Shopping Cart

No products in the cart.

BS 5499-4:2013:2019 Edition

$198.66

Safety signs – Code of practice for escape route signing

Published By Publication Date Number of Pages
BSI 2019 54
Guaranteed Safe Checkout
Category:

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

This part of BS 5499 gives recommendations for the selection and use of escape route signs conforming to BS EN ISO 7010 to be provided within buildings. This part of BS 5499 gives further recommendations on the use of appropriate escape route signs conforming to BS EN ISO 7010:2012, E001 and E002, the use of supplementary text to assist in the interpretation of signs and the use of arrows to provide additional directional information.

This British Standard covers the use of all escape route signing systems within premises, including the selection of the appropriate type of sign, the location of signs, mounting positions, lighting and maintenance. The standard covers high‑mounted signs as specified by BS EN ISO 7010 but it does not cover low‑mounted way guidance systems (see BS ISO 16069).

This British Standard applies to premises where a formal risk assessment carried out under management of health and safety, and in particular the Regulatory Reform (Fire Safety) Order 2005 [1], has indicated a need for escape route signs to form an integral part of normal working procedures. This need exists where the premises are complex or may be unfamiliar to any of the occupants.

This British Standard does not cover the determination of the need for escape route signing. This British Standard assumes that a need for escape route signing has already been established. However, signs can be used with advantage in most premises, other than domestic premises.

PDF Catalog

PDF Pages PDF Title
6 Foreword
9 Introduction
1 Scope
2 Normative references
10 3 Terms and definitions
12 4 System design
4.1 General
4.2 Analysis of the problem
13 4.3 Planning
4.4 Design of signs
14 Figure 1 — Examples of an escape route sign
4.5 Location of signs
15 4.6 Mounting height
4.7 Use of supplementary text
16 Figure 2 — Supplementary text sign: Exit
Figure 3 — Supplementary text sign: Fire exit
4.8 Use of arrows
Figure 4 — Examples of appropriate directional arrows
17 Table 1 — Escape route signs (meaning and use of BS EN ISO 7010:2012, E001 or E002 with directional arrow)
18 5 Sign type
5.1 Lighting
5.2 Externally illuminated signs
5.3 Phosphorescent signs
19 5.4 Internally illuminated signs
6 Sign size and viewing distance
20 Figure 5 — Sign size and viewing distance
Figure 6 — Supplementary direction arrows
Table 2 — Distance factor z0 for externally illuminated escape route signs based on ordinary materials or phosphorescent materials
21 Table 3 — Distance factor z0 for internally illuminated escape route signs
Table 4 — Examples of maximum viewing distances for externally illuminated escape route signs and supplementary directional arrow sign (BS EN ISO 7010) of different sign height and supplementary text subject to a vertical illuminance of 100 lux
22 7 Construction: durability and suitability
8 Servicing and maintenance
23 Annex A (informative)  Use of escape route signs
Figure A.1 — Typical connecting corridor showing the correct use of escape route sign(s) with supplementary text
24 Figure A.2 — Typical adjoining corridor to final fire exit showing the correct use of escape route sign(s) with supplementary text
25 Figure A.3 — Typical half landing stairway showing the correct use of escape route sign(s) with supplementary text
26 Figure A.4 — Typical single flight descent stairway showing the correct use of escape route sign(s) with supplementary text
27 Figure A.5 — Typical cross junction/corridor(s) to final fire exit showing the correct use of escape route sign(s) with supplementary text
28 Figure A.6 — Typical lobby entrance leading to left handed descent stairway showing the correct use of escape route sign(s) with supplementary text
29 Figure A.7 — Typical lobby entrance leading to right handed descent stairway showing the correct use of escape route sign(s) with supplementary text
30 Figure A.8 — Typical lobby entrance leading to left handed ascent stairway showing the correct use of escape route sign(s) with supplementary text
31 Figure A.9 — Typical lobby entrance leading to right handed ascent stairway showing the correct use of escape route sign(s) with supplementary text
32 Figure A.10 — Typical connecting corridor(s) to final fire exit showing the correct use of escape route sign(s) with supplementary text
33 Figure A.11 — Typical connecting corridor leading to descent stairway showing the correct use of escape route sign(s) and supplementary text
34 Figure A.12 — Typical connecting corridor with left turn juncture showing the correct use of escape route sign(s) and supplementary text
35 Figure A.13 — Typical connecting corridor with right turn juncture showing the correct use of escape route sign(s) with supplementary text
36 Figure A.14 — Typical internal car park progressing forward to the final fire exit showing the correct use of escape route sign(s) with supplementary text (vertical juxtaposition)
Figure A.15 — Typical internal car park progressing forward then right to the final fire exit showing the correct use of escape route sign(s) with supplementary text
37 Figure A.16 — Typical corridor with ramped slope designated as a fire exit route showing the correct use of escape route sign(s) with supplementary text
38 Figure A.17 — Typical large open plan area showing the correct use of escape route sign(s) and supplementary text
39 Figure A.18 — Use of supplementary text
40 Figure A.19 — Typical T junction corridor offering alternate equidistant routes showing the correct use of escape route sign(s) and supplementary text
41 Figure A.20 — Typical stadia showing the identification of vomitory exit(s) with the correct use of escape route sign(s) and supplementary text
42 Figure A.21 — Typical auditorium/theatre showing the identification of exit(s) with the correct use of escape route sign(s) and supplementary text
43 Figure A.22 — Typical revolving door arrangement showing the identification of fire exit(s) with the use of escape route sign(s) and supplementary text
Annex B (informative)  Examples of vertical alternatives for escape route signs placed in difficult locations
44 Table B.1 — Examples of vertical alternatives for escape route signs placed in difficult locations
Annex C (informative)  Examples of application of distance factors to the graphical symbol and text components of escape route signs
45 Figure C.1 — Circular boundaries of observation distances in horizontal plane
46 Figure C.2 — Variation of radius r against difference in observation height ΔH for an externally illuminated escape route sign under 100 lux
47 Figure C.3 — Circular boundaries of observation distances in horizontal plane: at eye level of sign and eye levels of ±2 m above and below the height of sign
48 Figure C.4 — Circular boundaries of observation distances for escape route sign and lower case supplementary text in horizontal plane: vertical illuminance 100 lux
49 Figure C.5 — Circular boundaries of observation distances for escape route sign and lower case supplementary text in horizontal plane: vertical illuminance 100 lux
50 Figure C.6 — Circular boundaries of observation distances for esacpe route sign and lower case supplementary text in horizontal plane: vertical illuminance 5 lux
51 Figure C.7 — Circular boundaries of observation distances for escape route sign and lower case supplementary text in horizontal plane: vertical illuminance 5 lux
52 Bibliography
BS 5499-4:2013
$198.66