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63 Wire & Cable ASIA – November/December 2016
❍ 图形3: 电缆拉伸极限测试
CRUSH3
❍ 图形4: 电缆挤压测试
Qin Yu, Fei Qian, Liming Chen,
Qingqing Qi, Shiying Wang, Huiping Shi, Cheng Liu
FiberHome Telecommunication Technologies Co Ltd
Wuhan, Hubei, China
电话: +86 27 87420569
电子邮件:
5 结论
第一套及第二套扁平电缆设计均可满足良好处理性能，测试
结果也显示他们都具有良好传输、机械、环境阻燃特征。这
两种扁平电缆均可用于FTTH应用且给运营商的分支电缆铺设
提供了新选择。
6 致谢
感谢FiberHome Telecommunication Technologies Co Ltd员
工的大力支持。
特别感谢IWCS员工在今年发表的文章。
7 参考书目
[1] Qingqing Qi, Kai Fu “A new all-dielectric aerial cable for FTTH access
network,” Proceedings of 63rd IWCS (2014)
[2] Enrico Consonni, Paolo Marelli, “Latest developments on high
fibre count cables for metro/access networks dedicated to FTTH
applications”, Proceedings of the 57th IWCS (2008)
[3] Mechanical performance for cables: IEC 60794-1-2 Ed 2.0: Optical
Fibre Cables- Part 1-2: Generic specification- Basic optical cable test
procedures
[4] IEC 60794-1-22 Ed 1.0: Optical Fibre Cables-Part 1-22: Generic
specification- Basic optical cable test procedures- Environmental test
methods
[5] IEC 60332-1-2 Edition 1.0: Test on electric and optical fibre cables
under fire conditions- Part 1-2: Test for vertical flame propagation for a
single insulated wire or cable- Procedure for 1kW pre-mixed flame
论文由在2015 年11 月美国乔治亚州亚特兰大举行的第64 届
IWCS 科技论坛提供。