TC 87 | Ultrasonics | TK 87 |
TC 88 | Wind energy generation systems | TK 88 |
TC 89 | Fire hazard testing | |
TC 90 | Superconductivity | |
TC 91 | Electronics assembly technology | TK 91 |
TC 94 | All-or-nothing electrical relays | TK 94 |
TC 95 | Measuring relays and protection equipment | TK 95 |
TC 96 | Transformers, reactors, power supply units, and combinations thereof | TK 96 |
TC 97 | Electrical installations for lighting and beaconing of aeorodromes | TK 97 |
TC 99 | Insulation co-ordination and system engineering of high voltage electrical power installations above 1,0 kV AC and 1,5 kV DC | TK 99 |
TC 100 | Audio, video and multimedia systems and equipment | TK 100 |
TC 101 | Electrostatics | TK 101 |
TC 103 | Transmitting equipment for radiocommunication | TK 103 |
TC 104 | Environmental conditions, classification and methods of test | TK 104 |
TC 105 | Fuel cell technologies | TK 105 |
TC 106 | Methods for the assessment of electric, magnetic and electromagnetic fields associated with human exposure | TK 106 |
TC 107 | Process management for avionics | |
TC 108 | Safety of electronic equipment within the field of audio/video, information technology and communication technology | TK 108 |
TC 109 | Insulation co-ordination for low-voltage equipment | |
TC 110 | Electronic displays | TK 110 |
TC 111 | Environmental standardization for electrical and electronic products and systems | TK 111 |
TC 112 | Evaluation and qualification of electrical insulating materials and systems | TK 15 |
TC 113 | Nanotechnology for electrotechnical products and systems | |
TC 114 | Marine energy – Wave, tidal and other water current converters | |
TC 115 | High Voltage Direct Current (HVDC) transmission for DC voltages above 100 kV | TK 115 |
TC 116 | Safety of motor-operated electric tools | TK 116 |
TC 117 | Solar thermal electric plants | TK 117 |
TC 119 | Printed Electronics | TK 119 |
TC 120 | Electrical Energy Storage (EES) Systems | TK 120 |
TC 121 | Switchgear and controlgear and their assemblies for low voltage | TK 121A |
SC 121A | Low-voltage switchgear and controlgear | TK 121A |
SC 121B | Low-voltage switchgear and controlgear assemblies | TK 121B |
TC 122 | UHV AC transmission systems | TK 122 |
TC 123 | Management of network assets in power systems | TK 123 |
TC 124 | Wearable electronic devices and technologies | |
TC 125 | Personal e-Transporters (PeTs) | TK 69 |
PC 127 | Low-voltage auxiliary power systems for electric power plants and substations | TK 99 |
CISPR | International special committee on radio interference | TK CISPR |
CIS/A | Radio-interference measurements and statistical methods | TK CISPR |
CIS/B | Interference relating to industrial, scientific and medical radio-frequency apparatus, to other (heavy) industrial equipment, to overhead power lines, to high voltage equipment and to electric traction |
TK CISPR |
CIS/D | Electromagnetic disturbances related to electric/electronic equipment on vehicles and internal combustion engine powered devices |
TK CISPR |
CIS/F | Interference relating to household appliances tools, lighting equipment and similar apparatus | TK CISPR |
CIS/H | Limits for the protection of radio services | TK CISPR |
CIS/I | Electromagnetic compatibility of information technology equipment, multimedia equipment and receivers | TK CISPR |
CIS/S | Steering Committee | TK CISPR |
SyC AAL | Active Assisted Living | TK SyK AAL |
SyC COMM | Communication Technologies and Architectures | |
SyC LVDC | Low Voltage Direct Current and Low Voltage Direct Current for Electricity Access | TK SyK LVDC |
SyC Smart Cities | Electrotechnical asprects of Smart Cities | TK SyK Smart Cities |
SyC Smart Energy | Smart Energy | TK SyK Smart Energy |
SyC Smart Manufacturing | Smart Manufacturing | TK SyK Smart Manufacturing |
JTC 1/SC 25 | ISO/IEC: Interconnection of information technology equipment | TK 215 |
JTC 1/SC 41 | ISO/IEC: Internet of things and related technologies | TK IoT |
CA IECEE | IEC System of Conformity Assessment Schemes for Electrotechnical Equipment and Components | KK IECEE |
CA IECEx | IEC System for Certification to Standards Relating to Equipment for Use in Explosive Atmospheres | KK IECEx |
Programme des jeunes professionnels
«Go Ahead. Get Ahead.»
Le programme des jeunes professionnels de la CEI réunit des jeunes ingénieurs, techniciens et gestionnaires du monde entier au sein des comités techniques (CT) de la CEI.
Ce programme offre de nombreuses possibilités de participer à la conception de l’avenir de la normalisation internationale.
Si vous êtes intéressé par le programme des jeunes professionnels de la CEI, annoncez-vous auprès du secrétariat de CT compétent.
#IECYP
Participants de Suisse
2022 - IEC General Meeting in San Francisco, USA
Dr. Dainius Virganavicius, Reichle & De-Massari AG – TK 86
2021 - IEC General Meeting in Dubai, Vereinigte Arabische Emirate
Arvind Shinde, NEPLAN AG – TK 57, TK 95
Dominic Buergi, Stäubli Electrical Connectors AG – TK 82
2020 - Aucun YP Event en raison du SRAS-CoV 2
Pas de participants
2019 - IEC General Meeting in Shanghai, China
Tamara Müller, Thuba AG – TK 31
Michael Gasser, Schneider Electric CH AG – TK 121B
2018 - IEC General Meeting in Busan, Südkorea
Jonas Bachmann, Schurter AG, Luzern – UK 23B
Maximilian Deckert, Antrimon Engineering AG, Neuhausen am Rheinfall – TK 121A
2017 - IEC General Meeting in Wladiwostok, Russland
Claudio Binetti, Thuba, Basel – TK31
2016 - IEC General Meeting in Frankfurt, Deutschland
Sebastian Gerber, Hager Industrie AG, Emmenbrücke – TK121 A/B
David Elmiger, Rockwellautomation Switzerland GmbH, Aarau – TK121A
2015 - IEC General Meeting in Minsk, Weissrussland
Michael Sacchi, EMC Partner AG, Laufen – TK 77A
Erich Bisang, Schurter AG Luzern – TK 23B
2014 - IEC General Meeting in Tokio, Japan
Luigi Scoca, BKW Energie AG, Ostermundigen – TK 57
Yannick Laborde, Alstom (Schweiz) AG, Baden – TK 73
2013 - IEC General Meeting in Neu Delhi, Indien
Michael Imseng, Lonza AG, Visp – TK 31
René Irion, ABB AG, Baden – TK 115
2012 - IEC General Meeting in Oslo, Norwegen
Reto Christen, Alstom Grid AG, Oberentfelden – TK 38
Ciril Haab, Landis + Gyr AG, Zug – TK 13
2011 - IEC General Meeting in Melbourne, Australien
Roland Hug, Alstom AG, Baden – TK 57
IEC 1906 Award
Ce prix distingue des experts du monde entier pour leurs prestations remarquables dans le domaine de la normalisation électrotechnique. Les experts suisses jouissent d’une excellente réputation dans l’histoire internationale jalonnées de succès des normes électrotechniques.
L’IEC 1906 Award a été ainsi nommé en référence à la date de création de la Commission électrotechnique internationale (CEI).
Les lauréats suisses
2021
Christophe Nicolet, Power Vision Engineering Sàrl – TC 4
Felix Frey, Frey Technology Trade GmbH – TC 59
Peter Berrie, Endress+Hauser Process Solutions AG – TC 65
Maurizio Gaeta, Belimo Automation AG – TC 72
Eric van Wely, DuPont de Nemours – TC 78
2020
Jonas Bachmann, Schurter AG – TC 23
Klaus-Peter Brand, it4power – TC 57
Johann-Jakob Schmid, Schiller AG – TC 62
Christof Bucher, BFH – TC 82
2019
Raimond Bauknecht, Landis + Gyr AG – TC 13
Jean-Pierre Braun, Eidgenössisches Institut für Metrologie (METAS) – TC 85
Helmut Eichinger – TC 78
Thomas Piok, Leica Geosystems AG – TC 76
Uwe Riechert, ABB Schweiz AG – TC 122
Thomas Schmalzigaug, Huber + Suhner AG – TC 86
Alfred Seiterle, Aeroplan, Seiterle Engineering AG – TC 97
Rupert Steiner, V-Zug AG – TC 61
Lukas Zehnder, ABB Schweiz AG – TC 17
2018
Fritz Beglinger, IECEE-Konformitätssystem
Andreas Christ, TC 106
Markus Keller, TC 17
Gunnar Lindberg, TC 5
Lillie Rumpf, TC 4
Joachim Schmid, TC 38
Josef Schmucki, TC 64
Jakob Widmer, TC 13
Wolfgang Wimmer, TC 57
2017
Beat Bertschi, Pfiffner Messwandler AG, TC 38
Conrad U. Brunner, Impact Energy AG, TC 2
Markus Nyffeler, Armaswiss, TC 77
2016
Dr. Klaus Peter Brand, ABB Schweiz AG, TC 57
Erich Würgler, Siemens Schweiz AG, TC 57
Dr. Hans Weichert, Rockwell Automation Switzerland GmbH, TC 121
2015
Dr. Bruno Ricciardi, Landis + Gyr AG, TC 13
Dr. Hubert Kirrmann, solutil, TC 57
Reynald Kaltenrieder, Rockwell Automation GmbH, TC 121A
2014
Dr. Thomas Schaub, Landis+Gyr AG, TC 13
Dr. Silvio Stangherlin, ABB Schweiz AG, TC 17
Herbert Giess, Pyramid Vision Consulting GmbH, TC 21
Prof. Jean-Marc Blanc, PM Experte, TC 25
Dr. Paul Gerome, AULM S.A., TC 25
Dr. Ruthard Minkner, Siemens Schweiz AG, TC 38
Willi Furer, Schaffner EMV AG, TC 40
Nils Chmielewski, Hexis AG, TC 105
2013
Armin Kaelin, EMProtec GmbH, Hinwil, TC 77 (SC 77 C)
François Caloz, Diamond SA, Losone, TC 86 (SC 86 B)
Hubert Kirrmann, ABB Schweiz AG, Baden, TC 65
Gerold Widmer, Siemens Schweiz AG, Zürich, TC 72
Beat Bertschi, Pfiffner Messwandler AG, Hirschthal, TC 38
Etienne Savary, Maxwell Technologies SA, Rossens, TC 33
2012
Olav Knudsen, ABB Schweiz AG, Zürich, TC 17/SC 17C
Ruthard Minkner, Siemens Schweiz AG, Basel, TC 38
Eric Dudenhoeffer, SBB AG, Bern, TC 77/SC 77B
2011
François Avellan, EPFL, Lausanne, TC 4
Walter Güntensperger, Bombardier Transportation (Switzerland) AG, Zürich, TC 9
Felix Roesch, Roesch Electric AG, Koblenz, TC 34
Jean-Dominique Decotignie, CSEM Centre Suisse d’Electronique et de Microtechnique SA, Neuchâtel, TC 65
2010
Dietmar Kopitz, RDS Forum, Genf, TC 100
Etienne Savary, Maxwell Technologies SA, Rossens, TC 33
Michael Weinhold, EIPC, Mastricht, TC 91
2009
Helmut Heiermeier, ABB Schweiz AG, High Voltages Products, Baden, SC 17A
Peter Thurnherr, Thuba AG, Basel, SC 31J
Jimmy Villard, SUVA, Lausanne, TC 44
Tatjana Kostic, ABB Schweiz AG, Low Voltage Power, Baden, TC 57
Jost Keller, Electrosuisse, Fehraltorf, TC 64
Martin Lutz, EMC Partner AG, Laufen, SC 77B
Markus Real, Alpha Real AG, Zürich, TC 82
2008
Pierre Boss, ABB Sécheron, Genf, TC 10
Peter Henzi, Richterswil, TC 15
Michel Ianoz, Ecole polytechnique fédérale, Lausanne,TC 77
Aleksandar Opacic, Huber & Suhner, Herisau, TC 86
2007
Rudolf Baumann, Swissgrid, Laufenburg, TC 57
Dr. Werner Johler, Tyco Electronic Logistics, Au ZH, TC 94
2006
Heinrich Ryser, Metas, Wabern, TK CISPR
2005
Raynald Dallenbach, Energizer, La Chaux-de-Fonds, TC 35
Hans Peter Gasser, Weidmann Infra AG, Rapperswil, TC 15
Ruthard Minkner, Trench Switzerland AG, Basel, TC 38
2004 (Gründung)
Christoph Brunner, UT Innovations GmbH, Zug, TC 57
Dr. Helmut Schönbacher, CERN, Meyrin, TC 15
Contact
Glossaire de la CEI
Aperçu de tous les termes électrotechniques parus dans les publications de la CEI depuis 2002.
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