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BS EN IEC 60695-7-2:2021 – TC:2022 Edition

BS EN IEC 60695-7-2:2021 – TC:2022 Edition

$246.62

Tracked Changes. Fire hazard testing – Toxicity of fire effluent. Summary and relevance of test methods

Published By Publication Date Number of Pages
BSI 2022 118
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PDF Pages PDF Title
70 undefined
73 Annex ZA (normative)Normative references to international publicationswith their corresponding European publications
74 English
CONTENTS
77 FOREWORD
79 INTRODUCTION
80 1 Scope
2 Normative references
81 3 Terms and definitions
85 4 Role of small-scale toxicity tests
4.1 General
86 4.3 Toxic hazard, exposure dose and fractional effective dose (FED)
4.4 Fractional effective concentration (FEC)
4.5 Generic toxic potencies
87 5 General aspects of small-scale toxicity tests
5.1 General
5.2 Physical fire models
88 5.3 Fire stages in a compartment fire
5.4 Methods of analysis
5.4.1 General
Figure 1 – Different phases in the development of a fire within a compartment
90 Tables
Table 1 – Characteristics of fire types (ISO 19706)
91 5.4.2 Chemical analysis based methods
5.4.3 Methods based on animal exposure
6 Summary of published chemical analysis based test methods
6.1 General
6.2 UK Ministry of Defence – DEF STAN 02-713
6.2.1 Summary
92 6.2.2 Purpose and principle
6.2.3 Test specimen
6.2.4 Test method
93 6.2.5 Repeatability and reproducibility
6.2.6 Relevance of test data and special observations
Table 2 – Cf values for various gases
94 6.3 Airbus industry
6.3.1 Summary
6.3.2 Purpose and principle
6.3.3 Test specimen
6.3.4 Test method
6.3.5 Repeatability and reproducibility
Table 3 – Volume fraction limits for gas components
95 6.3.6 Relevance of test data and special observations
6.4 Comitato Elettrotecnico Italiano (CEI)
6.4.1 Summary
6.4.2 Purpose and principle
6.4.3 Test specimen
6.4.4 Test method
6.4.5 Repeatability and reproducibility
6.4.6 Relevance of test data and special observations
96 6.5 Norme Française (NF)
6.5.1 Summary
6.5.2 Purpose and principle
6.5.3 Test specimen
6.5.4 Test method
6.5.5 Repeatability and reproducibility
6.5.6 Relevance of test data and special observations
97 6.6 ISO test methods
6.6.1 ISO/TS 19021
98 6.6.2 ISO/TS 19700
Table 4 – Decomposition conditions
99 6.7 International Maritime Organization (IMO)
6.7.1 Summary
6.7.2 Purpose and principle
6.7.3 Test specimen
6.7.4 Test method
100 6.7.5 Repeatability and reproducibility
6.7.6 Relevance of test data and special observations
6.8 Toxicity test for rolling stock cables
6.8.1 Summary
Table 5 – Volume fraction limits for gas component
101 6.8.2 Purpose and principle
6.8.3 Test specimen
6.8.4 Test method
6.8.5 Repeatability and reproducibility
Table 6 – CCz values taken from EN 50305
102 6.8.6 Relevance of test data and special observations
6.9 Toxicity test of materials and components (other than cables) used in railway applications
6.9.1 Summary
6.9.2 Purpose and principle
6.9.3 Test specimen
6.9.4 Test method
103 6.9.5 Repeatability and reproducibility
6.9.6 Relevance of test data and special observations
7 Summary of published test methods relating to animal exposure
7.1 General
7.2 Deutsches Institut für Normung, DIN 53436
7.2.1 Summary
7.2.2 Purpose and principle
7.2.3 Test specimen
Table 7 – Reference concentrations of the gas components
104 7.2.4 Test method
7.2.5 Repeatability and reproducibility
7.2.6 Relevance of test data and special observations
105 7.3 National Bureau of Standards (NBS)
7.3.1 Summary
7.3.2 Purpose and principle
7.3.3 Test specimen
7.3.4 Test method
7.3.5 Repeatability and reproducibility
106 7.3.6 Relevance of test data and special observations
7.3.7 Reference documents
7.4 National Institute of Standards and Technology, NIST Radiant furnace
7.4.1 Summary
7.4.2 Purpose and principle
107 7.4.3 Test specimen
7.4.4 Test method
7.4.5 Repeatability and reproducibility
7.4.6 Relevance of test data and special observations
108 7.4.7 Reference documents
7.5 University of Pittsburgh, Upitt Box furnace
7.5.1 Summary
7.5.2 Purpose and principle
7.5.3 Test specimen
7.5.4 Test method
109 7.5.5 Repeatability and reproducibility
7.5.6 Relevance of test data and special observations
7.5.7 Reference documents
7.6 Japanese fire toxicity test for building components
7.6.1 Summary
7.6.2 Purpose and principle
7.6.3 Test specimen
110 7.6.4 Test method
7.6.5 Repeatability and reproducibility
7.6.6 Relevance of test data and special observations
8 Overview of methods and relevance of data
111 Table 8 – Overview of toxicity test methods
112 Table 9 – Overview of toxicity test methods (continued, with comments)
113 Bibliography

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