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The子系统subsystem光纤 | 家庭/个人应用 2022-08-25 104 0star收藏 版权: . 保留作者信息 . 禁止商业使用 . 禁止修改作品
1)办公区子系统(WORKAREASUBSYSTEM)
办公区子系统由用户终端设备连接至信息插座的器件组建,它包括插座面板、连接器和连接所需的扩展软线,信息插座有墙上、地上、桌上型等多种,标准有RJ45/RJ11的单、双、多孔等各种型号。
2)水平子系统(HORIZONTALSUBSYSTEM)
水平布线子系统将电缆从配线架连接到各办公区的信息插座上,一般处在同一楼层。通常采用3类或5类8芯4对双绞线,3类或5类双绞线都是由8根24-AWG(0.511mm)铜线组建,符合EIA/TIA-568A标准。
3)管理区子系统(ADMINISTRATIONSUBSYSTEM)
管理区子系统由楼层配线架组建。其主要功能是将垂直干缆与各楼层水平布线子系统相连接。布线系统的灵活性和优势主要发挥在管理子系统上,只要简单的跳一下线就可以实现任何一个结构化综合布线的信息插座以实现对任何一类智能系统的连接,极大地方便了线路重新部署和网络终端的调整。光纤连接时,要用光纤接续箱(LIU),箱内可以有多个SC连接器安装孔,箱内的线路弯曲设计应符合62.5/125微米多模光纤的弯曲要求,光纤接头用SC,由陶瓷资料制成,最大衰减为0.2dB,光耦合器可作为多模光纤与网络设备或光纤接续安装上的连接,配线架和光纤接续箱通常设在弱电井或设备间内,用来连接垂直干线系统,并对它们通过跳线进行管理。
4)垂直主干子系统(RISERBACKBONESUBSYSTEM)
主干子系统提供建筑物的主干电缆的路由,是结构化综合布线系统的神经中枢,实现主配线架和中间配线架的连接。一般建议采用大对数双绞线电缆和光纤作为主干传输介质。
5)主管理区子系统(EQUIPMENTSUBSYSTEM)
主管理区子系统把中继线交叉处和布线交叉连接处连到使用系统设备上.由主设备间的电缆及连接器和相关支持硬件组建,把公用系统的各种不同设备互连起来。


(1) Office area subsystem (WORKAREASUBSYSTEM)
The office area subsystem is composed of devices connecting user terminal equipment to information sockets. It includes socket panels, connectors and extension cords required for connection. Information sockets include wall, ground, and desktop types, and the standard is RJ45. /RJ11 single, double, multi-hole and other models.
2) Horizontal subsystem (HORIZONTALSUBSYSTEM)
The horizontal wiring subsystem connects the cables from the patch panel to the information sockets in each office area, generally on the same floor. Usually, Category 3 or Category 5, 8-core, 4-pair twisted pair is used. Category 3 or Category 5 twisted pair is composed of 8 24-AWG (0.511mm) copper wires, which conform to the EIA/TIA-568A standard.
3) ADMINISTRATIONSUBSYSTEM
The management area subsystem is composed of floor distribution frame. Its main function is to connect the vertical trunk cable with the horizontal wiring subsystem of each floor. The flexibility and advantages of the wiring system are mainly exerted on the management subsystem. As long as the line is simply jumped, any information socket of the structured integrated wiring can be realized to realize the connection to any type of intelligent system, which greatly facilitates the line re-connection. Deployment and adjustment of network endpoints. When connecting optical fibers, use a fiber optic splice box (LIU). There can be multiple SC connector mounting holes in the box. The line bending design in the box should meet the bending requirements of 62.5/125 micron multimode fiber. Made of ceramic material, the maximum attenuation is 0.2dB, the optical coupler can be used as the connection between multi-mode optical fiber and network equipment or optical fiber splicing installation. Vertical trunk systems and manage them through jumpers.
4) Vertical backbone subsystem (RISERBACKBONESUBSYSTEM)
The backbone subsystem provides the routing of the backbone cables of the building, and is the nerve center of the structured integrated wiring system, realizing the connection between the main distribution frame and the intermediate distribution frame. It is generally recommended to use large-pair twisted pair cables and optical fibers as the backbone transmission medium.
5) Main management area subsystem (EQUIPMENTSUBSYSTEM)
The main management area subsystem connects trunk crossovers and cabling crossovers to using system equipment. It is composed of cables and connectors between the main equipment and related supporting hardware to interconnect various equipment of the public system.)

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