New Reduced price! View larger

NFPA 556:2016

New product

NFPA 556:2016

Guide on Methods for Evaluating Fire Hazard to Occupants of Passenger Road Vehicles

More details

$21.22

-59%

$51.76

More info

Safeguard vehicle occupants in the event of a fire scenario, using the hazard-based investigating methods in NFPA 556.
NFPA 556: Guide on Methods for Evaluating Fire Hazard to Occupants of Passenger Road Vehicles provides guidance on methods and tools to decrease the fire hazard or fire risk in passenger road vehicles, and to increase the likelihood that occupants will have time to exit or be rescued in case of fire.
Now in its second edition, NFPA 556 gives designers, engineers, first responders, and safety professionals:
Guidance for a hazard-based assessment for the development of hazardous conditions from fire involving passenger road vehicles
Tools for determining the appropriate materials and design of components and systems to achieve a desired level of fire safety
Statistical information on vehicle fires
Background information on passenger road vehicle fire performance
Performance-based approaches to evaluating passenger road vehicle fire hazards
A substantial chapter dedicated to fire scenarios and mitigation strategies
Work with the 2016 edition for the latest definitions and up-to-date references. Chapter 5 adds criteria for a material to be considered noncombustible, which is consistent with language in NFPA 101®: Life Safety Code® and NFPA 5000®: Building Construction and Safety Code®. NFPA 556 benefits everyone with a goal of decreasing the fire hazards on the road, and is essential for everyone concerned with vehicle occupant safety. (Softbound, Approx. 47 pp., 2016)
- See more at: http://catalog.nfpa.org/2016-NFPA-556-Guide-on-Methods-for-Evaluating-Fire-Hazard-to-Occupants-of-Passenger-Road-Vehicles-P1334.aspx#sthash.57EfMSsE.dpuf

Author NFPA
Editor NFPA
Document type Standard
Format Paper
ICS 13.220.01 : Protection against fire in general
43.020 : Road vehicles in general
Replace NFPA 556 (2011)
Weight(kg.) 0.5176
Year 2016
Document history NFPA 556 (2016)
Country USA
Keyword 556