BS EN 12259-13:2022:2023 Edition
$198.66
Fixed firefighting systems. Components for sprinkler and water spray systems – ESFR sprinklers
Published By | Publication Date | Number of Pages |
BSI | 2023 | 68 |
This document specifies requirements and test methods for early suppression and fast response (ESFR) sprinklers with a nominal discharge coefficient of 200 (pendent and upright), 240 (pendent and upright), 320 (pendent), 360 (pendent), 400 (pendent) and 480 (pendent) l/min/(bar)1/2.
PDF Catalog
PDF Pages | PDF Title |
---|---|
2 | undefined |
9 | 1 Scope 2 Normative references 3 Terms and definitions |
12 | 4 Assessment methods and criteria 4.1 Connections 4.1.1 Assessment method 4.1.2 Criteria |
13 | 4.2 Leak resistance 4.2.1 Assessment method 4.2.2 Criteria 4.3 Pneumatic leak resistance 4.3.1 Assessment method 4.3.2 Criteria 4.4 Leakage resistance 4.4.1 Assessment method 4.4.2 Criteria 4.5 Function 4.5.1 Assessment method 4.5.2 Criteria 4.6 Operating temperatures 4.6.1 Assessment method 4.6.2 Criteria |
14 | 4.7 Complete operation 4.7.1 Assessment method 4.7.2 Criteria 4.8 Size of water passageways 4.8.1 Assessment method 4.8.2 Criteria 4.9 Nominal operating temperature 4.9.1 Assessment method 4.9.1.1 Glass bulb sprinklers |
15 | 4.9.1.2 Fusible link sprinklers 4.9.2 Criteria 4.10 Distribution of extinguishing media 4.10.1 Assessment method |
16 | 4.10.2 Criteria 4.11 Actual delivered density 4.11.1 Assessment method |
17 | 4.11.2 Criteria 4.12 Extinguishing performance 4.12.1 Assessment method 4.12.2 Criteria |
18 | 4.13 Discharge coefficient 4.13.1 Assessment method |
20 | 4.13.2 Criteria 4.14 Thrust measurement 4.14.1 Assessment method 4.14.2 Criteria 4.15 Response delay (response time) 4.15.1 Assessment method |
21 | 4.15.2 Criteria 4.16 Strength of sprinkler body and deflector 4.16.1 Assessment method 4.16.2 Criteria 4.17 Strength of release element 4.17.1 Assessment method 4.17.1.1 Assessment method 4.17.2 Criteria 4.18 Water hammer 4.18.1 Assessment method 4.18.2 Criteria 4.19 Strength of deflector 4.19.1 Assessment method |
22 | 4.19.2 Criteria 4.20 Resistance to vibration 4.20.1 Assessment method 4.20.2 Criteria |
23 | 4.21 Resistance to impact 4.21.1 Assessment method 4.21.2 Criteria 4.22 Resistance to low temperature 4.22.1 Assessment method 4.22.2 Criteria 4.23 Vacuum 4.23.1 Assessment method 4.23.2 Criteria 4.24 Heat exposure 4.24.1 Assessment method 4.24.2 Criteria 4.25 Thermal shock of glass bulb sprinklers 4.25.1 Assessment method |
24 | 4.25.2 Criteria 4.26 Moist air 4.26.1 Assessment method 4.26.2 Criteria 4.27 Corrosion 4.27.1 Assessment method 4.27.2 Criteria 4.28 Product assembly 4.29 Durability, resistance to thermal shock 4.29.1 Assessment method 4.29.2 Criteria 5 Marking |
25 | 6 Manufacturerās installation instructions |
27 | Annex A (informative)Typical test setup for release under temperature test (liquid bath) |
28 | Annex B (normative)Pipe manifold configuration for lodgement |
29 | Annex C (normative)Pendent sprinkler water distribution C.1 General C.2 Values for pendent sprinkler water distribution |
31 | C.3 Test set-up |
36 | Annex D (normative)Actual delivered density apparatus D.1 General D.2 Values for actual delivered density |
38 | D.3 Test set-up |
40 | D.4 Heptane burner settings |
41 | Annex E (normative)Extinguishing performance E.1 General E.2 Values for performance under fire |
42 | E.3 Fire test scenarios |
46 | E.4 Test set-ups |
61 | Annex F (normative)Thrust measurement F.1 General F.2 Values for thrust measurement |
62 | F.3 Test set-up |
63 | Annex G (normative)Sensitivity (response time index) G.1 General G.2 Test conditions |
64 | G.3 Test set-up |
65 | Annex H (normative)Tolerances |