Brief: Vamos mergulhar — veja esta solução em ação e observe os momentos-chave. Neste vídeo, você testemunhará uma demonstração do Testador de Desempenho de Vestuário de Proteção Retardante de Chama Portátil, mostrando como ele avalia o desempenho da roupa em ambientes simulados de fogo repentino. Aprenda como ele controla o fluxo de calor, a distribuição da chama e mede os tempos de queima para garantir a conformidade com a segurança.
Related Product Features:
Evaluates protective clothing performance in simulated flash fire environments with controlled heat flux and flame distribution.
Uses an instrumented manikin with 122 sensors to measure burn ranges and times for 2nd and 3rd degree burns.
Composed of a test chamber, control system, manikin, data acquisition system, image acquisition system, and software.
Manikin made of non-degradable, fireproof ceramic composites with movable joints for realistic testing.
Calibrates uniformity of incident heat flow and collects temperature data for epidermis, dermis, and subcutaneous tissue.
Complies with ASTM F1930-23 standard for evaluating flame-retardant clothing performance under flashover conditions.
Thermal radiation range of 0-167 kW/m² and includes 12 burners for comprehensive testing.
Transport package includes a plywood case for safe and secure delivery.
Perguntas Frequentes:
What standards does the Portable Flame Retardant Protective Clothing Performance Tester comply with?
The tester complies with ASTM F1930-23, an international standard for evaluating flame-retardant clothing performance under flashover conditions, and ASTM D6240 for the manikin standard.
How many sensors are included in the manikin?
The manikin is equipped with 122 sensors distributed throughout its body to accurately measure burn ranges and times.
What is the thermal radiation range of the tester?
The tester has a thermal radiation range of 0-167 kW/m², allowing for comprehensive evaluation of protective clothing performance in extreme fire conditions.
What materials is the manikin made of?
The manikin is made of non-degradable, fireproof ceramic composites, ensuring durability and realistic testing conditions.