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Cable Material Component Effects On Large-Scale Fire Tests: Part 1

机译：电缆材料组件对大型火灾测试的影响：第1部分

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In the first of a two part research study to understand the effects of cable material components on large-scale Steiner Tunnel test performance, twisted, 4-pair copper communications cables and respective cable jackets were evaluated for fire and smoke performance by ASTM El354 cone calorimeter. Data analysis indicates that inherent cable material properties (heat of combustion and smoke extinctional cross-sectional area) measured by small-scale cone calorimeter can be used as predictors for compliance to large-scale Steiner Tunnel test requirements set forth in NFPA 90A. Materials under study encompassed a broad range of tunnel fire and smoke performance.

机译：在第一部分研究的第一个研究中，了解电缆材料部件对大型施泰纳隧道试验性能的影响，通过ASTM EL354锥形量热计评估了扭曲，4对铜通信电缆和各个电缆夹克进行了火灾和烟雾性能。数据分析表明，通过小规模锥形量热计测量的固有电缆材料（燃烧热和烟雾灭绝横截面积）可以用作符合NFPA 90A中所述的大规模Steiner隧道试验要求的预测因子。正在研究的材料包括广泛的隧道火灾和烟雾性能。

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《IWCS/Focus~TM Conference》|2006年||共8页
会议地点
作者
Thomas Z. Fabian; Pravinray D. Gandhi; J. Thomas Chapin; International Wire amp; Cable Symposium(IWCS~TM)Inc.;
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正文语种
中图分类金属导电材料;
关键词
steiner tunnel, NFPA 90A; NFPA 262; cone calorimeter; ASTM El354; smoke; communications cable; cable correlation;

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Cable Material Component Effects On Large-Scale Fire Tests: Part 1

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