综合布线系统在长春机场的应用与设计
摘要
本文主要论述了综合布线系统在长春机场航站楼的设计方案及应用,综合布线系统应用高品质的标准材料,以非屏蔽双绞线和光纤作为传输介质,采用组合压接方式,统一进行规划设计,组成一套完整而开放的长春机场综合布线系统。该系统将语音、数据、图像信号的布线与建筑物安全报警、监控管理信号的布线综合在一个标准的布线系统内。在墙壁上或地面上设置有标准插座,这些插座通过各种适配器与计算机、通信设备以及楼宇自动化设备相连接。
在长春机场综合布线设计中,根据工程的特点和规模,选择了AVAYA SYSTIMAX系统,将不同的传输介质的主机系统全部转换成同一非屏蔽双绞线(UTP),通过双绞线可传输语音、数据、图像、视频信号、楼宇自控及门禁系统信号,支持长春机场航站楼的数据应用、地面信息、航显、问询、安检、离港等系统。
A set of integrated wiring system for buildings or between buildings for computer, communications facilities and monitoring system set up in advance of the information transmission channel. It voice, data, images and other devices connected to each other and at the same time make an appeal with the external communication equipment connected to data networks. Integrated wiring system for integrated services digital network to adapt to the needs of development of a specially designed wiring methods, modern architecture has become an important part. The use of star topology structure, modular design of the integrated wiring system, as compared with traditional cabling there are many features, mainly in the system with open, flexible, modular, scalable and independence and so on.
Integrated wiring system consists of 6 sub-systems, including work area subsystem, subsystem level, the management subsystem, vertical lines subsystems, equipment and buildings subsystem subsystem. Work area subsystem is a terminal equipment can be set up independently of the region, including the level of the subsystems of the information distribution system, sockets, socket to connect the information terminal equipment and the jumper and adapter. Subsystem level due to use workspace information socket, floor equipment, distribution lines to the message level socket cables, wiring equipment and floors composed of jumpers. Management subsystem set up the distribution line equipment in the floor of the room, the management subsystem of the wiring between the transfer of equipment, input / output equipment, etc., that can be applied to devices in the subsystem. Subsystem should be vertical lines between the wiring device jumper as well as equipment and devices to the distribution of lines on each floor to connect cables between the components. Devices in each building in the appropriate locations into the line equipment, network management, and management of places of duty. Equipment subsystem cabling system should be integrated into the line of building equipment, telephone, data, host computer and other security equipment and its components such as wiring devices.Buildings more than two buildings subsystem telephone, data, monitoring the formation of a complex system of integrated wiring system to connect the cable between the buildings and wiring equipment, composed of complex subsystems.
The quality of integrated cabling system is not only related to the location of the user communication quality, but also directly related to the smooth flow of public communication networks and security. To this end, the acceptance of integrated wiring systems engineering is extremely important, it is to ensure the quality of the project and put into operation indispensable to the normal operation of a very critical process.Integrated wiring systems engineering is a systematic inspection of the work throughout the construction process. It includes not only testing the use of various types of cables on-site certification testing, also includes the construction environment, quality of equipment and installation techniques, cable, fiber optic cable in the building and building process between the laying, cable termination, completion of technical paper checks, and many other projects.Acceptance of integrated wiring systems engineering is divided into pre-construction inspection, with inspection work, concealed work visa, as well as a few parts of the completion of testing.
LongJia Changchun International Airport project integrated wiring system is a complete set of integrated standard, high-quality, open and distributed generic cabling system transmission via unshielded twisted pair (UTP) language (Voice ), data (Data), image (Image), such as signal integrity in a single transmission medium and provides a standard outlet and modular card information in order to connect all the different types of terminal equipment. The integrated wiring system level through the twisted-pair Category 6 connectivity terminal and other parts of the system within the terminal with the outside world, as well as the relevant system, in the system constitute a high-speed information access, making it a modern high-performance intelligent type construction.This involves building an integrated cabling system, computer, communications, automation and other fields, with standardized, simplified and systematic characteristics. For the airport, as well as the various departments in different application environments to provide technologically advanced, flexible and complete modular cabling system, which has traditional cabling system unmatched by many of the features. Various sub-systems integrated the requirements of the application of systems engineering theory and methods, unified planning and routing, to achieve system optimization, cost savings and improve cost-effectiveness.The level of the system wiring and cabling are the backbone of the physical structure of the star in order to achieve a variety of network topology. Data transmission as the main means of fiber optic cable, voice large number of cables as the backbone of the transmission line, with Category 6 cables to meet the needs of a wide range of applications and expand the needs of the entire cabling system is highly advanced, openness and reliability.
With the continuous development of science and technology, will be integrated wiring construction equipment, integrated wiring construction will more closely combine.For the airport project, due to weak airport IT and electronic systems are built on the most integrated wiring based on weak airport in the application of new technologies ahead of other industries than has become the de facto weak professional practice of the new trends venues, six types of cabling system has become the mainstream standard applications. With the rapid development of computer technology, integrated wiring system towards integrated systems and intelligent wiring cabling system for residential home development in both directions. Therefore, the integrated wiring industry as a sustainable development in the coming years is expected to continue at a fast rate.
在长春机场综合布线设计中,根据工程的特点和规模,选择了AVAYA SYSTIMAX系统,将不同的传输介质的主机系统全部转换成同一非屏蔽双绞线(UTP),通过双绞线可传输语音、数据、图像、视频信号、楼宇自控及门禁系统信号,支持长春机场航站楼的数据应用、地面信息、航显、问询、安检、离港等系统。
A set of integrated wiring system for buildings or between buildings for computer, communications facilities and monitoring system set up in advance of the information transmission channel. It voice, data, images and other devices connected to each other and at the same time make an appeal with the external communication equipment connected to data networks. Integrated wiring system for integrated services digital network to adapt to the needs of development of a specially designed wiring methods, modern architecture has become an important part. The use of star topology structure, modular design of the integrated wiring system, as compared with traditional cabling there are many features, mainly in the system with open, flexible, modular, scalable and independence and so on.
Integrated wiring system consists of 6 sub-systems, including work area subsystem, subsystem level, the management subsystem, vertical lines subsystems, equipment and buildings subsystem subsystem. Work area subsystem is a terminal equipment can be set up independently of the region, including the level of the subsystems of the information distribution system, sockets, socket to connect the information terminal equipment and the jumper and adapter. Subsystem level due to use workspace information socket, floor equipment, distribution lines to the message level socket cables, wiring equipment and floors composed of jumpers. Management subsystem set up the distribution line equipment in the floor of the room, the management subsystem of the wiring between the transfer of equipment, input / output equipment, etc., that can be applied to devices in the subsystem. Subsystem should be vertical lines between the wiring device jumper as well as equipment and devices to the distribution of lines on each floor to connect cables between the components. Devices in each building in the appropriate locations into the line equipment, network management, and management of places of duty. Equipment subsystem cabling system should be integrated into the line of building equipment, telephone, data, host computer and other security equipment and its components such as wiring devices.Buildings more than two buildings subsystem telephone, data, monitoring the formation of a complex system of integrated wiring system to connect the cable between the buildings and wiring equipment, composed of complex subsystems.
The quality of integrated cabling system is not only related to the location of the user communication quality, but also directly related to the smooth flow of public communication networks and security. To this end, the acceptance of integrated wiring systems engineering is extremely important, it is to ensure the quality of the project and put into operation indispensable to the normal operation of a very critical process.Integrated wiring systems engineering is a systematic inspection of the work throughout the construction process. It includes not only testing the use of various types of cables on-site certification testing, also includes the construction environment, quality of equipment and installation techniques, cable, fiber optic cable in the building and building process between the laying, cable termination, completion of technical paper checks, and many other projects.Acceptance of integrated wiring systems engineering is divided into pre-construction inspection, with inspection work, concealed work visa, as well as a few parts of the completion of testing.
LongJia Changchun International Airport project integrated wiring system is a complete set of integrated standard, high-quality, open and distributed generic cabling system transmission via unshielded twisted pair (UTP) language (Voice ), data (Data), image (Image), such as signal integrity in a single transmission medium and provides a standard outlet and modular card information in order to connect all the different types of terminal equipment. The integrated wiring system level through the twisted-pair Category 6 connectivity terminal and other parts of the system within the terminal with the outside world, as well as the relevant system, in the system constitute a high-speed information access, making it a modern high-performance intelligent type construction.This involves building an integrated cabling system, computer, communications, automation and other fields, with standardized, simplified and systematic characteristics. For the airport, as well as the various departments in different application environments to provide technologically advanced, flexible and complete modular cabling system, which has traditional cabling system unmatched by many of the features. Various sub-systems integrated the requirements of the application of systems engineering theory and methods, unified planning and routing, to achieve system optimization, cost savings and improve cost-effectiveness.The level of the system wiring and cabling are the backbone of the physical structure of the star in order to achieve a variety of network topology. Data transmission as the main means of fiber optic cable, voice large number of cables as the backbone of the transmission line, with Category 6 cables to meet the needs of a wide range of applications and expand the needs of the entire cabling system is highly advanced, openness and reliability.
With the continuous development of science and technology, will be integrated wiring construction equipment, integrated wiring construction will more closely combine.For the airport project, due to weak airport IT and electronic systems are built on the most integrated wiring based on weak airport in the application of new technologies ahead of other industries than has become the de facto weak professional practice of the new trends venues, six types of cabling system has become the mainstream standard applications. With the rapid development of computer technology, integrated wiring system towards integrated systems and intelligent wiring cabling system for residential home development in both directions. Therefore, the integrated wiring industry as a sustainable development in the coming years is expected to continue at a fast rate.
引文
[1]刘国林,综合布线,机械工业出版社,2004:96-116.
[2]王趾成、张军,综合布线技术(高职),西安电子科技大学出版社,2007:25-29.
[3]张彝、董茜,网络综合布线工程技术,人民邮电出版社, 2006:32-41.
[4]吴达金,综合布线系统工程设计和施工,人民邮电出版社,1999:45-68.
[5]韩宁、刘国林,综合布线,人民交通出版社,2000:158-190.
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[9]吴达金,地下通信信息管道常用图表资料手册,机械工业出版社,2008.
[10]李刚,最新网络组建、布线和调试实务,电子工业出版社,2004.
[11]张宜,综合布线系统应用技术,电子工业出版社,2007.
[12]张小明,综合布线应用技术(弱电工工程技术一),机械工业出版社,2007.
[13]郭玉欣,智能大厦综合布线系统设计探讨,低压电器2001,2:55-59.
[14]雷锐生、潘汉民、程国卿,综合布线系统方案设计,西安电子科技大学,2004:24-68.
[15]赵彤霞,综合布线系统浅析[J],山西建筑,2008,28(6):89-90.
[16]贺仁明,综合布线系统的发展和未来[J],电信工程技术与标准化,2004,5(1):14-18.
[17]李爱红,智能建筑物综合布线系统浅析[J],电信工程技术与标准化,2005, 4(1):12-14.
[18]邝得华,合布线技术指南,北京科学出版社,2000.
[19]黎连业,网络综合布线系统与施工技术(第2版),机械工业出版社,2003.
[20]孟焕平,综合布线系统接地设计[J],工程设计cAD及智能建筑,2000,3:57-58.
[21]王永忠,综合布线系统的设计[J],北京服装学院学报,2003,4:45-48.
[22]黄玉,综合布线系统设计探讨[J],山东电子,2003,2:53-54.
[23]吴达金,综合布线系统的综合范围[J],电信技术2004,3(1):79-81.
[2]王趾成、张军,综合布线技术(高职),西安电子科技大学出版社,2007:25-29.
[3]张彝、董茜,网络综合布线工程技术,人民邮电出版社, 2006:32-41.
[4]吴达金,综合布线系统工程设计和施工,人民邮电出版社,1999:45-68.
[5]韩宁、刘国林,综合布线,人民交通出版社,2000:158-190.
[6]冯驰,赵旦锋,综合布线标准EIA/TIA-568A[J],电信科学,1996,4:29-31.
[7]武庆生,胡立翔,综合布线的测试和验收[J],电信科学,1999,11:29-31.
[8]史国中,综合布线系统设计与实现,重庆大学工程硕士学位论文,2004.
[9]吴达金,地下通信信息管道常用图表资料手册,机械工业出版社,2008.
[10]李刚,最新网络组建、布线和调试实务,电子工业出版社,2004.
[11]张宜,综合布线系统应用技术,电子工业出版社,2007.
[12]张小明,综合布线应用技术(弱电工工程技术一),机械工业出版社,2007.
[13]郭玉欣,智能大厦综合布线系统设计探讨,低压电器2001,2:55-59.
[14]雷锐生、潘汉民、程国卿,综合布线系统方案设计,西安电子科技大学,2004:24-68.
[15]赵彤霞,综合布线系统浅析[J],山西建筑,2008,28(6):89-90.
[16]贺仁明,综合布线系统的发展和未来[J],电信工程技术与标准化,2004,5(1):14-18.
[17]李爱红,智能建筑物综合布线系统浅析[J],电信工程技术与标准化,2005, 4(1):12-14.
[18]邝得华,合布线技术指南,北京科学出版社,2000.
[19]黎连业,网络综合布线系统与施工技术(第2版),机械工业出版社,2003.
[20]孟焕平,综合布线系统接地设计[J],工程设计cAD及智能建筑,2000,3:57-58.
[21]王永忠,综合布线系统的设计[J],北京服装学院学报,2003,4:45-48.
[22]黄玉,综合布线系统设计探讨[J],山东电子,2003,2:53-54.
[23]吴达金,综合布线系统的综合范围[J],电信技术2004,3(1):79-81.