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  • Document number:
    ISO 16890-1
  • Issuing date:
    2016-12-01
  • Document type:
    Norm
  • Title:
    Air filters for general ventilation - Part 1: Technical specifications, requirements and classification system based upon particulate matter efficiency (ePM)
  • Replaces:
    ISO/FDIS 16890-1(2016-06); ISO/TS 21220(2009-10)
  • Author:
    ISO/TC 142 Cleaning equipment for air and other gases
  • Search term:
    Aerosols; Air cleaning equipment; Air filters; Air-conditioning systems; Classification; Definitions; Efficiency; Electrostatic discharges; Electrostatics; Filter class; Filters; Fines; Marking; Mechanical engineering; Particle filters; Particles; Separation efficiency; Specification (approval); Testing; Testing dust; Ventilation
  • Application areas:
    03.40 Heizungs-, Kälte-, Klima-, Kochanlagen (Trocknen, Befeuchten, Räuchern); 20.05 Gase, Dämpfe, Schwebstoffe (Nebel, Rauch, Staub)
  • Hazards:
    AA Gefährdungen und Belastungen im Allgemeinen; AB Terminologische Festlegungen in Normen mit Arbeitsschutzbezug; AC Mess- und Prüfverfahren für die Ermittlung von Belastungen und Gefährdungen; CA Chemische Gefährdungen im Allgemeinen; HF Mangelhafte Kennzeichnungen
  • ICS:
    91.140.30 Ventilation and air-conditioning systems
  • Price:
    171,30 EUR
  • Cross references:
    ISO 29464 (2011-09){historisch}<S>; ISO 15957 (2015-03)<G>; ISO 16890-2 (2016-12)<G>; ISO 16890-3 (2016-12)<G>; ISO 16890-4 (2016-12)<G>; EN 12341 (2014-05); ISO 29463-2 (2011-10); ISO 29463-3 (2011-10); ISO 29463-4 (2011-10); JIS Z 8901 (2006-01-20); ANSI/ASHRAE 52.2 (2017); ASME MFC-3M (2004); ASTM F 328 (1998); ASTM F 649 (1980); EN ISO 16890-4 (2016-12); ISO 29463-1 (2017-09); ISO 29463-5 (2022-03); JIS B 9908-5 (2019-02-20)
  • Cited in:
    DIN CLC/TR 50600-99-1 (2021-12); DIN CLC/TR 50600-99-1 (2018-11); DIN CLC/TR 50600-99-1 (2019-11); DIN EN ISO 16890-2 (2017-08)<GLEITEND>; DIN EN ISO 16890-3 (2017-08)<GLEITEND>; DIN EN ISO 16890-4 (2017-08)<GLEITEND>; DIN EN ISO 21083-1 (2019-09); DIN EN ISO 29461-1 (2022-04)<GLEITEND>; DIN EN ISO 29464 (2020-09); DIN CEN ISO/TS 21083-2 (2019-11); 17/30356593 DC (2017-03-28); 18/30366599 DC (2018-04-04); 18/30376482 DC (2018-09-17); 19/30335475 DC (2019-07-02); 20/30371448 DC (2020-07-10); 20/30384592 DC (2020-10-26); 20/30396861 DC (2020-08-25); 20/30404433 DC (2020-06-09); 20/30404437 DC (2020-04-21); 21/30393132 DC (2021-05-05); 21/30404333 DC (2021-10-05); BS EN 13142 (2021-04-21); BS EN ISO 15138 (2018-07-20); BS EN ISO 16890-2 (2016-12-31); BS EN ISO 16890-3 (2016-12-31); BS EN ISO 16890-4 (2016-12-31); BS ISO 19659-2 (2020-07-13); BS EN ISO 21083-1 (2018-12-21); BS ISO/IEC 22237-4 (2022-03-01); BS EN ISO 29461-1 (2021-11-01); BS EN ISO 29464 (2017-09-18); BS EN 50600-2-3 (2019-06-19); PD CEN ISO/TS 21083-2 (2019-09-09); PD CEN/TR 16798-4 (2017-07-11); PD CLC/TR 50600-99-1 (2019-07-31); PD CLC/TR 50600-99-1 (2020-09-24); EN ISO 15138 (2018-07); EN ISO 16890-2 (2016-12)<GLEITEND>; EN ISO 16890-3 (2016-12)<GLEITEND>; EN ISO 16890-4 (2016-12)<GLEITEND>; EN ISO 29461-1 (2021-10)<GLEITEND>; EN ISO 29464 (2019-10); NF X44-062-3 (2017-05-12); NF X44-062-4 (2017-05-12); IWA 38 (2021-12)<GLEITEND>; ISO 11850 (2011-11)<STARR>; ISO 15138 (2018-06); ISO 16890-2 (2016-12)<GLEITEND>; ISO 16890-3 (2016-12)<GLEITEND>; ISO 16890-4 (2016-12)<GLEITEND>; ISO/IEC 22237-4 (2021-10)<GLEITEND>; ISO 29461-1 (2021-09)<GLEITEND>; ISO 29464 (2017-09); OENORM EN ISO 16890-2 (2017-06-15); OENORM EN ISO 16890-3 (2017-06-15); OENORM EN ISO 16890-4 (2017-06-15)
  • Identical with:
    DIN EN ISO 16890-1(2017-08)<IDT>; ABNT NBR ISO 16890-1(2018-10-25)<IDT>; BS EN ISO 16890-1(2016-12-31)<IDT>; DS/EN ISO 16890-1(2017-01-25)<IDT>; EN ISO 16890-1(2016-12)<IDT>; NF X44-062-1(2017-05-12)<IDT>; JIS B 9908-1(2019-02-20)<MOD>; SN EN ISO 16890-1(2017-04)<IDT>; OENORM EN ISO 16890-1(2017-06-15)<IDT>; PN-EN ISO 16890-1(2017-01-31)<IDT>; UNE-EN ISO 16890-1(2017-06-21)<IDT>; KS B ISO 16890-1(2021-03-31)<IDT>
  • Update flag:
    Unchanged