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Indoor Series Introduction to Integrated Cable Layout

Country/Region china
Company Guangzhousanjia Electronic Co.,Ltd
Categories Trunk Cable
Telephone 020-372909
ICP License Issued by the Chinese Ministry
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    Indoor Series Introduction to Integrated Cable Layout

    Name:Introduction to Integrated Cable Layout

    Integrated cable layout is a modularized and very flexible information channel in or between buildings through which voice facilities, data facilities, communication facilities and other control equipments can be connected with the information management system and these facilities can be joined to the outside network. It also includes all the cables and connection parts that joins outside network or telecommunication network with facilities of application system. The layout is made up of parts of different series and specifications, including transportation media, relative connection hardware (like distribution frame, connector, plug, socket and adapter) and other electric protection facilities. These parts can be used to build all kinds of sub-systems with their respective particular use. They are not only easy to applied and also to update stably according to changes of demands.
    The layout consists of working area sub-system, level sub-system, management sub-system, vertical trunk line sub-system, medium sub-system and construction group sub-system.
    Working Area Sub-system
    This system is made up of cables (about 3 m long) that connect terminals facilities to information sockets. It includes connection cable and devices with more than one pin, like Y style connecter, various connecters with or without source that connects the terminals facilities of the working area and the information sockets. Connection facilities are chosen according to the configuration of different user's terminals and usual terminals are computers, telephones, fax machines and so on. All information sockets are RJ-45 mode.
    Main facilities are modules, interface, wire jumper and so on.
    Level Sub-system
    The level sub-system is a part of the whole layout that expands the vertical trunk line sub-system into the working area. The difference between level sub-system and vertical trunk line system is that the layout of the level one is always on the same floor and connected to the information sockets or joint of layout district in a parallel style. The whole system has limited the number of cables of the above sub-systems at 4 sets great logarithm shielded or unshielded twisted pair, which supports a majority of modern communication facilities. In some cases of broadband application, optic fiber brand-REX is available.
    One end of level sub-system can be connected to information socket, while the other end connected between the vertical trunk lines, satellite lines or the management distribution frame of device rooms.
    The level line sub-system starts from the information sockets of each working area and ends at the cable of inner distribution frame in the management area through the level layout. The level layout cables are all laid out along floors or the centre of roofs, whose length is always less than 90m.
    Main facilities are 4 set of twisted pairs, indoor multi-module optic fiber.
    Vertical Trunk Sine Sub-system
    This sub-system is also a part of the whole layout of a building, which offers route for all the vertical cables and are usually made up of big logarithm copper cables with on end connected to the main distribution frame in the device room and the other end to each management sub-wring frames of of each floor.
    Specifically, this system is consisted of all the vertical trunk excessive logarithm line, namely excessive logarithm copper cables, coaxial lines, multi-module and multi-pin optic fibers and other supporting hardware that connect these fibers with other systems, for the service of offering the vertical route between the mainframe among devices and floor mainframe among trunk line connection. According to international standard for wiring of EIA/TIA568 and ISO/IEC11801, the longest distance of various trunk lines that connect the intersected connection frames among devices and midway frames with IDF the floor distribution frame of the floor management area.
    Main facilities include great logarithm cables, indoor multi-module optic fibers.
    Management Area Sub-system
    This system is consisted of intersectional connected, directive connected wiring connection hardware devices, in order to offer the management between trunk lines, midway lines, each floor distribution frames of main devices, communication between level lines and trunk lines on general distribution frame, location and shift of lines. The IDF floor distribution frame of the system could be installed on the fire-proof wall-surface board between trunk lines connection, on a 19 inch wall-surface metal frame or in a 19 inch device box. Main distribution frame MDF could be installed on the fire-proof wall-surface bo

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