BS EN 1089-3:2011
Transportable gas cylinders. Gas cylinder identification (excluding LPG). Colour coding
- Standard No.
- BS EN 1089-3:2011
- Release Date
- 2011
- Published By
- British Standards Institution (BSI)
- Latest
- BS EN 1089-3:2011
- Replace By
- GMKOREA EDS-T-7410-2011
- Replace
- BS EN 1089-3:2004
- Scope
- This European Standard specifies a colour coding system for the secondary method of identification of the contents of gas cylinders for industrial gases, breathing gas application and gases for medical use with particular reference to the properties of the gas or gas mixture. This European Standard does not apply to cylinders containing liquefied petroleum gas (LPG), to refrigerant gases, to portable fire extinguishers or stationary cylinder extinguishing. Bundle colour coding is not addressed by this or other standards. NOTE LPG includes substances carried under the UN number 1965 "Hydrocarbon gas mixture, liquefied, N.O.S."
BS EN 1089-3:2011 Referenced Document
- EN ISO 10156 Gas cylinders - Gases and gas mixtures - Determination of fire potential and oxidizing ability for the selection of cylinder valve outlets*， 2017-08-01 Update
- ISO 10298 Gas cylinders — Gases and gas mixtures — Determination of toxicity for the selection of cylinder valve outlets — Amendment 1*， 2021-10-25 Update
- ISO 13338 Gas cylinders — Gases and gas mixtures — Determination of corrosiveness for the selection of cylinder valve outlet*， 2022-05-31 Update
- ISO 5145 Gas cylinders - Cylinder valve outlets for gases and gas mixtures - Selection and dimensioning*， 2017-11-01 Update
BS EN 1089-3:2011 history
- 2011 BS EN 1089-3:2011 Transportable gas cylinders. Gas cylinder identification (excluding LPG). Colour coding
- 2004 BS EN 1089-3:2004 Transportable gas cylinders - Gas cylinder identification (excluding LPG) - Colour coding
BS EN 1089-3:2011 Transportable gas cylinders. Gas cylinder identification (excluding LPG). Colour coding was changed to GMKOREA EDS-T-7410-2011 Determination of indentation hardness of molded parts under constant force.
