{
  "url": "https://openlegislation.uk/eu-regulation-2010-406/annex-II/part-1/division-information+document+no",
  "json_url": "https://openlegislation.uk/eu-regulation-2010-406/annex-II/part-1/division-information+document+no.json",
  "legislation": "eur/2010/406",
  "legislation_title": "Commission Regulation (EU) No 406/2010 of 26 April 2010 implementing Regulation (EC) No 79/2009 of the European Parliament and of the Council on type-approval of hydrogen-powered motor vehicles (Text with EEA relevance)",
  "legislation_url": "https://openlegislation.uk/eu-regulation-2010-406",
  "path": "annex/II/part/1/division/information+document+no",
  "kind": "division",
  "number": "INFORMATION DOCUMENT No",
  "heading": "relating to GB component type-approval of a hydrogen component or system",
  "text": "The following information shall be supplied in triplicate and include a list of contents. Any drawings shall be supplied in appropriate scale and in sufficient detail on size A4 or on a folder of A4 format. Photographs, if any, shall show sufficient detail.\nIf the systems or components have electronic controls, information concerning their performance shall be supplied.\nExplanatory notes:\nDelete where not applicable (there are cases where nothing needs to be deleted when more than one entry is applicable).\nSpecify the tolerance.\n0.\nGENERAL\n0.1.\nMake (trade name of manufacturer): …\n0.2.\nType: …\n0.2.1\nCommercial name(s) (if available): …\n0.2.2\nReference or part number of the component: …\n0.2.3\nReference(s) or part number(s) of the component(s) in the system:\n0.2.4\nReference or part number of the system: …\n0.5.\nName(s) and address(es) of manufacturer: …\n0.7.\nLocation and method of affixing of the GB type-approval mark(s):\n0.8.\nName(s) and address(es) of assembly plant(s): …\n0.9.\nName and address of the manufacturer's representative (if any): …\n3.9.\nHydrogen propulsion: …\n3.9.1.\nHydrogen system designed to use liquid hydrogen / Hydrogen system designed to use compressed (gaseous) hydrogen / Hydrogen component designed to use liquid hydrogen / Hydrogen component designed to use compressed (gaseous) hydrogen: …\n3.9.1.1.\nDescription and drawing of the hydrogen system: …\n3.9.1.2.\nName and address of the manufacturer(s) of the hydrogen system: …\n3.9.1.3.\nManufacturer's system code(s) (as marked on the system, or other means of identification): …\n3.9.1.4.\nAutomatic shut-off valve(s): yes/no …\n3.9.1.4.1.\nMake(s): …\n3.9.1.4.2.\nType(s): …\n3.9.1.4.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.4.4.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.4.5.\nOperating temperature: …\n3.9.1.4.6.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.4.7.\nApproval number: …\n3.9.1.4.8.\nMaterial: …\n3.9.1.4.9.\nOperating principles: …\n3.9.1.4.10.\nDescription and drawing: …\n3.9.1.5.\nCheck valve(s) or non-return valve(s): yes/no …\n3.9.1.5.1.\nMake(s): …\n3.9.1.5.2.\nType(s): …\n3.9.1.5.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.5.4.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.5.5.\nOperating temperature: …\n3.9.1.5.6.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.5.7.\nApproval number: …\n3.9.1.5.8.\nMaterial: …\n3.9.1.5.9.\nOperating principles: …\n3.9.1.5.10.\nDescription and drawing: …\n3.9.1.6.\nContainer(s) and container assembly: yes/no …\n3.9.1.6.1.\nMake(s): …\n3.9.1.6.2.\nType(s): …\n3.9.1.6.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.6.4.\nNominal working pressure : …\nMPa\n3.9.1.6.5.\nNumber of filling cycles: …\n3.9.1.6.6.\nOperating temperature: …\n3.9.1.6.7.\nCapacity: …\nlitres (water)\n3.9.1.6.8.\nApproval number: …\n3.9.1.6.9.\nMaterial: …\n3.9.1.6.10.\nOperating principles: …\n3.9.1.6.11.\nDescription and drawing: …\n3.9.1.7.\nFittings: yes/no …\n3.9.1.7.1.\nMake(s): …\n3.9.1.7.2.\nType(s): …\n3.9.1.7.3.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s): …\nMPa\n3.9.1.7.4.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.7.5.\nApproval number: …\n3.9.1.7.6.\nMaterial: …\n3.9.1.7.7.\nOperating principles: …\n3.9.1.7.8.\nDescription and drawing: …\n3.9.1.8.\nFlexible fuel line(s): yes/no …\n3.9.1.8.1.\nMake(s): …\n3.9.1.8.2.\nType(s): …\n3.9.1.8.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.8.4.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.8.5.\nOperating temperature: …\n3.9.1.8.6.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.8.7.\nApproval number: …\n3.9.1.8.8.\nMaterial: …\n3.9.1.8.9.\nOperating principles: …\n3.9.1.8.10.\nDescription and drawing: …\n3.9.1.9.\nHeat exchanger(s): yes/no …\n3.9.1.9.1.\nMake(s): …\n3.9.1.9.2.\nType(s): …\n3.9.1.9.3.\nMaximum Allowable Working Pressure (MAWP …\nMPa\n3.9.1.9.4.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.9.5.\nOperating temperature: …\n3.9.1.9.6.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.9.7.\nApproval number: …\n3.9.1.9.8.\nMaterial: …\n3.9.1.9.9.\nOperating principles: …\n3.9.1.9.10.\nDescription and drawing: …\n3.9.1.10.\nHydrogen filter(s): yes/no …\n3.9.1.10.1.\nMake(s): …\n3.9.1.10.2.\nType(s): …\n3.9.1.10.3.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) :\nMPa\n3.9.1.10.4.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.10.5.\nApproval number: …\n3.9.1.10.6.\nMaterial: …\n3.9.1.10.7.\nOperating principles: …\n3.9.1.10.8.\nDescription and drawing: …\n3.9.1.11.\nHydrogen leakage detection sensors: …\n3.9.1.11.1.\nMake(s): …\n3.9.1.11.2.\nType(s): …\n3.9.1.11.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.11.4.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.11.5.\nOperating temperature: …\n3.9.1.11.6.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.11.7.\nSet values: …\n3.9.1.11.8.\nApproval number: …\n3.9.1.11.9.\nMaterial: …\n3.9.1.11.10.\nOperating principles: …\n3.9.1.11.11.\nDescription and drawing: …\n3.9.1.12.\nManual or automatic valve(s): yes/no …\n3.9.1.12.1.\nMake(s): …\n3.9.1.12.2.\nType(s): …\n3.9.1.12.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.12.4.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.12.5.\nOperating temperature: …\n3.9.1.12.6.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.12.7.\nApproval number: …\n3.9.1.12.8.\nMaterial: …\n3.9.1.12.9.\nOperating principles: …\n3.9.1.12.10.\nDescription and drawing: …\n3.9.1.13.\nPressure and/or temperature and/or hydrogen and/or flow sensor(s): yes/no …\n3.9.1.13.1.\nMake(s): …\n3.9.1.13.2.\nType(s): …\n3.9.1.13.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.13.4.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.13.5.\nOperating temperature: …\n3.9.1.13.6.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.13.7.\nSet values: …\n3.9.1.13.8.\nApproval number: …\n3.9.1.13.9.\nMaterial: …\n3.9.1.13.10.\nOperating principles: …\n3.9.1.13.11.\nDescription and drawing: …\n3.9.1.14.\nPressure regulator(s): yes/no …\n3.9.1.14.1.\nMake(s): …\n3.9.1.14.2.\nType(s): …\n3.9.1.14.3.\nNumber of main adjustment points: …\n3.9.1.14.4.\nDescription of principle of adjustment through main adjustment points: …\n3.9.1.14.5.\nNumber of idle adjustment points: …\n3.9.1.14.6.\nDescription of principles of adjustment through idle adjustment points: …\n3.9.1.14.7.\nOther adjustment possibilities: if so and which (description and drawings): …\n3.9.1.14.8.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.14.9.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.14.10.\nOperating temperature: …\n3.9.1.14.11.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.14.12.\nInput and output pressure: …\n3.9.1.14.13.\nApproval number: …\n3.9.1.14.14.\nMaterial: …\n3.9.1.14.15.\nOperating principles: …\n3.9.1.14.16.\nDescription and drawing: …\n3.9.1.15.\nPressure relief device: yes/no …\n3.9.1.15.1.\nMake(s): …\n3.9.1.15.2.\nType(s): …\n3.9.1.15.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.15.4.\nOperating temperature: …\n3.9.1.15.5.\nSet pressure: …\n3.9.1.15.6.\nSet temperature: …\n3.9.1.15.7.\nBlow off capacity: …\n3.9.1.15.8.\nOperating temperature:\n3.9.1.15.9.\nNormal maximum operating temperature : …\n°C\n3.9.1.15.10.\nNominal working pressure(s) : …\nMPa\n3.9.1.15.11.\nNumber of filling cycles (Class 0 components only): …\n3.9.1.15.12.\nApproval number: …\n3.9.1.15.13.\nMaterial: …\n3.9.1.15.14.\nOperating principles: …\n3.9.1.15.15.\nDescription and drawing: …\n3.9.1.16.\nPressure relief valve: yes/no …\n3.9.1.16.1.\nMake(s): …\n3.9.1.16.2.\nType(s): …\n3.9.1.16.3.\nNominal working pressure(s) and if downstream of the first pressure regulator, maximum allowable working pressure(s) : …\nMPa\n3.9.1.16.4.\nSet pressure: …\n3.9.1.16.5.\nNumber of filling cycles or duty cycles as appropriate: …\n3.9.1.16.6.\nApproval number: …\n3.9.1.16.7.\nMaterial: …\n3.9.1.16.8.\nOperating principles: …\n3.9.1.16.9.\nDescription and drawing: …\n3.9.1.17.\nRefuelling connection or receptacle: yes/no …\n3.9.1.17.1.\nMake(s): …\n3.9.1.17.2.\nType(s): …\n3.9.1.17.3.\nMaximum Allowable Working Pressure (MAWP) …\nMPa\n3.9.1.17.4.\nOperating temperature: …\n3.9.1.17.5.\nNominal working pressure(s) : …\nMPa\n3.9.1.17.6.\nNumber of filling cycles (Class 0 components only): …\n3.9.1.17.7.\nApproval number: …\n3.9.1.17.8.\nMaterial: …\n3.9.1.17.9.\nOperating principles: …\n3.9.1.17.10.\nDescription and drawing: …\n3.9.1.18.\nRemovable storage system connector: yes/no …\n3.9.1.18.1.\nMake(s): …\n3.9.1.18.2.\nType(s): …\n3.9.1.18.3.\nNominal working pressure(s) and maximum allowable working pressure(s): …\nMPa\n3.9.1.18.4.\nNumber of duty cycles: …\n3.9.1.18.5.\nApproval number: …\n3.9.1.18.6.\nMaterial: …\n3.9.1.18.7.\nOperating principles: …\n3.9.1.18.8.\nDescription and drawing: …\n3.9.2.\nFurther documentation …\n3.9.2.1.\nProcess diagram (flow chart) of the hydrogen system …\n3.9.2.2.\nSystem layout including electrical connections and other external system (inputs and/or outputs etc.) …\n3.9.2.3.\nKey to symbols used in documentation …\n3.9.2.4.\nAdjustment data of pressure relief devices and pressure regulators …\n3.9.2.5.\nLayout of cooling/heating system(s) including Nominal or Maximum Allowable Working Pressure (NAWP or MAWP) and operating temperatures …\n3.9.2.6.\nDrawings showing requirements for installation and operation …\nAppendix to information document\nStatement of Service for Hydrogen Containers\nExplanatory notes:\nMay be replaced by other dimensions defining the shape of the container.\nDelete as appropriate.\nManufacturer identification\nManufacturer name:\nManufacturer address:\nContainer identification\nContainer identification:\nNominal working pressure:\nMPa\nType:\nDiameter:\nmm\nLength:\nmm\nInternal volume:\nlitres\nEmpty weight:\nkg\nContainer threads:\nContainer service life\nMaximum service life:\nyears\nMaximum number of filling cycles:\ncycles\nContainer fire protection system\nPressure relief device manufacturer:\nPressure relief device identification:\nPressure relief device drawing number(s):\nContainer support method\nSupport method:\nneck/cylinder mounting\nSupport drawing number(s):\nContainer protective coatings\nPurpose of protection:\nProtective coating drawing number(s):\nContainer design description\nContainer drawing numbers:\nContainer drawings shall show at least the following information:\nReference to this Regulation and the container type\nPrincipal geometrical dimensions including tolerances\nContainer materials\nContainer mass and internal volume including tolerances\nDetails of the exterior protective coating\nContainer fire protection system\nContainer corrosion inhibitor\nContainer corrosion inhibitor used: yes/no\nCorrosion inhibitor manufacturer:\nCorrosion inhibitor identification:\nAdditional information\n1..Manufacturing data including tolerances where appropriate:\nTube extrusion, cold deformation, tube drawing, end forming, welding, heat treatment and cleaning processes for the metal manufacturing of all containers designed to use liquid hydrogen and type 1, 2 and 3 containers designed to use compressed (gaseous) hydrogen\nReference to the manufacturing procedure\nAcceptance criteria for non-destructive examination (NDE)\nComposite manufacturing processes and auto-frettage according to section 3.7.2. of Part 2 to Annex IV for the manufacturing of type 2, 3 and 4 containers designed to use compressed (gaseous) hydrogen\nFinal manufacturing inspection of surface finish, thread details and principal dimensions\n2..A table summarising the results of stress analysis\nContainer statement of service\nThe manufacturer hereby states that the container design is suitable for use during the specified service life in the service conditions set out in section 2.7 of Annex IV to Regulation (EU) No 406/2010.\nManufacturer:\nName, position and signature:\nPlace, date:\nSpecifications of containers designed to use compressed (gaseous) hydrogen\nMaterial specification\nApplicable to Material\nSteel\nAluminium alloy\nPlastic liner\nFibre\nResin\nCoating\nDetails\nMaterial manufacturer\nType of material\nMaterial identification\nHeat treatment definition\nChemical composition\nCold- or cryoforming procedure\nWelding procedure definition\nSpecifications for material tests\nApplicable to Material\nSteel\nAluminium alloy\nPlastic liner\nFibre\nResin\nCoating\nSpecified material value\nTensile test\nCharpy impact test\nBend test\nMacroscopic examination\nCorrosion test\nSustained load cracking test\nSoftening temperature test\nGlass transition temperature test\nResin shear strength test\nCoating test\nHydrogen compatibility test\nSpecifications for container tests\nSpecified design value\nBurst Test\nAmbient Temperature Pressure Cycle Test\nLBB Performance Test\nBonfire Test\nPenetration Test\nChemical Exposure Test\nComposite Flaw Tolerance Test\nAccelerated Stress Rupture Test\nExtreme Temperature Pressure Cycle Test\nImpact Damage Test\nLeak Test\nPermeation Test\nBoss Torque Test\nHydrogen Gas Cycling Test",
  "extent": null,
  "status": null,
  "version": "current",
  "annotations": [
    {
      "type": "F",
      "label": "F1",
      "text": "Word in Annex 2 substituted (31.12.2022 at 11.00 p.m.) by The Road Vehicles and Non-Road Mobile Machinery (Type-Approval) (Amendment and Transitional Provisions) (EU Exit) Regulations 2022 (S.I. 2022/1273), regs. 1(2), 56(9)(a)"
    },
    {
      "type": "footnote",
      "label": "f1",
      "text": "Delete where not applicable (there are cases where nothing needs to be deleted when more than one entry is applicable)."
    },
    {
      "type": "footnote",
      "label": "f2",
      "text": "Specify the tolerance."
    },
    {
      "type": "footnote",
      "label": "f3",
      "text": "May be replaced by other dimensions defining the shape of the container."
    },
    {
      "type": "footnote",
      "label": "f4",
      "text": "Delete as appropriate."
    }
  ],
  "outstanding_effects": [],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/eur/2010/406/annex/II/part/1/division/information+document+no",
    "retrieved_at": "2026-11-01T14:50:48.674921+00:00"
  },
  "licence": "Open Government Licence v3.0",
  "licence_url": "https://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/",
  "attribution": "Contains public sector information licensed under the Open Government Licence v3.0. Source: legislation.gov.uk, The National Archives."
}