中华人民共和国住房和城乡建设部公告

前言

1　总则

2　术语

3　车辆

• 3.1　一般规定

• 3.2　车辆类型和载客量计算

• 3.3　电传动系统

• 3.4　其他

4　感应板

• 4.1　一般规定

• 4.2　感应板结构形式

• 4.3　布置形式和连接方式

5　限界

• 5.1　一般规定

• 5.2　制定限界的基本参数

• 5.3　建筑限界的计算方法

6　行车组织与运营管理

• 6.1　一般规定

• 6.2　行车组织

• 6.3　配线和辅助线

• 6.4　列车牵引计算

• 6.5　运营管理

• 6.6　组织机构与定员

7　线路

• 7.1　一般规定

• 7.2　线路平面

• 7.3　线路纵断面

• 7.4　安全线

8　轨道与路基

• 8.1　一般规定

• 8.2　曲线超高与轨距加宽

• 8.3　钢轨及无缝线路

• 8.4　扣件、轨枕及轨下基础

• 8.5　道岔及基础

• 8.6　轨道减振结构

• 8.7　轨道附属设备及安全设备

• 8.8　线路标志及有关信号标志

• 8.9　路基

9　车站建筑

• 9.1　一般规定

• 9.2　车站总平面

• 9.3　车站平面

• 9.4　车站内设计通过能力、最小宽度、最小高度

• 9.5　车站环境

• 9.6　车站竖向交通

• 9.7　无障碍设施

• 9.8　车站设备布置

• 9.9　建筑节能

10　高架结构

• 10.1　一般规定

• 10.2　荷载

• 10.3　结构设计

• 10.4　构造要求

• 10.5　车站高架结构

11　地下结构

• 11.1　一般规定

• 11.2　荷载

• 11.3　工程材料

• 11.4　明挖法施工的结构

• 11.5　盾构法施工的结构

• 11.6　矿山法施工的结构

• 11.7　构造要求

12　工程防水

• 12.1　一般规定

• 12.2　混凝土结构自防水

• 12.3　附加防水层

• 12.4　地下结构细部构造防水

• 12.5　高架车站及高架区间

• 12.6　盾构隧道防水

13　通风、空调与采暖

• 13.1　一般规定

• 13.2　地下线的通风、空调

• 13.3　控制与监测

• 13.4　空调冷热源及输配系统

• 13.5　高架线和地面线的通风、空调与采暖

• 13.6　其他地面建筑物的通风、空调与采暖

• 13.7　消声与减振

14　给水与排水

• 14.1　一般规定

• 14.2　给水

• 14.3　排水

• 14.4　车辆基地及停车场给水与排水

15　供电

• 15.1　一般规定

• 15.2　变电所

• 15.3　牵引网

• 15.4　电缆

• 15.5　动力与照明

• 15.6　电力监控系统与综合自动化

• 15.7　杂散电流防护与接地

16　通信系统

• 16.1　一般规定

• 16.2　专用通信传输系统

• 16.3　专用通信公务电话系统

• 16.4　专用通信专用电话系统

• 16.5　专用通信无线通信系统

• 16.6　专用通信广播系统

• 16.7　专用通信时钟系统

• 16.8　专用通信闭路电视监视系统

• 16.9　专用通信乘客信息显示系统

• 16.10　专用通信电源及接地

• 16.11　专用通信集中告警系统

• 16.12　民用通信系统

• 16.13　公安通信系统

• 16.14　通信系统用房

• 16.15　通信系统光缆、电缆

17　信号系统

• 17.1　一般规定

• 17.2　列车自动控制（ATC）系统

• 17.3　列车自动监控（ATS）系统

• 17.4　列车自动防护（ATP）系统

• 17.5　列车自动运行（ATO）系统

• 17.6　车辆基地及停车场信号系统

• 17.7　其他

18　综合监控

• 18.1　一般规定

• 18.2　系统设置原则

• 18.3　系统基本功能

• 18.4　硬件基本要求

• 18.5　软件基本要求

• 18.6　系统性能指标

• 18.7　其他

19　火灾自动报警系统

• 19.1　一般规定

• 19.2　系统的组成与功能

• 19.3　火灾探测器和报警装置的设置

• 19.4　消防控制室

• 19.5　系统供电与接地

• 19.6　布线

20　环境与设备监控系统

• 20.1　一般规定

• 20.2　系统的基本功能

• 20.3　硬件设备配置

• 20.4　软件基本要求

• 20.5　系统网络结构、功能及要求

• 20.6　布线与接地

21　自动售检票系统

• 21.1　一般规定

• 21.2　票制、票务和管理模式

• 21.3　系统构成和要求

• 21.4　自动售检票系统功能

• 21.5　设备配置计算和参数

• 21.6　车站公共区售检票终端设备的布置

• 21.7　自动售检票系统与相关专业的接口和功能要求

22　门禁

• 22.1　一般规定

• 22.2　组成及功能

• 22.3　与相关系统、专业的接口

23　屏蔽门

• 23.1　一般规定

• 23.2　布置与结构

• 23.3　运行与控制

• 23.4　供电与接地

• 23.5　其他

24　车站乘客输送设备

• 24.1　一般规定

• 24.2　自动扶梯及自动人行道

• 24.3　电梯

• 24.4　轮椅升降机

25　运营控制中心

• 25.1　一般规定

• 25.2　工艺设计

• 25.3　建筑与装修

• 25.4　布线

• 25.5　供电、防雷与接地

• 25.6　通风、空调与采暖

• 25.7　照明与应急照明

• 25.8　消防与安全

26　车辆基地

• 26.1　一般规定

• 26.2　车辆段的功能与规模

• 26.3　总平面布置

• 26.4　车辆运用整备设施

• 26.5　车辆检修设施

• 26.6　设备维修与动力设施

• 26.7　综合维修中心

• 26.8　物资总库

• 26.9　救援设施

• 26.10　站场、路基与排水

• 26.11　消防与安全

• 26.12　其他

27　防灾

• 27.1　一般规定

• 27.2　建筑防火

• 27.3　区间紧急疏散

• 27.4　消防给水与灭火设施

• 27.5　防烟、排烟与事故通风

• 27.6　防灾通信

• 27.7　防灾用电、电气防火与疏散指示标志

• 27.8　其他灾害预防

• 27.9　救援保障

28　环境保护

• 28.1　一般规定

• 28.2　噪声

• 28.3　振动

• 28.4　空气质量

• 28.5　废水

• 28.6　其他

附录A　曲线地段设备限界计算方法

附录B　LB型车限界图

附录C　LB型车隧道内建筑限界图

附录D　LB型车高架区间建筑限界图

本规范用词说明

引用标准名录

1 General Provisions

2 Terms

3 Vehicle

• 3.1 General Requirements

• 3.2 Type of Vehicle and Calculation of Capacity for Passengers

• 3.3 Propulsion System

• 3.4 Other

4 Tablet

• 4.1 General Requirements

• 4.2 Structural Style of Tablet

• 4.3 Layout Style and Connection Mode

5 Gauge

• 5.1 General Requirements

• 5.2 Basic Parameter for Making Gauge

• 5.3 Principle fo r Making Structure Gauge

6 Fleet Organization and Operation Management

• 6.1 General Requirements

• 6.2 Fleet Organization

• 6.3 Station Wiring Map and Assistant Line

• 6.4 Calculation of Train Traction

• 6.5 Operation Management

• 6.6 Organization and Fixed Staff

7 Line

• 7.1 General Requirements

• 7.2 Plane of the Line

• 7.3 Route Profile of Line

• 7.4 Security Line

8 Track and Subgrade

• 8.1 General Requirements

• 8.2 Curved Superelevation and Gauge of Track Widening

• 8.3 Rail and Seamless Track

• 8.4 Fastener，Sleeper and Under-rail Foundation

• 8.5 Switch and Fundation

• 8.6 Vibration Damping Structure of Track

• 8.7 Track Fixtures and Safety Equipment

• 8.8 Signs of th e Line and about Signal Mark

• 8.9 Subgrade

9 Station Building

• 9.1 General Requirements

• 9.2 Gereral Plane of Station

• 9.3 Station Plane

• 9.4 Design through Capacity，Minimum Widith，Min-height of the Station

• 9.5 Environmental Design of th e Station

• 9.6 Perpendicular Traffic of the Station

• 9.7 Barrier-free Facilities

• 9.8 Equipment Layout of the Station

• 9.9 Building Save Energy

10 Elevated Structure

• 10.1 General Requirements

• 10.2 Action（Load）

• 10.3 Structural Design

• 10.4 Structural Requirements

• 10.5 Elevated Structure of the Station

11 Underground Structure

• 11.1 General Requirements

• 11.2 Action（Load）

• 11.3 Engineering Material

• 11.4 Tunnel with Cut and Cover Method

• 11.5 Tunnel with Shield Method

• 11.6 The Structures in Mine Tunnelling Method

• 11.7 Structural Requirements

12 Waterproof in Engineering

• 12.1 General Requirements

• 12.2 Concrete Structure Self-waterproofing

• 12.3 Additional Waterproofing Layer

• 12.4 Waterproof in DetailStructure of the Un derground Structure

• 12.5 Elevated Station and Running Tunnel

• 12.6 Shield tunnel waterproof

13 Ventilating，Air-conditioning and Heating

• 13.1 General Requirements

• 13.2 Ventilating，Air-conditioning of the Underground Line

• 13.3 Control and Monitoring Survey

• 13.4 Air Conditioning Cold/H eat Sources and the Expanding Role of the Distribution System

• 13.5 Ventilating，Air-conditioning and Heating of the Elevated Line and Ground Line

• 13.6 Ventilating，air-con ditioning and heating of Other above Ground Building

• 13.7 Sound and Vibration

14 Water supply and Drainage

• 14.1 General Requirements

• 14.2 Water Supply

• 14.3 Drainage

• 14.4 Water Supply and Drainage in Depot and Parking Lot

15 Power Supply

• 15.1 General Requirements

• 15.2 Power Substation

• 15.3 Traction Network

• 15.4 Cable

• 15.5 Power and Lighting System

• 15.6 PSCADA System and Integrated Automation

• 15.7 Defending Stray Current and Earthing

16 Communication System

• 16.1 General Requirements

• 16.2 Private Communication Transmission System

• 16.3 Private Communication Public Service Telephone System

• 16.4 Private Communication Special Purpose Telephone System

• 16.5 Private Communication Radio Communication System

• 16.6 Private Broadcast System

• 16.7 Private Communication Clock System

• 16.8 Private Communication Close-circuit Television System

• 16.9 Private Communication Passenger Information Display System

• 16.10 Private Communication Power and Grounding

• 16.11 Private Communication Centralized Alarm System

• 16.12 Civil Communication System

• 16.13 Police Communication System

• 16.14 Communication System Room

• 16.15 Optical and Cable for Communication System

17 Signal System

• 17.1 General Requirements

• 17.2 Automatic Train Control System

• 17.3 Automatic Train Supervision System

• 17.4 Automatic Train Protection System

• 17.5 Automatic Train Operation System

• 17.6 Depot and Parking Lot Signal System

• 17.7 Other

18 Integrated Supervision and Control System

• 18.1 General Requirements

• 18.2 Principles of System Setting

• 18.3 The Basic Function of System

• 18.4 Hardware Basic Requirements

• 18.5 Software Basic Requirements

• 18.6 System Performance Index

• 18.7 Other

19 Autom atic Fire Alarm System

• 19.1 General Requirements

• 19.2 Composition and Function of the System

• 19.3 Fire Detectors and Alarm Device

• 19.4 Fire Protection Control Room

• 19.5 Power Supply and Grounding System

• 19.6 Wiring

20 Building automatic system（BAS）

• 20.1 General Requirements

• 20.2 The Basic Function of the System

• 20.3 Hardware Equipment Layout

• 20.4 Software Basic Requirements

• 20.5 System Network Structure，Functio n and Requirements

• 20.6 Wiring and Grounding

21 Automatic Fare Collection System

• 21.1 General Requirements

• 21.2 Votes，Ticketing and Management Mode

• 21.3 System Structure and Requirements

• 21.4 Automatic Fare Collection System Function

• 21.5 Main Equipment Configuration and Parameters

• 21.6 AFC Terminal Equipment Layout in Public Area of Station

• 21.7 Automatic Fare Collection System with Relevant Professional Interface and Functional Requirements

22 Access Control System

• 22.1 General Requirements

• 22.2 Composition and Function

• 22.3 The Interface of the Relevant Systems and Professional

23 Platform Screen Door

• 23.1 General Requirements

• 23.2 Layout and Structure

• 23.3 Operation and Control

• 23.4 Power Supply and Grounding

• 23.5 Other

24 The Passenger Transportation equipment

• 24.1 General Requirements

• 24.2 Escalator and Moving Pavement

• 24.3 Vertical Lift

• 24.4 Stair Lift

25 Operation Control Center

• 25.1 General Requirements

• 25.2 Functional Partition and General Layout

• 25.3 Construction and Decoration

• 25.4 Wiring

• 25.5 Power Supply Anti-thunder and Grounding

• 25.6 Ventilation，Air-conditioning and Heating requirements

• 25.7 Lighting and Emergency Lighting

• 25.8 Fire Protection and Safety

26 Base for the Vehicle

• 26.1 General Requirements

• 26.2 The Function and the Scale of the Depot

• 26.3 General Layout

• 26.4 Vehicles Using and Servicing Facilities

• 26.5 Vchicle Maintenance Facilities

• 26.6 Equipment Maintenance and Powet Facilities

• 26.7 Comprehensive Maintenance Center

• 26.8 Main Storehouse

• 26.9 Rescue Training Facility

• 26.10 Station，Roadbed and Drainage

• 26.11 Fire Protection and Safety

• 26.12 Other

27 Prevent Disaster

• 27.1 General Pequirements

• 27.2 Building Fire Protection

• 27.3 Running Tunnel emergency Evacuation and Resue

• 27.4 Fire Water Supply and Fire Extinguishing Facilities

• 27.5 Smoke Protection，Smokelevacuation and Emergency Ventilation

• 27.6 Disaster Conmmnications

• 27.7 Electricity，Electrical Fire Prevention and Evacuation Indication

• 27.8 Other Disaster Prevention

• 27.9 The Safeguard

28 Environmental Protection

• 28.1 General Requirements

• 28.2 Noise

• 28.3 Vibration

• 28.4 Air Quality

• 28.5 Effluent

• 28.6 Other

Appendix A Calculation Method of Equipment Gauge for Curve Section

Appendix B Gauge for Type LB Vehicle

Appendix C Tunnel Structure Gauge for Type LB Vehicle

Appendix D Elevated Railway Structure Gauge for Type LB Vehicle

Explanation of Wording in This Code

List of Quoted Standards