{
	"record": {
		"accessRights": "free",
		"classification": [
			"jel-C63",
			"jel-G12"
		],
		"contributor": [
			"Rodríguez Longarela, Iñaki"
		],
		"date": [
			"18 Oct. 2000"
		],
		"description": [
 "a. Flue passing through compartment wall or floor\r\nb. Flue built into compartment wall\r\nFlue walls should have a fire resistance of at least one half of that required for the compartment wall or floor and be of class A1construction.\r\nIn each case flue walls should have a fire resistance of at least one half of that required for the compartment wall and be of class A1 construction.\r\nSee para 9.23"
  ],

		"econbiz_created": "2010-09-15T18:36:02Z",
		"edition": [
			"[Elektronische Ressource], Rev. October 18, 2000"
		],
		"extent": [
			"Online-Ressource (PDF-Datei: 5 S., 121,44 KB)",
			"graph. Darst."
		],
		"id": "932",
		"identifier_local": "333188616",
		"identifier_number": [
			"hdl:10419/56344 [Handle]"
		],
		"identifier_url": [
			"http://econpapers.repec.org/RePEc:hhs:hastef:0401",
			"http://swopec.hhs.se/hastef/papers/hastef0401.pdf",
			"http://hdl.handle.net/10419/56344"
			],
		"institution": [
			"Ekonomiska forskningsinstitutet <Stockholm>"
		],
		"language": [
			"eng"
		],
		"note": [
			"nBibliography",
			"Gesamttitel von der Homepage",
			"Systemvoraussetzungen: Acrobat reader"
		],
		"series": [
			"SSE/EFI working paper series in economics and finance ; 401"
		],
		"source": "econis",
		"source_title": "ECONIS (ZBW)",
		"source_url": "https://www.econbiz.de/ppn/333188616",
		"subject": [
        "approved_document_b1_section_9",
        "building_regulations_2010_b3",
        "Building_standards",
        "keywords_all"
		],
		"title": "Diagram 9.5 Flues penetrating compartment walls or floors",
      "abstract": "NOTES:\r\n1. Any metal (such as cast iron, copper or steel) which, if exposed to a temperature of 800\u00b0C, will not soften or fracture to the extent that flame or hot gas will pass through the wall of the pipe.\r\n2. uPVC pipes that comply with either BS 4514 or BS 5255.\r\n3. These diameters are only in relation to pipes that form part of an above-ground drainage system and are enclosed as shown in Diagram 9.1. In other cases, the maximum diameters given for situation 5 apply.",
		"title_responsible": "I. R. Longarela",
		"type": "book",
		"type_genre": [
			"Arbeitspapier",
			"Working Paper"
		]
	},
	"status": 200
}