EN ISO 11681-4:2016 is an International Standard that sets forth the specifications and requirements for the evaluation and testing of protective clothing used in firefighting. This standard provides guidelines for assessing the performance of garments designed to protect firefighters from various hazards encountered during their hazardous duty.
of EN ISO 11681-4:2016
The overall scope of EN ISO 11681-4:2016 is to establish minimum performance requirements for protective clothing used by firefighters, to ensure their safety and enhance their ability to carry out their duties effectively. The standard covers various elements of protective clothing such as jackets, trousers, hoods, helmets, boots, and gloves.
Based on risk assessment and hazard analysis, EN ISO 11681-4:2016 defines specific performance requirements for protection against heat and flame, radiant heat, convective heat, splashes of liquid chemicals, and other related hazards. It specifies the minimum levels of resistance that the clothing materials must exhibit under simulated fire conditions.
Key Testing Methods
EN ISO 11681-4:2016 outlines several testing methods that are recommended for evaluating the properties and performance of firefighter's protective clothing. These tests include:
Heat Resistance Test: This assesses the material's capacity to withstand heat and thermal exposure without causing harm to the wearer. It measures parameters such as the time taken for heat transfer, temperature increase on the inner surface, etc.
Flame Spread Test: This examines how well the material resists the spread of flame when directly exposed to fire or radiant heat. It determines the material's resistance to ignition, flame spread, and duration of after-flaming.
Heat Transfer Test: This evaluates the ability of the clothing to minimize heat transfer from high-temperature environments to the wearer's body. It measures factors such as thermal insulation, contact heat transmission, etc.
Conclusion
EN ISO 11681-4:2016 plays a crucial role in ensuring that firefighters have reliable protective clothing that meets specific performance requirements. By setting minimum standards and testing methods, this standard helps to minimize risks associated with fire-related hazards and enhance the safety of firefighters on duty.
Nina She