Document Center List of Standards on Protection Against Fire In General Including Fire Safety
ICS Code 13.220.01
Return to ICS Index.Up to Level 2:
The following documents are a part of this series:
ASTM:
- ASTM-E1355 - Standard Guide for Evaluating the Predictive Capability of Deterministic Fire Models
- ASTM-E1529 - Standard Test Methods for Determining Effects of Large Hydrocarbon Pool Fires on Structural Members and Assemblies
- ASTM-E1546 - Standard Guide for Development of Fire-Hazard-Assessment Standards
- ASTM-E1591 - Standard Guide for Obtaining Data for Fire Growth Models
- ASTM-E1776 - Standard Guide for Development of Fire-Risk-Assessment Standards
- ASTM-E1895 - Standard Guide for Determining Uses and Limitations of Deterministic Fire Models (Withdrawn 2011)
- ASTM-E2309 - Standard Practices for Verification of Displacement Measuring Systems and Devices Used in Material Testing Machines
- ASTM-E2653 - Standard Practice for Conducting an Interlaboratory Study to Determine Precision Estimates for a Test Method with Fewer Than Six Participating Laboratories
- ASTM-E3038 - Standard Practice for Assessing and Qualifying Candidates as Inspectors of Firestop Systems and Fire-Resistive Joint Systems
- ASTM-E535 - Standard Practice for Preparation of Fire-Test-Response Standards
- ASTM-E800 - Standard Guide for Measurement of Gases Present or Generated During Fires
- ASTM-F1273 - Standard Specification for Tank Vent Flame Arresters
- ASTM-F1333 - Standard Specification for Construction of Fire and Foam Station Cabinets
- ASTM-PS59 - Provisional Specification for Fire Safety for Candles (Withdrawn 2005)
BSI:
- BIP-2007 - Basic guide to fire engineering
- BIP-2032 - Fire Safety. Questions and answers. A practical approach
- BIP-2111 - A comprehensive guide to fire safety
- BIP-2125 - F is for fire. Dictionary of fire terminology
- BIP-2173 - The BS 9999 handbook. Effective fire safety in the design, management and use of buildings
- BS-1635 - Recommendations for graphic symbols and abbreviations for fire protection drawings
- BS-4422-1 - Glossary of Terms Associated With Fire, General Terms and Phenomena of Fire
- BS-4422-2 - Glossary of terms associated with fire
- BS-4422-3 - Glossary of Terms Associated With Fire, Fire Detection and Alarm
- BS-4422-4 - Glossary of Terms Associated With Fire, Fire Extinguishing Equipment
- BS-4422-5 - Glossary of Terms Associated With Fire, Smoke Control
- BS-4422-7 - Glossary of Terms Associated With Fire, Explosion Detection and Suppression Means
- BS-4422-9 - Glossary of terms associated with fire. Marine terms
- BS-5499-1 - Graphical symbols and signs. Safety signs, including fire safety signs
- BS-5499-10 - Guidance for the selection and use of safety signs and fire safety notices
- BS-5499-5 - Graphical symbols and signs. Safety signs, including fire safety signs
- BS-5588-1 - Fire precautions in the design, construction and use of buildings. Code of practice for residential buildings
- BS-5588-10 - Fire Precautions in the Design, Construction & Use of Buildings, Code of Practice For
- BS-5588-11 - Part 11: Code of Practice for Shops, Offices, Industrial, Storage & Other Similar Building
- BS-5588-1-1.1 - Fire precautions in the design and construction of buildings. Residential buildings.
- BS-5588-5 - Fire Precautions in the Design, Construction & Use of Buildings, Access & Facilities F
- BS-5588-6 - Fire Precautions in the Design, Construction & Use of Buildings, Code of Practice For
- BS-5588-9 - Fire Precautions in the Design, Construction & Use of Buildings, Code of Practice For
- BS-7346-8 - Components for smoke control systems
- BS-7899-1 - Code of practice for assessment of hazard to life and health from fire
- BS-7899-2 - Code of practice for assessment of hazard to life and health from fire
- BS-8458 - Fixed fire protection systems. Residential and domestic watermist systems. Code of practice for design and installation
- BS-8458-TC - Tracked Changes. Fixed fire protection systems. Residential and domestic watermist systems. Code of practice for design and installation
- BS-8489-1 - Fixed fire protection systems. Industrial and commercial watermist systems
- BS-8489-1-TC - Tracked Changes. Fixed fire protection systems. Industrial and commercial watermist systems
- BS-8489-7 - Fixed fire protection systems. Industrial and commercial watermist systems
- BS-8489-7-TC - Tracked Changes. Fixed fire protection systems. Industrial and commercial watermist systems
- BS-8617 - Personal protective equipment for firefighters. Cleaning, maintenance and repair. Code of practice
- BS-8617 COMBO - Personal protective equipment for firefighters. Code of practice for cleaning, maintenance and repair
- BS-8617 COMMENTARY - Expert Commentary for BS 8617:2019. Personal protective equipment for firefighters. Code of practice for cleaning, maintenance and repair
- BS-8627 - Fire and rescue service equipment. Ultra-high pressure firefighting equipment. Specification
- BS-8629 - Design, installation, commissioning and maintenance of evacuation alert systems for use by fire and rescue services in buildings containing flats . Code of practice
- BS-8644-1 - Digital management of fire safety information
- BS-8663-1 - Fixed fire protection systems. Components for watermist systems
- BS-9991 - Fire safety in the design, management and use of residential buildings. Code of practice
- BS-9991 EXPERT COMME - Expert Commentary on BS 9991:2015, Fire safety in the design, management and use of residential buildings. Code of practice
- BS-9999 - Fire safety in the design, management and use of buildings. Code of practice
- BS-9999 EXPERT COMME - Expert Commentary on BS 9999:2017. Fire safety in the design, management and use of buildings. Code of practice
- BS-EN-ISO-13943 - Fire safety. Vocabulary
- BS-EN-ISO-13943-TC - Tracked Changes. Fire safety. Vocabulary
- BS-EN-ISO-7010 - Graphical symbols. Safety colours and safety signs. Registered safety signs
- BS-IEC-62899-505 - Printed electronics
- BS-ISO-12828-1 - Validation method for fire gas analysis
- BS-ISO-12828-2 - Validation methods for fire gas analyses
- BS-ISO-13387-4 - Fire Safety Engineering, Initiation & Development of Fire & Generation of Fire Efflue
- BS-ISO-13387-5 - Fire Safety Engineering, Movement of Fire Effluents
- BS-ISO-13387-6 - Fire Safety Engineering, Structural Response & Fire Spread Beyond the Enclosure of Ori
- BS-ISO-13387-7 - Fire safety engineering
- BS-ISO-13387-8 - Fire safety engineering
- BS-ISO-16405 - Room corner and open calorimeter. Guidance on sampling and measurement of effluent gas production using FTIR technique
- BS-ISO-16730-1 - Fire safety engineering. Procedures and requirements for verification and validation of calculation methods
- BS-ISO-16732-1 - Fire safety engineering. Fire risk assessment
- BS-ISO-16733-1 - Fire safety engineering. Selection of design fire scenarios and design fires
- BS-ISO-16737 - Fire safety engineering. Requirements governing algebraic equations. Vent flows
- BS-ISO-17631 - Ships and marine technology. Shipboard plans for fire control, damage control, life-saving appliances and means of escape
- BS-ISO-17631-TC - Tracked Changes. Ships and marine technology. Shipboard plans for fire control, damage control, life-saving appliances and means of escape
- BS-ISO-19701 - Methods for sampling and analysis of fire effluents
- BS-ISO-19703 - Generation and analysis of toxic gases in fire. Calculation of species yields, equivalence ratios and combustion efficiency in experimental fires
- BS-ISO-19703-TC - Tracked Changes. Generation and analysis of toxic gases in fire. Calculation of species yields, equivalence ratios and combustion efficiency in experimental fires
- BS-ISO-19706 - Guidelines for assessing the fire threat to people
- BS-ISO-20414 - Fire safety engineering. Verification and validation protocol for building fire evacuation models
- BS-ISO-20710-1 - Fire safety engineering. Active fire protection systems
- BS-ISO-23601 - Safety identification. Escape and evacuation plan signs
- BS-ISO-24678-1 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-2 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-3 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-4 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-5 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-5-TC - Tracked Changes. Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-6 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-7 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-24678-9 - Fire safety engineering. Requirements governing algebraic formulae
- BS-ISO-26367-1 - Guidelines for assessing the adverse environmental impact of fire effluents
- BS-ISO-26367-2 - Guidelines for assessing the adverse environmental impact of fire effluents
- BS-ISO-29473 - Fire tests. Uncertainty of measurements in fire tests
- BS-ISO-29903 - Guidance for comparison of toxic gas data between different physical fire models and scales
- BS-ISO-29903-1 - Comparison of toxic gas data from different tests
- BS-ISO-5658-4 - Reaction to fire tests. Spread of flame
- BS-ISO-6021 - Firebrand generator
- BS-ISO-7010 - Graphical symbols. Safety colours and safety signs. Registered safety signs
- BS-ISO/TR-13387-1 - Fire safety engineering
- BS-ISO/TR-13387-2 - Fire safety engineering
- BS-ISO/TR-13387-3 - Fire safety engineering
- BS-ISO/TR-13387-4 - Fire safety engineering
- BS-ISO/TR-13387-5 - Fire safety engineering
- BS-ISO/TR-13387-6 - Fire safety engineering
- BS-ISO/TR-13387-7 - Fire Safety Engineering, Detection, Activation & Suppression
- BS-ISO/TR-13387-8 - Fire Safety Engineering, Life Safety, Occupant Behaviour, Location & Condition
- CP-3 CHAPTER IV - Code of basic data for the design of buildings
- DD-180 - Guide for the assessment of toxic hazards in fire in buildings and transport
- DD-8458-1 - Fixed fire protection systems. Residential and domestic watermist systems
- DD-9999 - Code of Practice for Fire Safety in the Design, Construction & Use of Buildings
- DD-ISO-24679 - Fire safety engineering. Performance of structures in fire
- ISO-6021 - Firebrand generator
- PAS-63100 - Electrical installations. Protection against fire of battery energy storage systems for use in dwellings. Specification
- PAS-911 - Fire strategies - guidance and framework for their formulation
- PD-CEN-17524 - Fire safety engineering in Europe. Review of national requirements and application
- PD-IEC-62001-3 - Controlled equivalence ratio method for the determination of hazardous components of fire effluents. Steady-state tube furnace
- PD-ISO-13447 - Fire safety engineering. Guidance for use of fire zone models
- PD-ISO-15657 - Fire resistance tests. Guidelines for computational structural fire design
- PD-ISO-16576 - Fire safety engineering. Examples of fire safety objectives, functional requirements and safety criteria
- PD-ISO-16730-2 - Fire safety engineering. Assessment, verification and validation of calculation methods
- PD-ISO-16730-3 - Fire safety engineering. Assessment, verification and validation of calculation methods
- PD-ISO-16730-4 - Fire safety engineering. Assessment, verification and validation of calculation methods
- PD-ISO-16730-5 - Fire safety engineering. Assessment, verification and validation of calculation methods
- PD-ISO-16732-2 - Fire Safety Engineering. Fire risk assessment
- PD-ISO-16732-3 - Fire safety engineering. Fire risk assessment
- PD-ISO-17886 - Fire safety engineering. Design of evacuation experiments
- PD-ISO-19677 - Guidelines for assessing the adverse impact of wildland fires on the environment and to people through environmental exposure
- PD-ISO-19700 - Controlled equivalence ratio method for the determination of hazardous components of fire effluents. Steady-state tube furnace
- PD-ISO-20413 - Fire safety engineering. Survey of performance-based fire safety design practices in different countries
- PD-ISO-21397 - FTIR analysis of fire effluents in cone calorimeter tests
- PD-ISO-21602 - Fire safety engineering. Estimating the reduction in movement speed based on visibility and irritant species concentration
- PD-ISO-24679-2 - Fire safety engineering. Performance of structure in fire
- PD-ISO-24679-3 - Fire safety engineering. Performance of structure in fire
- PD-ISO-24679-4 - Fire safety engineering. Performance of structures in fire
- PD-ISO-24679-5 - Fire safety engineering. Performance of structures in fire
- PD-ISO-24679-6 - Fire safety engineering. Performance of structures in fire
- PD-ISO-24679-8 - Fire safety engineering. Performance of structures in fire.
- PD-ISO-26368 - Environmental damage limitation from fire-fighting water run-off
- PD-ISO-29761 - Fire safety engineering. Selection of design occupant behavioural scenarios
- PS-ISO-16732-1 - Fire safety engineering. Fire risk assessment
IEC:
ISO:
- ISO-12828-1 - Validation method for fire gas analysis - Part 1: Limits of detection and quantification
- ISO-12828-2 - Validation methods for fire gas analyses - Part 2: Intralaboratory validation of quantification methods
- ISO-12828-3 - Validation method for fire gas analysis - Part 3: Considerations related to interlaboratory trials
- ISO-13387-1 - Fire safety engineering -- Part 1: Application of fire performance concepts to design objectives
- ISO-13387-2 - Fire safety engineering -- Part 2: Design fire scenarios and design fires
- ISO-13387-3 - Fire safety engineering -- Part 3: Assessment and verification of mathematical fire models
- ISO-13387-4 - Fire safety engineering -- Part 4: Initiation and development of fire and generation of fire effluents
- ISO-13387-5 - Fire safety engineering -- Part 5: Movement of fire effluents
- ISO-13387-6 - Fire safety engineering -- Part 6: Structural response and fire spread beyond the enclosure of origin
- ISO-13387-7 - Fire safety engineering -- Part 7: Detection, activation and suppression
- ISO-13387-8 - Fire safety engineering -- Part 8: Life safety -- Occupant behaviour, location and condition
- ISO-13447 - Fire safety engineering - Guidance for use of fire zone models
- ISO-13571 - Life-threatening components of fire - Guidelines for the estimation of time to compromised tenability in fires
- ISO-13571-2 - Life-threatening components of fire - Part 2: Methodology and examples of tenability assessment
- ISO-13943 - Fire safety - Vocabulary
- ISO-15656 - Fire resistance - Guidelines for evaluating the predictive capability of calculation models for structural fire behaviour
- ISO-15657 - Fire resistance tests - Guidelines for computational structural fire design
- ISO-15658 - Fire resistance tests - Guidelines for the design and conduct of non-furnace-based large-scale tests and simulation
- ISO-16405 - Room corner and open calorimeter - Guidance on sampling and measurement of effluent gas production using FTIR technique
- ISO-16576 - Fire safety engineering - Examples of fire safety objectives, functional requirements and safety criteria
- ISO-16730 - Fire safety engineering - Assessment, verification and validation of calculation methods
- ISO-16730-1 - Fire safety engineering - Procedures and requirements for verification and validation of calculation methods - Part 1: General
- ISO-16730-2 - Fire safety engineering - Assessment, verification and validation of calculation methods - Part 2: Example of a fire zone model
- ISO-16730-3 - Fire safety engineering - Assessment, verification and validation of calculation methods - Part 3: Example of a CFD model
- ISO-16730-4 - Fire safety engineering - Assessment, verification and validation of calculation methods - Part 4: Example of a structural model
- ISO-16730-5 - Fire safety engineering - Assessment, verification and validation of calculation methods - Part 5: Example of an Egress model
- ISO-16732 - Fire Safety Engineering - Guidance on fire risk assessment
- ISO-16732-1 - Fire safety engineering - Fire risk assessment - Part 1: General
- ISO-16732-2 - Fire Safety Engineering - Fire risk assessment - Part 2: Example of an office building
- ISO-16732-3 - Fire safety engineering - Fire risk assessment - Part 3: Example of an industrial property
- ISO-16733 - Fire safety engineering - Selection of design fire scenarios and design fires
- ISO-16733-1 - Fire safety engineering - Selection of design fire scenarios and design fires - Part 1: Selection of design fire scenarios
- ISO-16733-2 - Fire safety engineering - Selection of design fire scenarios and design fires - Part 2: Design fires
- ISO-16734 - Fire safety engineering - Requirements governing algebraic equations - Fire plumes
- ISO-16735 - Fire safety engineering - Requirements governing algebraic equations - Smoke layers
- ISO-16736 - Fire safety engineering - Requirements governing algebraic equations - Ceiling jet flows
- ISO-16737 - Fire safety engineering - Requirements governing algebraic equations - Vent flows
- ISO-16738 - Fire-safety engineering - Technical information on methods for evaluating behaviour and movement of people
- ISO-17886 - Fire safety engineering - Design of evacuation experiments
- ISO-19677 - Guidelines for assessing the adverse impact of wildland fires on the environment and to people through environmental exposure
- ISO-19700 - Controlled equivalence ratio method for the determination of hazardous components of fire effluents - Steady-state tube furnace
- ISO-19701 - Methods for sampling and analysis of fire effluents
- ISO-19702 - Guidance for sampling and analysis of toxic gases and vapours in fire effluents using Fourier Transform Infrared (FTIR) spectroscopy
- ISO-19703 - Generation and analysis of toxic gases in fire - Calculation of species yields, equivalence ratios and combustion efficiency in experimental fires
- ISO-19706 - Guidelines for assessing the fire threat to people
- ISO-20413 - Fire safety engineering - Survey of performance-based fire safety design practices in different countries
- ISO-20414 - Fire safety engineering - Verification and validation protocol for building fire evacuation models
- ISO-20710-1 - Fire safety engineering - Active fire protection systems - Part 1: General principles
- ISO-21397 - FTIR analysis of fire effluents in cone calorimeter tests
- ISO-21602 - Fire safety engineering - Estimating the reduction in movement speed based on visibility and irritant species concentration
- ISO-22898 - Review of outputs for fire containment tests for buildings in the context of fire safety engineering
- ISO-23932 - Fire safety engineering - General principles
- ISO-23932-1 - Fire safety engineering - General principles - Part 1: General
- ISO-23932-2 - Fire safety engineering - General principles - Part 2: Example of a dry-cleaning store
- ISO-24188 - Large outdoor fires and the built environment - Global overview of different approaches to standardization
- ISO-24678-1 - Fire safety engineering - Requirements governing algebraic formulae - Part 1: General requirements
- ISO-24678-2 - Fire safety engineering - Requirements governing algebraic formulae - Part 2: Fire plume
- ISO-24678-3 - Fire safety engineering - Requirements governing algebraic formulae - Part 3: Ceiling jet flows
- ISO-24678-4 - Fire safety engineering - Requirements governing algebraic formulae - Part 4: Smoke layers
- ISO-24678-5 - Fire safety engineering - Requirements governing algebraic formulae - Part 5: Vent flows
- ISO-24678-6 - Fire safety engineering - Requirements governing algebraic formulae - Part 6: Flashover related phenomena
- ISO-24678-7 - Fire safety engineering - Requirements governing algebraic formulae - Part 7: Radiation heat flux received from an open pool fire
- ISO-24678-9 - Fire safety engineering - Requirements governing algebraic formulae - Part 9: Ejected flame from an opening
- ISO-24679 - Fire safety engineering - Performance of structures in fire
- ISO-24679-1 - Fire safety engineering - Performance of structures in fire - Part 1: General
- ISO-24679-2 - Fire safety engineering - Performance of structure in fire - Part 2: Example of an airport terminal
- ISO-24679-3 - Fire safety engineering - Performance of structure in fire - Part 3: Example of an open car park
- ISO-24679-4 - Fire safety engineering - Performance of structures in fire - Part 4: Example of a fifteen-storey steel-framed office building
- ISO-24679-5 - Fire safety engineering - Performance of structures in fire - Part 5: Example of a timber building in Canada
- ISO-24679-6 - Fire safety engineering - Performance of structures in fire - Part 6: Example of an eight-storey office concrete building
- ISO-24679-8 - Fire safety engineering - Performance of structures in fire - Part 8: Example of a probabilistic assessment of a concrete building
- ISO-26367-1 - Guidelines for assessing the adverse environmental impact of fire effluents - Part 1: General
- ISO-26367-2 - Guidelines for assessing the adverse environmental impact of fire effluents - Part 2: Methodology for compiling data on environmentally significant emissions from fires
- ISO-26367-3 - Guidelines for assessing the adverse environmental impact of fire effluents - Part 3: Sampling and analysis
- ISO-26368 - Environmental damage limitation from fire-fighting water run-off
- ISO-29200 - Soil quality - Assessment of genotoxic effects on higher plants - Vicia faba micronucleus test
- ISO-29473 - Fire tests - Uncertainty of measurements in fire tests
- ISO-29761 - Fire safety engineering - Selection of design occupant behavioural scenarios
- ISO-29903 - Guidance for comparison of toxic gas data between different physical fire models and scales
- ISO-29903-1 - Comparison of toxic gas data from different tests - Part 1: Guidance and requirements
- ISO-29904 - Fire chemistry - Generation and measurement of aerosols
- ISO-3941 - Classification of fires
- ISO-6309 - Fire protection - Safety signs
- ISO-6790 - Equipment for fire protection and fire fighting - Graphical symbols for fire protection plans - Specification
- ISO-8421-1 - Fire protection - Vocabulary - Part 1 : General terms and phenomena of fire
- ISO-8421-2 - Fire protection - Vocabulary - Part 2 : Structural fire protection
- ISO-8421-3 - Fire protection - Vocabulary - Part 3: Fire detection and alarm
- ISO-8421-4 - Fire protection - Vocabulary - Part 4: Fire extinction equipment
- ISO-8421-5 - Fire protection - Vocabulary - Part 5 : Smoke control
- ISO-8421-6 - Fire protection - Vocabulary - Part 6 : Evacuation and means of escape
- ISO-8421-7 - Fire protection - Vocabulary - Part 7 : Explosion detection and suppression means
- ISO-8421-8 - Fire protection - Vocabulary - Part 8: Terms specific to fire-fighting, rescue services and handling hazardous materials
Other SDOs:
- DIN-14097-1 - Fire brigade training facilities - Part 1: General requirements
- DIN-14097-2 - Fire fighter training facilities - Part 2: Gas-fuelled simulation devices
- DIN-14097-3 - Fire brigade training facilities - Part 3: Wood fired fire brigade training facilities
- DIN-14097-4 - Firefighter training facilities - Part 4: Firefighter training houses
- DIN-EN-13478 - Safety of Machinery - Fire Prevention & Protection
- DIN-EN-2 - Classification of fires; German version EN 2:1992 + A1:2004
- EN-2 - Classification of Fires
- EN-ISO-13943 - Fire safety - Vocabulary
- SIS-CEN/TR-17524 - Fire safety engineering in Europe - Review of national requirements and application
- SIS-INSTA-951 - Fire safety engineering - Guide for probabilistic analysis for verifying fire safety design in buildings
- SIS-INSTA-952 - Fire safety engineering - Review and control in the building process
- SIS-ISO-24188 - Large outdoor fires and the built environment - Global overview of different approaches for standardization (ISO/TR 24188:2022, IDT)
- SIS-ISO/TR-16576 - Fire safety engineering - Example of fire safety objectives and functional requirements for non-industrial buildings (ISO/TR 16576:2017, IDT)
- SIS-ISO/TR-17252 - Fire tests - Applicability of reaction to fire tests to fire modelling and fire safety engineering (ISO/TR 17252:2019, IDT)
- SIS-ISO/TR-17755 - Fire Safety - Statistical data
- SIS-ISO/TS-16733-2 - Fire safety engineering - Selection of design fire scenarios and design fires - Part 2: Design fires (ISO/TS 16733-2:2021)
- SIS-ISO/TS-19700 - Controlled equivalence ratio method for the determination of hazardous components of fire effluents - Steady-state tube furnace
- SIS-ISO/TS-21602 - Fire safety engineering - Estimating the reduction in movement speed based on visibility and irritant species concentration (ISO/TS 21602:2022, IDT)
- SIS-ISO/TS-29761 - Fire Safety Engineering - Selection of design occupant behavioural scenarios (ISO/TS 29761:2015, IDT)
- SS-EN-13478 - Safety of machinery - Fire prevention and protection
- SS-EN-2 - Classification of fires
- SS-EN-2-AM1 - Classification of fires
- SS-EN-54-24 - Fire detection and fire alarm systems - Part 24: Components of voice alarm systems - Loudspeakers
- SS-EN-ISO-13943 - Fire safety - Vocabulary (ISO 13943:2023)
- SS-EN-ISO-19353 - Safety of machinery - Fire prevention and fire protection (ISO 19353:2019)
- SS-EN-ISO-20088-3 - Determination of the resistance to cryogenic spillage of insulation materials - Part 3: Jet release (ISO 20088-3:2018)
- SS-INSTA-952 - Fire safety engineering - Review and control in the building process
- SS-ISO-12828-2 - Validation methods for fire gas analyses - Part 2: Intralaboratory validation of quantification methods (ISO 12828-2:2016, IDT)
- SS-ISO-13571 - Life-threatening components of fir Guidelines for the estimation of time to compromised tenability in fire (ISO 13571, IDT)
- SS-ISO-16730 - Fire Safety Engineering - Assessment, verification and validation of calculation methods (ISO 16730:2008, IDT)
- SS-ISO-16734 - Fire safety engineering - Requirements governing algebraic equations - Fire plumes (ISO 16734:2006, IDT)
- SS-ISO-16735 - Fire safety engineering - Requirements governing algebraic equations - Smoke layers (ISO 16735:2006, IDT)
- SS-ISO-16736 - Fire safety engineering - Requirements governing algebraic equations - Ceiling jet flows (ISO 16736:2006, IDT)
- SS-ISO-16737 - Fire safety engineering - Requirements governing algebraic equations - Vent flows (ISO 16737:2006, IDT)
- SS-ISO-19701 - Methods for sampling and analysis of fire effluents (ISO 19701:2013)
- SS-ISO-19702 - Guidance for sampling and analysis of toxic gases and vapours in fire effluents using Fourier Transform Infrared (FTIR) spectroscopy (ISO 19702:2015, IDT)
- SS-ISO-19703 - Generation and analysis of toxic gases in fire - Calculation of species yields, equivalence ratios and combustion efficiency in experimental fires (ISO 19703:2018, IDT)
- SS-ISO-19706 - Guidelines for assessing the fire threat to people (ISO 19706:2011, IDT)
- SS-ISO-20088-3 - Determination of the resistance to cryogenic spillage of insulation materials - Part 3: Jet release (ISO 20088-3:2018, IDT)
- SS-ISO-20414 - Fire safety engineering Verification and validation protocol for building fire evacuation models (ISO 20414:2020, IDT)
- SS-ISO-23932-1 - Fire safety engineering - General principles - Part 1: General (ISO 23932-1:2018, IDT)
- SS-ISO-24678-2 - Fire safety engineering Requirements governing algebraic equations Part 2: Fire plume (ISO 24678-2:2022, IDT)
- SS-ISO-24678-3 - Fire safety engineering - Requirements governing algebraic equations - Ceiling jet flows (ISO 24678-3:2022, IDT)
- SS-ISO-24678-9 - Fire safety engineering - Requirements governing algebraic equations - Part 9: Ejected flame from an opening (ISO 24678-9:2022, IDT)
- SS-ISO-24679-1 - Fire safety engineering - Performance of structures in fire - Part 1: General (ISO 24679-1:2019, IDT)
- SS-ISO-26367-1 - Guidelines for assessing the adverse environmental impact of fire effluents - Part 1: General (ISO 26367-1:2019, IDT)
- SS-ISO-26367-3 - Guidelines for assessing the adverse environmental impact of fire effluents - Part 3: Sampling and analysis (ISO 26367-3:2022, IDT)
- SS-ISO-29473 - Fire tests - Uncertainty of measurements in fire tests (ISO 29473:2010, IDT)
- SS-ISO-29903-1 - Comparison of toxic gas data from different tests - Part 1: Guidance and requirements (ISO 29903-1:2020, IDT)
- SS-ISO-29904 - Fire chemistry - Generation and measurement of aerosols (ISO 29904:2013, IDT)
- SS-SS-INSTA-951 - Fire safety engineering - Guide for probabilistic analysis for verifying fire safety design in buildings