HY-N系列网络时间服务器说明书(简化版)
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网络模块和北斗模块使用说明书烟台开发区远大恒宇科技有限公司目录一、N1、N3 NTP SERVER UNIT模块配置说明 (4)(一)网络接口IP地址设置 (4)(二)软件升级 (6)(三)监测数据上传网络时间服务器端设置 (8)(四)用户登录密码更改 (10)二、N6 NTP SERVER UNIT模块配置说明 (11)三、N1、N3、N6 NTP SERVER UNIT模块客户端软件安装和设置说明 (16)1、WINDOWS 9X/NT操作系统 (16)2、WINDOWS 2000操作系统 (19)3、WINDOWS XP/2003操作系统 (20)4、SUN SOLARIS 8操作系统 (21)5、LINUX操作系统 (22)6、HP-UNIX操作系统 (23)7、IBM AIX V5.2操作系统 (25)8、CISCO路由器和交换机 (26)9、rs6000 系统 (26)四、N5 MONITOR UNIT配置和网络对时软件使用说明 (28)1、设置服务器的IP地址、子网掩码和网关地址 (28)2、N5模块网络时间同步软件使用说明 (29)五、N7 PTP SERVER UNIT模块配置说明 (32)六、G4、G10 INPUT UNIT北斗卫星模块初始化设置 (35)七、G8 INPUT UNIT交流B码模块年初始化设置 (37)八、G8 INPUT UNIT B码(DC)模块时延补偿值设置 (39)九、G32 INPUT UNIT NTP输入设置 (41)一、N1、N3 NTP SERVER UNIT模块配置说明(一)网络接口IP地址设置1、网络接口ntp1默认网络地址为:192.168.0.254,网络接口ntp2默认网络地址为:192.168.1.254,网络接口ntp3默认网络地址为:192.168.2.254,掩码都是255.255.255.0。
注意:ntp1,ntp2,ntp3的IP地址不能重复要进行有效校时,首先要设置网络时间服务器的IP地址。
天地伟业H系列网络视频服务器使用手册V2.5T iandy Tech Proprietary目录1. 特性及各项指标 (3)1.1 简介 (3)1.2 细节参数 (3)1.3 规格及指标 (3)2. 外观及安装 (5)3. 操作使用 (5)3.1 连接 (6)3.1.1物理连接 (6)3.1.2应用连接 (6)3.1.3 连接相关 (7)3.1.4 系统设置 (7)4. 附录 (12)4.1 升级软件 (13)4.2 恢复出厂设置 (13)4.3 问题解答 (13)1.1 简介天地伟业H系列网络视频产品采用特别针对多媒体处理而设计的可编程高速数字信号处理器(DSP),结合高性能的实时操作系统(RTOS)和音视频压缩算法,专门应用于IP网络中,通过将模拟图像、声音压缩成数字信号在网络中传输,实现了模拟CCTV向IP网络化的升级换代进程。
通过直接与以太网相连,天地伟业H系列网络监控产品提供了一种方便且成本低廉的实时图像和声音采集和传输的设备,用户可通过标准Web浏览器观看和收听网络视频服务器传送过来的图像和声音,并且授权认证用户可以进行远程控制。
1.2 细节参数-标准MPEG-4视频压缩格式,实现在保持低码率基础上还原高清晰度的图像质量。
-标准MP3音频压缩格式。
-同时支持D1、HALF-D1、CIF三种画面尺寸和图像精度。
-内置Web Server,全部操作通过浏览器实现,操作简单、方便。
- Dynamic Stream Control 保证Internet上音视频实时传输。
-双向语音对讲让您的交流随心所欲。
-用户管理采用多级密码。
-移动侦测/日期/时间/事件触发报警输入输出。
-支持本地录像 (文件直接由Microsoft Media Player播放,无须安装其他软件)。
-支持图像屏蔽。
-图像抓拍。
1.3 规格及指标2.1 系统接口四路网络视频服务器单路网络视频服务器电源输入:DC12V 1.5A音频输出接口:线路电平,非平衡,单声道,RCA 接口 音频输入接口1:麦克风输入,非平衡,单声道,RCA 接口视频输入接口1:PAL/NTSC 制式,复合视频:1Vp-p/75Ω,BNC 接口 音频输入接口2:麦克风输入,非平衡,单声道,RCA 接口视频输入接口2:PAL/NTSC 制式,复合视频:1Vp-p/75Ω,BNC 接口 RS485接口、报警输入接口、报警输出接口 RS485:Alarm :网络(ETHERNET)接口系统复位按钮:恢复缺省值,非专业人员请不要按此按钮。
电厂/变电站GPS寸钟同步系统方案建议书烟台赤龙电子高科有限公司一、系统述......................................................二、对时方式和NTP 协介 (3)电厂/变电站时间同步系统设计方案 (5)四、系统占.................................................................八、、五、系统设备规格型号及介绍 (10)六、设备工作条件及技术指选择舒心是您的权利选择赤龙您可以舒心17七、典型应用 (20)八、相关检测 (21)九、公司简介 (22)第一部分系统概述一、建设时钟同步系统的重要性随着电厂、变电站自动化水平的提高,电力系统对时钟统一对时的要求愈来愈迫切,有了统一精确的时间,既可实现全厂(站)各系统在GPS时间基准下的运行监控和事故后的故障分析,也可以通过各开关动作、调整的先后顺序及准确时间来分析事故的原因及过程。
统一精确的时间是保证电力系统安全运行,提高运行水平的一个重要措施。
二、时钟同步系统的优越性电厂(站)的时钟同步是一件十分重要的基础工作,现在电厂(站)大多采用不同厂家的计算机监控系统、DCS分布式控制系统、自动化及线路微机保护装置、故障录波装置、电能量计费系统、电液调速系统DEH SCADA系统及各种输煤PLG除灰PLC化水PLG脱硫PLC等,以前的时间同步大多是各设备提供商采用各自独立的时钟,而各时钟因产品质量的差异,在对时精度上都有一定的偏差,从而使全厂各系统不能在统一时间基准的基础上进行数据分析与比较,给事后正确的故障分析判断带来很大隐患。
如今,人们已经充分意识到时间统一的重要性。
但是,统一时钟并不是单纯地并用GPS 时钟设备。
目前,人们普遍采用一台小型GPS接收机,提供多个RS232端口,用串口电缆逐一连接到各个计算机,实现时间同步。
但事实上,这种同步方式的缺点是,使用的电缆长度不能过长;服务器的反应速度、客户机的延迟都直接影响对时精度。
HY-N系列网络时间服务器使用手册烟台开发区远大恒宇科技有限公司目录一、产品简介 (2)1概述 (2)2系统基本功能 (2)3系列配置说明 (3)4系统工作原理 (3)5系统应用组成 (4)6性能指标 (4)7服务器前后面板说明 (6)8应用范围 (10)二、服务器硬件安装和GPS天线安装说明 (11)1 服务器硬件安装 (11)2 GPS天线安装说明 (11)3 开关机 (13)三、服务器配置说明 (13)1 网络接口IP地址设置 (13)2 软件升级 (15)3 用户登录密码更改 (16)四、客户端安装和设置说明 (17)1、WINDOWS 9X/NT操作系统 (17)2、WINDOWS 2000操作系统 (19)3、WINDOWS XP/2003操作系统 (20)4、SUN SOLARIS 8操作系统 (21)5、LINUX操作系统 (22)6、HP-UNIX操作系统 (23)7、IBM AIX V5.2操作系统 (23)8、CISCO路由器和交换机 (24)9、RS6000 系统 (25)五、注意事项和故障处理 (25)六、附页 (26)七、保修卡 (27)一、产品简介1概述随着科学技术与国民经济的发展,各行各业对标准时间与标准频率的需求也日益增长,尤其在我国基础行业──通讯、电力和交通的高速发展中更加突出。
在"时间就是金钱"的时代,保持时间的正确性是一项十分重要的基础工作。
由烟台开发区远大恒宇科技有限公司独立设计并开发的HY-N系列网络时间服务器是专门采用NTP协议同步整个网络的服务器和工作站时钟的高品质产品。
在当今飞速发展的网络时代,网络数据文件的读取和存贮,网上的结、付账系统,电子商务系统,网上B2B系统,数据库的保存及维护以及许多必不可少的网络应用都无法离开高精度的同步时钟。
HY-N系列的出现标志着同步技术的一大突破,它结合高速大容量的网络接口,并基于互联网的用户接口,支持多种网络协议,对造就真正的时间同步网络具有非常重大的意义。
前言企业信息化建设现状分析伴随网络的快速发展,互联网成为企业发展不可缺少的工具,同时互联网在企业创造效益的同时,也产生了一定的负面效果。
当前常规的企业网络建设方式,已经不能满足企业管理和发展的需要,不能解决企业网络安全,文档信息保护,高效利用网络带宽,管理员工上网,管理员工的工作情况等现实问题。
为了解决这些问题,很多企业需要多种解决方案,随之而来的信息化投资建设投入,这对于中小企业是个比较大的经济负担。
此外,网管人员需要掌握多种软件的使用,不但增大了应用的难度,而且也增加了系统后续维护的困难。
网屏FH-NM系列产品方向FH-NM系列上网行为管理安全网关是深圳市单双科技有限公司研发的新一代多功能上网行为管理产品。
FH-NM系列网关在全面理解、吸收现已有产品的基础上,精心搭建了灵活、可扩展、先进的产品架构设计,使我们的产品能做到让高端路由功能和特点的普及化。
该产品采用高性能嵌入式多核平台设计,具有高速处理性能、海量吞吐能力、运行稳定,基本能做到免维护。
FH-NM系列上网行为管理安全网关集成了上网行为管理、防火墙、VPN功能,强大而丰富的功能为用户提供全方位的服务。
多台设备的功能集于一台FH-NM系列上网行为管理安全网关能够为用户节省大量的设备投资。
FH-NM系列上网行为管理安全网关提供基于web的配置界面,该界面化繁为简、简单易学,普通用户轻松上手。
FH-NM系列上网行为管理安全网关提供全面的日志功能,方便用户对网络事件进行实时监控。
并能为员工的考核提供详细的资料。
注:本说明书是FH-NG FH-NS FH-NM三个系列上网行为管理产品通用说明书第一章产品特点FH-NM/NS/NG系列上网行为管理安全网关是单双科技经过长期的技术积累研发的新一代多功能上网行为管理产品。
该产品具有以下特点✧管理界面为全web界面简化了配置和维护工作,简单易学,用户可以轻松上手✧上网行为管理安全网关的IOS、特征库终身免费升级,尽最大程度替用户着想,为用户节约大量的后继投入✧专业的研究团队不断跟踪互联网应用,实现特征库与互联网最新应用同步更新,为用户解除互联网发展太快上网行为管理安全网关无法对最新应用进行控制的担忧✧上网行为管理安全网关采用先进的嵌入式平台设计,不但处理性能远高于普通工控机,而且稳定性也优于普通工控机✧上网行为管理安全网关集成防火墙、VPN功能,能够有效的提高用户网络的安全等级,为用户提供抵御网络攻击的安全防护手段✧支持二层和三层网络服务,上网行为管理安全网关丰富协议的支持使其能够适合各种类型网络的部署✧支持串行、并行接入网络模式,并行接入网络模式不需要改变原来网络设备的设置、不会改原来网络的稳定性✧通过分时间段或全时间段对企业各部门的流量数据进行访问的P2P、即时通信、网络游戏、P2P视频、股票证券等上网行为进行管理,可以实现对80多种类型的网站访问控制✧FH-NM上网行为管理安全网关支持PPPOE、PPTPE、WEB Portal、mac、ip等多种安全接入认证手段,能够有效的控制上网用户身份的合法性✧上网行为管理安全网关提供详细的在线情况查询、详细的日志服务,并且提供实时流量情况查看,使用户能够随时对网络应用情况了如指掌第二章 Web概述为了方便用户对FH-NM/NS/NG系列上网行为管理安全网关进行操作和维护,单双科技推出了WEB 网管功能,此功能通过图形化的WEB界面代替繁琐的命令行来对FH-NM系列上网行为管理安全网关进行配置和管理2.1. 客户端要求PC 已安装网卡且网卡可用操作系统和浏览器操作系统支持Windows 98/2000/XP、Solaris、Red hat Linux 等。
HOW AY2000NRS系列无线接入点用户手册版权所有©2011~2012苏州汉明科技有限公司Rev 3.01HO WA Y2000N RS系列无线接入点用户手册3.01版2012 年07 月版权所有©2011~2012苏州汉明科技有限公司本手册包括但不限于其所包含的所有信息均受著作权法的保护,未经苏州汉明科技有限公司的许可,不得将本手册的任何部分影印、复制或翻译成其它语言。
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目录目录 (3)第1章用户手册简介 (5)1.1本书约定 (5)1.2本书章节安排 (5)第2章产品介绍 (7)2.1产品简介 (7)2.2LED与接口定义 (7)第3章设备安装 (9)3.1安装准备 (9)第4章安全注意事项 (10)4.1安装注意事项 (10)4.2管理注意事项 (10)第5章F A T AP基本配置 (11)5.1设备的缺省配置 (11)5.3通过W EB 管理接口配置设备 (13)5.3.1 硬件连接 (13)5.3.2 建立正确的网络设置 (13)5.3.3 快速安装指南 (17)5.4修改基本设置 (18)5.4.1模式选择 (18)5.4.2 LAN设置 (20)5.4.3 日志服务器设置 (22)第6章胖瘦AP的切换 (23)6.1胖瘦一体AP切换方式 (23)第7章F A T AP无线设置 (25)7.1基本设置 (25)7.2射频设置 (25)7.3SSID设置 (27)第8章F A T AP高级管理配置 (31)8.1时间设置 (31)8.2ACL设置 (31)8.3静态路由 (33)8.4防火墙设置 (33)第9章F A T AP设备管理 (35)9.1用户管理 (35)9.2系统配置 (35)9.3重启设备 (38)第10章F A T AP信息统计 (39)10.1系统信息 (39)10.2接口信息 (39)第11章FIT AP基本配置 (40)11.1通过W EB 管理接口配置设备 (40)11.2发现方式 (41)11.3时间设置 (42)11.4系统配置 (43)11.4.1 软件升级 (43)11.4.2 恢复出厂设置 (43)11.5密码修改 (44)11.6重启设备 (45)第12章典型应用介绍 (45)12.1无线覆盖应用 (45)12.2无线桥接应用 (46)12.3路由模式接入组网 (47)第13章故障排除 (48)第1章用户手册简介本文档旨在帮助您正确使用路由器的功能,内容包括路由器的性能特征以及所有功能的详细说明。
HY-8000网络模块和北斗模块使用说明书V21烟台开发区远大恒宇科技有限公司目录一、N1、N3 NTP SERVER UNIT模块配置讲明3(一)网络接口IP地址设置3(二)软件升级4(三)监测数据上传网络时刻服务器端设置4(四)用户登录密码更换5二、N6 NTP SERVER UNIT模块配置讲明6三、N1、N3、N6 NTP SERVER UNIT模块客户端软件安装和设置讲明91、WINDOWS 9X/NT操作系统92、WINDOWS 2000操作系统 103、WINDOWS XP/2003操作系统 114、SUN SOLARIS 8操作系统125、LINUX操作系统 136、HP-UNIX操作系统147、IBM AIX V5.2操作系统148、CISCO路由器和交换机 159、rs6000 系统15四、N5 MONITOR UNIT配置和网络对时软件使用讲明171、设置服务器的IP地址、子网掩码和网关地址172、N5模块网络时刻同步软件使用讲明17五、N7 PTP SERVER UNIT模块配置讲明18六、G4、G10 INPUT UNIT北斗卫星模块初始化设置19七、G8 INPUT UNIT交流B码模块年初始化设置20八、G8 INPUT UNIT B码(DC)模块时延补偿值设置21九、G32 INPUT UNIT NTP输入设置22一、N1、N3 NTP SERVER UNIT模块配置讲明(一)网络接口IP地址设置网络接口ntp1默认网络地址为:192.168.0.254,网络接口ntp2默认网络地址为:192.168.1.254,网络接口ntp3默认网络地址为:192.168.2.254,掩码差不多上255.255.255.0。
注意:ntp1,ntp2,ntp3的IP地址不能重复要进行有效校时,第一要设置网络时刻服务器的IP地址。
第一把操纵运算机的网络地址设置为和网络接口1同一网段内的有效地址,如:192.1 68.0.21,子网掩码为255.255.255.0。
HY-8000网络模块和北斗模块使用说明书(DOC 38页)网络模块和北斗模块使用说明书烟台开发区远大恒宇科技有限公司目录一、N1、N3 NTP SERVER UNIT模块配置说明 (2)(一)网络接口IP地址设置 (2)(二)软件升级 (3)(三)监测数据上传网络时间服务器端设置 (5)(四)用户登录密码更改 (8)二、N6 NTP SERVER UNIT模块配置说明 (8)三、N1、N3、N6 NTP SERVER UNIT模块客户端软件安装和设置说明 (13)1、WINDOWS 9X/NT操作系统 (13)2、WINDOWS 2000操作系统 (15)3、WINDOWS XP/2003操作系统 (16)4、SUN SOLARIS 8操作系统 (17)5、LINUX操作系统 (18)6、HP-UNIX操作系统 (19)7、IBM AIX V5.2操作系统 (19)8、CISCO路由器和交换机 (20)9、rs6000 系统 (21)四、N5 MONITOR UNIT配置和网络对时软件使用说明 (22)1、设置服务器的IP地址、子网掩码和网关地址 (22)2、N5模块网络时间同步软件使用说明 (23)五、N7 PTP SERVER UNIT模块配置说明 (26)六、G4、G10 INPUT UNIT北斗卫星模块初始化设置 (28)七、G8 INPUT UNIT交流B码模块年初始化设置 (30)八、G8 INPUT UNIT B码(DC)模块时延补偿值设置 (32)九、G32 INPUT UNIT NTP输入设置 (33)一、N1、N3 NTP SERVER UNIT模块配置说明(一)网络接口IP地址设置1、网络接口ntp1默认网络地址为:192.168.0.254,网络接口ntp2默认网络地址为:192.168.1.254,网络接口ntp3默认网络地址为:192.168.2.254,掩码都是255.255.255.0。
第一部分Hirschmann网络产品说明RS2系列RS2-TX,RS2-16, RS2-16M,RS2-16 1MM SC,RS2-16 1SM SC除14个10/100BASE-T(X)外,上述4种型号各带2个光口(光端机)MM表示多模光纤口(传输距离4-5公里),SM表示单模光纤口(传输距离30公里),网络标准:IEEE802.3Ethernet网络协议:TCP/IP拓扑结构:交换式环型结构通信速率:电接口为10/100Mbps自适应,光接口为100Mbps链路冗余:支持超级冗余环技术,网络故障时,业务恢复时间<500ms实时性:单台设备端口时延<10微秒,以保证数据传送的实时性网络管理:支持SNMP网管,支持故障自诊断功能网管兼容性:交换机网管软件应集成有OPC Server,可将交换机状态信息直接传送到SCADA软件中数据安全性:支持VLAN(虚拟局域网)子网划分,可安全隔离工控数据供电:24V双回路冗余供电,提高系统可用性和检修安全性可靠性:按工业标准设计生产,可靠性高,MTBF在15年以上环境耐受能力:能在恶劣环境条件下工作,如高温、湿热、强电磁干扰环境标准认证:须通过电讯设备和民用电器安全标准cUL 60950认证须通过工业控制设备安全标准cUL 508认证安装特性:现场设备应为卡轨式安装,方便现场安装快速工业以太网卡轨式交换机RS2-16为大型决定性以太网/快速以太网的构筑提供了快速、便捷且有投资回报的解决方案。
卡轨式交换机RS2中带有SNMP管理单元并集成有基于WEB的管理系统。
这些特征为快速建立和安装网络提供了简单、便于使用的配置功能。
广泛的网络与设备信息也为终端系统提供了可靠性。
卡轨式交换机RS2结构紧凑、重负荷设计,适用于工业领域的应用,可安装在标准的DIN轨上。
它具有14个双绞线端口(10/100Mbps自适应),2个100Mbps多模光纤端口。
24V运行电压通过可插入终端块供应,亦可设置冗余,在终端块内的附加触点允许直接读取状态信息。
无线串行联网服务器CSW-H80 用户说明书Version 2.3Sollae Systems Co., Ltd.目录 - 1 -1产品概要.................................................................................................................................... - 4 -1.1 概要.......................................................................................................................................................................... - 4 -1.2产品主要特征........................................................................................................................................................ - 4 - 1.3应用构成图............................................................................................................................................................. - 4 - 1.4 部件.......................................................................................................................................................................... - 5 - 1.5技术规格................................................................................................................................................................. - 6 -1.5.1硬件规格........................................................................................................................................................ - 6 -1.5.2Software ........................................................................................................................................................ - 6 -1.6 接口.......................................................................................................................................................................... - 7 -1.6.1CSW-H80 规格........................................................................................................................................... - 7 -1.6.1无线接口........................................................................................................................................................ - 8 -1.6.2串行接口........................................................................................................................................................ - 8 -1.6.3电源................................................................................................................................................................. - 9 -1.7 其它.......................................................................................................................................................................... - 9 -1.7.1系统状态标示灯.......................................................................................................................................... - 9 -1.7.2功能按钮..................................................................................................................................................... - 10 -2安装......................................................................................................................................... - 11 -2.1 无线网络基础..................................................................................................................................................... - 11 -2.1.1协议(Topology) ........................................................................................................................................ - 11 -2.1.2构成要素..................................................................................................................................................... - 12 -2.1.3认证与安全................................................................................................................................................ - 13 -2.2 安装....................................................................................................................................................................... - 14 -2.2.1生成无线连接............................................................................................................................................ - 14 -2.2.2网络领域设定............................................................................................................................................ - 15 -2.3 测试....................................................................................................................................................................... - 18 -3参数设定方法......................................................................................................................... - 22 -3.1 利用ezManager的设定.................................................................................................................................. - 22 -3.1.1通过串行的设定....................................................................................................................................... - 22 -3.1.2利用网络的设定....................................................................................................................................... - 22 -3.2 AT command ..................................................................................................................................................... - 23 -4动作模式................................................................................................................................. - 24 -4.1 什么是动作模式?............................................................................................................................................ - 24 -4.2 进入各动作模式的方法.................................................................................................................................. - 24 - 4.3 各动作模式比较................................................................................................................................................ - 25 - 4.4一般模式.............................................................................................................................................................. - 25 -4.4.1无线网络模式............................................................................................................................................ - 25 -4.4.2通信模式..................................................................................................................................................... - 25 -4.5 串行设定模式..................................................................................................................................................... - 26 -4.5.1参数设定..................................................................................................................................................... - 26 -4.5.2解除保安功能............................................................................................................................................ - 26 -4.6 ISP模式................................................................................................................................................................. - 26 -4.6.1固件升级..................................................................................................................................................... - 26 -5通信模式................................................................................................................................. - 27 -5.1 TCP 服务器......................................................................................................................................................... - 27 -5.1.1主要设定项目............................................................................................................................................ - 27 -5.1.2动作例....................................................................................................................................................... - 28 -5.2 TCP 客户端......................................................................................................................................................... - 31 -5.2.1主要设定项目............................................................................................................................................ - 31 -5.2.2动作例子..................................................................................................................................................... - 32 -5.3 AT命令.................................................................................................................................................................. - 34 -5.3.1主要设定项目............................................................................................................................................ - 34 -5.3.2动作例....................................................................................................................................................... - 35 -5.4 UDP ....................................................................................................................................................................... - 38 -5.4.1主要设定项目............................................................................................................................................ - 38 -5.4.2动作例.......................................................................................................................................................... - 39 -6系统管理................................................................................................................................. - 42 -6.1 固件升级.............................................................................................................................................................. - 42 -6.1.1固件.............................................................................................................................................................. - 42 -6.1.2升级顺序..................................................................................................................................................... - 42 -6.2 检测产品状态..................................................................................................................................................... - 44 -6.2.1利用TELNET的状态检测........................................................................................................................ - 44 -6.2.2利用ezManager的状态检测................................................................................................................ - 45 -7其他有用的功能 ..................................................................................................................... - 48 -7.1 保安功能.............................................................................................................................................................. - 48 -7.1.1产品连接制约............................................................................................................................................ - 48 -7.1.2密码设定..................................................................................................................................................... - 48 -7.1.3使用WEP ..................................................................................................................................................... - 49 -7.1.4使用WPA .................................................................................................................................................... - 50 -7.2 选项栏的功能..................................................................................................................................................... - 51 -7.2.1MAC地址传送功能- ①....................................................................................................................... - 51 -7.2.2查看调试功能- ②................................................................................................................................. - 51 -7.2.3IPv4 地址通报功能................................................................................................................................. - 53 -7.3 串行端口栏的各功能....................................................................................................................................... - 54 -7.3.1串口端口设定/状态传送(RFC 2217) .............................................................................................. - 54 -Telnet COM Port Control Option - ①....................................................................................................... - 54 -7.3.2不使用延时功能- ②............................................................................................................................. - 54 -7.3.3数据帧间隔- ③...................................................................................................................................... - 54 -7.3.4数据传送间隔- ④................................................................................................................................. - 55 -7.3.5TCP Server / Client 模式- ⑤.......................................................................................................... - 55 -8出现问题时检测事项.............................................................................................................. - 56 -8.1 通过ezManager无法搜索时......................................................................................................................... - 56 - 8.2 TCP连接未连接时............................................................................................................................................. - 57 - 8.3 TCP连接后无法进行数据通信的情况........................................................................................................ - 58 -9相关资料................................................................................................................................. - 59 -9.1 技术资料.............................................................................................................................................................. - 59 - 9.2 智能手机应用程序............................................................................................................................................ - 59 -10技术支援及质保期间.............................................................................................................. - 60 -10.1 技术支援.............................................................................................................................................................. - 60 - 10.2 保证....................................................................................................................................................................... - 60 -10.2.1退货.............................................................................................................................................................. - 60 -10.2.2无偿A/S .................................................................................................................................................... - 60 -10.2.3有偿A/S .................................................................................................................................................... - 60 -11注意事项及免责声明.............................................................................................................. - 61 -11.1 注意事项.............................................................................................................................................................. - 61 - 11.2免责声明.............................................................................................................................................................. - 62 - 12Revision History ................................................................................................................... - 63 -11.1概要串行通信是包括PC在内的所有设备作为标准使用的通信协议。
用户指南内含NBN设备须知在尝试维修您的设备之前,请参考本指南以及封底的重要安全警告。
12快速入门指南 4将网络终端设备连接到您自己的设备 5维护您的设备 6电源装置 8备用电池更换说明 10主电源失灵怎么办 12电源装置指示灯及警报声 13故障排除检查清单 14网络终端设备指示灯 16常见问题 18重要安全警告 封底NBN用户指南您的NBN用户指南恭喜您通过自己选择的服务提供商接通全国宽带网络(NBN)。
通过NBN网络提供的服务有可能改变我们生活的方方面面,包括医护、教育、商业和政府服务。
随着宽带流量能力提高,宽带是发掘这一潜力的途径,也是本世纪的一项核心基础设施。
新的光纤连接让您可以使用到这一至关重要的通信基础设施。
本指南不但提供了如何确保您的NBN连接设备保持良好工作状态的信息,而且还概述了在系统工作不正常时怎么办。
.au3NBN 用户指南4在安装和检查您的设备之后,请阅读以下快速入门步骤,开始享用新的NBN 服务。
1 按照电话和互联网服务提供商指示,使用该服务的指定端口,将相容设备连接至网络终端设备。
2 如果您已安排通过话音(UNI-V )端口提供电话服务,就应该将电话机连接到网络终端设备上的指定有效话音(UNI-V )端口或现有电话插座。
您的电话和互联网服务提供商应该向您说明应该使用哪一个接口。
3 检查网络终端设备是否连接至电源装置。
4 检查电源装置是否插入主电源插座并且打开。
电源装置“系统状态”灯就会发出绿光。
网络终端设备“电源”和“光纤”灯都会发出绿光。
您的电话和互联网服务提供商同意为您提供的所有服务此时都应该工作正常。
网络终端设备光纤墙装插座电源装置您的网络终端设备背面有这样一排端口:如果您从服务提供商那里选择了通过话音(UNI-V)端口或数据(UNI-D)端口提供的电话服务,服务提供商就会告诉您如何连接电话机。
您的宽带服务将通过网络终端设备上的数据(UNI-D)端口提供。
您的服务提供商会告诉您他们对您的服务指定使用哪些数据(UNI-D)端口,并且告诉您如何连接这些服务的任何必要设备。
工业网络用户使用手册(赫思曼)目录一、工程概况 (2)二、交换机参数 (4)2.1 核心交换机 (4)2.2 接入交换机 (6)2.3 防爆交换机电源接线原理 (7)2.4 交换机端口指示灯介绍 (8)2.4.1 MS4128交换机 (8)2.4.2 MACH 4002交换机 (12)三、系统调试 (12)3.1 配置注意事项 (12)3.2 交换机设置主要步骤 (13)3.3 具体配置 (13)3.3.1配置名称、IP地址 (13)3.3.2 利用IE浏览器设置交换机 (14)3.3.3 利用HiVision软件设置划分VLAN (32)3.3.4 网络管理 (48)四、设备日常监测维护 (56)4.1 线路监测 (56)4.2 设备检查 (56)4.3 检查路由的测试命令 (57)4.4 UPS维护 (57)4.5 蓄电池维护 (58)4.6 机房设备日常维护 (59)一、工程概况唐山煤矿工业网络主要负责人员定位系统以及后续建设系统的数据传输,整个传输平台采用国际领先的德国赫思曼公司的工业网络交换机建设。
由于唐山煤矿开采时间长,井下巷道复杂跨度大、距离远,分A、B两区。
在网络设计时,井下设计20台防爆MS4128接入交换机,结合实际情况暂安装16台,其它留作后期网络扩展。
具体安装位置如下:A区:902泵房、11水平泵房、12水平泵房;B区:502配电室、8号井车房配电室、5021变电硐、7070机头配电室、702配电室、8070机头配电室、905泵房、8050配电室、南三泵房配电室、岳胥区变电硐、12号井变电硐、十一横管变电硐、八横贯配电室。
结合实际情况,将井下网络分为3个千兆光纤环形网络,A区1个千兆环、B区两个千兆环,通过地面机房的两台核心交换机实现互连、互通。
具体环网结构拓扑如下图:唐山煤矿工业网络拓扑图二、交换机参数德国赫思曼工业以太网交换机在煤矿自动化系统中的应用最广泛、也是是目前全球工业以太网技术的领导者。
ENH-200/202/500 ENS-200/202/500Wireless Client Bridge/AP使用手册Version: 1.30一、产品介绍无线Client Bridge/Bridge Router/Access Point/WDS(wireless distribution system)工作于2.4GHz/5.8G频率,支持快速的11b/g/n (2.4GHz,300Mbps)和802.11a/g(5.8G,300Mbps)无线标准。
它为你的有线网提供了增加无线网的最好途径,或者提高你的无线网带宽。
EOC-2611P具有很高的发射功率和高接收灵敏度。
大功率和高灵敏度可以提高无线覆盖范围并且减少AP漫游时的接入设备,提高了无线连接的稳定性。
在同样的环境下,它能减少设备的费用。
为了保护你的无线网安全,它可以通过64/128位WEP加密数据,同时也支持WPA/WPA2。
MAC 过滤让你选择可以进入网络的主机。
1.1 特色 & 优点特色优点高达300Mbps传输速率有能力传输大量的数据,比如MPEG视频数据流大功率和高接收灵敏度提高传输距离和减少漫游时所需设备,提高传输稳定性点对点/点对多点无线连接让用户在两个或多个建筑间传送数据更加有效的数据安全技术支持WPA2/WPA/ IEEE 802.1xWDS (Wireless Distribution System) 使设备在作AP接入时,同时具有桥接转发的功能MAC 地址过滤(AP 模式) 保证安全的网络连接Power-over-Ethernet (IEEE802.3af) 灵活的AP安置并减少费用1.2 包装内容打开产品包装,应有如下内容:一个无线网桥/AP一个电源变压器(24V/1A)一个安装支架一张光盘和说明书一个POE供电器1.3 系统需求以下是配置设备的最小系统要求一台有网卡接口(RJ-45)的电脑有WEB浏览器的操作系统1.4 应用无线网产品是易于安装和便于使用的。
HY interface converter4-wire current loop interface converter (RS-485/RS-232 to 4-wire current loop and backwards)TECHNICAL GUIDE(PCB board modification: HY-4)Review date: 21 March, 2020CONTENTREVISION HISTORY (3)PURPOSE OF THE DOCUMENT (4)TECHNICAL FEATURES (5)TECHNICAL SPECIFICATIONS (6)COMPLETE SET (7)PCB BOARD CONNECTORS OVERVIEW (8)CONNECTION SCHEME TO PTS CONTROLLER (9)ONNECTION SCHEME TO PC COM-PORT (DATA COMMUNICATION) (11)FIRMWARE UPDATE (12)INSTALLATION REQUIREMENTS FOR PETROL STATION (14)EXAMPLES OF FUEL DISPENSERS CONNECTION SCHEMES (16)HongYang fuel dispenser connection schemes (16)ORDER INFORMATION (17)REVISION HISTORYThis Technical Guide is intended for studying of HY interface converter for fuel dispensers for petrol stations. It contains basic information regarding its−technical characteristics−board interfaces and connectors−configuration−schemes of connection to fuel dispensers−cablingInformation regarding connection to specific fuel dispensers and correspondent configuration of HY interface converter can be received upon request to Technotrade LLC company.During the system development process given Technical Guide is also expanded and updated and new chapters are added. Latest version of this Technical Guide can be downloaded from the HY interface converter web-page: http://www.technotrade.ua/hongyang-interface-converter.html.Technotrade LLC hereby permits reproduction of this document as may be required by any of the customers or OEMs wishing to use it.This document has been carefully prepared and is believed to be accurate. However, Technotrade LLC, its employees and its agents do not assume responsibility for its use either directly or indirectly. Technotrade LLC shall not be liable for technical or editorial errors or omissions which may appear in this document. Technotrade LLC reserves a right to make changes to this document at any time without notice. Prospective users of this document should contact Technotrade LLC at the time they wish to use HY interface converter together with their products to become aware of any updates that may apply.In case if you find any mistakes, omissions in this document or have any suggestions on improvements to this document, please feel free to e-mail them to our support mailbox: *************************. We will be grateful to you for this valuable information.All technical questions regarding the HY interface converter are welcome to be asked on support mailbox: *************************. Our support team will be glad to help you.Also, you can call to us or visit us on:Technotrade LLCUkraine, 04114 Kiev, Priorska str. 10, office 1Tel: +38-044-502-46-55, +38-044-502-46-77Web: www.technotrade.uaMail: *******************HY interface converter (RS-485/RS-232 to 4-wire current loop and backwards)is intended for communication with fuel dispensers, which use 4-wire current loop interface, through interfaces:-RS-232-RS-485 (2-wire)HY interface converters can be applied for communication with following brands of fuel dispensers, which use 4-wire current loop for communication with control systems:-HongYang-Star-othersCOMPLETE SETDepending on the order code (see section “Order information”) HY interface can be supplied either in a view of electrical board (variant of converter supply HY4-PCB-z), or installed in a mounting box with cables inputs and a power switching button (variant of converter supply HY4-BOX-z).Variant of HY-4 interface converter supply in a view of electrical board (HY4-PCB-z)Variant of HY-4 interface converter supply installed in a plastic box with cables inputs andpower switching button (HY4-BOX-z)PCB BOARD CONNECTORS OVERVIEWNOTE!DIP-switch SA2 serves for selection of interface converter operation mode: -switch 1 should be set in position “OFF”-switch 2 should be set in position “OFF”-switch 3 should be set in position “OFF”-switch 4 should be set in position “OFF”DIP-switch SA1 serves for selection of interface:-RS-232-RS-485 (2-wire)CONNECTION SCHEME TO PTS CONTROLLERConnection scheme to PTS-1 controller (information about PTS controller over fuel dispensers and ATG systems can be found on PTS-1 controller web-page: http://www.technotrade.ua/fuel-pump-controller.html):Connection scheme to PTS-2 controller (information about PTS controller over fuel dispensers and ATG systems can be found on PTS-2 controller web-page: http://www.technotrade.ua/pts2-forecourt-controller.html):At connection using RS-485 interface please check the following:✓DIP-switch SA2:-switch 1 should be set to position “OFF”-switch 2 should be set to position “OFF”-switch 3 should be set in position “OFF”-s witch 4 should be set to position “OFF”✓DIP-switch SA1 should be in position “RS-485”✓LED HL1 “WORK” indicates normal operation of firmware, toggling its state once per second✓LED HL3 indicates presence of 12 V DC on the board, should be constantly shining✓Green and red LEDs “Tx” and “Rx, which indicate communication exchange in DATA PORT, should be blinking, which indicates communication with the PTS controller over RS-485 interface: -in case if b oth LEDs “Rx” and “Tx” are not blinking – there are no requests from the control system and no responses from the dispenser.-in case if LED “Rx” is blinking and LED “Tx” is not blinki ng – there are requests from the control system (LED “Rx” is blinking), b ut there are no responses from the dispenser.-in case if LED “Rx” is blinking and LED “Tx” is blinking – there are requests from the control system (LED “Rx” is blinking) and there are responses from the dispenser (LED “Tx” is blinking).✓Green and red LEDs on pump ports, where the dispenser is connected, should be blinking, which indicates communication with the dispenser.ONNECTION SCHEME TO PC COM-PORT (DATA COMMUNICATION)Control over dispensers through the interface converter from a personal computer:At connection using RS-232 interface please check the following:✓ DIP-switch SA2:- switch 1 should be set to position “OFF” - switch 2 should be s et to position “OFF” - switch 3 should be set in position “OFF” - switch 4 should be set to position “OFF”✓ DIP-switch SA1 should be in position “RS -232”✓ LED HL1 “WORK ” indicates normal operation of firmware, should be blinking with constant frequency ✓ LED HL3 indicates presence of 12 V DC on the board, should be constantly shining✓ Green and red LEDs “Tx ” and “Rx ”, which indicate communication exchange in DATA PORT, should beblinking, which indicates communication with the personal computer over RS-232 interface:- in case if both LEDs “Rx” and “Tx” are not blinking – there are no requests from the controlsystem and no responses from the dispenser.- in case if LED “Rx” is blinking and LED “Tx” is not blinking – there are requests from the controlsystem (LED “Rx” i s blinking), but there are no responses from the dispenser.- in case if LED “Rx” is blinking and LED “Tx” is blinking – there are requests from the controlsystem (LED “Rx” is blinking) and there are responses from the dispenser (LED “Tx” is blin king).✓ Green and red LEDs on pump ports , where the dispenser is connected, should be blinking, whichindicates communication with the dispenser.TxD RxD GNDPersonal computerHY interface converterP u m p p o r t s f o r c o n n e c t i o n t o d i s p e n s e r sTx- Rx- Tx+ Rx+ Tx- Rx- Tx+ Rx+ Tx- Rx- Tx+ Rx+ Tx- Rx- Tx+ Rx+FIRMWARE UPDATEHY interface converter ’s firmware is constantly being improved and new versions of firmware with improved functionality, new possibilities and fixed bugs of the previous firmware versions are proposed to be applied. Latest version of interface converter firmware is always available for downloading for customers.Update of the interface converter firmware is made through a COM-port of personal computer using a built-in updater in Pts_config.exe utility. Please read more about the Pts_config.exe utility in PTS controller technical guide, which can be downloaded from PTS controller web-page http://www.technotrade.ua/fuel_pump_controller.html .Scheme of connections of the HY interface converter to personal computer:Before start of firmware update it is necessary to 4th switch of configuration DIP-switch SA2 on HY interface converter to position ON . After the firmware update process is complete it is strongly recommended to set 4th switch of configuration DIP-switch SA2 back to position OFF .4thswitch of configuration DIP-switch SA2 set to position ONTxDRxD GndPersonal computerCOM-portHY interface converterPOWERSUPPLYPts_config utilityGnd 12 V DCIn Pts_config.exe utility leave a COM-port closed and go to tab “Firmware update ”. On the opened form select a COM-port of connected interface converter, path to a file with a new firmware and press a button “Start update ”. Firmware will start to be updated. Wait until the process is finished. In case of any errors - restart a tool and try again.In case if the firmware is not being updated – power off the interface converter, click to start firmware update and power on the interface converter. At this the firmware update process should start.NOTE! In order to prevent interface converter firmware from accidental update it is strictly recommended to keep 4th switch of configuration DIP-switch SA2 in OFF position in any moment of time except for firmware update needs.Select a file withnew firmware Button to start firmware update Button for emergencystop of update Select a COM-port with connected converterWARNING! Manufacturer guarantees reliable and stable operation of products only at compliance with below requirements. In case of absence of uninterruptible power supply or incorrect wiring of products to it any claims to malfunction of software are not accepted.1. Requirements to power supplyThe described products come into structure of control system (POS) for petrol station. Power supply of the products should be done from a separate power supply with built-in filter of radio frequency interferences and limiter of high voltage pulse interferences. Power supply should have a safety factor of 1.5.At emergency switching off the power supply or in case of power voltage exceeding its permitted ranges the products can switch off with loss or corruption of data and possible damage of hardware and software. Power supply of all electronic blocks of POS and electronic pumpheads of dispensers, which are connected through information lines, should be made from single common uninterruptible power supply source (UPS). Connection of other devices to given UPS is strictly prohibited. UPS should be of continuous action (online) and work with double conversion with output voltage regulation. UPS should have a safety factor of 1.5. Filter of radio frequency interferences and limiter of high voltage pulse interferences should be used for feeding equipment from UPS.Supply of electronic pumpheads of dispensers should be made from the UPS unit using 3-wires scheme with isolated neutral through dedicated two-pole breaker for each dispenser. Connection of other parts of dispenser to UPS unit (expect electronic pumpheads) is strictly prohibited.UPS unit should be connected to a separate three-pole socket fed through the three-wire feeder (phase, neutral, ground wires) with insulated neutral from a dedicated circuit breaker of switchboard. Feeder coming from the switchboard to the socket should located not closer than 0.3 meters to other feeders. The socket should be located at a distance of not more than 1 meter away from the POS. Phase wire of the feeder should not have any other consumer, which are sources of interferences (for example motors).For protection of POS and UPS from secondary effects of atmospheric electricity it is required to install high-voltage arresters (dischargers) at the transformer substation or on poles of power lines.2. Requirements to groundingIn the switchboard the ground wire of feeder socket should be connected to the grounding screw, which should be connected by means of welding with a protection grounding circuit of petrol station by steel wire with a diameter of not less than 5 mm.Protection grounding circuit of petrol station should correspond to safety requirements and be separated from the station lightning protection circuit. Distance from the nearest electrode of protection grounding circuit to electrode of lightning protection circuit must be at least 10 meters. Resistance of the protection grounding circuit should be not more than 4 Ohms and must be confirmed by the test report. Length of wires from the switchboard to the nearest electrode of protection grounding circuit should not exceed 15 meters.3. Requirements to laying of cable communicationsLaying of power and information wires to dispensers should be done in separate pipes with distance of not less than 0.3 meters between each other. For informational wires (current loops, RS-485, other interfaces)it is recommended to use shielded twisted-pair cables (recommended type – FTP CAT 5E). The cable shield must be connected to the ground connector on one side only – on the side of the dispenser.4. Requirements to connection of ATG probesConnection of ATG probes installed inside the tanks should be done only with provision of required safety measures: in case if probes have explosion-proof protection – then armored cables should be used, in case if probes have intrinsic safety – then connection should be performed through suitable safety barriers.EXAMPLES OF FUEL DISPENSERS CONNECTION SCHEMESHongYang fuel dispenser connection schemesHongYang dispenser board connectionT x - R x - T x + R x +T x - R x - T x + R x +T x - R x - T x + R x +Tx- Rx- Tx+ Rx+HongYang dispenser boardsVariant of HY-4 interface converter supply is marked with HY4-y-z, where- y – type of supply:o“PCB” in case if HY interface converter is supplied in a view of electric board;o“BOX” in case if HY interface converter is supplied installed in plastic box with hermetic inputs for connection of wires and a button for power supply switching;- z – variant of supply:o001 – variant of supply with installed terminal blocks for controller portso002 – variant of supply without terminal blocks for controller ports (connection is made using connectors for stubs)Examples of order:- order of HY-4 interface converter in a view of electric board: HY4-PCB-001;- order of HY-4 interface converter installed in a plastic box: HY4-BOX-001.。
Page 1©1998 Whelen Engineering Company Inc.Form No.13409E (041607)For warranty information regarding this product, visit /warranty•Proper installation of this product requires the installer to have a good understanding of automotive electronics, systems and procedures.•Whelen Engineering requires the use of waterproof butt splices and/or connectors if that connector could be exposed to moisture.•Any holes, either created or utilized by this product, should be made both air- and watertight using a sealant recommended by your vehicle manufacturer.•Failure to use specified installation parts and/or hardware will void the product warranty.•If mounting this product requires drilling holes, the installer MUST be sure that no vehicle components or other vital parts could be damaged by the drilling process. Check both sides of the mounting surface before drilling begins. Also de-burr the holes and remove any metal shards or remnants. Install grommets into all wire passage holes.•If this manual states that this product may be mounted with suction cups, magnets, tape or Velcro®, clean the mounting surface with a 50/50 mix of isopropyl alcohol and water and dry thoroughly.•Do not install this product or route any wires in the deployment area of your air bag. Equipment mounted or located in the air bag deployment area will damage or reduce the effectiveness of the air bag, or become a projectile that could cause serious personal injury or death. Refer to your vehicle owner’s manual for the air bag deployment area. The User/Installer assumes full responsibility to determine proper mounting location, based on providing ultimate safety to all passengers inside the vehicle.•For this product to operate at optimum efficiency, a good electrical connection to chassis ground must be made. The recommendedprocedure requires the product ground wire to be connected directly to the NEGATIVE (-) battery post (this does not include products that use cigar power cords).•If this product uses a remote device for activation or control, make sure that this device is located in an area that allows both the vehicle and the device to be operated safely in any driving condition.•Do not attempt to activate or control this device in a hazardous driving situation.•This product contains either strobe light(s), halogen light(s), high-intensity LEDs or a combination of these lights. Do not stare directly into these lights. Momentary blindness and/or eye damage could result.•Use only soap and water to clean the outer lens. Use of other chemicals could result in premature lens cracking (crazing) and discoloration. Lenses in this condition have significantly reduced effectiveness and should be replaced immediately. Inspect and operate this product regularly to confirm its proper operation and mounting condition. Do not use a pressure washer to clean this product.•It is recommended that these instructions be stored in a safe place and referred to when performing maintenance and/or reinstallation of this product.•FAILURE TO FOLLOW THESE SAFETY PRECAUTIONS AND INSTRUCTIONS COULD RESULT IN DAMAGE TO THE PRODUCT OR VEHICLE AND/OR SERIOUS INJURY TO YOU AND YOUR PASSENGERS!A u t o m o t i v e : Warnings to InstallersWhelen’s emergency vehicle warning devices must be properly mounted and wired in order to be effective and safe. Read and follow all of Whelen’s written instructions when installing or using this device. Emergency vehicles are often operated under high speed stressful conditions which must be accounted for when installing all emergency warning devices. Controls should be placed within convenient reach of the operator so that they can operate the system without taking their eyes off the roadway. Emergency warning devices can require high electrical voltages and/or currents. Properly protect and use caution around live electrical connections.Grounding or shorting of electrical connections can cause high current arcing, which can cause personal injury and/or vehicle damage, including fire. Many electronic devices used in emergency vehicles can create or be affected by electromagnetic interference. Therefore, after installation of any electronic device it is necessary to test all electronic equipment simultaneously to insure that they operate free of interference from other components within the vehicle. Never power emergency warning equipment from the same circuit or share the same grounding circuit with radio communication equipment. All devices should be mounted in accordance with the manufacturer’s instructions and securely fastened to vehicle elements of sufficient strength to withstand the forces applied to the device. Driver and/or passenger air bags (SRS) will affect the way equipment should be mounted. This device should be mounted by permanent installation and within the zones specified by the vehicle manufacturer, if any. Any device mounted in the deployment area of an air bag will damage or reduce the effectiveness of the air bag and may damage or dislodge the device. Installer must be sure that this device, its mounting hardware and electrical supply wiring does not interfere with the air bag or the SRS wiring or sensors. Mounting the unit inside the vehicle by a method other than permanent installation is not recommended as unit may become dislodged during swerving; sudden braking or collision. Failure to follow instructions can result in personal injury. Whelen assumes no liability for any loss resulting from the use of this warning device. PROPER INSTALLATION COMBINED WITH OPERATOR TRAINING IN THE PROPER USE OF EMERGENCY WARNING DEVICES IS ESSENTIAL TO INSURE THE SAFETY OF EMERGENCY PERSONNEL AND THE PUBLIC.Warnings to UsersWhelen’s emergency vehicle warning devices are intended to alert other operators and pedestrians to the presence and operation of emergency vehicles and personnel. However, the use of this or any other Whelen emergency warning device does not guarantee that you will have the right-of-way or that other drivers and pedestrians will properly heed an emergency warning signal. Never assume you have the right-of-way. It is your responsibility to proceed safely before entering an intersection, driving against traffic, responding at a high rate of speed, or walking on or around traffic lanes. Emergency vehicle warning devices should be tested on a daily basis to ensure that they operate properly. When in actual use, the operator must ensure that both visual and audible warnings are not blocked by vehicle components (i.e.: open trunks or compartment doors), people, vehicles, or other obstructions. It is the user’s responsibility to understand and obey all laws regarding emergency warning devices. The user should be familiar with all applicable laws and regulations prior to the use of any emergency vehicle warning device. Whelen’s audible warning devices are designed to project sound in a forward direction away from the vehicle occupants. However, because sustained periodic exposure to loud sounds can cause hearing loss, all audible warning devices should be installed and operated in accordance with the standards established by the National Fire Protection Association.Safety FirstThis document provides all the necessary information to allow your Whelen product to be properly and safely installed. Before beginning the installation and/or operation of your new product, the installation technician and operator must read this manual completely. Important information is contained herein that could prevent serious injury or damage.WARNING: This product can expose you to chemicals including Lead which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to .Installation Guide:Model S30HA*P Strobe Light and HA239 Strobe Light with cable51 Winthrop RoadChester, Connecticut 06412-0684Phone: (860) 526-9504Internet: Salese-mail:*******************CustomerServicee-mail:*******************®ENGINEERING COMPANY INC.INSTALLATION OF A STROBE LIGHT INTO A COMPOSITE AUTOMOTIVE HEADLIGHT OR TAILLIGHT ASSEMBLY:1.Select the mounting location for the strobe light head, keeping inmind the following:•The strobe light will share the same reflector as the headlight, brake light, or signal light. Make sure that the strobe light does not interfere with the proper operation of these lights (Fig. 2).•There must be a minimum of 1” of space between the strobe light and the lens.•The strobe light must not be installed above the horizontal centerline of the reflector.•The strobe light must not be installed above any OEM-supplied light.2.Remove the reflector assembly from the vehicle. Choose a surface inthe rear or bottom of the housing which is as flat as possible. Using a hole saw, cut a 1” hole (+0.030”/-0.000” tolerance) in the housing as shown in Fig. 1. Be sure to de-burr this hole completely. Mount the thermal disc onto the strobe light assembly with the disc holes aligned with the lamp ears as shown.ing a twisting motion, insert the lamp/thermal disc assembly intothe reflector housing until it snaps into its proper position. Do not force the lamp into position. Mark the location for the two mounting holes (0.105” dia.). Remove the lamp assembly and drill the holes in this area.4.Re-install the lamp ass’y and using the hardware provided, securethe lamp to the reflector assembly as shown.WARNING: High Voltage on glass tube. This strobe lamp unit is an open flash tube with no protective lens. Proper installation is required. Do not touch the strobe tube assembly while in operation.IMPORTANT NOTE: If the S30HA_P is being used in an area previously occupied by an S30HA light assembly, it is important for the installation technician to seal the mounting holes used by the previous assembly with RTV or other suitable material!CABLE INFORMATIONOn each end of the optional 3-conductor power cable is a shield wire. Cut this wire on the end connected to the strobe light head assembly flush with the cable jacket. The shield wire on the cable end to be connected to the strobe power supply is to be grounded to the vehicle chassis when the radio or other communication system interference is a problem. If this shield wire is not grounded, cut it flush with cable jacket. KEEP THIS WIRE AS SHORT AS POSSIBLE WHEN GROUNDING.NOTE: For radio frequency interference protection, it is advisable to ground the shield wire on the power supply end.NOTE: Whelen strobe light systems are designed to interface with the Whelen UPS strobe light power supply. Detailed wiring, switching and installation instructions are enclosed with the UPS unit. WARNING: When connecting the AMP connector housing to the AMP pins and sockets located on the 3-conductor cable, OBSERVE THE COLOR OF THE WIRES TO BE CONNECTED TO PIN NUMBER POSITIONS as indicated in Fig. 3.WARNING: The Strobe Light Power Supply is a high voltage device. Do not remove strobe tubes or dismantle strobe light head assembly while in operation. WAIT 10 MINUTES after turning off power before starting work or any trouble shooting.WARNING! All customer supplied wires that connect to the positive terminal of the battery must be sized to supply at least 125% of the maximum operating current and FUSED at the battery to carry that load. DO NOT USE CIRCUIT BREAKERS WITH THIS PRODUCT!WARNING! Automotive composite housings use low-temp plastic in their construction. The use of strobe power supplies in excess of 10 watts per outlet, may cause the housings to melt. Use the supplied thermal disc around each HA239 as shown to conduct the heat away from the vehicle reflector housing.* When using the HA239 with the SPS660, it is important to follow these connectivity guidelines:•When using only 2 strobe lights, ONLY USE outlets 1 & 2!•When using only 4 strobe lights, ONLY USE outlets 3, 4, 5 & 6! Modification of your vehicle’s reflector housings may void your vehicle warranty. Check with dealer/supplier before installation.Page 2。
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常用型号:全电口RS20-0400T1T1SDAEHC (4×RJ45,0℃至+60℃标准温度,网管增强型)RS20-0400T1T1SDAPHC (4×RJ45,0℃至+60℃标准温度,网管专业版)RS20-0800T1T1SDAEHC (8×RJ45,0℃至+60℃标准温度,网管增强型)RS20-0800T1T1SDAPHC (8×RJ45,0℃至+60℃标准温度,网管专业版)RS20-1600T1T1SDAEHC (16×RJ45,0℃至+60℃标准温度,网管增强型)RS20-1600T1T1SDAPHC (16×RJ45,0℃至+60℃标准温度,网管专业版)RS20-2400T1T1SDAEHC (24×RJ45,0℃至+60℃标准温度,网管增强型)RS20-2400T1T1SDAPHC (24×RJ45,0℃至+60℃标准温度,网管专业版)多模光纤RS20-0400M2T1SDAEHC (3×RJ45 1×SC,0℃至+60℃标准温度,网管增强型)RS20-0400M2T1SDAPHC (3×RJ45 1×SC,0℃至+60℃标准温度,网管RS20-0400M2M2SDAEHC (2×RJ45 2×SC,0℃至+60℃标准温度,网管增强型)RS20-0400M2M2SDAPHC (2×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)RS20-0800M2M2SDAEHC (6×RJ45 2×SC,0℃至+60℃标准温度,网管增强型)RS20-0800M2M2SDAPHC (6×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)RS20-0800M4M4SDAEHC (6×RJ45 2×ST,0℃至+60℃标准温度,网管增强型)RS20-0800M4M4SDAPHC (6×RJ45 2×ST,0℃至+60℃标准温度,网管专业版)RS20-1600M2T1SDAEHC (15×RJ45 1×SC,0℃至+60℃标准温度,网管增强型)RS20-1600M2T1SDAPHC (15×RJ45 1×SC,0℃至+60℃标准温度,网管专业版)RS20-1600M2M2SDAEHC (14×RJ45 2×SC,0℃至+60℃标准温度,网管增强型)RS20-1600M2M2SDAPHC (14×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)RS20-2400M2M2SDAEHC (22×RJ45 2×SC,0℃至+60℃标准温度,网RS20-2400M2M2SDAPHC (22×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)单模光纤RS20-0400S2T1SDAEHC (3×RJ45 1×SC,0℃至+60℃标准温度,网管增强型)RS20-0400S2T1SDAPHC (3×RJ45 1×SC,0℃至+60℃标准温度,网管专业版)RS20-0400S2S2SDAEHC (2×RJ45 2×SC,0℃至+60℃标准温度,网管增强型)RS20-0400S2S2SDAPHC (2×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)RS20-0800S2S2SDAEHC (6×RJ45 2×SC,0℃至+60℃标准温度,网管增强型)RS20-0800S2S2SDAPHC (6×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)RS20-1600S2S2SDAEHC (14×RJ45 2×SC,0℃至+60℃标准温度,网管增强型)RS20-1600S2S2SDAPHC (14×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)RS20-2400S2S2SDAEHC (22×RJ45 2×SC,0℃至+60℃标准温度,网管增强型)RS20-2400S2S2SDAPHC (22×RJ45 2×SC,0℃至+60℃标准温度,网管专业版)赫思曼(hirschmann、赫斯曼)MS4128-L2P系列交换机:·4个100Mbps插槽形式。
门禁考勤管理系统(V1.11/V1.15)操作用说明书目录一、前言 (4)二、软件安装1、系统要求 (6)2、安装 (6)3、卸载 (8)三、操作说明 (10)1、系统管理 (11)2、人事管理 (19)3、考勤管理 (21)4、查询 (24)5、数据管理 (25)四、操作流程 (30)五、常见故障与解决方法 (30)前言:软件安装默认目录:C: \Program Files\门禁考勤管理系统,(建议安装到D:\Program Files\门禁考勤管理系统) 。
在WIN2000系统安装时,一定要以管理员帐号登陆WIN2000系统才能安装;否则安装运行门禁考勤管理软件时会出错!硬件建议:赛扬1.5G或PIII 1.0G以上,128M内存,20G硬盘7200转以上补充说明:1.如果安装完后运行门禁考勤管理系统时出现如下错误:“连接数据出错”请作出如下调整:A.在控制面板中‘“区域选项”日期设为{yyyy-mm-dd}的形式,时间设为{hh:mm:ss}的形式做完A步骤后如果再出现“连接数据出错”再做B步骤B.在控制面板中的ODBC项中建立一个的ODBC是HYkaoqin 的ODBC到控制面板中的ODBC项双击“数据源(ODBC)”进入以下界面后,点击选择:MS Access Database,再点击“添加”再进入如下界面再点击“完成”进入如下界面,在“数据源名(N)”输入:Hykqoqin然后点击“确定”创建完毕。
门禁考勤网络结构图:二、软件安装1、系统要求开始安装HY 门禁考勤管理系统软件之前,请确认计算机满足以下最小系统要求:系统资源要求:在安装门禁考勤管理系统前您的机器必须已安装一个操作系统。
针对不同的操作系统,具体配置要求不同,详情如下:硬件环境:软件环境:2、安装:安装前准备:(首先启动操作系统Windows9X,Windows2000 WindowsXP)安装门禁考勤管理系统之前,请首先卸载(其方法请参见“卸载”)旧版的门禁考勤管理系统。
三、服务器配置说明(一)网络接口IP地址设置1、网络接口ntp1默认网络地址为:192.168.0.254,网络接口ntp2默认网络地址为:192.168.1.254,网络接口ntp3默认网络地址为:192.168.2.254子网掩码都为255.255.255.0。
2、要进行有效校时,首先要设置网络时间服务器的IP地址。
首先把控制计算机的网络地址设置为和网络接口1同一网段内的有效地址,如:192.168.0.21,子网掩码为255.255.255.0。
3、采用telnet远程程序登录网络时间服务器,用户名默认为:timeserver,密码为:timeserver。
4、命令格式如下:telnet 192.168.0.254 2300 ,2300为自定义端口号,以避免无关人员登录。
5、出现如下画面:键入用户名timeserver和密码timeserver。
出现下面画面:6、运行netsh命令,再运行interface ip 出现如下画面:7、再键入“set add ntp1 static 192.168.0.22 255.255.255.0 192.168.0.1 1”其中ntp1为网络接口1的连接名称(注意为小写字母),192.168.0.22是你要设置的IP地址,255.255.255.0是子网掩码,192.168.0.1是要设置的网关地址,1为到网关的跃点数。
8、回车后,关机重启网络时间服务器,网络接口地址设置完毕,可用“PING”命令验证是否设置好。
9、网络接口2的设置和接口1的设置一样,只是网络接口2的名称是“ntp2”,注意设置时准确应用。
(二)软件升级1、用采用telnet远程程序登录网络时间服务器。
2、键入“net stop timeserver ”,回车后即停止时间服务。
3、在IE浏览器下采用ftp远程程序登录网络时间服务器。
用户名默认为:timeserver,密码为:timeserver。
4、格式如下:ftp://192.168.0.254:2100 ,2100为自定义端口号,以避免无关人员登录。
5、出现如下画面:6、又出现如下画面:timeserver.exe为本机运行软件。
如需要升级软件,则把新软件timeserver.exe 拷贝到本目录下替换旧的timeserver.exe软件。
7、telnet登录目录下键入“net start timeserver ”,回车后即开始时间服务。
(三)用户登录密码更改1、用采用telnet远程程序登录网络时间服务器。
2、键入“net user timeserver time”,回车后即完成。
”time”为修改后的密码。
四、客户端安装和设置说明1、WINDOWS 9X/NT操作系统1)客户端来源:客户端软件存储在光驱f:\AUTOMACHRON\automachron.exe (f:为光驱符号)。
2)安装客户端:在C盘根目录下建立C:\ AUTOMACHRON目录,把f:\AUTOMACHRON\ Automachron.exe文件拷贝到C盘刚建的目录下即可,因为本软件为绿色软件,不需安装,只拷贝即可。
双击C盘AUTOMACHRON目录下的Automachron.exe文件,即开始运行软件,出现如下窗口。
服务器:设置网络时间服务器的IP地址和使用的网络对时协议;同步周期: 设置向服务器取时间的间隔,一般设置为600秒;系统托盘:关闭窗口后缩为在系统托盘上的图标;启动时同步:在程序启动时同步一次计算机时间;同步后关闭程序:同步成功后关闭同步程序;等待拨号:等待通过拨号连接同步时间;广播客户端模式:设置为广播客户端;开机自动运行:启动机器时启动同步程序;保持在顶层:使窗口一直在所有窗口之上;静止模式:选中则不显示报警窗口;仅读取:只显示报告,不修改时间;调整…:调整对时方式;关闭:关闭窗口;退出:退出程序;3)设置客户端:运行了“automachron.exe”后,在屏幕下部的系统托盘中出现样的图标,右健点击该图标,并选择“打开窗口…”,进入下图的对话框。
a.设置网络时间服务器的IP地址。
点击:“服务器…”,显示如下窗口:在服务器下填入网络时间服务器的IP地址,在协议下选择SNTP v3协议。
b.把“系统托盘”、“启动时同步”、“开机自动运行”、“静止模式”选项打上对勾。
c.设置对时间隔,一般为600秒。
d.设置校时方式,点击“调整…”出现如下窗口,选择“Accept”选项。
4) 祝贺您!已经成功的安装了网络校时服务系统的客户端。
您可以将客户端的时间改成错误时间,等候第一次校时的开始。
2、WINDOWS 2000操作系统有两种方式可以对时,第一种采用可以使用我们提供的Automachron客户端,安装方法与Win9X相同。
第二种可采用Microsoft公司的W32Time工具包作为客户端。
介绍如下:1)、在命令行格式下停止W32Time服务:使用命令net stop w32time2)、在命令行格式下运行:net time /setsntp: NTP服务器的IP地址3)、修改注册表,把W32Time服务的注册信息HKEY LOCAL MACHINE \SYSTEM \CurrentControlSet \ Services \ W32Time \Parameters下的type项的值设置为NTP;删除Period REG_SZ 项;增加Period REG_DWORD 项。
2)Period:用于设置时间同步的间隔时间。
设置2表示一天会同步时间2次,即每12小时同步一次;设置为24表示一天24次,每小时同步一次;设置为1440(24*60)表示一天1440次,即每分钟同步一次;一般设置为144。
ntpserver:用于设置网络时间服务器的IP地址,可以设置两个IP地址,以便第一个时间服务器失效,自动采用第二个时间服务器来校时。
两个IP地址间用空格隔开。
3)命令行格式下启动W32Time服务:使用命令net start w32time 4)控制面板->管理工具->服务-Windows Time:在属性对话框里把启动类型改为自动5)在事件查看器的系统日志可看到相关的记录信息。
注:客户端设置了NTP服务器源,最大校时偏差为12小时。
3、WINDOWS XP/2003操作系统有两种方式可以对时,第一种采用可以使用我们提供的Automachron客户端,安装方法与Win9X相同。
第二种可采用Microsoft公司的W32Time工具包作为客户端。
介绍如下:1)、在命令行格式下停止W32Time服务:使用命令net stop w32time2)、设置时间服务器源:单击“控制面板”,再双击击“日期和时间”,然后单击internet 时间选项卡,在服务器项键入NTP服务器的IP地址,然后单击应用。
3)、修改注册表,把W32Time服务的注册信息HKEY LOCAL MACHINE \SYSTEM \CurrentControlSet \ Services \ W32Time \ Config\MinPollInterval项的值设置为5;把W32Time服务的注册信息HKEY LOCAL MACHINE \ SYSTEM \CurrentControlSet \ Services \ W32Time \ TimeProviders\NtpClient下的SpecialPollInterval项的值设置为360SpecialPollInterval:用于设置时间同步的间隔时间。
设置60表示每60秒同步时间一次;设置为120表示每240秒同步一次;设置为360表示每720秒即约每十分钟同步一次;一般设置为360。
注册信息HKEY LOCAL MACHINE \ SYSTEM \CurrentControlSet \ Services \ W32Time \ Parameters\NtpServer项用于设置网络时间服务器的IP地址,可以设置两个IP地址,以便第一个时间服务器失效,自动采用第二个时间服务器来校时。
两个IP地址间用空格隔开4)命令行格式下启动W32Time服务:使用命令net start w32time5)控制面板->管理工具->服务-Windows Time:在属性对话框里把启动类型改为自动6)在事件查看器的系统日志可看到相关的记录信息。
注:客户端设置了NTP服务器源,最大校时偏差为15小时。
4、SUN SOLARIS操作系统1)把/etc/inet/ntp.server 拷到/etc/inet/ntp.conf#cp /etc/inet/ntp.server /etc/inet/ntp.conf2)在/etc/inet/ntp.conf(Solaris 系统上)中输入以下内容:server NTP服务器的IP地址1server NTP服务器的IP地址2driftfile /var/ntp/ntp.drift3)停止NTP服务,使用如下命令:#xntpd stop 。
用ntpdate 命令调节Solaris 计算机上的时间。
4)重复以下命令,直到将时间调节为与时间同步服务器的时间一致ntpdate NTP服务器的IP地址5)启动xntpd start6)校验ntptrace4至5分钟后将显示以下信息:localhost: stratum 2, offset 0.000055, synch distance 0.02406ntp服务器名stratum 1, offset 0.000030, synch distance 0.01064, refid 'GPS'第一行的stratum 号可以是 2 到15 之间的任一数字。
如果此编号小于16,则表示该计算机未与第二行的计算机同步。
注:要注意时区问题,可参考说明文档进行适当设置。
5、LINUX操作系统1、进入客户端机器Linux系统,我们介绍两种进入Linux系统的方法,并使用shell进行配置:1) 在本机登录提示符下进入Linux系统。
采用root用户登陆,输入用户口令。
每个Linux系统都有一个根(root)用户,root用户能够运行程序、使用文件、以任何方式改变计算机的设置;2) 使用telnet登陆Linux。
使用telnet登陆的时候,不可以直接使用root用户注册,您需要输入系统设定的另一个用户的用户名和口令,进入后,再使用su命令,更改用户名为root用户,然后输入root用户的口令即可。
注意:必须使用root用户登录,否则没有修改配置的权限。
2、检测客户端是否存在于机器上:1) Linux系统中必须安装了NTP的客户端,才可以和服务器进行校时工作;2) Linux下的NTP客户端存在于Linux系统安装盘中;3) 使用 cd/etc 命令进入根目录下的etc目录,etc是一个包含管理配置命令和文件的目录;4) 使用 ls *ntp.conf 查看是否存在这样的文件,如果存在,请参阅下一步,使用vi编辑器,*号是通配符,因为不同版本的Linux会有不同名字的文件名,例如:xntp.conf,但是*后面的8个字符都是一样的;5) 如果没有上面的文件,请与系统管理员联系,安装NTP软件包。