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New Design Concept of Small Sized Optical Fiber Cable for Self-Supported Aerial Application

机译:自支撑空中应用小型光纤电缆的新设计概念

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There are some OSP conditions where it's necessary to deploy a very cost effectiveness solution to become economically feasible to link some clusters areas located quit far from existent optical infrastructure. Then, in order to optimize a cable design with best combination of certain characteristics like "low fiber counts", "self-supporting", "small diameter", "totally dielectric", "low weight", "easy and fast installation" and "low cost solution", a loose tube cable has been developed where the usual aramid or fiberglass strength yarns have been eliminated through the use of two FRP (fiber rode pultrusion) helically stranded with the loose tube unit. Extensive characterization testing was undertaken to validate performance against industry standard requirements. In addition, extensive field installation deployment validates the robustness and easy-installation aspects of the new cable design. This paper explains the new design concept of this optical fiber cable,mechanical and environmental performance and result of rtial field test.
机译:有一些OSP条件,可以部署非常成本的有效性解决方案,以便在经济上可行,以将位于存在的光基础架构远离存在的光学基础设施远离存在的一些集群区域。然后,为了优化具有“低光纤计数”,“自支撑”,“小直径”,“完全电介质”,“低重量”,“轻松快速”和“轻松和快速安装”的电缆设计“低成本解决方案”,已经开发了一种松散的管电缆,其中通过使用两种FRP(光纤骑行拉挤)与松散管单元螺旋绞合而消除了通常的芳纶或玻璃纤维强度纱线。采取广泛的表征测试以验证对行业标准要求的绩效。此外,广泛的现场安装部署验证了新电缆设计的鲁棒性和易安装方面。本文介绍了该光纤电缆的新设计概念,机械和环境性能和矩阵测试的结果。

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