DB32/T 4686-2024 Active Jiangsu ProvinceLocal standards

DB32/T 4686-2024 Urban rail transit 5G public network mobile communication system construction specification

DB32/T 4686-2024 Urban rail transit 5G public network mobile communication system construction specification

Publish Date: 2024-02-05 Implement Date: 2024-03-05 For services related to genuine standard inquiry, procurement, translation, and other related services in China, please Contact Us

Basic Information

Standard Code: DB32/T 4686-2024
Standard Type: Local standards
Standard Status: Active
is_force_gb: no
CCS Name: Optical communication equipment
ICS Name: Fiber optics and optical cables
Publish Date: 2024-02-05
Implement Date: 2024-03-05
Pages: 28 pages

Scope

This document specifies the application content and requirements of the 5G public mobile communication system in urban rail transit at four stages: engineering survey, engineering design, engineering construction, and engineering acceptance. It includes the preparation of materials for each application and the implementation steps. This document is applicable to the construction of 5G public mobile communication systems in various transportation modes under the urban rail transit system in Jiangsu Province, including metro systems, urban rapid rail systems, light rail systems, medium- and low-speed maglev transportation systems, straddle monorail systems, hanging monorail systems, self-guided rail systems, tram systems, guideway rubber wheel systems, and electronically guided rubber wheel systems.

Development Information

Word Count: 44 Thousand words Pages: 28 pages

Referenced Standards

GB 8702-1988 Regulations for electromagnetic radiation protection GB 8702-2014 Controlling limits for electromagnetic environment GB 50157-2013 Code for design of metro GB 50382-2016 Code for construction quality acceptance of urban rail transit communication engineering GB/T 51369 YD/T 2199-2010 Fire blocking and sealing safety technical requirements for communication rooms YD/T 2491-2023 Communication cable with physical foamed polyvinyl chloride insulation, copper wire outer conductor, and radiation type leaky coaxial cable YD/T 2491-2013 Communication cable, Physical foam polyvinyl chloride insulation, copper wire outer conductor radiation type leaky coaxial cable YD 5003-2014 Design Specification for Telecommunication Buildings Engineering YD/T 5120-2015 Wireless communication indoor coverage system engineering design specifications YD/T 5120-2005 Specification on Indoor Coverage Engineering Design For Wireless Communication System YD/T 5160-2015 Wireless communication indoor coverage system acceptance specification YD/T 5160-2007 Acceptance Specification on Indoor Coverage System Installation Engineering for Wireless Communication GB/T 50833-2012 Standard for basic terminology of urban rail transit engineering GB 50944-2013 Code for construction and quality acceptance of antistatic engineering GB 51120-2015 Acceptance code for lightning protection and earthing engineering of telecommunication bureaus (stations) GB 51158-2015 Code for design of telecommunication cable line engineering GB 51171-2016 Code for acceptance of telecommunication cable line engineering GB 51194-2016 Code for design of engineering fortelecommunication power supply equipment installation GB 51199-2016 Code for acceptance of construction engineering of telecommunication power supply facility GB 55037-2022 Building Fire Protection General Standards YD/T 5003-2025 Information and Communications Construction Engineering Design Standards

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