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楼宇智能化系统-智能化系统设计方案.doc
第1章前言
1.1概述
1.2工程概况
1.3方案内容
1.4设计依据
（一）国家和地方设计规范和标准：
（二）业主提供的图纸
（三）业主初步设想
1.5系统设计思路摘要
1.5.1综合布线系统
1.5.2建筑设备监控系统
1.5.3安全防范系统
1.5.4火灾报警与消防联动控制
1.5.5公共广播系统
1.5.6一卡通系统
1.5.7电话通信系统
1.5.8卫星接收及有线电视系统
1.5.9多功能会议系统
1.5.10整体机房工程
1.5.11计算机网络系统
1.5.12中央集成系统
第2章综合布线系统
2.1系统概述
2.2方案特点摘要
2.3系统点位设计
2.4综合布线系统介绍
2.5系统解决方案
2.5.1产品选择
2.5.2系统拓朴结构
2.5.3各子系统介绍
2.5.3.1工作区子系统
MX6（6类）信息面板/模块
2.5.3.2水平布线子系统
9C6X4 6类双绞线
2.5.3.3垂直主干子系统
2.5.3.4设备间子系统
HD6-24 模块式配线架
2.6设计标准和依据
2.7设计原则
2.8电视监控系统
2.8.1设计思想
2.8.2系统原理
2.8.3监控点设置
2.9防盗报警系统
2.9.1报警设计思想
2.9.2系统原理
2.9.3系统功能
2.9.4报警点设置
2.10系统的各种联动功能介绍
2.10.1监控系统与报警系统、灯光的联动功能
2.10.2门禁管理与电视监控集成
2.10.3消防报警与电视监控、门禁的联动
2.11集成后的操作平台
2.12与网络的连接
2.13主要产品介绍
2.13.1Q uest Al视频管理系统
2.13.2视频矩阵
2.13.3彩色一体化球机
2.13.4数字硬盘录像机
2.13.5VISTA 120报警控制/通讯主机
2.13.6 6139编程控制键盘
2.13.7壁挂式红外微波双鉴探测器
2.13.8吸顶式双鉴探测器
2.13.9总线编址器：
2.14控制中心机房设计
第3章火灾报警与消防联动系统
3.1设计依据
3.2本设计方案指导思想及意图
3.3报警系统的构成
3.4系统设备的选用
3.4.1火灾报警控制器
3.4.1.1火灾报警控制器的基本概况
3.4.1.2火灾报警控制器的基本功能
3.4.1.3火灾报警控制器的主要配置
3.4.1.4火灾报警控制器与相关系统的联动控制
① 对消防供水系统的控制显示功能
② 对自动喷淋灭火系统的控制显示功能
③对气体灭火系统的控制显示功能
④其他消防设备的联动控制功能包括：
3.5报警与气体灭火控制联动
3.6系统配置方案
3.7系统容量
3.8主要技术特点
第4章公共广播系统
4.1系统概述
4.2配置方案
4.2.1方案概述
4.2.2点位设计
4.2.3设计说明
4.3系统介绍
4.4系统介绍
4.5SM-30扩音管理系统介绍
1. 采用模块化结构，可按客户的愿望及要求分配和控制音频信号。插入式线路卡有许多功能，也可按客户要求
（2）话筒输入模块LBB1282/00
（3）站输入模块LBB1283/00
（4）控制输入模块LBB1284/00
（5）录音口信模块LBB1285/00
（6）音乐输入模块LBB1286/10
（7）分区继电器模块LBB1287/10
（8）控制继电器模块LBB1288/00
第5章一卡通系统
5.1方案概述
5.2需求分析
5.2.1项目概述
5.2.2工程范围
5.2.2.1 系统范围
5.2.2.2门禁系统
5.2.2.2.1系统布点
5.2.2.2.2 系统功能要求
5.2.2.2.3 系统联动要求
5.2.2.3消费系统
5.2.2.4停车场管理系统（含停车场消费）
5.2.2.4.1系统布点
5.2.2.4.2 系统功能要求
5.2.2.5 考勤管理系统
5.2.2.5.1 系统布点
5.2.2.5.2 系统功能要求
5.2.2.6巡更子系统
5.2.2.7系统兼容要求
5.3 Hundure eNitor（伊尼特）系统介绍
5.3.1 系统概述
5.3.1.1eNitor（伊尼特）系统硬件平台
5.3.1.2 eNitor（伊尼特）系统特点
5.3.2 系统组成
5.3.2.1系统结构及设计框架
5.3.2.1.1 系统主要组成部分
5.3.2.1.2 系统架构
5.3.2.1.3eNitor网络基本结构图
5.3.2.2 控制器网络结构
5.3.2.3 系统控制器功能说明
5.3.2.4eNitor系统软件管理
5.3.2.5 eNitor平台管理系统的软件功能
5.3.2.6eNitor平台管理系统（数据库）容量参数
5.4工程技术方案
5.4.1设计依据及相关标准
5.4.1.1 设计依据
5.4.1.2 设计标准
5.4.2eNitor子系统功能说明
5.4.2.1 门禁系统
5.4.2.1.1 系统可支持至少255×64个读卡器
5.4.2.1.2 联接到ACU II的任何或者全部读卡器应配置
5.4.2.1.3 读卡器通过ACU II联接到本地的NCU
5.4.2.1.4eNitor平台管理系统上的用户可执行任务
5.4.2.1.5 系统参数
5.4.2.1.6 密码参数
5.4.2.1.7卡参数
5.4.2.1.8 门的参数
5.4.2.1.9 报警参数
5.4.2.1.10 非接触式智能卡读卡器
5.4.2.2 考勤系统
5.4.2.2.1 系统概述
5.4.2.2.2 考勤管理系统软件功能描述
5.4.2.2.3考勤软件功能参数设定
5.4.2.2.4 软件特点
5.4.2.3巡更子系统
5.4.2.4 消费系统
5.4.2.4.1 人员信息
5.4.2.4.2 IC卡处理
5.4.2.4.3 消费数据
5.4.2.4.4 团体充值
5.4.2.4.5免费午餐
5.4.2.4.6 系统设置
5.4.2.4.7 系统工具
5.4.2.4.8 查询报表
5.4.2.4.9 帮助
5.4.2.5 停车场管理系统及停车场消费管理系统
5.4.2.5.1 停车场入口部分
5.4.2.5.2 出口部分
5.4.2.5.3 eNitor停车场管理系统具有以下主要特点
5.4.2.5.4进出场流程图
5.4.2.5.5停车场管理系统及停车场消费管理系统参数
5.4.2.5.6 停车场管理系统及停车场消费管理系统功能
5.4.2.6 eNitor系统集成应用（系统联动）
5.4.2.6.1 门禁系统与CCTV系统集成
5.4.2.6.2 门禁系统与消防系统集成
5.4.2.6.3 门禁系统与警铃系统集成（预留）
5.4.3系统点数表及主设备配置方案
5.4.3.1系统点位表
2. 门禁系统与消防系统、CCTV系统联动。
5.4.3.2 系统服务器/工作站
5.4.3.3 网络控制器NCU
5.4.3.4 门禁控制器ACU II
5.4.3.5 I/0控制器MCU
5.4.3.6 考勤主机RCU
5.4.3.7 消费主机
5.4.4系统拓扑图
5.5附件I：eNitor系统 - 硬件规格列表
5.5.1 NCU网络控制单元
5.5.2 MCU多功能控制单元
5.5.3ACU II门禁控制单元
5.5.4 RCU身份辨识控制单元
5.5.5 PXR-3X，PXR-5X非接触读卡单元
5.5.5.1 PXR-3X系列
5.5.5.2 PXR-5X系列
第6章电话通信系统
6.1概述
6.2程控交换机系统介绍
6.3PBX的用途
6.4数字交换机的特点
6.5松下KX-TD510CN介绍
6.5.1配置容量
6.5.2专用话机系列
6.5.3松下PBX系统特色
6.5.4松下PBX基本功能
6.5.5松下PBX特殊功能
第7章卫星接收及有线电视系统
7.1概述
7.2设计依据
7.3方案设计思路
7.3.1总体思路
7.3.2点位设计
7.3.3节目源设计思路
7.4系统频率划分
7.5系统功能
7.6系统的组成
7.6.1前端系统
7.6.1.1前端信号源
7.6.1.2电视信号接收设备
7.6.1.3信号处理设备
7.6.2传输系统
7.6.3后端分配系统
7.7系统器材设备选型
7.7.1前端器材选型
7.7.2系统传输及后端分配系统器材选用
7.7.3设备安装及机房要求
第8章多功能智能会议系统
8.1现状和需求
8.2设计依据
8.3系统设计原则
8.4概述
8.5会议室系统设计
8.5.1总体描述
8.5.2会议讨论系统（含同声翻译系统）
8.5.2.1系统设计描述
8.5.2.2DCN系统主要设备介绍
一、DCN系统控制主机
二、DCN系统主席机和代表机
三、同声传译系统主要设备
8.5.3摄像联动系统
8.5.3.1系统简介
8.5.3.2系统设计思路
8.5.4集中控制系统
8.5.4.1控制方式分析
8.5.4.2主要设备介绍
8.5.4.3系统控制示意图
8.5.5大屏幕投影系统
8.5.5.1投影显示方式
8.5.5.2投影机的选择
8.5.5.2.1BARCO IQG350投影机介绍
IQG350智能液晶投影机技术指标和主要参数：
8.5.5.2.2巴可公司简介
8.5.5.2.3SANYO PLC-XT3000 投影机介绍
PLC-XT3000技术指标如下：
8.5.5.3屏幕的选择
8.5.5.3.1投影幕尺寸
8.5.5.3.2投影幕选型
8.5.6扩音系统
8.5.6.1声学特性指标
8.5.6.2主扩声系统
8.5.6.3辅助扩声系统
8.5.6.4返送监听系统
8.5.6.5调音台及音箱参数
一、调音台SRC-4018FC
二、主音箱DTH-4115：
三、超低音音箱DTH-215B：
四、辅助环绕音箱QUADRA-10：
五、辅助中置音箱QUADRA-12：
六、返送监听音箱：Impulse 100：
8.5.7视频会议系统
8.5.7.1建设目标
8.5.7.2协议的选择－H.323
H.323建议是广泛的，也是灵活的，因为下面几个原因，将进入主流市场：
8.5.7.3系统设计描述
8.5.8无线上网系统
8.6系统施工规范
8.6.1配接系统的电源
8.6.2扩声系统的配接
8.6.3系统的接地
8.6.4工程设备安装、连接和调试
8.7对其它方面的建议
8.7.1对供电的要求
8.7.2对接地的要求
8.7.3对控制室和设备间的要求
8.8附录1：会议室的布局、照度、音响效果
8.9附录2：扩音对装潢的建声要求
第9章整体机房工程
9.1设计依据
9.2设计思想
9.3设计目标
9.4机房环境要求
9.5机房系统构成
9.6装修工程
9.6.1装修特点：
9.6.2装修材料介绍
9.6.2.1抗静电活动地板：
9.6.2.2铝合金微孔板吊顶
9.6.2.3双面铝塑板墙面
9.6.2.4隔断
9.6.2.5门窗结构
9.6.2.6电磁屏蔽
9.7供配电工程
9.7.1总述
9.7.2供电系统
9.7.3配电系统
9.7.4照明系统
9.7.5接地系统
9.7.6防静电系统
9.7.6.1机房静电概述
9.7.7等电位连接
9.8机房防雷系统
9.8.1设计依据
9.8.2雷电破坏电子设备途径
9.8.3雷电造成的破坏性后果
9.8.4设计方案
9.8.4.1现场条件
9.8.4.2方案设计
①外部防雷系统及地网
②供电系统防雷
9.9 门禁管理系统
9.9.1系统组成
9.9.2系统功能
9.9.3 系统优越性
9.10机房专用空调系统
9.11新风系统
9.12漏水报警系统
9.13消防报警与灭火系统
9.14UPS不间断电源系统
9.14.1BEST UPS技术简介
9.14.2BEST S4000系列UPS电源主要性能特点：
第10章计算机网络系统
10.1方案要点概述
10.2总论
10.2.1系统建设背景
10.2.2系统建设需求及设计原则
10.2.2.1系统需求分析
10.2.2.2系统建设原则
10.3网络系统建设方案
10.3.1网络技术综述
10.3.1.1局域网技术简介
10G以太网：
10.3.2内网建设方案
10.3.2.1组网方案
10.3.2.1.1现状分析
10.3.2.1.2内网建设目标
10.3.2.1.3内网建设方案
1、方案一拓扑：
10.3.3外网建设方案
10.3.3.1外网建设目标
10.3.3.2外网构建方案
10.3.4内网及外网的IP地址分配方式
10.3.5服务质量(QoS)的实施
10.3.5.1局域网服务质量的实施
10.3.6网络管理系统
10.3.6.1网络管理任务及策略
10.3.6.2网管平台选择
10.3.7组网设备简介
10.3.7.1Cisco Catalyst6500系列交换机
10.3.7.2Cisco Catalyst4507R
10.3.7.3Cisco Catalyst3550
10.4系统安全建设
10.4.1系统安全分析
10.4.2安全体系建立的原则
10.4.3各种网络安全措施
10.4.4设备自身的安全措施
1、用户执行远程登录命令(例如：Telnet)，网络设备判断当前的并发连接数是否已经达到上限。如果数量没
BOOTp服务
10.4.5内网的安全设计
10.4.6外网的安全设计
10.4.7接入网的安全设计
第11章中央集成系统(IBMS)
11.1设计依据和标准
11.2需求分析
11.3系统概述
11.3.1IBMS智能建筑集成管理系统
IBMS系统
11.3.2BMS与IBMS
11.3.2.1BMS建筑物管理系统
11.3.2.2IBMS智能建筑集成管理系统
11.4系统结构
IBMS系统总体架构
11.5系统功能
11.5.1智能化管理
11.5.2基于Internet的管理
11.5.3全局化的事件管理
11.5.4分布智能，分散控制
11.5.5跨系统联动提供广泛的策略应用开发平台
11.5.6即时报警通报
11.5.7功能强大的组态工具
11.5.8多用户操作管理界面
11.5.9分级用户权限管理
11.5.10强大的数据库管理功能
11.5.11系统运行日志管理
11.5.12设备维护管理
11.5.13直观明了的趋势图
11.5.14系统的高稳定性和可操作性
11.5.15开放性系统集成
11.5.16灵活的集成模式
11.5.17通用协议转换
11.6XXXXXXXXXXXXXXXX大楼IBMS系统集成解决方案
11.6.1系统设计目标
11.6.2系统组成
XXXXXXXXXXXXXXXX大楼IBMS系统组成
11.6.3系统结构
XXXXXXXXXXXXXXXX大楼IBMS系统结构
11.6.3.1IBMS系统对BAS的集成管理
11.6.3.2IBMS系统对SAS的集成管理
11.6.3.3IBMS系统对FAS的集成管理
11.6.3.4IBMS系统对应急/公共广播系统的集成管理
11.6.3.5物业管理系统
11.6.4系统集成效果示例
11.6.4.1楼宇能源的管理
11.6.4.1.1节省电能
11.6.4.1.2节水
11.6.4.1.3节热
11.6.4.2 节省人力成本，提高工作效率
11.6.4.3提高大楼的安全性
11.6.4.3.1设备安全性
11.6.4.3.2楼宇安全性
11.6.4.4提高大楼管理的人性化和使用的舒适度
11.6.4.5延长设备使用寿命
11.6.5系统实施
11.6.5.1跨系统联动
11.6.5.1.1BAS系统与消防报警系统联动
11.6.5.1.2安保系统与门禁、照明等系统联动
11.6.5.1.3安保系统与消防系统之间联动
11.6.6个性化开发
11.6.6.1利用开发平台进行工程开发
11.6.6.2监控模式
11.6.6.3系统节能（部分）
11.6.6.3.1空调系统
11.6.6.3.2照明系统节能
11.6.6.3.3应急（备用）供电，应急照明系统
xxxxxxxx 公司大楼
智能化系统设计方案
目 录
第 1 章 前言 ·················································································································· 1
1.1 概述 ·················································································································· 1
1.2 工程概况 ············································································································ 2
1.3 方案内容 ············································································································ 2
1.4 设计依据 ············································································································ 2
1.5 系统设计思路摘要 ································································································3
1.5.1 综合布线系统·························································································································· 3
1.5.2 建筑设备监控系统·················································································································· 4
1.5.3 安全防范系统·························································································································· 6
1.5.4 火灾报警与消防联动控制······································································································ 6
1.5.5 公共广播系统·························································································································· 7
1.5.6 一卡通系统······························································································································ 7
1.5.7 电话通信系统·························································································································· 8
1.5.8 卫星接收及有线电视系统······································································································ 8
1.5.9 多功能会议系统······················································································································ 8
1.5.10 整体机房工程·························································································································· 9
1.5.11 计算机网络系统······················································································································ 9
1.5.12 中央集成系统·························································································································11
第 2 章 综合布线系统 ···································································································· 12
2.1 系统概述 ···········································································································12
2.2 方案特点摘要 ···································································································· 13
2.3 系统点位设计 ···································································································· 14
2.4 综合布线系统介绍 ······························································································ 16
2.5 系统解决方案 ···································································································· 17
2.5.1 产品选择································································································································ 17
2.5.2 系统拓朴结构························································································································ 18
2.5.3 各子系统介绍························································································································ 18
2.5.4 布线系统工程施工技术方案································································错误！未定义书签。
2.5.5 系统验收································································································错误！未定义书签。
2.6 附录、网络测试仪器简介 ····························································错误！未定义书签。
第 3 章 建筑设备监控系统 ·····································································错误！未定义书签。
3.1 工程简介 ················································································· 错误！未定义书签。
3.2 设计依据和标准 ········································································ 错误！未定义书签。
3.3 需求分析与产品选型 ··································································错误！未定义书签。
3.3.1 需求分析································································································错误！未定义书签。
3.3.2 产品选型································································································错误！未定义书签。
3.4 系统性能介绍 ··········································································· 错误！未定义书签。
3.4.1 中央站功能····························································································错误！未定义书签。
3.4.2 DDC 功能···································································································错误！未定义书签。
3.4.3 节能及能源控制软件············································································错误！未定义书签。
3.5 系统设计说明 ··········································································· 错误！未定义书签。
3.6 监控功能说明 ··········································································· 错误！未定义书签。
3.6.1 中央站监控功能····················································································错误！未定义书签。
3.6.2 与相关系统接口····················································································错误！未定义书签。
3.6.3 冷热源系统····························································································错误！未定义书签。
3.6.4 空调及通风系统····················································································错误！未定义书签。
3.6.5 给排水系统····························································································错误！未定义书签。
3.6.6 变配电系统····························································································错误！未定义书签。
第 I 页
3.6.7 照明系统································································································错误！未定义书签。
3.6.8 电梯系统································································································错误！未定义书签。
3.7 系统设计特殊说明 ····································································· 错误！未定义书签。
3.7.1 分布式模块控制器················································································错误！未定义书签。
3.7.2 最先进的软件EBI 系统········································································错误！未定义书签。
第 4 章 安全防范系统 ··········································································· 错误！未定义书签。
4.1 概述 ························································································错误！未定义书签。
4.2 整体规划 ················································································· 错误！未定义书签。
4.3 设计标准和依据 ································································································· 24
4.4 设计原则 ···········································································································24
4.5 电视监控系统 ···································································································· 26
4.5.1 设计思想································································································································ 26
4.5.2 系统原理································································································································ 26
4.5.3 监控点设置···························································································································· 27
4.6 防盗报警系统 ···································································································· 29
4.6.1 报警设计思想························································································································ 29
4.6.2 系统原理································································································································ 29
4.6.3 系统功能································································································································ 30
4.6.4 报警点设置···························································································································· 30
4.7 系统的各种联动功能介绍 ·····················································································32
4.7.1 监控系统与报警系统、灯光的联动功能············································································ 32
4.7.2 门禁管理与电视监控集成···································································································· 33
4.7.3 消防报警与电视监控、门禁的联动···················································································· 34
4.8 集成后的操作平台 ······························································································ 34
4.9 与网络的连接 ···································································································· 34
4.10 主要产品介绍 ···································································································· 35
Q uest Al 视频管理系统········································································································ 35
4.10.1
4.10.2 视频矩阵································································································································ 36
4.10.3 彩色一体化球机···················································································································· 37
4.10.4 数字硬盘录像机···················································································································· 37
4.10.5
VISTA 120 报警控制/通讯主机····························································································· 39
4.10.6
6139 编程控制键盘··············································································································· 40
4.10.7 壁挂式红外微波双鉴探测器································································································ 40
4.10.8 吸顶式双鉴探测器················································································································ 41
4.10.9 总线编址器：························································································································ 42
4.11 控制中心机房设计 ······························································································ 42
第 5 章 火灾报警与消防联动系统 ·····················································································43
5.1 设计依据 ···········································································································43
5.2 本设计方案指导思想及意图 ··················································································43
5.3 报警系统的构成 ································································································· 44
5.4 系统设备的选用 ································································································· 45
5.4.1 火灾报警控制器···················································································································· 45
5.5 报警与气体灭火控制联动 ·····················································································48
5.6 系统配置方案 ···································································································· 49
5.7 系统容量 ···········································································································49
5.8 主要技术特点 ···································································································· 50
第 6 章 公共广播系统 ···································································································· 52
6.1 系统概述 ···········································································································52
6.2 配置方案 ···········································································································52
6.2.1 方案概述································································································································ 52
6.2.2 点位设计································································································································ 53
第 II 页
7.3
6.2.3 设计说明································································································································ 53
6.3 系统介绍 ···········································································································54
6.4
SM-30 扩音管理系统介绍 ·····················································································56
第 7 章 一卡通系统 ······································································································· 58
7.1 方案概述 ···········································································································58
7.2 需求分析 ···········································································································58
7.2.1 项目概述································································································································ 58
7.2.2 工程范围································································································································ 59
HUNDURE ENITOR（伊尼特）系统介绍 ····································································62
7.3.1 系统概述································································································································ 62
7.3.2 系统组成································································································································ 64
7.4 工程技术方案 ···································································································· 70
7.4.1 设计依据及相关标准············································································································ 70
7.4.2
eNitor 子系统功能说明············································································································· 71
7.4.3 系统点数表及主设备配置方案···························································································· 91
7.4.4 系统拓扑图···························································································································· 94
7.5 附件 I：ENITOR 系统 - 硬件规格列表 ····································································· 94
7.5.1 NCU 网络控制单元··················································································································· 94
7.5.2 MCU 多功能控制单元···············································································································96
7.5.3 ACU II 门禁控制单元················································································································97
7.5.4 RCU 身份辨识控制单元··········································································································· 99
7.5.5 PXR-3X，PXR-5X 非接触读卡单元······················································································· 100
第 8 章 电话通信系统 ···································································································103
8.1 概述 ··············································································································· 103
8.2 程控交换机系统介绍 ························································································· 103
8.3
PBX 的用途 ····································································································· 104
8.4 数字交换机的特点 ···························································································· 104
8.5 松下 KX-TD510CN 介绍 ·····················································································104
8.5.1 配置容量······························································································································ 104
8.5.2 专用话机系列······················································································································ 105
8.5.3 松下PBX 系统特色·············································································································106
8.5.4 松下PBX 基本功能·············································································································106
8.5.5 松下PBX 特殊功能·············································································································108
第 9 章 卫星接收及有线电视系统 ···················································································109
9.1 概述 ··············································································································· 109
9.2 设计依据 ·········································································································109
9.3 方案设计思路 ···································································································109
9.3.1 总体思路······························································································································ 109
9.3.2 点位设计······························································································································ 109
9.3.3 节目源设计思路···················································································································111
9.4 系统频率划分 ···································································································112
9.5 系统功能 ········································································································· 112
9.6 系统的组成 ······································································································112
9.6.1 前端系统·······························································································································113
9.6.2 传输系统·······························································································································114
9.6.3 后端分配系统·······················································································································114
9.7 系统器材设备选型 ·····························································································114
9.7.1 前端器材选型·····················································································································114
9.7.2 系统传输及后端分配系统器材选用···················································································115
9.7.3 设备安装及机房要求···········································································································115
第 III 页
第 10 章 多功能智能会议系统 ······················································································ 116
10.1 现状和需求 ······································································································116
10.2 设计依据 ········································································································· 116
10.3 系统设计原则 ···································································································117
10.4 概述 ··············································································································· 118
10.5 会议室系统设计 ································································································118
10.5.1 总体描述·······························································································································118
10.5.2 会议讨论系统（含同声翻译系统）···················································································119
10.5.3 摄像联动系统······················································································································ 123
10.5.4 集中控制系统······················································································································ 125
10.5.5 大屏幕投影系统·················································································································· 128
10.5.6 扩音系统······························································································································ 134
10.5.7 视频会议系统······················································································································ 138
10.5.8 无线上网系统······················································································································ 142
10.6 系统施工规范 ···································································································143
10.6.1 配接系统的电源·················································································································· 143
10.6.2 扩声系统的配接·················································································································· 144
10.6.3 系统的接地·························································································································· 144
10.6.4 工程设备安装、连接和调试······························································································ 145
10.7 对其它方面的建议 ···························································································· 146
10.7.1 对供电的要求······················································································································ 146
10.7.2 对接地的要求······················································································································ 146
10.7.3 对控制室和设备间的要求·································································································· 147
10.8 附录 1：会议室的布局、照度、音响效果 ······························································ 147
10.9 附录 2：扩音对装潢的建声要求 ·········································································· 148
第 11 章 整体机房工程 ······························································································· 149
11.1 设计依据 ·········································································································149
11.2 设计思想 ·········································································································150
11.3 设计目标 ·········································································································151
11.4 机房环境要求 ···································································································151
11.5 机房系统构成 ···································································································152
11.6 装修工程 ·········································································································153
11.6.1 装修特点：·························································································································· 153
11.6.2 装修材料介绍······················································································································ 153
11.7 供配电工程 ······································································································155
11.7.1 总述······································································································································ 155
11.7.2 供电系统······························································································································ 156
11.7.3 配电系统······························································································································ 156
11.7.4 照明系统······························································································································ 157
11.7.5 接地系统······························································································································ 157
11.7.6 防静电系统·························································································································· 158
11.7.7 等电位连接·························································································································· 159
11.8 机房防雷系统 ···································································································159
11.8.1 设计依据······························································································································ 160
11.8.2 雷电破坏电子设备途径······································································································ 160
11.8.3 雷电造成的破坏性后果······································································································ 160
11.8.4 设计方案······························································································································ 161
11.9 门禁管理系统 ···································································································163
11.9.1 系统组成······························································································································ 164
11.9.2 系统功能······························································································································ 164
11.9.3 系统优越性·························································································································· 165
11.10 机房专用空调系统 ························································································· 166
第 IV 页
11.14.1
11.14.2
新风系统 ······································································································169
11.11
11.12 漏水报警系统 ······························································································· 170
11.13 消防报警与灭火系统 ······················································································ 171
UPS 不间断电源系统 ······················································································172
11.14
BEST UPS 技术简介············································································································172
BEST S4000 系列UPS 电源主要性能特点：·································································177
第 12 章 计算机网络系统 ···························································································· 188
12.1 方案要点概述 ···································································································188
12.2 总论 ··············································································································· 190
12.2.1 系统建设背景······················································································································ 190
12.2.2 系统建设需求及设计原则·································································································· 191
12.3 网络系统建设方案 ···························································································· 193
12.3.1 网络技术综述······················································································································ 193
12.3.2 内网建设方案······················································································································ 196
12.3.3 外网建设方案······················································································································ 200
12.3.4 内网及外网的IP 地址分配方式························································································ 200
12.3.5 服务质量(QoS)的实施·········································································································201
12.3.6 网络管理系统······················································································································ 204
12.3.7 组网设备简介······················································································································ 206
12.4 系统安全建设 ···································································································208
12.4.1 系统安全分析······················································································································ 208
12.4.2 安全体系建立的原则·········································································································· 209
12.4.3 各种网络安全措施·············································································································· 209
12.4.4 设备自身的安全措施·········································································································· 210
12.4.5 内网的安全设计·················································································································· 215
12.4.6 外网的安全设计·················································································································· 217
12.4.7 接入网的安全设计·············································································································· 217
第 13 章 中央集成系统(IBMS) ····················································································· 219
13.1 设计依据和标准 ································································································219
13.2 需求分析 ·········································································································219
13.3 系统概述 ·········································································································220
IBMS 智能建筑集成管理系统···························································································· 222
BMS 与IBMS ······················································································································· 222
13.4 系统结构 ·········································································································223
13.5 系统功能 ·········································································································224
13.5.1 智能化管理·························································································································· 224
13.5.2 基于Internet 的管理············································································································224
13.5.3 全局化的事件管理·············································································································· 225
13.5.4 分布智能，分散控制·········································································································· 225
13.5.5 跨系统联动提供广泛的策略应用开发平台······································································ 225
13.5.6 即时报警通报······················································································································ 226
13.5.7 功能强大的组态工具·········································································································· 227
13.5.8 多用户操作管理界面·········································································································· 227
13.5.9 分级用户权限管理·············································································································· 228
13.5.10 强大的数据库管理功能··································································································228
13.5.11 系统运行日志管理··········································································································228
13.5.12 设备维护管理··················································································································228
13.5.13 直观明了的趋势图··········································································································229
13.5.14 系统的高稳定性和可操作性··························································································230
13.5.15 开放性系统集成··············································································································230
13.5.16 灵活的集成模式··············································································································230
13.5.17 通用协议转换··················································································································231
13.3.1
13.3.2
第 V 页
13.6 XXXXXXXXXXXXXXXX 大楼 IBMS 系统集成解决方案 ········································ 230
13.6.1 系统设计目标······················································································································ 232
13.6.2 系统组成······························································································································ 233
13.6.3 系统结构······························································································································ 234
13.6.4 系统集成效果示例·············································································································· 239
13.6.5 系统实施······························································································································ 244
13.6.6 个性化开发·························································································································· 246
附件：
XXXXXXXXXXXX 智能化系统设备配置点表
XXXXXXXXXXXX 智能化系统设备配置清单
第 VI 页
第 1 章 前言
1.1 概述
目前国际上计算机技术、控制技术、通信技术、图形显示技术等高新技术日新
月异，可供选择的弱电系统的设计方案、设备以及应用软件种类繁多，业主往往很
难对弱电系统的系统配置、体系结构、集成方式和对产品的选型作出决断和得出优
化的实施方案。因此，如何运用系统工程的环境与制约条件来一体化综合集成弱电
各子系统，集国内外各厂家产品之长，将各种先进技术与设备进行合理地配置，有
机地运用，使整个大楼弱电系统在总体上发挥最大的优势，得到最佳的效益，对于
业主来讲的确是非常重要和现实的。总之，系统集成商与产品的生产厂家相比，系
统集成商对弱电系统管理系统技术的发展和产品市场有更多的了解和比较。同时也
具备多项类似工程项目的实践经验和专业技术支持力量，因此系统集成商可以更有
效的起到业主与产品之间的纽带作用，能够更好地在系统中集成各厂家优秀的软、
硬件设备，完成相互兼容的功能；能够更有经验解决各子系统之间的设备硬件接口
界面，软件通信协议界面和安装施工界面。
作为系统集成商，就是要提供业主和用户弱电系统管理系统有针对性的咨询服
务、方案设计、论证，产品厂家选择，系统集成，工程安装、调试、开通以及今后
整个系统的维修、功能升级等综合一体化的服务。采用这种工程承包方式将有利于
工程的建设，有助于提高工程质量，保证工程进度，减少相互推诿，降低成本，提
高效益/费用比，提高责任心，并可为业主和用户免除很多麻烦。
我们为用户服务的宗旨是：最先进合理的集成系统设计；全面规划完善系统功
能，并可进行模块化分步实施；系统投资合理，以实际应用为出发点。
为将 XXXXXXXXXXXXXXXX 大楼建设成数字化、智能化的 5A 级大厦,力求一次规划
分步实施,一次设计分步投资,一次布线逐步扩展.为确保系统的完备性和实现的可
行性,特拟定建议方案,并涉及到可能扩充的系统和功能.对各项弱电系统的功能作
了推荐介绍,便于业主在确定系统时参考。
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