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Electrical safety standards

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Electrical shocks on humans can lead to permanent disabilities or death. Size, frequency and duration of the electrical current affect the damage. The effects from electric shock can be: stopping the heart beating properly, preventing the person from breathing, causing muscle spasms. The skin
166:– can be avoided by automatic disconnection for TT system, automatic disconnection for TN systems, automatic disconnection on a second fault in an IT system, measures of protection against direct or indirect contact without automatic disconnection of supply 50:
promulgated a much-needed regulation in the General Industry Regulations. Several standards are defined for control of hazardous energy, or lockout/tagout. In 1995 OSHA was successful in promulgation of regulations for utility. In 1994 were established
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Standard 29 CFR 1910.269 – for electric power generation, transmission, and distribution, contained comprehensive regulations and addressed control of hazardous energy sources for power plant locations
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IEC 60050-195:1998. International Electrotechnical Vocabulary. Part 195: Earthing and protection against electric shock. Edition 1.0. – Geneva: IEC, 1998‑08.
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The manufacturers of electronic tools must take into account several standard for electronic safety to protect the health of humans and animals.
1239:Дулицкий Г. А., Комаревцев А. П. Электробезопасность при эксплуатации электроустановок напряжением до 1000 В. Справочник. — М.: Воениздат, 1988. 1032: 68: 987: 976: 1269: 809: 1122: 869: 857: 906: 739: 560: 464: 408: 328: 188: 965: 1279: 1197: 1111: 432: 1256:
N. Kuster, Q. Balzano, James C. Lin – Mobile Communications Safety, Springer Science & Business Media, 6 Dec 2012
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is a system of organizational measures and technical means to prevent harmful and dangerous effects on workers from
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non-profit organization dedicated exclusively to promoting electrical safety at home and in the workplace.
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from mechanical destruction caused by lightning effects and the associated risk of fire,
238:Български Държавен Стандарт – (On English:Bulgarian state standard) – БДС 12.2.096:1986 1219: 336: 1144: 1263: 416: 132: 16:
Standards and procedures intended to protect from the damaging effects of electricity
27: 1100: 998: 895: 1134:НАЦИОНАЛЬНЫЙ СТАНДАРТ РОССИЙСКОЙ ФЕДЕРАЦИИ Система стандартов безопасности труда 395:– ГОСТ 12.2.007.0-75,ГОСТ Р МЭК 61140-2000,ГОСТ 12.2.007.0-75,ГОСТ Р 52726-2007 96: 1248:
M.M. Dawoud, A.S. Farag, J.M. Bakhashwain, and A. Frazi,"Study of EM Fields and
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Lightning and Earthing protection systems are essential for the protection of
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La norme français C 15-100 – Aspects de la norme d’installation électrique
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potentially hazardous electromagnetic radiation at microwave frequencies.
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BS EN 61439, BS 5266, BS 5839, BS 6423, BS 6626, BS EN 62305, BS EN 60529
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Few standard were introduced for the harmful impact from high frequency,
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ANSI C95.3:1972 – Techniques & instrumentation for measurement of
941:"A Guide to the 2023 National Electrical Safety Code - IEEE Spectrum" 396: 376: 317: 258: 46:
The electrical safety develops with the technical progress. In 1989
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Marinela Yordanova – Technical Safety, Bulgaria BDS standards, 2010
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ANSI/IEEE 1.2 mW/Cm for antennas 1800-2000 MHz range.
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High Frequency Radiation and Human Exposure Mahmoud M. Dawoud
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Radiated Power Generated from Dammam Radio Stations,"1998
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features also affect the consequences of electric shock.
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Mobile Communication safety 73/23/EEC and 91/263/EEC
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lightning conductor with meshed cage (Faraday cage)
95:, and electrical equipment from electric shock and 707:Communication and high frequency safety standards 195:NEC 2008 Table 250.122 – Safeco Electric Supply 8: 300:NSR Niederspannungsrichtlinie 2014/35/EU 53:Electrical Safety Foundation International 1123:Bezpieczenstwo-uzytkowania-i-funkcjonalne 487:СТО 083-004-2010,ГОСТ Р МЭК 62561.2-2014 888: 793: 1157:"Electronic products safety standards" 135:(simple rod or with triggering system) 257:Brazilian National Regulation – NR10 63:Standards are compared with those of 7: 988:Physiological Effects of Electricity 641:Electronic products safety standards 583:UNE 21186. Protección contra el rayo 146:Physiological effects of electricity 69:National Fire Protection Association 14: 966:http://www.electrical-knowhow.com 878:pictogram for electrical hazards. 415:NFPA, IEEE STD 80, IEEE STD 80 – 75:Lightning and earthing protection 1220:Radio frequency safety standards 1057:Brazilian National Standard Page 929:The history of electrical safety 868: 856: 844: 832: 820: 808: 796: 747: 733: 712: 689: 673: 657: 618: 602: 586: 570: 554: 538: 522: 506: 490: 474: 458: 426: 402: 382: 362: 342: 322: 303: 283: 263: 244: 225: 205: 182: 1021:Australian Electrical Standards 815:Principle Protection separation 1090:http://www.france-electric.com 636:Electronics and communications 453:Lightning protection standards 138:lightning rod with taut wires. 1: 896:Controlling electrical hazard 379:– PN-EN 61010-2-201:2013-12E 177:Electrical safety conductors 127:Lightning protection systems 1010:electrical-installation.org 732:Radio Communication safety 359:– IS-5216, IS-5571, IS-6665 200:Electrical safety standards 103:Earthing protection systems 1296: 779:Electrical safety testing 1079:https://www.tuev-nord.de 977:Electrical installations 851:Extra low voltage symbol 355:India Standardization – 827:Safe distances earthing 280:GB4943, GB17625, GB9254 218:Australian Standards – 1270:Electrical engineering 1198:http://www.metlabs.com 1187:http://www.metlabs.com 1033:"BDS Official webpage" 863:Fire protection symbol 784:Electrical Color Codes 725:CB-02 Radio Equipment 670:CNC-St2-44.01 V02.1.1 159: 112: 32:electromagnetic fields 746:ANSI/IEEE C95.1-1992, 157: 110: 1145:https://www.osha.gov 158:Electric shock graph 999:Electrical injuries 503:БДС EN 62305-1:2011 471:NFPA 780, IEC 62305 335:British standard – 1280:Lists of standards 422:NFPA 496, NFPA 70 160: 113: 111:TT earthing system 93:Transmission lines 36:static electricity 1275:Electrical safety 1068:CCC Certification 774:Extra-low voltage 519:Norme NF C 15-100 20:Electrical safety 1287: 1233: 1228: 1222: 1217: 1211: 1206: 1200: 1195: 1189: 1184: 1178: 1177: 1175: 1174: 1168: 1162:. Archived from 1161: 1153: 1147: 1142: 1136: 1131: 1125: 1120: 1114: 1109: 1103: 1101:British standard 1098: 1092: 1087: 1081: 1076: 1070: 1065: 1059: 1054: 1048: 1047: 1045: 1044: 1035:. 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Retrieved 944: 935: 924: 913: 902: 891: 710: 652: 644: 421: 169: 163: 149: 78: 62: 52: 45: 19: 18: 567:BS-EN 62305 551:PN-EN 62305 443: [ 433:Netherlands 296:IEEE/TÜV – 97:Overcurrent 1264:Categories 1173:2017-06-28 1043:2017-06-25 952:2024-02-21 884:References 85:structures 664:Argentina 593:Indonesia 220:Australia 212:Australia 122:IT system 119:TN system 116:TT system 89:buildings 876:ISO 7010 768:See also 497:Bulgaria 440:NEN 1010 240:Bulgaria 232:Bulgaria 790:Gallery 686:NOM-152 615:IS 2309 529:Germany 298:Germany 290:Germany 42:History 756:  754:Russia 752:  742:  738:  721:  719:Canada 717:  698:  696:Israel 694:  682:  680:Mexico 678:  666:  662:  627:  623:  611:  607:  595:  591:  579:  575:  563:  559:  547:  545:Poland 543:  531:  527:  515:  513:France 511:  499:  495:  483:  481:Russia 479:  467:  463:  435:  431:  411:  407:  397:Russia 391:  389:Russia 387:  377:Poland 371:  369:Poland 367:  351:  347:  331:  327:  318:France 312:  310:France 308:  292:  288:  272:  268:  259:Brazil 253:  251:Brazil 249:  234:  230:  214:  210:  191:  187:  81:humans 28:arcing 1167:(PDF) 1160:(PDF) 758:(RUS) 744:(USA) 723:(CAN) 700:(ISR) 684:(MEX) 668:(ARG) 629:(CHN) 625:China 613:(IND) 609:India 597:(INA) 581:(ESP) 577:Spain 565:(GBR) 549:(POL) 533:(GER) 517:(FRA) 501:(BUL) 485:(RUS) 469:(USA) 447:] 437:(NED) 413:(USA) 393:(RUS) 373:(POL) 357:India 353:(IND) 349:India 333:(GBR) 314:(FRA) 294:(GER) 278:China 274:(CHN) 270:China 255:(BRA) 236:(BUL) 216:(AUS) 193:(USA) 1231:ГОСТ 946:IEEE 918:ESFI 67:and 65:IEEE 48:OSHA 34:and 1266:: 943:. 445:nl 276:– 99:. 83:, 71:. 38:. 30:, 26:, 1176:. 1046:. 955:. 399:|

Index

electric current
arcing
electromagnetic fields
static electricity
OSHA
IEEE
National Fire Protection Association
humans
structures
buildings
Transmission lines
Overcurrent

lightning rod

United States
Australia
Australia
Bulgaria
Bulgaria
Brazil
Brazil
China
China
Germany
Germany
France
France
Great Britain
United Kingdom

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