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ASCE Manual of Practice No. 118 For Belowground Pipeline Networks For Utility Cables

机译:ASCE第118号实践手册,用于地下管线的公用事业电缆

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ASCE Manuals and Reports on Engineering Practice No. 118 for Belowground Pipeline Networks for Utility Cables address the use of pipes (conduits) for the placement of utility cables, including communications and electric power lines. This manual supplements other MOPS produced by the ASCE Pipeline Division, such as those dedicated to trenchless construction. In particular, MOP No. 118 provides background information and design requirement for the placement of cable ducts comprising a formal underground conduit system, as well as cables, or individual ducts for cables, directly buried in the soil. Various technologies for subsequent placement of cables within the installed conduits is also provided, including the theoretical principles governing the techniques.rnIn addition, a belowground cable network is presented that combines the advantages of underground conduit systems with that of direct-buried construction, and represents a cost-effective system that provides a degree of upgrade capability. This feature supports the desired trend towards belowground cable installation, reducing the hazards associated with aboveground utility poles, and helping avoid damage to other utilities and roads and highways. The results of several field applications of the BCN are described. The development effort for the MOP was sponsored by the U.S. Department of Transportation and the FHWA Turner-Fairbank Highway Research Center.rnAlthough the National Electrical Safety Code attempts to add clarification, the use of duct, or innerduct", in such "direct-buried applications sometimes tends to blur the distinction between "direct-buried" and "underground conduit" construction.
机译:ASCE关于公用电缆地下管道网络的工程实践No.118的手册和报告论述了使用管道(导管)放置公用电缆,包括通信和电力线。本手册是ASCE管道事业部生产的其他MOPS的补充,例如专门用于非开挖施工的MOPS。尤其是,第118号议定书(MOP)为包括正式地下管道系统的电缆管道以及直接埋在土壤中的电缆或电缆的单个管道的布置提供了背景信息和设计要求。还提供了用于将电缆随后放置在已安装的导管内的各种技术,包括控制该技术的理论原理。此外,还提出了一种地下电缆网络,该网络结合了地下导管系统与直接埋入式建筑系统的优点,代表了提供一定程度的升级功能的经济高效的系统。该功能支持地下电缆安装的理想趋势,减少与地面电线杆相关的危险,并有助于避免损坏其他电线电缆,道路和高速公路。描述了BCN的几种现场应用的结果。 MOP的开发工作是由美国运输部和FHWA特纳-费尔班克高速公路研究中心赞助的。尽管《国家电气安全法》试图在此类“直埋式”中增加澄清,使用管道或内管”应用有时会模糊“直埋式”和“地下导管”构造之间的区别。

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