eLibrary >
BS EN 15269-4:2025 Extended application of test results for fire resistance and/or smoke control for door, shutter and openable window assemblies, including their elements of building hardware - Fire resistance of hinged and pivoted glass doorsets >
Expand All
TOC Search:
BS EN 15269-4:2025 Extended application of test results for fire resistance and/or smoke control for door, shutter and openable window assemblies, including their elements of building hardware - Fire resistance of hinged and pivoted glass doorsets, 2025
- undefined
- European foreword
- Introduction
- 1 Scope
- 2 Normative references
- 3 Terms and definitions
- Figure 1 — Example for effective rebate depth and calculation of level of distortion
- Figure 2 — faces and sides of a door leaf
- 4 Determination of the field of extended application [Go to Page]
- 5 Extended application report
- 6 Classification report
- Annex A (normative) Construction parameter variations
- A.1 General
- A.2 Construction parameter variations for fire resistance (F), smoke control (S) and durability of self-closing (D) characteristics
- A.2.1 Door leaf
- Table A.1 — Construction parameter variations – Clause A – Door leaf
- A.2.2 Door frame
- Table A.2 — Construction parameter variations – Clause B – Door frame
- Table A.3 — Threshold matrix
- A.2.3 Building hardware
- Table A.4 — Construction parameter variations – Clause C – Building Hardware
- A.2.4 Side / transom panels and over panels
- Table A.5 — Construction parameter variations – Clause D – Side / transom panels and over panels
- A.2.5 Glazing for door leaf or side/over panel
- Table A.6 — Construction parameter variations – Clause E – Glazing for door leaf or side/over panel
- A.2.6 Supporting construction and attachment (technique) of door frame or side / transom panels / flush over panels
- Table A.7 — Construction parameter variations – F. Supporting construction and attachment (technique) of door frame or side / transom panels / flush over panels
- A.3 Figures referred to Annex A
- Figure A.1 — Additional overlapping edge at the bottom of the door leaf — add
- Figure A.2 — Additional overlapping edge at the bottom of the door leaf — remove
- Figure A.3 — Mouldings/profiles (add/remove)
- Figure A.4 — Threshold
- Figure A.5 — Frame position relative to wall opening
- Figure A.6 — Protection of frame members
- Figure A.7 — Dimensional increase of steel frame profile ‐ examples
- Figure A.8 — Dimensional increase of hybrid frame profile ‐ examples
- Figure A.9 — Increase thickness of metal
- Figure A.10 — Distance x from top of upper hinge to top of door leaf
- Figure A.11 — Distance x from bottom of lower hinge to bottom of door leaf
- Figure A.12 — Distances x, y between top and bottom hinges and intermediate hinges or dog bolts
- Table A.8 — Face fixed door-closing device alternative fitting position
- Figure A.13 — Face fixed door-closing device alternative fitting position
- Figure A.14 — Decorative capping
- Figure A.15 — Fixing to floor, cleated to sunk
- Figure A.16 — Fixing to floor, sunk to cleated
- Annex B (normative) Configurations for doorsets incorporating side and/or over panels
- B.1 Doorset arrangements
- Figure B.1 —Single leaf doorset arrangements
- Figure B.2 — Double leaf doorset arrangements
- B.2 Configuration matrix
- B.2.1 General
- B.2.2 glass door leaf / timber frame for fire resistance (F) characteristics
- Table B.1 — Configuration matrix glass door leaf / timber frame for fire resistance (F) characteristics – part 1
- Table B.2 — Configuration matrix glass door leaf / timber frame for fire resistance (F) characteristics – part 2
- B.2.3 Examples of test configuration of glass door leaves in timber frame for fire resistance (F) characteristics:
- B.2.4 Glass door leaf / metal and hybrid frame for fire resistance (F) characteristics
- Table B.3 — Configuration matrix glass door leaf / metal and hybrid frame for fire resistance (F) characteristics – part 1
- Table B.4 — Configuration matrix glass door leaf / metal and hybrid frame for fire resistance (F) characteristics – part 2
- B.2.5 glass door leaf / timber, metal and hybrid frame for smoke control (S) characteristics
- Table B.5 — Configuration matrix glass door leaf / timber, metal and hybrid frame for smoke control (S) characteristics – part 1
- Table B.6 — Configuration matrix glass door leaf / timber, metal and hybrid frame for smoke control (S) characteristics – part 2
- B.2.6 Glass door leaf / timber frame for durability of self-closing (D) characteristics
- Table B.7 — Configuration matrix glass door leaf / timber, metal and hybrid frame for durability of self-closing (D) characteristics – part 1
- Table B.8 — Configuration matrix glass door leaf / timber, metal and hybrid frame for durability of self-closing (D) characteristics – part 2
- B.3 Size reduction variations
- B.3.1 Example 1: Reduction in overall height and width maintaining height of over panel and width of side panel
- Figure B.3 — Example of reduction in overall height and width
- B.3.2 Example 2: Reduction in side panel
- Figure B.4 — Example side panel
- Annex C (normative) Construction parameter variations - weight
- Annex D (normative) Construction parameter variations - timber replacement
- Table D.1 — Timber groupings
- Annex E (normative) Test scenarios for Butt joint glazing as supporting construction
- Figure E.1 — Test configuration A
- Figure E.2 — Test configuration B
- Figure E.3 — Test configuration C for double leaf door (F, S and D)
- Figure E.4 — Test configuration D for single leaf door
- Bibliography [Go to Page]