【 Weak current College 】 intelligence architectural design standard

1 General provisions
1.0.1 in order to standardize the intelligent building engineering design, improve quality, to develop this standard.
1.0.2 this standard applies to the smart office buildings, building, residential building of the new, expanded and reconstructed construction works, other projects could also be reference use.
1.0.3
The intelligent construction the intellectualized system should be based on the use of functional, administrative requirements and construction investment, divided into a, b, c three-level (residential), and at all levels have the expansibility, openness and flexibility. Intelligent buildings of rating is determined by the evaluation standards.
Intelligent building design, 1.0.4 must follow national guidelines, advanced technology, reasonable, practical and reliable.
1.0.5 intelligent building engineering design, in addition to the implementation of this standard, there should be consistent with the national provisions of the existing relevant standards.
2 terms and symbols
2.0.1 (IB) for intelligent building IntelligentBuilding
It is a building as a platform, and construction equipment, Office Automation and communication network system, structure, system, service, management, and the most optimum combination between them,
To provide a safe, efficient, comfortable, convenient for the built environment.
2.0.2 construction equipment automation system (BAS) buildingAutomationSys-tem
The building or complex of electricity, lighting, water supply and drainage, fire protection, security, garage management device or system to centrally monitor, control and management for the purpose, constitutes a comprehensive system.
2.0.3 communication network system (CNS) CommunicationNetworkSystem
It is the building of voice, data and image transmission infrastructure, and external communication network (such as the PSTN, integrated services digital network, computer, Internet, data communication networks and satellite communication network, etc.) linked to, ensure that the information flow.
2.0.4 Office automation system (OAS) OfficeAutomationSystem
3 communication network system
3.1 General provisions
3.1.1 communication network system should be capable of building or buildings by owners (managers) and structures of the individual to provide effective information services.
3.1.2 communication network system should be able to come from inside and outside a building or complex information be receiving, storage, processing, transmission and provide decision support capabilities.
3.1.3 communication network system offers various types of business and the business interface, should pass the building wiring system to individual
User terminal.
4 Office automation system
4.1 General provisions
4.1.1 Office automation system should be the owner of the building (managers) and building users
Create a good environment and provide efficient and effective business information services. Office automation system should be able to come from inside and outside of buildings of all types of information, to the collection, processing, storage, retrieval, processing and provides investigatory Office decision and supported features
4.2 design elements
4.2.1
According to the various types of building use functional requirements, the establishment of a common Office automation system and dedicated office automation system. General Office automation system should have the following features: building property management trading information, email accounts, email, information dissemination, information retrieval, navigation, electronic meetings, as well as word processing, document management etc. For professional office building, Office automation system has these functions, but also according to their specific business needs, the establishment of a dedicated office automation system. For intelligent building automation system design, to meet the General requirements of Office Automation, but also as a private Foundation office automation systems as key elements of the design.
4.2.2 office automation system in computer networks should be established, based on information sharing. At the same time should have wide area network connectivity, and Internet connection.
4.2.3 OA system, should have good system security precautions.
4.2.4 Office automation systems should implement the following key features:
1 property management trading information subsystem, you should be on building all kinds of facilities management, health and maintenance management.
2 Office and service management subsystem should have for word processing, document management, various types of public services and billing management, e-mail accounts, personnel management and other functions.
3 information service subsystem should have a common repository, to building public information collection, storage, query, publish, guidance, and other functions.
4 smart card management system should be able to identify identity, access keys, information systems, keys, etc., and all kinds of billing.
4.2.5 should set up a computer network management system, computer network maintenance and monitoring, and troubleshoot the network.
4.2.6 Office automation system infrastructure of the information environment conditions should be consistent with the standards of Chapter 3.
4.3 design standards
4.3.1 category standards should meet the following conditions:
1 Office Automation server, should be used as a public repository, Web servers, e-mail servers, and other carriers.
2 establishment of transfer rate at above 100Mbit/s backbone network of computer systems, and Yi and Internet connection.
3 in establishing and building a network connection, you should by functioning of various system protection measures.
4
Office automation system should have a building property management trading information subsystem, Office Management subsystem, service management subsystem, a smart card management subsystem, shared repository management subsystem and electronic meetings, posting information services subsystem.
4.3.2 b standards should meet the following conditions:
1 Office Automation server, should be used as a publicRepository, Web servers, e-mail servers, and other carriers.
2 establish a transfer rate of not less than 100Mbit/s backbone network of computer systems, and Yi and Internet connection.
3 in establishing and building a network connection, you should be on preventing the illegal invasion has functions system security precautions.
4 Office automation system should have a building property management trading information subsystem, Office Management subsystem, and public information library management subsystem.
4.3.3 c standards should meet the following conditions:
1 Office Automation server, should be used as a public repository, Web servers, e-mail servers, and other carriers.
2 establishment of transfer rate to 10Mbit/s over the computer local area network, and the ability of a WAN connection.
3 should have the necessary information security measures.
4 Office automation system should have a building property management trading information subsystem and Office Management subsystem.
5 construction equipment monitoring system
5.1 General provisions
5.1.1 on building all sorts of devices to monitor, control, measurement, should be running a secure, reliable, energy efficient, saving manpower.
5.1.2 construction equipment monitoring system network architecture model should be distributed or distributed control, management and monitoring layer network, and device running, monitoring and control.
5.1.3 construction equipment monitoring system should be real-time acquisition, logging data about equipment operation and for analytical processing.
5.1.4 construction equipment monitoring system should meet the management needs.
5.2 design elements
5.2.1 on air conditioning system equipment, ventilation equipment and environmental monitoring systems operating in the monitoring, control, measurement, and records.
5.2.2 on supply and distribution system, electrical equipment, emergency (standby) power supply, DC power supply, bulk power supply is not a power to monitor, measure and record.
5.2.3 on power equipment and lighting equipment for monitoring and control.
5.2.4 on water supply and drainage systems of water supply and drainage equipment, water and sewage treatment equipment and operating conditions for monitoring, control, measurement, and records.
5.2.5 on thermal system of heat source equipment operation condition monitoring, control, measurement, and records.
5.2.6 on public security system, fire alarm and fire control system operation the necessary monitoring and linkage control.
5.2.7 on elevators and escalators in operation monitoring.
5.3 design standards
5.3.1 category standards should meet the following conditions:
1 compression refrigeration system should have the following features:
1) start and stop control and operation status display; 2) chilled water temperatures, pressure measurement; 3) cooling water temperatures, pressure measurement; 4) overload alarm;
5) water flow measurement and cold records; 6) run time and boot times record; 7) refrigeration system start-up and shutdown control program; 8)
Frozen water by-pass valve pressure control; 9) and then set the freezing water temperature; 10) number of control; 11) refrigeration system control system should have a communication interface.
2 absorption refrigeration system should have the following features:
1) start and stop control and operation status display; 2) run mode, set the value of the display; 3) evaporator, condenser and export water temperature measurement; 4)
Refrigerants, solution evaporator and condenser of temperature and pressure measurements *; 5) solution temperature, pressure and concentration values and crystallization temperature measurement *; 6) boot times, run times display;
7) flow, temperature, mold protection *; 8) fault alarm; 9) number of control; 10) refrigeration system control system should have a communication interface.
6 automatic fire alarm system
6.0.1 intelligent building fire alarm system is set up, you should press the current national senior civil building design fire protection standard "GB50045, the architectural design fire protection standard of GBJ
16 of the regulations.
6.0.2 intelligent building fire alarm system and fire protection system design, existing national standards should be the automatic fire alarm system design code GB50116
Of the relevant regulations.
6.0.3 fire control room lighting should be glare-free lighting with fluorescent lamp, shall be received in the line of emergency power supply circuit, indoor environment should follow the design of intelligent building environmental requirements.

6.0.4 fire control rooms can be set individually, and BA, SA
System combined with the control room, the device should be able to secure independence indoors, and mutual interference will not occur. Fire alarm control system of the host and the control panel should be set on fire control room.
6.0.5 intelligent building important places to choose intelligent fire detector. In the use of own fire detectors cannot effectively detecting fire place, you can use composite fire detectors.
6.0.6 automatic fire alarm system should be set with localization operations sector
7 security system
7.1 General provisions
7.1.1
Security system design should be based on use of buildings, construction standards and security management, integrated use of electronic and information technology, computer network technology, security technology, constitute an advanced, reliable, affordable, complete set of security and protection system.
7.1.2
Security system of system design and configuration of the various subsystems shall comply with the relevant national technical rules for safe and compatible with advanced, reliable, reasonable, the applicable principles. System integrators should be structured, modular and standardized manner, should be able to meet the project construction development and technology development need.
7.2 design elements
7.2.1
Security system design should be based on the risk of the protected object, determine the appropriate level of protectionLevel, to meet the overall depth protection level to meet the overall depth protection design requirements to achieve the required level of security.
7.2.2 security system structure modes are:
1 integrated security system;
2 integrated security system;
3 modular safety system.
The mode of security system, shall set the emergency alarm system, and leave with external police 110 alarm centers networked communication interface.
7.2.3 security system of the major subsystems:
1
Intrusion alarm systems. System should be based on the building of security and protection management needs, on the illegal invasion of the fortified area, theft, destruction and looting, and so on, real-time effective detection and alarm, and should have the alarm review function.
2
TV monitoring system. System should be based on the building security and protection management needs, must be monitored sites, sites, access to real-time, effectively video detection, video surveillance, video transmission, display, and records, and should have the alarm and image review functions.
3
Access control system. System in accordance with building security and protection management needs, the need for control of various types, according to a variety of objects and their access levels, on the implementation of its in and out real-time control and management, and should have the alarm function. System with automatic fire alarm system linkage.
4
Patrol system. System should be based on the building security and protection management needs, according to the advance preparation of security guards patrol software program, through the card reader or other means for security personnel to patrol work status (whether on-time, compliance with the sequential, etc.) to monitor, record, and be alert to unexpected condition in a timely manner.
5
Garage (field) management system. System should be based on the various types of building management requirements, garage (field) of the vehicle crossing the implementation of access control, monitoring, traffic signals, stop billing and automobile anti-theft alarm and integrated management.
6
Other subsystems: according to the various buildings of different safety management requirements and building special parts of the protection requirements set other security subsystem, such as a dedicated high-security entities protection system, explosion-proof safety inspection system, security information broadcast system, important storage library security system, etc. These subsystems shall comply with the national security and protection industry and related industry technical specifications and regulations. This standard on the subsystem design standards are not graded.
7.3 design standards
7.3.1 category standards should meet the following conditions:
1 integrated security system.
1) should set the security system of the central control room. Should be able to adopt a unified communication platform and management software to the central control room settings and the subsystem device networking, from a central control room to make the whole system, automated management information integration.
2) should be able to run on various subsystems of State monitoring and control, should be on system health and alarm information data recorded and displayed. Should set the necessary database.
3) should be transmitted by cable, wireless transmission, supplemented by information transmission system. Central control room should be can't information transfer systems for detection, and can be carried out with all the important parts of wireless communication. Emergency alarm system should be set.
4) should have multiple data input and output interfaces, should be able to connect to the security subsystem management computer. Should be left to the external public security alarm centers networked communication interface. Should be able to connect to the host computer, to achieve more large-scale systems integration.
2 intrusion alarm system
1) should be based on various types of building safety and prevention of specific requirements and environmental conditions, can be set individually or comprehensive perimeter protection, building area or space protection, focus on the real objective of protection systems.
2) should be on its own network, you can run independently, and have the output interface, available in manual, automatic way to wired or wireless system to the police. System should be a local alarm, the alarm should be can't. System should be able and TV monitoring system, access control systems can be linked, and the security and protection system of the central control room, networking, meet the central control room on intrusion alarm system for centralized management and centralized monitoring.
3) system of the front-end should be required to select, install, various intrusion detection equipment pose point, surface and solid or combination of integrated protection system.
4) should be able to press the time, zone, site of arbitrary programming fortification or disarmed.
5) should be on the device running and signal transmission lines to be detected, the timely issue of fault alarm and fault location.
6) should have damaging functions, when the detector is removed or when the line is cut off, the system emits a beep.
7) should be able to display and record alarm parts and related events data and provides the linkage with other subsystems of the control interface signal.
8) in important regional or important parts of a beep at the same time, should be able to alert site verification of sound.
3 TV monitoring system
1) should be based on various types of building security and protection management needs, to building major public places, channel, elevator and important sites and places, and so video detection of picture reproduction, image of effective monitoring and recording. On important sectors and facilities of special parts, should be able to make long recordings. Video alarm system should be set.
2) system of screen display can be arbitrary programming, automatically or manually switch, on the screen should have the camera number, location, address and time, date display.
3) should be on its own network, you can run independently. Should be able and intrusion alarm systems, access control system linkage. When the alarm occurs, can automatically alert the scene of the picture and sound for a review, there will be a live image can automatically switch to specify the monitor display and automatic video recording.
4) should be the security and protection system of the central control room, networking, enables central control room on TV monitoring system for centralized management and centralized monitoring.
4 access control systems.
1) shall, in accordance with building security and protection requirements, on the floor (external)
Toll gate, gate, channel, important office door, etc. set access control appliance. Systems should be fortified area, through the object and pass the time waiting for real-time control and set the multi-level program control. The system should have the alarm function.
2) entrances identify device and executing agencies should ensure that the effectiveness of the operation.
3) system of information processing devices should be on the system for information automatically records, printing, storage, and a tamper-resistant and anti-destruction.
4) access control system should become the network to run independently. Should television monitoring system, intrusion alarm system linkage; system with automatic fire alarm system linkage.
5) should be the security and protection system of the central control room, networking, enables central control room to the entrances for multi-level control and centralized management.
5 patrol system.
1) should prepare security staff inspections software, should be able to predefined inspection figure, with access card reader or other means, to the security staff of the inspection campaign status monitoring and recording, and in the event of a timely warning in case of accident.
2) system can be set independently, and access control system or intrusion alarm systems and settings. Independent setting of security guards patrol system shall be the security and protection system of the central control room, networking, enables central control room on the system of centralized management and centralized monitoring.
6 garages (field) management system.
1) should have the following features:-entrance to the parking displays; — entrances and inside the channel traffic indicate;-automatic license plate and vehicle identification;
-Automatic control access door;
— — Automatic billing and charge amount displayed; — multiple entrances group networking and monitoring management; — the entire car statistics and management;
— — Hierarchical vehicle statistics and display the parking spaces; — accidents happen when the alarm.
2) should be in the garage (field) in the entry area to set out the ticket machine.
3) should be in the garage (field) export zone set ticket machine.
4) should own the network, run independently, in the car park to set independent television monitoring system or the alarm system with security and protection system of TV monitoring system or intrusion alarm system linkage.
5) should be the security and protection system of the central control room, networking, enables central control room on the system of centralized management and centralized monitoring.
7.3.2 b standards should meet the following conditions:
1 integrated security system.
1) should set the security system of the central control room. Should be able to adopt a unified communication platform and management software to the central control room settings and the subsystem device networking, from a central control room to all system information integrated centralized management and control.
2) should be able to run on various subsystems of State monitoring and control, should be on system health and alarm information data recorded and displayed.
3) should be transmitted by cable, wireless transmission, supplemented by information transmission system. Central control room should be can't information transfer systems for detection, and can be carried out with all the important parts of wireless communication. System should be set emergency alarm device.
4) should have multiple data input and output interfaces, should be able to connect to the security and protection subsystem management computer. System should be left to the external public security alarm centers networked communication interface.
2 intrusion alarm system.
1) should be based on various types of building security and protection and management of specific requirements and environmental conditions, either separately or integrated settings perimeter protection, building area or space protection, focus on the real objective of protection systems.
2) should become network, independent run, the output interface, available in manual, automatic way to wired or wireless system to the police. System should be a local alarm, the alarm should be can't. System should be able and TV monitoring system, access control systems can be linked, and security system of the central control room, networking, meet the central control room on intrusion alarm system for centralized management and control of the request.
3) system of the front-end should be required to select, install, various intrusion detection equipment pose point, surface and solid or combination of integrated protection system.
4) should be able to press the time, zone, site of arbitrary programming fortification or disarmed.
5) should be on the device running and signal transmission lines to be detected, timely instructions issued fault alarm and fault location.
6) should have a non destructive, meaning that if the accused were demolished or measuring device lines are cut off, the system emits a beep.
7) should be able to display and record alarm parts and related events data and provides the linkage with other subsystems of the control interface signal.
8) in important regional and important parts of a beep at the same time, it should also be able to alarm field verification of sound.
3 TV monitoring system.
1) should be based on various types of building security and protection management needs, to building major public places, important parts of the video reproduction, the detection of picture image of effective monitoring and recording. On important sectors and facilities of special parts, should be able to make long recordings. System should be set video alarm or other alarm device.
2) system of screen display can be arbitrary programming, automatically or manually switch, on the screen should have the camera number, address, time and date display.
3) should become the network to run independently. Should be the intruder alarm and access control system linkage. When the alarm occurs, can automatically alert the scene of the picture and sound for a review, there will be a live image can automatically switch to specify the monitor display and automatic video recording.
4) should be the security and protection system of the central control room, networking, meet the central control room on TV monitoring system for centralized management and control of the request.
4 access control systems.
1) shall, in accordance with building security and protection management requirements on the floor (external)
Toll gate, gate, channel, important office door, etc. set access controlThe system. Systems should be fortified area, through the object and pass the time waiting for real-time control and set the multi-level program control. The system should have the alarm function.
2) entrances identify device and executing agencies should ensure that the effectiveness of the operation.
3) system of information processing devices should be on the system for information automatically records, printing, storage, and a tamper-resistant and anti-destruction.
4) access control system should become the network to run independently. Should be able and TV monitoring system, intrusion alarm system linkage; system with automatic fire alarm system linkage.
5) should be the security and protection system of the central control room, networking, meet the central control room to the access control system for centralized management and control of the request.
5 patrol system.
1) should prepare security staff inspections software, should be able to predefined inspection diagram, application card reader or other means, to the security staff of the inspection campaign status monitoring and recording, and in the event of a timely warning in case of accident.
2) can be set independently, and access control system or intrusion alarm systems and settings. Independent setting of security guards patrol system shall be the security and protection system of the central control room, networking, meet the central control room on the system for centralized management and control of the request.
6 garages (field) management system.
1) should have the following features:-entrance to the parking displays; — entrances and inside the channel traffic indicate; — automatic control access door;
— — Automatic billing and charge amount displayed; — multiple entrances group networking and monitoring management; — overall car of statistics and management; — accidents happen when the alarm.
2) should be in the garage (field) in the entry area to set out the ticket machine.
3) should be in the garage (field) export zone set ticket machine.
4) should become an independent network, can also be run, and the security and protection system of video monitoring system and intrusion alarm system linkage.
5) should be the security system of the central control room, networking, meet the central control room on the system for centralized management and control of the request.
7.3.3 c standards should meet the following conditions:
1 modular safety system.
1) should set the safe technique guards against the Central Administration (Office), various subsystems are separate settings for unified management.
2) should be able to separate each subsystem on health monitoring and control, and provide reliable monitoring data and alarm information.
3) various subsystems should be on system health and important alarm information records, and the Central Administration provides decision required the primary information.
4) should set the emergency alarm system, should be left to the external public security alarm central alarm communication interface.
2 intrusion alarm system.
1) should be based on various types of building security and protection management needs and environmental conditions, either separately or integrated settings perimeter protection, building area or space protection, focus on the real objective of protection systems.
2) should become network, independent run, the output interface, available in manual, automatic way to wired or wireless system to the police. System should be a local alarm, the alarm should also be able to provide to the center of decision-making of the primary information.
3) system of the front-end should be required to select, install, various intrusion detection equipment pose point, surface and solid or combination of integrated protection system.
4) should be able to press the time, zone, site of arbitrary programming fortification or disarmed.
5) should be on the device running and signal transmission lines to be detected, timely failure alarm and fault location.
6) should have damaging functions, when the detector is removed or when the line is cut off, the system emits a beep.
7) should be able to display and record alarm and data about the events, and can provide and TV monitoring subsystem linkage control interface signal.
8) in important regional and important parts of a beep at the same time, the system should be able to alarm field verification of sound.
3 TV monitoring system.
1) should be based on various types of building security and protection management needs, to building major public places, important parts of the video reproduction, the detection of picture image of effective monitoring and recording. For important or critical sectors and facilities of special parts, should be able to make long recordings. System should set alarm device.
2) system of screen display can be arbitrary programming, automatically or manually switch, on the screen should have the camera number, address, time and date display.
3) should be linked with the intrusion alarm system. When the alarm occurs, can automatically alert site images and sounds can be verified by spot image automatically switches to the specified monitor displays and records the alarm several images before and after.
4) should be provided to the center of decision-making of the primary information.
4 access control systems.
1) should be based on the overall security of buildings, on the floor (external)
Toll gate, gate, channel, important settings such as the Office door access control system. Systems should be fortified area, through the object and pass the time waiting for real-time control and set the multi-level program control. The system should have the alarm function.
2) entrances identify device and executing agencies should ensure that the effectiveness of the operation.
3) system information processing devices should be on the system for information automatically records, printing, storage, and a tamper-resistant and anti-destruction.
4) access control system should be linked with the intrusion alarm system, the system should be the automatic fire alarm system linkage. 5) should be provided to the center of decision-making of the primary information.
5 patrol system.
1) should prepare security staff inspections software, should be able to inspect the pre-set, applying the right way to security inspection campaign status monitoring and recording, and in the event of a timely warning in case of accident.
2) should be provided to the center of decision-making of the primary information.
6 garages (Field) management system.
1) should have the following features:-entrance to the parking displays; — entrances and inside the channel traffic indicate; — automatic control access door;
— — Automatic billing and charge amount displayed; — overall car of statistics and management; — accidents happen when the alarm.
2) should be in the garage (field) in the entry area to set out the ticket machine.
3) should be in the garage (field) export zone set ticket machine.
4) should become the network to run independently.
5) should be provided to the center of decision-making of the primary information.
8 comprehensive wiring system
8.1 General provisions
8.1.1 cabling system should be designed to meet the building or buildings in the information communication network cabling requirements, should be able to support voice, data, images, and other business information transfer requirements.
8.1.2
Premises distribution system (PDS) is a building or buildings in the information communication network of the underlying transport channel. Design, according to the nature of the building project, use the function, environmental safety conditions and according to user's actual use and in the near future and long-term development requirements, reasonable layout and design of the pipeline system.
8.1.3 comprehensive wiring system design should provide the openness, flexibility, scalability, availability, security, reliability, and affordability.
8.2 design elements
8.2.1 cabling system can be divided into the following subsystems:
1 architectural backbone cabling subsystem. 2 building backbone cabling subsystem. 3 horizontal cabling subsystem. 4 workspace wiring (generally in the case of non-permanent).
8.2.2 in wiring system, all information on the socket number is the sum of information outlets, which constitute a wiring system General information number.
8.2.3 generic cabling system for various subsystems of the mutual connection should be able to support communication networks and computer networks.
8.2.4 cabling system network structure and various subsystems within the copper twisted pair cable, optical cable maximum length should be the country's existing relevant standards for design.
8.2.5 horizontal cabling subsystem, wiring cable can take 4 on (8) non-shielded twisted pair cables, or 4-pair (8 cores) shielded twisted pair cables, or multimode or single-mode optical fiber cable and twisted pair cable and cable combined hybrid cable. Floor distribution frame and information outlets between paired cables or horizontal cable length should not exceed 90m. When the guaranteed link performance, horizontal cable distance can be extended.
8.2.6 horizontal cabling subsystem on each root 4 (8) non-screened and shielded twisted pair cable must be terminating in an unshielded or shielded, 8
-Modular universal socket on each fiber-optic cable should be terminating in fiber optic cable connection on the socket.
8.2.7
Horizontal wiring subsystem twisted pair cable, optical cable typically attached directly to the information outlets of information outlets. When necessary, a subsystem in the floor distribution frame and information outlets allow a transfer between the transfer point,
With 1: 1
Configuration of communication characteristics that should be a permanent connection, without wiring. On the large room Office has multiple Office workspace, the workspace is divided possible adjustment, allowing in part the large room in appropriate settings collection point (CP) or setting up a multi-user information outlet.
8.2.8
Workspace layout should provide workspaces cable adapter and related patch devices, enables the user terminal equipment connected to a horizontal cabling subsystem information outlet of information outlets, the workspace wiring normally belong to non-permanent.
8.2.9 comprehensive wiring system design can be integrated configuration respectively, basic configuration, the minimum configuration for design, or can be based on the actual needs of users, to be combined with different configurations.
8.2.10 cabling system uses copper twisted pair cable, the routing link category support different grade transmission frequency of application. Three categories of twisted pair cable routing link support C
Level (16MHz), category 5 twisted pair cable routing link support D-level (100MHz).
8.2.11
Comprehensive wiring system design should be based on voice, data and images, and other electronic signal transmission rate and transmission standards require moderate to advanced, and should be based on voice, data transmission.
8.2.12
Integrated distribution system in the same routing link has been configured with the cable, connect the hardware, patch cords or jumper, you should choose the same categories of devices. As a routing link using different classes of devices, the link should be performance rating, the minimum categories of devices.
8.2.13 cabling system for a routing link, and should not be mixed with standard characteristic impedance of different twisted pair cable, it should not be mixed with different core diameter of the cable.
8.2.14 cabling system should be based on the surrounding environment conditions for sound design, and can be based on user requirements selection corresponds to the wiring cables and wiring equipment or taking protective measures against electromagnetic interference.
8.2.15 when designing shielding of wiring system should meet the following requirements:

1 shielded cabling system, each routing link shield in the entire routing link must be continuous, there should not be interrupted. 2
Shielded cabling system selected information outlets, twisted pair cable and connection hardware, patch cords or jumper, wiring devices should have good shielding characteristics, no clear electromagnetic leaks. 3
Workspace wiring in the connection user terminal equipment for cable and user terminal equipment interface patch devices also should have good shielding characteristics, and meet requirements for shielding continuous.
8.2.16 cabling system should have a good grounding.
1
Cabling system for building wiring devices and floor wiring device-side must be reliable grounding. Wiring system earthing should tandem in same grounding, wiring and grounding system in two different grounding,
Its ground potential difference should not be greater than 1Vr.m.s (voltage RMS).
2 miningShielded cabling system, you should keep the various subsystems of continuity in the shield to meet system-side grounding of reliability. User (terminal equipment)-depending on the circumstances should be grounded.
3 the comprehensive wiring system suitable for laying the cable trunkings or steel pipe. Trunkings or pipe should maintain a grounding continuity, Groove or steel tube ends must be grounded.
8.2.17 should according to the building's fire safety level and on the wiring system materials fire-resistant requirements, using the corresponding sheathed flame-retardant cable and wiring devices.
8.2.18
Comprehensive wiring system between the total wiring should be in the building or buildings in a central location between the floor wiring should also be at the center of the architectural plan. Total wire and floor wiring (weak current room) located near electromagnetic source should be avoided. And should the wiring compartment reserved for the future installation of a network device special power cable for installation of pipe and good grounding device.
8.2.19
Comprehensive wiring system should set up a complete document management system, should be shown include all hardware and location of total wire and floor wiring (weak current room) of the floor plan, and should indicate the horizontal cabling subsystem and backbone cabling subsystem components.
8.2.20
Building voice, data and image operations and external communication connection is in the public communications network interface interface. Cabling system and structures of local information and communication sector is connected to a public communications network interface, such as building a public communication network interfaces cannot be directly connected to the integrated distribution system interface design should be the twisted pair cable or fiber-optic cable and connect the device characteristics into account. Taking in the interface Department take on overcurrent protection measures.
8.3 design standards
8.3.1 category standards should be able to meet the transmission of high-quality, high-rate information requirements. And should meet the following conditions:
1 per 5 ~ 10m2 Office work area should be set double hole and above 5 and higher levels of information outlets and, in accordance with the requirements in the Office workspace using porous fibre information outlet.
2 horizontal wiring cables and wiring devices should be used in five categories and higher levels of wiring devices and optical fiber cables can be adopted in accordance with the requirements of wiring devices.
3 trunk wiring cables and wiring devices in the support voice business information transfer, should use five types of wiring devices, supporting data, images, business information transmission, optical wiring devices should be used.
4 wiring system design should be comprehensive configuration method configuration, each Office workspace each double hole information outlets voice trunk (i.e. floor distribution frame to this building in total distribution frame) to configure 2
On the twisted pair, and moderate to reserve room for future development.
5
Building wire or total wire, local information and communication sector, should be in the public communications network device interface, and you want to configure itself with building wiring system that matches the high quality wiring devices, the exterior form a complete excellent information transmission channel.
6
Wiring system information outlets of a floor must be set according to the various building layers different use functions require moderate forward-looking reasonable layout. System should be to support voice, data, images, business information transmission, but also according to actual needs in support of all relevant information in electronic system
8.3.2 b standards should be able to meet the transmission of high-quality, high-rate information requirements. And should meet the following conditions:
1 per 10 ~ 15m2 Office work area should be set to more than double hole and five levels of information outlets, has the special request of the Office workspace can be requested by the user to layout settings.
2 horizontal wiring cables and wiring devices should be 5 or 5 level above the wiring devices.
3
Trunk wiring cables and wiring devices in the support voice business information transfer, should use three types of grade or more than three levels, in support of wiring device data, images, business information transfer, should use cable wiring devices or use five types of wiring devices.
4 wiring system design should be a basic configuration for configuration, each Office workspace each double hole information outlets voice trunk (i.e. floor distribution frame to this building in total distribution frame) to configure 2
On the twisted pair, and moderate to reserve room for future development.
5
Building wire or total wire, local information and communication sector, should be in the public communications network device interface, and you want to configure itself with building wiring system that matches the high quality wiring devices, the exterior form a complete excellent information transmission channel.
6
Cabling system for communication of information outlets layout, according to the various building layers different use functions require moderate forward-looking reasonable layout. And moderately advanced architectural floor plan appropriate reasonable location reserved for pipeline and information outlet box (empty boxes). System should be to support voice and data signal transmission.
8.3.3 c standards should be able to meet the transmission of high-quality, low-rate information requirements. And should meet the following conditions:
1 every 15 ~ 20m2 Office work area should be set double hole 5 levels of information outlets, has the special request of the Office workspace can be customized according to user requirements.
2 horizontal wiring cables and wiring devices should use five types of wiring devices.
3 trunk wiring cables and wiring devices in the support voice information transmission, you can use three types of wiring devices, supporting data, and other business information transfer, should use five types of wiring devices.
4 cabling system can be configured according to minimum design configurations, each Office workspace each double hole information outlets voice trunk (i.e. floor distribution frame to this building in total distribution frame) to configure 2
On the twisted pair, and moderate to reserve room for future development.
5
Cabling system for communication of information outlets layout, according to the various building layers different functional requirements for a reasonable layout. And moderate over the former architectural floor plan appropriate reasonable location reserved for pipeline and information outlet box (empty boxes). System should beSupports voice, data transmission.
9 intelligent system integration
9.1 General provisions
9.1.1 for intelligent building functionality, management and information sharing requirements, according to a scale on intelligent systems for different levels of integration.
9.2 design elements
9.2.1 system integration should bring together the various information inside and outside buildings.
9.2.2 system should be on building individual intelligent subsystems and integrated management.
9.2.3 information management system should have the appropriate information processing capabilities.
9.2.4 on the integration of intelligent systems, device communications protocols and interfaces should be consistent with the national provisions of the existing relevant standards.
9.2.5 system integration management system should have the reliability, fault tolerance, and maintainability.
9.3 design standards
9.3.1 category standards should meet the following conditions:
1 set of integrated management system for building equipment. 2 system integration should bring together all relevant information both inside and outside buildings. 3
Building a variety of network system, should have a strong information processing and data communication capabilities. 4
On the integration of intelligent systems, device communications protocols and interfaces should be consistent with the national provisions of the existing relevant standards. 5 system integration management system should have the reliability, fault tolerance, and maintainability.
9.3.2 class b standards should meet the following conditions:
1 to set up an integrated management system for building equipment. 2 buildings of various network system, should have a strong information processing and data communication capabilities. 3
On the integration of intelligent systems, device communications protocols and interfaces should be consistent with the national provisions of the existing relevant standards. 4 system integration management system should have the reliability, fault tolerance, and maintainability.
9.3.3 c standards should meet the following conditions:
1 the intelligent subsystems respective networking integration management. 2 on the integration of intelligent systems, device communications protocols and interfaces should be consistent with the national provisions of the existing relevant standards. 3
The subsystem integration management system should have the reliability, fault tolerance, and maintainability.