01 EX1000 产品概述

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XNX系列氢氧化物传感器的产品介绍说明书

XNX Gas Detector, HART® over 4-20mA output, ATEX/IECEx/INMETRO, 4 x M25 entries, painted 316SS, includes MPD XNX Gas Detector, HART® over 4-20mA output and local HART® interface port, ATEX/IECEx/INMETRO, 3 x M25 entries, XNX Gas Detector, HART® over 4-20mA output and 3 fault/alarm relays, ATEX/IECEx/INMETRO, 4 x M25 entries, painted6970Confidential71Confidential72Confidential73ConfidentialPart NumberDescriptionPGXNX-AMAE-FNNNN XNX Transmitter, HART® over 4-20mA and Foundation Fieldbus™ output, ATEX/IECEx/INMETRO, 4 x M25 entries, painted Aluminium, configured for XNX toxic and oxygen sensors895.00£ UB XNX-AMAE-FHNNNXNX Transmitter, HART® over 4-20mA and Foundation Fieldbus™ output and local HART® interface port, ATEX/IECEx/INMETRO, 3 x M25 entries, painted Aluminium, configured for XNX toxic and oxygen sensors958.00£ UBXNX Stainless Steel Transmitter UL/CSA for use with XNX Toxic and Oxygen Sensors Part Number Description GBP PGXNX-UTSE-NNNNN XNX Transmitter, HART® over 4-20mA output, UL/CSA, 4 x 3/4"NPT entries, painted 316SS, configured forXNX toxic and oxygen sensors975.00£ UB XNX-UTSE-NHNNN XNX Transmitter, HART® over 4-20mA output and local HART® interface port, UL/CSA, 3 x 3/4"NPTentries, painted 316SS, configured for XNX toxic and oxygen sensors1,037.00£ UB XNX-UTSE-RNNNN XNX Transmitter, HART® over 4-20mA output and 3 fault/alarm relays, UL/CSA, 4 x 3/4"NPT entries,painted 316SS, configured for XNX toxic and oxygen sensors1,037.00£ UB XNX-UTSE-RHNNN XNX Transmitter, HART® over 4-20mA output and 3 fault/alarm relays and local HART® interface port,UL/CSA, 3 x 3/4"NPT entries, painted 316SS, configured for XNX toxic and oxygen sensors 1,098.00£ UB XNX-UTSE-MNNNN XNX Transmitter, HART® over 4-20mA and Modbus output, UL/CSA, 4 x 3/4"NPT entries, painted 316SS, configured for XNX toxic and oxygen sensors1,068.00£ UB XNX-UTSE-MHNNN XNX Transmitter, HART® over 4-20mA and Modbus output and local HART® interface port, UL/CSA, 3 x 3/4"NPT entries, painted 316SS, configured for XNX toxic and oxygen sensors1,128.00£ UB XNX-UTSE-FNNNN XNX Transmitter, HART® over 4-20mA and Foundation Fieldbus™ output, UL/CSA, 4 x 3/4"NPT entries, painted 316SS, configured for XNX toxic and oxygen sensors1,098.00£ UB XNX-UTSE-FHNNNXNX Transmitter, HART® over 4-20mA and Foundation Fieldbus™ output and local HART® interface port, UL/CSA, 3 x 3/4"NPT entries, painted 316SS, configured for XNX toxic and oxygen sensors1,159.00£ UBXNX Aluminium Transmitter UL/CSA for use with XNX Toxic and Oxygen Sensors Part Number Description GBP PGXNX-UTAE-NNNNN XNX Transmitter, HART® over 4-20mA output, UL/CSA, 4 x 3/4"NPT entries, painted Aluminium,configured for XNX toxic and oxygen sensors767.00£ UB XNX-UTAE-NHNNN XNX Transmitter, HART® over 4-20mA output and local HART® interface port, UL/CSA, 3 x 3/4"NPTentries, painted Aluminium, configured for XNX toxic and oxygen sensors831.00£ UB XNX-UTAE-RNNNN XNX Transmitter, HART® over 4-20mA output and 3 fault/alarm relays, UL/CSA, 4 x 3/4"NPT entries,painted Aluminium, configured for XNX toxic and oxygen sensors831.00£ UB XNX-UTAE-RHNNN XNX Transmitter, HART® over 4-20mA output and 3 fault/alarm relays and local HART® interface port,UL/CSA, 3 x 3/4"NPT entries, painted Aluminium, configured for XNX toxic and oxygen sensors 895.00£ UB XNX-UTAE-MNNNN XNX Transmitter, HART® over 4-20mA and Modbus output, UL/CSA, 4 x 3/4"NPT entries, painted Aluminium, configured for XNX toxic and oxygen sensors863.00£ UB XNX-UTAE-MHNNN XNX Transmitter, HART® over 4-20mA and Modbus output and local HART® interface port, UL/CSA, 3 x 3/4"NPT entries, painted Aluminium, configured for XNX toxic and oxygen sensors927.00£ UB XNX-UTAE-FNNNN XNX Transmitter, HART® over 4-20mA and Foundation Fieldbus™ output, UL/CSA, 4 x 3/4"NPT entries, painted Aluminium, configured for XNX toxic and oxygen sensors895.00£ UB XNX-UTAE-FHNNNXNX Transmitter, HART® over 4-20mA and Foundation Fieldbus™ output and local HART® interface port, UL/CSA, 3 x 3/4"NPT entries, painted Aluminium, configured for XNX toxic and oxygen sensors958.00£ UB74Confidential75Confidential76Confidential77ConfidentialXNX Aluminuim Transmitter ATEX/IEC for use with Optima Plus and Searchline Excel Detectors78ConfidentialXNX Aluminuim Transmitter UL/CSA for use with Optima Plus and Searchline Excel DetectorsExcel kits including standard XNX transmitter configured with HART® over 4-20mA output and local IS HART® port. For Excel kits includingother XNX transmitter configurations contact Honeywell Analytics. A calibration has to be ordered with every XNX Excel kit.Excel gas calibration curve to be selected from section 29.2 and to be ordered additionally.23.1 InstrumentExcel kits including standard XNX transmitter with HART® over 4-20mA outputs and local IS HART® port.Excel Short Range 5m – 40m (15ft - 130ft)Part Number Description GBP PG 02104-N-XSAA XNX Excel line-of-sight gas detection system, short range (5 to 40m), 4 to 20mA and HART® outputs, ATEX/IECEx, fully wired with flexible conduit, electro polished 316SS. Includes Tx, Rx, aluminimum XNX, Ex e junction box with M20/M25 cable entries, 316SS mounting plates, brackets and hardware 6,518.00£ UA02104-N-XSSAXNX Excel line-of-sight gas detection system, short range (5 to 40m), 4 to 20mA and HART® outputs, ATEX/IECEx, fully wired with flexible conduit, electro polished 316SS. Includes Tx, Rx, stainless steel XNX, Ex e junction box with M20/M25 cable entries, 316SS mounting plates, brackets and hardware6,649.00£ UA 02104-N-XSAUXNX Excel line-of-sight gas detection system, short range (5 to 40m), 4 to 20mA and HART® outputs, UL, fully wired with flexible conduit, electro polished 316SS. Includes Tx, Rx, aluminimum XNX, junction box with 3/4"NPT cable entries, 316SS mounting plates, brackets and hardware6,827.00£ UA 02104-N-XSSUXNX Excel line-of-sight gas detection system, short range (5 to 40m), 4 to 20mA and HART® outputs, UL, fully wired with flexible conduit, electro polished 316SS. Includes Tx, Rx, stainless steel XNX, junction box with 3/4"NPT cable entries, 316SS mounting plates, brackets and hardware6,960.00£ UA 02104-N-XSACXNX Excel line-of-sight gas detection system, short range (5 to 40m), 4 to 20mA and HART® outputs, FM/CSA, fully wired with flexible conduit, electro polished 316SS. Includes Tx, Rx, aluminimum XNX, junction box with 3/4"NPT cable entries, 316SS mounting plates, brackets and hardware6,539.00£ UA 02104-N-XSSCXNX Excel line-of-sight gas detection system, short range (5 to 40m), 4 to 20mA and HART® outputs, FM/CSA, fully wired with flexible conduit, electro polished 316SS. Includes Tx, Rx, stainless steel XNX, junction box with 3/4"NPT cable entries, 316SS mounting plates, brackets and hardware6,671.00£ UA 02104-N-NSNAExcel line-of-sight gas detection system (without XNX, please order required XNX separately), short range (5 to 40m), 4 to 20mA output, ATEX/IECEx, fully wired with flexible conduit, electro polished 316SS. Includes Tx, Rx, 316SS mounting plates, brackets and hardware. XNX and junciton boxes to be ordered seperately.5,591.00£ UA83Confidential。

HiVi 惠威音频功率放大器 EX700、EX1000、EX1300说明书

EX700/EX1000/EX1300EX700功放保护指示灯(PROT )点亮此指示灯点亮表明功放进入保护状态。

1、可能是温度过高、有高于4K 的连续正弦波输出超过1秒、输出短路或接近短路等。

以上情况可恢复的。

并非故障。

等恢复后可继续使用。

但过热会等待较长时间才可恢复。

并且出现过热时就必须检查产品的风扇是否运作正常，空间温度是否过高等，须排除问题后才可继续运作。

若怀疑音箱短路，可以用万用表测量音箱线两端直流电阻是否低于2欧甚至1欧。

（因电阻较小，为保证测试精度，请校准万用表后再测量）2、此灯常亮，不可恢复此类情况一般为功放本身故障导致，请联系维修人员跟进。

有交流声（哼声或称之为电流声）1、功放不插入任何信号就有交流声请将功放搬离于系统电源地线隔离的位置继续测试，只连接火零N /L ，不连接地线。

若输出还是有交流声，可判断为产品本身有问题，请与维修人员联系。

2、连接系统后有交流声此现象为系统各单元设备的地电位不同而产生的。

多数出现在供电为三相电时，各设备连接不同的相线，甚至不同上庄电源，零线带电导致，并非功放故障。

以下情况表示放大器需要维修1.产品冒烟或者发出严重烧焦味而不能使用时2.机箱严重凹陷或者变形3.产品浸入液体中4.内部部件松动5.加电时交流断路器自动跳开或保险管熔断通电后，无任何反应马上用万用表测量插座是否有电，在没有万用表时可用试电笔，但必须灯泡显示明亮，否则可怀疑电压不正常。

若插座电压正常，供电无怀疑后，通电的功放仍然无任何反应，则可判断该功放有故障，需要专业人员进行进一步故障判断。

功放无声音输出XLR 的2/3脚有无反接的可能，地屏蔽线是否连接可靠。

跟据输入线路的设计不同，可能在以上有些产品会表现正常，而有些则无声，请必须按照2+、3-的方式连接。

不可以采用比对其他功放（包括同厂产品）的方式判断。

2、面板指示信号灯不亮排除信号线问题后，若功放无输入信号反应，可判断功放本身可能存在故障，需专业人员进行进一步故障判断。

集散型控制系统国外dcs厂家及其产品介绍

集散型控制系统国外发展状况
主要内容：
一、DCS的发展及国外制造商二、Honeywell 的TDC-3000 和横河的
CENTUM CS 3000简介三、案例： ABB公司的Procontrol P的应用
一、 DCS的发展
DCS大致经历了四个发展阶段，相应地有四代的基本结构：
第一阶段（初创期），1975年~1980年这一阶段的代表产品有美国Honeywell公司的 TDC2000，Bvailey公司的Network90，Foxboro 公司的Spectrum，日本横河电机株式会社的 CENTUM等; 其基本结构如图1所示。我们
国别美国美国
瑞士
生产公司名
系统型号
HONEYWELL TDC3000
BAILEY CONTROL ABB公司
INFI-90 MOD300
美国
WESTING HOUSE
WDPF
国别日本日本日本日本日本
生产公司名东芝公司
系统型号 TOSDIC
横河公司
CENTUM、CS
日立公司
UUITROLB
LCN网络访问机制
图6
1.2.2.2 操作站
操作站是LCN网络上必不可少的节点之一，是 TDC3000系统的主要人机接口，它是整个系统的一扇窗口，能满足操作人员、管理人员、系统工程师及维护人员的各种操作需要，工艺操作员通过操作站对装置上的各种工艺参数进行监控，工程师通过操作站对TDC3000系统进行维护和组态。
TDC3000系统(包括MICRO TDC3000和TPS)已
被广泛应用在石油炼制、石油化工、化工、电力、冶金、建材、轻工等工业部门。据统计， Honeywell在世界范围内DCS市场居各制造厂首位。 TDC3000系统在中国也被广泛地采用。其中，福建炼油厂采用的TDC3000系统控制规模、硬件配置的品种和数量居国内用户之首。

FX-1000中文简介

轮胎压机批运转
压力温度
串行通信
批记录开始/停止
电磁阀温度
电磁控制
PLC
调节阀
温度调节器

规格
标准规格
一般规格 ●构造安装方法:
仪表板厚度: 前面板:
嵌入式仪表板安装 (垂直仪表盘) 允许向后最大倾斜30度安装，左右水平 2 to 26 mm 防滴防尘：符合IEC529-IP65。并排紧密安装除外
测量环境试验数据，以简洁易懂的方式显示并记录多种数据。－多种输入类型可供选择(通用输入) －自动计算出干球温度和湿球温度的相对湿度。(/M1,/PM1,/PWR1选配件) －运算结果能够与温度和湿度,及其他参数(压力,电流)混合记录
干球温度湿球温度
轮胎制造（加硫工序）的温度与压力管理
测量并记录模具的温度与压力。
道选择 ● 测量/显示精度:
±0.05% of rdg (直流电压), ±0.15% of rdg (热电偶, 热电阻)
数据安全保证
● 400MB 大内存 ● 最大2GB CF卡数据保存 (选配件) ● USB接口支持(选配件) ● 二进制数据保存 ● 网络化双重数据备份
多通道测量/记录
支持所有输入类型的通用输入
显示直观，操作简单
● 5.7英寸宽视角高分辨TFT彩色液晶屏 ● 曲线、数字、棒图、总览、报警、
历史画面显示 ● 通过网络在PC机显示本体画面 ● 多功能方向键操作ー
丰富的测量类型，卓越的性能
● mV, TC, RTD, DI万能输入 ● 1s, 125ms测量周期（最短） ● 2CH, 4CH, 6CH, 8CH, 10CH, 12CH多通
测量/显示精度:

H3C (宇视科技) IP监控解决方案

IVS8000方案
适合政府、交通、高教、金融、电力、环保、医疗等专业监控领域，适合几百到上万路的大中型项目。
IVS3000方案
适合中小企业、零售、普教、小型楼宇园区等商业监控领域，适合几十到几百路的中小型项目。
具备看的清晰、存的可靠、维护方便和接入灵活等显著优势。
具备高度集成、部署方便、灵活开放、设备可靠等优势。
6
IP网络视频监控：由趋势变为现实
2004与2007中国视频监控市场架构比较
数据来源：J.P.Freeman (2006)
数据来源：MMI美国调查机构--多媒体情报（MultiMedia Intelligence）（2008）
数据来源：IDC (2008)
7
H3C平台宣传资料
一、卓然理念二、 H3C IP监控解决方案 1 方案概述 2 iVS8000方案 3 iVS3000方案
H3C 网络系统
ONU等无源光网络产品 S3100/3600 100M/1000M L2/L3接入交换机 S5100/5600 1000M L3 接入交换机 New S3600-2P-OLT 盒式 EPON OLT S7506E 核心交换机 EPON OLT
H3C 能提供包括网络、编解码器、存储、管理平台四大组件在内的完整的解决方案产品。并支持平台级开放，支持和其他系统的集成、联动、访问。 11
4
四个最
•技术创新能力最强：5大创新，40余项专利 •参与标准最多：参与多项行业、地方标准
IP网络视频监控是面临挑战的唯一解决之道
应用规模监控的规模和范围越来越大，原？有的服务器架构无法满足要求
可靠存储
对于海量数据的可靠存储及高效？
管理，原有的DVR无法满足要求原有的系统控制、存储甚至编码？

DMM6000 系列数字多用表数据手册说明书

——————————————概述DMM6000系列数字多用表是一款高精度、高性价比测量仪器，包括DMM6000和DMM6001两个型号。

该仪器分辨率达6½位，可精确测量各模拟、数字信号；满足工作台或系统应用等各种测量需求，帮您准确了解电学世界。

该系列数字多用表支持高达13种类型的测量，且性能优异；标配USB 、LAN 和GPIB 接口（仅DMM6000型），兼容标准的SCPI 指令；具有一个USB Host 接口，支持U 盘读写；脱机数据采集功能，提供高达1,800,000个采样值的存储深度，采样结果可以方便地保存到仪器内部磁盘或者U 盘上；提供PC 机联机软件，dll 接口，更加方便用户自动化编程设计；支持固件联网更新功能，整个升级过程是零风险升级，升级即使中断也不会影响产品的使用，解决了用户的后顾之忧；显示界面使用最新的OLED 点阵屏，美观、亮度高、全视角；USB Device 接口复合了U 盘功能，让您很方便地获取仪器相关资料。

优秀的安规特性，让仪器的使用更加安全可靠。

——————————————产品特性◆支持13种测量类型；◆真有效值交流电压和电流测量；◆独特的电容测量（仅DMM6000型），性能更加优秀；◆等精度频率测量；◆最高采样率30,000读数/秒；◆丰富的数学运算功能；◆GPIB （仅DMM6000型）、LAN 、USB 标准接口；◆兼容SCPI 标准命令；◆文件管理，本地磁盘和U 盘读写操作； ◆存储深度1,800,000个采样值；◆支持仪器参数保存和读取；◆OLED 显示；◆丰富的PC 机软件支持；————————————产品应用◆高精度实验室；◆现场数据采集；◆自动化测试系统等。

产品数据手册DMM6000系列数据手册Data Sheet6½位数字多用表DS01010101 V1.2 Date: 2013/03/20 ————————————————————————————————产品照片广州致远电子股份有限公司版本日期原因V1.0 2012/06/01 创建文档V1.1 2013/01/28 添加DMM6001型数字多用表的相关信息V1.2 2013/03/20 修订个别技术参数V2.0 2015/01/09 使用了新的模板目录1.功能简介 (1)1.1测量 (1)1.1.1测量类型 (1)1.1.2数学运算 (1)1.1.3采样触发与数据采集 (2)1.2数据通信 (3)1.2.1仪器配置文件读写 (3)1.2.2采样数据保存 (3)1.2.3固件更新 (3)1.2.4远程控制 (3)1.2.5错误信息 (3)1.3SCPI支持 (3)1.4显示 (4)1.5辅助功能 (4)2.面板图 (5)2.1前面板 (5)2.1.1DMM6000型 (5)2.1.2DMM6001型 (6)2.2后面板 (6)2.2.1DMM6000型 (6)2.2.2DMM6001型 (7)3.技术参数 (8)3.1常规特性 (8)3.2准确度指标 (8)3.2.1电压 (8)3.2.2电流 (12)3.2.3电阻 (14)3.2.4电容 (16)3.2.5温度 (16)3.2.6频率 (17)3.2.7周期 (18)3.2.8连续性 (18)3.2.9二极管 (19)3.3应用尺寸 (20)4.订购信息 (21)5.免责声明 (22)1.功能简介本节介绍DMM6000系列数字多用表的测量、数据采集、数据通信、SCPI编程等功能；DMM6000系列数字多用表主要功能见表1.1。

1000E产品规格书_V0.3

Tel：：020-87633028
公司地址：中国广东省广州市天河区燕岭路 25 号银燕大厦 1107 室第 5 页共 9 页
广州市依歌电子科技有限公司
1000AE 线性恒流 LED 芯片
应用方案实例 1、PF 值 0.5 90%效率无频闪方案
在上述方案中：输入电压 AC220V 时，设计时 LED 灯珠串联电压控制在 270-290V 之间；电容 C2 可以对电源滤波，提高电源电压的平均值，从而提高电源效率，但整机的 PF 值只有 0.5 左右；压敏电阻 RV1、电容 C1 主要起到抗浪涌缓冲作用，避免 IC 瞬间被击穿，提高产品可靠性；电阻 R3、R4 是放电电阻，电阻 R1、R2 可用于调节 LED 的恒流值，具体计算见 IC 输出电流特性。
VLED VF * T / T
（6）
LED 的功耗计算如下：
PLED VLED * I LED I F *VF * (T / T )
4、 IC 功耗计算
（7）
市电的电压和灯珠电压的差是 IC 的工作电压，其表达式如下：
uIC(t ) u(t ) V (t )
2Usin(2ft ) V (t )
公司地址：中国广东省广州市天河区燕岭路 25 号银燕大厦 1107 室第 1 页共 9 页
广州市依歌电子科技有限公司
1000AE 线性恒流 LED 芯片
典型应用方案
极限参数
若无特殊说明，环境温度为 25℃ 特性参数 OUT 端口电压 OUT 端口电流工作温度存储温度 ESD 耐压符号 VOUT IOUT TOPT TSTG VESD 范围 -0.5～450V 5mA～60mA -40℃～+120℃ -50℃～+150℃ 2KV

EX1000彩页

H3C Neocean EX1000华为3Com有限公司Neocean EX系列是华为3Com公司推出的面向中小企业（SMB）市场的网络存储产品。

它能够提供IP SAN/NAS一体化访问特性，易部署、易管理，具备高品质和良好的备件服务。

EX系列存储产品主要用于满足广义的中小企业市场（包括政府、教育、媒体、网吧等）的存储需求。

EX1000整机外观图产品特性稳定可靠●EX1000存储系统拥有4个前端GE接口，可连接前端主机或网络交换机，4条数据链路支持链路聚合和故障切换，时刻保障数据通路的可用和畅通。

●EX1000可通过前端交换机进行横向扩展，整个存储系统的性能、容量、可靠性线性增加，并提供单一管理窗口简化系统管理维护工作。

●EX1000支持硬盘在线热插拔，支持硬盘电源短路保护(5V，12V)，支持系统启动时硬盘顺序加电，提供更全面的硬件保护手段。

●提供全局/专用/分布式热备盘（Hot-spare），增强RAID数据保护机制。

●EX1000可选冗余热插拔电源，支持电源自动故障切换，并支持外接UPS，避免电源故障带来的系统异常。

高性价比●EX1000基于64位硬件体系架构和64位专用存储操作系统，最大4GB缓存配置。

●支持RAID 0，1，5，10，50，支持RAID容量在线动态扩展功能。

●EX1000 在标准的3U高度（13.3cm）内可容纳16块SA TA硬盘，最大容量可达到8TB，最高提供410MB/s的带宽和54000 IOPS的处理能力。

●Neocean EX1000提供IP SAN和NAS的一体化数据服务功能、快照拷贝等丰富的数据管理功能，快速备份数据，保护数据免受软故障危害。

●用户通过选配EX1000的PC/服务器客户端软件DiskSafe，可对Windows系列操作系统提供系统/文件级快速备份和恢复，同时支持PC/服务器本地系统损坏后的镜像启动和快速恢复。

易于管理●EX1000通过简洁方便的GUI界面，可进行近端或远程的各种配置和管理，并可统一管理网络中部署的全部EX系列产品。

2020 KAWASAKI NINJA 1000SX 产品介绍说明书

November 5, 2019New Model Press Release 2020 KAWASAKI NINJA® 1000SXREFINED SPORT TOURER The new 2020 Ninja® 1000SX has been refinedto provide an even better platform forexperienced riders to enjoy sport ridingcombined with touring capability. The dynamic,sportier styling, including a single-sided muffleris sure to catch your eye upon first glance. Rideraides have also been added including ElectronicCruise Control and Intergrated Riding Modesthat combine KTRC and Power Modes in oneeasy selection. The electronics can now bemonitored through the new 4.3” all -digital TFTcolor instrumention screen or with Kawasaki’sRIDEOLOGY THE APP using Bluetooth®smartphone connectivityHighlights of the 2020 Kawasaki Ninja 1000SX motorcycle:∙NEW Enhanced chassis orientation awareness technology featuring Bosch IMU ∙NEW Kawasaki Cornering Management Function (KCMF) ∙NEW Kawasaki Intelligent Anti-Lock Brake System (KIBS) ∙NEW Windshield and fairings ∙NEW Ergonomically comfortable seat ∙ NEW ECU tuningENGINE∙ Exhilarating power from the 1,043 cc, inline 4-cylinder engine∙ NEW Electronic throttle valves∙ Improved throttle response that is both quick and smoothA powerful 1,043 cc liquid-cooled, four-stroke in-line four-cylinder engine pulls strongly from all rpm. Adding to rider exhilaration, the engine delivers superb engine response, a strong mid-range hit and an powerful intake howl. New electronic throttle valves were added to enable the ECU to control the volume of both the fuel through the fuel injectors and air through the throttle valves delivered to the engine providing smooth response and ideal output. The electronic throttle valve system locates the accelerator position on the handlebar, eliminating the throttle cable. To provide a natural feel, friction is DO NOT RELEASE BEFORE NOVEMBER 5, 2019used to simulate the feel of a throttle cable. The fuel injection and electronic throttle valve settings mean response is both quick and smooth which helps the rider maintain control when riding at low speeds while also contributing to the sport riding potential of the Ninja 1000SX.Camshaft profiles were revised to reduce tappet noise and the intake funnels have been changed, meaning shorter intake funnels for the first and fourth cylinders, which matches the exhaust layout and leads to cleaner emissions. The Ninja 1000SX features a cool air system which routes cool air to the airbox through ducts at the front of the side fairings, minimizing performance loss due to heated air intake.The Ninja 1000SX features many enhancements that allow for a smoother engine feeling. One major feature is the secondary balancer on the engine crankshaft, which helps to reduce vibration.An all-new exhaust system has a header pipe configuration, which contributes to a sportier appearance. Joint pipes linking the exhaust headers merge into the single collector contribute to increased feeling and response at all rpm. Three-way catalyzers in the exhaust collector complement the revised engine mapping.Assist & Slipper ClutchComplementing the transmission is an Assist & Slipper clutch, race-inspired technology that offers both a back-torque limiting function as well as a light feel at the lever.The Assist function is noticed by the lighter pull at the clutch lever, helping to reduce rider fatigue especially in stop and go traffic situations.The Slipper function is noticed when excessive engine braking occurs as a result of quick or accidental downshifts. The slipper cam comes into play, forcing the clutch hub and operating plate apart, which relieves pressure on the clutch plates to reduce back-torque and help prevent the rear tire from hopping and skidding.CHASSIS∙Highly rigid aluminum frame∙Combination of solid and rubber engine mounts for reduced vibrationand excellent handling characteristicsThanks to a rigid, lightweight aluminum frame and compact engine design, the weight is not only low and centered inside the motorcycle, but the overall profile is slim. This centralization allows for sharp handling, neutral steering and a light turn-in. Lightweight and highly rigid, the frame uses the engine as a stressed member.The frame is a five-piece cast aluminum construction, consisting of a steering stem, left and right main frames, and two cross pieces. The front part of the rear frame is an example of form and function combined, allowing the side covers to be eliminated. This also allows the width under the seat to be narrower, offering riders a shorter reach to the ground.SUSPENSION∙41mm front inverted forks∙NEW Low speed damping pistons for smoother fork action over bumps∙Front and rear adjustabilityThe Ninja 1000SX features 41mm inverted front forks with stepless compression and rebound damping and spring preload adjustability. New for 2020, a low-speed slit was added to the damping pistons to help relieve negative pressure that builds up during compression and results in a smoother fork action over bumps. Fine-tuned settings offer both sporty performance and comfort, which contribute to light handling on city streets and on winding roads.The horizontal back link rear suspension positions the shock unit and linkage above the swingarm, allowing for greater mass centralization. The rear shock features rebound and preload adjustability, with a remote preload adjuster facilitating setting changes to suit tandem riding, luggage or rider preference. This is ideal for quick adjustability when traveling.ELECTRONICS∙NEW Electronic Cruise Control∙NEW Kawasaki Quick Shifter (KQS)∙NEW Integrated Riding Modes∙Bosch IMU with 6-axis of measurements∙Kawasaki Cornering Management Function (KCMF)∙Kawasaki Intelligent anti-lock Brake System (KIBS)∙Kawasaki Traction Control (KTRC)∙Power Mode selectionThe strength of Kawasaki’s cutting-edge electronics has always been the highly sophisticated programming that uses minimal hardware to give the ECU an accurate real-time picture of what the chas sis is doing and what the rider wants, to best support the rider’s inputs with a natural feel. Using the latest evolution of Kawasaki’s advanced modeling software, including input from a compact Bosch IMU (Inertial Measurement Unit), Kawasaki Cornering Management Function (KCMF) monitors engine and chassis parameters throughout the corner to assist riders in holding their intended line through the corner. The Ninja 1000SX motorcycle utilizes the input from multiple sensors to optimize ride quality via the Kawasaki TRaction Control (KTRC), and the Kawasaki Intelligent Anti-Lock Braking System (KIBS). INTEGRATED RIDING MODESThe Ninja 1000SX is equipped with four integrated riding modes that combine both KTRC and Power Modes that efficiently set traction control and power delivery for the given riding situation. The settings are Sport, Road, Rain or Rider (manual) and while the first three settings are fixed, in Rider mode, the systems can be set independently. As conditions change the riding mode can be adjusted while riding. ELECTRONIC CRUISE CONTROLThe Ninja 1000SX is equipped with electronic cruise control, which improves the overall comfort for those long days on the road. The cruise control system enables riders to set and maintain their desired speed with the simple press of a button. Once activated, the rider does not have to constantly apply thethrottle to maintain speed. The cruise control helps to reduce rider fatigue when traveling long distances, allowing the rider to relax and enjoy cruising, contributing to a high level of riding comfort. KAWASAKI QUICK SHIFTER (KQS)The Ninja 1000SX features a highly reliable contactless-type quick shifter that allows for ultra quick, full power upshifts and seamless acceleration. The system detects that the shift lever has been actuated, and sends a signal to the ECU to cut ignition so that the next gear can be engaged for clutchless shifting.ERGONOMICS∙NEW Wider fairings and taller double-bubble windshield∙NEW Five-way adjustable clutch lever∙NEW Mirrors for increased visibility∙NEW Ergonomically comfortable seat for rider and passengerThe relatively upright position, compared to supersport models, offers both comfort and confidence for riders. Separate, raised clip-ons are mounted on top of the forks, for relaxed arm position, while maintaining a sporty and comfortable riding position.A new five-way adjustable clutch lever can be set to suit the size of the rider’s hands, aiding in rider comfort. Mirrors are positioned farther outward and have a greater range of movement, offering easier adjustability.Both rider and passenger seats deliver increased comfort, thanks to a new, more dense type of urethane padding used in the construction of the seats. Dampers on the underside of the seat also help reduce vibration. Ergonomically sculpted passenger grips are easy to hold and naturally positioned, contributing to even more passenger comfortThe fairing design also covers part of the frame, contributing to a good ergonomic fit and helping to protect the rider from engine heat for added comfort.BRAKES/WHEELS/TIRES∙300 mm front discs with four-piston radial mount calipers∙Lightweight six-spoke wheels∙NEW Bridgestone BATTLAX HYPERSPORT S22 tiresThe Ninja 1000SX features two large, 300 mm front brake discs that are gripped by opposed four-piston radial-mount monobloc calipers. The upper pistons in the caliper are 32 mm while the lower pistons measure 30 mm. The front brake offers a firm initial touch and the level of braking force is easily controlled offering superb braking performance. The rear brake features a single piston, pin slide caliper that grips a 250 mm disc. The rear caliper features a torque rod and is mounted below the swingarm to add to the sporty image of the Ninja 1000SX. Braking functions are assisted by the Kawasaki Intelligent anti-lock Braking System (KIBS). This supersport-grade brake management system uses high-precision control to regulate brake pressure during sporty riding.Bridgestone’s latest sport tires, the BATTLAX HYPERSPORT S22, are mounted on lightweight six-spoke wheels. The new tires contribute to the lighter handling of the Ninja 1000SX, while offering enhanced grip in both wet and dry conditions.STYLING∙Supersport-style full fairing bodywork∙NEW Single-sided muffler∙NEW LED headlights and taillights∙NEW Three-piece side fairing construction ∙NEW Supersport-style front fenderSupersport-style full-fairing bodywork gives the Ninja 1000SX motorcycle a distinct, head-turning look. The sleek styling also offers a good measure of wind protection, helping to reduce rider fatigue. Thec hin spoilers similar to those on the Ninja H2™ and Ninja® ZX™-10R motorcycles strengthen the Ninja® resemblance along with the longer design of the under cowl to give a more dynamic appearance.A new more stylish windshield is set at a more upright angle and is adjustable to four positions ranging from sporty to maximum wind protection. No tools are required to adjust the windshield, simply depress the windshield release button below the instrument panel.Turn signals are built into to the fairings to aid in the slim profile and sporty look. Supersport-style front fender contributes to both aerodynamics and racy looks. The sharp, compact design of the LED headlamps contributes to a fierce expression and combines with built-in front turn signals and compact rear turn signals. Red LED bulbs behind a smoked lens adds a touch of class to the tail cowl. A single-sided muffler contributes to a much sportier look, while the swingarm features eccentric axle adjusters, contribu ting to the Ninja 1000SX motorcycle’s Kawasaki identity.The Kawasaki Genuine Accessory KQR saddlebags can be easily mounted by simply sliding them onto the slots on the grips and because the elegant mounting system does not use cumbersome mounting brackets, the rear of the bike looks clean and sharp when the saddlebags are removed. The mounting system positions the saddlebags close to the bike’s centerline keeping a well-integrated look with the rear of the bike that also facilitates navigating urban spaces. The saddlebags can each hold a full-face helmet and feature a one-key system means that the bags are conveniently unlocked and removed with the ignition key.TFT COLOR INSTRUMENTATIONThe new 4.3” all-digital TFT color instrumentation gives the cockpit of the Ninja 1000SX motorcycle a high-tech, high-grade appearance. The full color display features TFT (thin-film transistor) technology delivers a high level of visibility. The screen’s background color is selectable (black or white), and screen brightness adjusts automatically to suit available light. Display functions include: digital speedometer, gear position indicator, upshift indicator, odometer, dual trip meter, fuel gauge, cruising distance, average fuel consumption, outside temperature, water temperature, clock, economical riding indicator, IMU indicator, KIBS indicator, boost pressure and boost temperature.SMARTPHONE CONNECTIVITYA chip built into the instrument panel enables riders to connect to their motorcycle wirelessly. Using RIDEOLOGY THE APP, a number of instrument functions can be accessed, logged, and reviewed contributing to an enhanced motorcycling experience. The following information can be viewed:1. Vehicle Info∙Check latest status update2. Riding Log∙Can be logged in detail, and played back for review∙Route, Distance & Time traveled can be logged for review∙Riding conditions can be recorded in detail3. Telephone Notifications∙Provides a notification on dash when a call or mail is received by smartphone4. General Settings∙General instrument display setting changes can be made on your smartphone∙Kawasaki Riding Management modes can be setThe app can also be used when away from the motorcycle. When riding (with the app ON), the bike and smartphone are always connected and riding log data is being recorded by the app. After your ride, the latest riding information is stored by the app and may be viewed on the smartphone. Any changes made via the app while the engine is off, or while out of range, will be implemented as soon as the ignition is turned on and the smartphone is in range with the app ON.*RIDEOLOGY THE APP is not intended for use during vehicle operation. Only use RIDEOLOGY THE APP when the vehicle is not being operated and it is safe to do so.ACCESSORIESA feature that sets the Ninja 1000SX apart is the large number of Kawasaki Genuine Accessories for owners to choose from, allowing them to create a unique sport tourer just for them – like the hard color-matched KQR™ 28 Liter Hard Saddlebags, multiple seat options and a larger windshield, just to name a few of the most popular items. The full range of Kawasaki Genuine Accessories are available at authorized Kawasaki dealers, including grip heaters, USB and DC power outlets, frame sliders and navigation brackets. Please visit for more information.COLORSMetallic Graphite Gray / Metallic Diablo BlackMSRP$12,399To download high-resolution images*, log on or register for the Kawasaki media site at.*Non-U.S. model depicted in studio photography.ABOUT KAWASAKIKawasaki Heavy Industries, Ltd. (KHI) started full-scale production of motorcycles over a half century ago. The first Kawasaki motorcycle engine was designed based on technical know-how garnered from the development and production of aircraft engines, and Kawasaki’s entry into the motorcycle industry was driven by the company’s constant effort to develop new technologies. Numerous new Kawasaki models introduced over the years have helped shape the market, and in the process have created enduring legends based on their unique engineering, power, design and riding pleasure. In the future, Kawasaki's commitment to maintaining and furthering these strengths will surely give birth to new legends.Kawasaki Motors Corp., U.S.A. (KMC) markets and distributes Kawasaki motorcycles, ATVs, side x sides, and Jet Ski® watercraft through a network of almost 1,100 independent retailers, with close to an additional 7,400 retailers specializing in general purpose engines. KMC and its affiliates employ nearly 3,100 people in the United States, with approximately 250 of them located at KMC's Foothill Ranch, California headquarters.Kawasaki’s tagline, “Let the good times roll.®”, is recognized worldwide. The Kawasaki brand is synonymous with powerful, stylish and category-leading vehicles. Information about Kawasaki’s complete line of powersports products and Kawasaki affiliates can be found on the Internet at.Kawasaki Motors Corp., U.S.A.26972 Burbank, Foothill Ranch, CA 92610Tel: 949-770-0400 I 。

H3C存储产品方案

• 解决方案销售项目占总数40%以上
国内IP存储：连续8个季度排名第一
专业存储厂商：H3C排名第五，其余为国外厂商
H3C 41%
EMC 18.7% DELL 12.7%
Others 27.6%
Source: IDC, iSCSI SAN in China,Q4 2008
80 70 60 50 40 30 20 10
IP/Eth 计算 /X86集群……
计算、网络、存储资源池
IP/Eth
网络
FC/iSCSI
存储
标准化
IT 3.0
资源化
IT 2.0
构件分离（计算+存储+网络）
面向服务
IT1.0 主机（无独立存储，无网络）

9
PDF 文件使用 "pdfFactory Pro" 试用版本创建駿
2010年，100G
2002
服务器内部互连应用受阻
机外互连受阻
仅限于高性能计算
1994 FC 1Gb 2Gb 4Gb FCoE
诞生
发展
转型
Ethernet
方向

10
PDF 文件使用 "pdfFactory Pro" 试用版本创建
存储系统前端业务带宽的比较
DL系列
DL1000
PDF 文件使用 "pdfFactory Pro" 试用版本创建昀
IX3040/3080
IX3240
EX1500
DL3000
IX3620
16
传统IT系统的存储瓶颈
• PCI-E2.0总线最大支持 160Gbps带宽
易用性
便捷的管理界面性能/空间/系统监控事件报告、日志分析、Xray CallHome远程支持

不放过每一个细节索尼MDR—EX1000／MDR—Z1000监听级耳机试听体验会

１月底的北京虽然没下雪，１但刺骨的寒风让从气温定的是，日本原装打造的Ｅ１０整套 “ Ｘ００音源模组垂直于
在２度左右的南方过来的我，到有些不适应。０感不过，
耳道 ” 的独特设计，再加上镁金属耳筒和高纯度铜线，诸
在角田直隆先生讲解完毕以后，于开始了我期待４０ｍＷ最大输出功率，响范围更是达到惊人的终００频
已久的试听。首先我试听的是ＭＤＲＸ１Ｏ监听耳塞。 —Ｅ０Ｏ
５ｚ８Ｋｚ如此方案对声学调音方面可以说是一个Ｈ～０Ｈ。
尼专门配备的液晶高分子驱动膜片，可实现高精度音频回放，噪比达１６ＢｍＶ最大程度避免放大器中点信０ｄ／，
子驱动振膜，这种材料可抑制不必要的振动，进而消减
噪声，现高分辨率声音，再增强音乐的精准度。并且，它直流偏移电位的负面影响，少失真。减提供２欧姆阻抗４还能使ＭＤＲＥ１０耳塞具备很高的硬度， — Ｘ００产生高清将使声音解析力提升到较高水平。晰度通透感十足的声音。内置高磁性钕磁铁，过增强通的磁通量密度，能够释放足够的能量实现中音域到高音域的超高灵敏性声音播放。
的下潜和解析，高频让人感觉很舒服，中频的结像相而当扎实。
想到即将第一时间聆听到索尼新推出的两款监听级耳机多创造性设计最终将顶级的音质以及超薄设计风格融的真实表现，这一些不适应也感到无所谓了。索尼８ｌｎＷａｋｍａ开启世界的随身音乐之窗以来，索尼耳机为呈现更美好的音质始终不断的在技术上力求突

M1000产品概述

目录第1章设备介绍.....................................................................................................................1-11.1 网络应用.............................................................................................................................1-11.2 特点....................................................................................................................................1-21.2.1 集成度高..................................................................................................................1-21.2.2 支持多种业务类型接入............................................................................................1-21.2.3 提供多种接口...........................................................................................................1-31.2.4 提供多种同步时钟源................................................................................................1-41.2.5 支持多系统功能.......................................................................................................1-41.2.6 支持灵活的组网能力................................................................................................1-41.2.7 支持多种保护方式....................................................................................................1-51.2.8 支持统一的网管系统................................................................................................1-51.2.9 支持电源和环境监控功能.........................................................................................1-51.2.10 支持同步状态消息管理..........................................................................................1-61.2.11 支持与第三方设备混合组网...................................................................................1-61.3 设备结构.............................................................................................................................1-71.3.1 硬件结构..................................................................................................................1-71.3.2 系统结构..................................................................................................................1-71.4 单板....................................................................................................................................1-9第2章单板功能和应用...........................................................................................................2-12.1 SDH接口板........................................................................................................................2-12.1.1 STM-4光接口板OI4................................................................................................2-12.1.2 STM-1光接口板OI2S/OI2D/SL1Q/SL1O...............................................................2-22.1.3 单纤收发STM-1接口板SB2D/SB2L/SB2R............................................................2-32.1.4 STM-1电接口板SDE/SLE......................................................................................2-42.2 PDH接口板........................................................................................................................2-52.2.1 E1电接口单元SP1S/SP1D/SP2D/PD2S/PD2D/PD2T/FP2D................................2-52.2.2 E1/T1兼容电接口单元SM1S/SM1D/PM2S/PM2D/PM2T......................................2-62.2.3 E3/DS3电接口板PL3ES/PL3ED/PL3ET/PL3TS/PL3TD/PL3TT............................2-72.3 以太网接口板.....................................................................................................................2-82.3.1 ET1/ET1O/ET1D/EF1板.........................................................................................2-82.3.2 EFS/EFT/EGS/EFSC/ELT2板................................................................................2-92.4 数据接口板.......................................................................................................................2-122.4.1 单线对高比特率数字用户线接口板SHLQ.............................................................2-122.4.2 N x 64kbit/s速率接口板N64/N64Q.......................................................................2-122.5 系统控制板SCB...............................................................................................................2-142.6 多路音频数据接入板TDA................................................................................................2-162.7 环境监控板EMU..............................................................................................................2-172.8 电源转换系统UPM..........................................................................................................2-18第3章保护.............................................................................................................................3-13.1 设备级保护.........................................................................................................................3-13.1.1 电源输入单元1+1热备份........................................................................................3-13.1.2 异常情况下的单板保护方式.....................................................................................3-13.2 网络级保护.........................................................................................................................3-23.2.1 SDH业务保护..........................................................................................................3-23.2.2 以太网业务保护.......................................................................................................3-33.3 时钟保护.............................................................................................................................3-33.3.1 时钟质量..................................................................................................................3-33.3.2 保护实现..................................................................................................................3-4第4章维护与管理..................................................................................................................4-14.1 设备维护.............................................................................................................................4-14.2 设备管理.............................................................................................................................4-2第5章设备硬件.....................................................................................................................5-15.1 机盒....................................................................................................................................5-15.2 UPM电源系统....................................................................................................................5-35.2.1 UPM电源转换盒......................................................................................................5-35.2.2 蓄电池......................................................................................................................5-3第6章技术指标.....................................................................................................................6-16.1 整机参数.............................................................................................................................6-16.2 光接口性能指标..................................................................................................................6-26.2.1 STM-1光接口性能指标...........................................................................................6-26.2.2 STM-4光接口性能指标...........................................................................................6-26.2.3 光输入接口允许频偏................................................................................................6-36.2.4 光输出接口比特率容差............................................................................................6-46.2.5 以太网光接口...........................................................................................................6-46.3 电接口传输性能指标..........................................................................................................6-56.3.1 电输出口比特率容差................................................................................................6-56.3.2 电输入口允许衰减....................................................................................................6-56.3.3 电输入口允许频偏....................................................................................................6-56.3.4 电输入口抗干扰能力................................................................................................6-66.4 以太网业务主要特性测试指标............................................................................................6-76.5 时钟定时和同步指标..........................................................................................................6-86.5.1 输出抖动..................................................................................................................6-86.5.2 内部振荡器自由振荡方式的输出频率准确度............................................................6-86.5.3 长期相位变化...........................................................................................................6-86.6 抖动性能指标...................................................................................................................6-106.6.1 STM-1/STM-4同步接口输出抖动..........................................................................6-106.6.2 STM-1/STM-4输入口的抖动容限..........................................................................6-106.6.3 PDH支路口的输入抖动容限..................................................................................6-106.6.4 PDH支路口的映射抖动.........................................................................................6-116.6.5 PDH支路口的结合抖动.........................................................................................6-11 6.7 电磁兼容测试指标............................................................................................................6-13 6.8 环境要求...........................................................................................................................6-146.8.1 储存环境................................................................................................................6-146.8.2 运输环境................................................................................................................6-156.8.3 运行环境................................................................................................................6-17插图目录图1-1 OptiX 155/622H在传输网中的应用......................................................................1-1图1-2 OptiX 155/622H前视图........................................................................................1-2图1-3 OptiX 155/622H后视图........................................................................................1-2图1-4 OptiX 155/622H设备结构图.................................................................................1-7图1-5 OptiX 155/622H系统结构....................................................................................1-8图1-6 OptiX 155/622H槽位图........................................................................................1-9图2-1 SB2R和SB2L板在组网中的应用........................................................................2-4图3-1 共享光纤虚拟路径保护示意图..............................................................................3-3图3-2 正常状态下的时钟跟踪.........................................................................................3-5图3-3 NE 2和NE 3间断纤时的时钟保护.......................................................................3-6图3-4 NE 1外接BITS故障时的时钟倒换.......................................................................3-6图3-5 NE 1和NE 4外接BITS都出现故障时的时钟倒换...............................................3-6图5-1 OptiX 155/622H结构图........................................................................................5-1图5-2 SCB的面板接口...................................................................................................5-1图5-3 电源转换盒外形图................................................................................................5-3图5-4 电源转换盒后视图................................................................................................5-3图5-5 蓄电池箱..............................................................................................................5-4图5-6 蓄电池托盘...........................................................................................................5-4表格目录表1-1 OptiX 155/622H支持的业务类型和接入数量........................................................1-2表1-2 OptiX 155/622H提供的接口类型..........................................................................1-3表1-3 OptiX 155/622H支持的保护方式..........................................................................1-5表1-4 OptiX 155/622H单板列表....................................................................................1-9表2-1 OI2S、OI2D、SL1Q和SL1O板的功能比较.......................................................2-2表2-2 SB2D、SB2L和SB2R板的功能比较..................................................................2-3表2-3 SDE和SLE板的功能比较...................................................................................2-4表2-4 SP1S、SP1D、SP2D、PD2S、PD2D、PD2T和FP2D板的功能比较...............2-5表2-5 SM1S、SM1D、PM2S、PM2D和PM2T板的功能比较......................................2-6表2-6 PL3ES、PL3ED、PL3ET、PL3TS、PL3TD和PL3TT板的功能比较.................2-7表2-7 ET1、ET1O、ET1D和EF1板的功能比较...........................................................2-8表2-8 EFS、EFT、EGS、EFSC和ELT2板的功能比较.............................................2-10表2-9 TDA板音频、数据接口的传输距离....................................................................2-16表3-1 同步状态信息编码................................................................................................3-3表3-2 各网元同步源及时钟源级别配置...........................................................................3-5表5-1 SCB板接口说明...................................................................................................5-2表6-1 重量、尺寸和功耗值.............................................................................................6-1表6-2 STM-1光接口性能指标........................................................................................6-2表6-3 STM-4光接口性能...............................................................................................6-3表6-4 光输入接口允许频偏.............................................................................................6-3表6-5 光输出接口比特率容差.........................................................................................6-4表6-6 EGS板光接口特性...............................................................................................6-4表6-7 ELT2板光接口特性..............................................................................................6-4表6-8 电输出口比特率容差.............................................................................................6-5表6-9 电输入口允许衰减................................................................................................6-5表6-10 电输入口允许频偏..............................................................................................6-5表6-11 电输入口抗干扰能力...........................................................................................6-6表6-12 单端口10M双向全双工特性测试指标................................................................6-7表6-13 单端口100M双向全双工主要特性测试指标.......................................................6-7表6-14 时钟接口的输出抖动...........................................................................................6-8表6-15 内部振荡器自由振荡方式的输出频率准确度.......................................................6-8表6-16 最大时间间隔误差MTIE.....................................................................................6-8表6-17 时间偏差（TDEV）............................................................................................6-9表6-18 STM-1/STM-4同步接口输出抖动.....................................................................6-10表6-19 STM-1/STM-4输入口的抖动容限.....................................................................6-10表6-20 PDH支路口的输入抖动容限.............................................................................6-10表6-21 PDH支路口的映射抖动....................................................................................6-11表6-22 PDH支路口的结合抖动....................................................................................6-12表6-23 电磁兼容（EMC）测试指标.............................................................................6-13表6-24 储存环境下的气候环境要求..............................................................................6-14表6-25 储存环境下的机械活性物质的浓度要求............................................................6-14表6-26 储存环境下的化学活性物质的浓度要求............................................................6-15表6-27 储存环境下的机械应力要求..............................................................................6-15表6-28 运输环境下的气候环境要求..............................................................................6-16表6-29 运输环境下机械活性物质的浓度要求................................................................6-16表6-30 运输环境下化学活性物质的浓度要求................................................................6-16表6-31 运输环境下的机械应力要求..............................................................................6-17表6-32 在运行环境下的温、湿度要求..........................................................................6-17表6-33 运行环境下的其它气候要求..............................................................................6-18表6-34 运行环境下机械活性物质的浓度要求................................................................6-18表6-35 运行环境下化学活性物质的浓度要求................................................................6-19表6-36 运行环境下的机械应力要求..............................................................................6-19第1章设备介绍本章介绍OptiX 155/622H(Metro1000)STM-1/STM-4 MSTP光传输系统（以下简称OptiX 155/622H）在传输网络中的应用、特点和设备结构，包括下列内容：z网络应用z特点z设备结构1.1 网络应用OptiX 155/622H是华为技术有限公司开发的STM-1/STM-4级别的盒式设备，可接入多种业务类型，应用于城域网、本地传输网接入层或引入层，进行大客户专线接入、移动基站接入、DSLAM（Digital Subscriber Line Access Multiplexer）接入。

ExaGrid 产品规格介绍

ExaGrid 部分客户
Manufacturing/ Transportation/Retail Healthcare Banking/Insurance/ Law Business Services Government
2011 ExaGrid Systems, Inc. © 2011 ExaGrid Systems, Inc.
EX5000 “5TB” Example

储存库

磁头存放区= 5TB 储存库= 4.7TB 整体容量= 9.7TB

磁头存放区容量和储存库由系统控制

边界模糊，允许空间弹性变化，多点储存库/少点磁头存放区，相反亦然。从50MB到100MB数据段比较－文件一致的数据段为理想的重复数据删除；数据段大小提供最佳的性能优化每个备份程序
技术测试/认证
CA, CommVault, EMC, HP, IBM (TSM: Q4 ‘11), Microsoft (SQL dumps), Oracle (RMAN), Quest, Symantec, Veeam, VMware
2011 ExaGrid Systems, Inc. © 2011 ExaGrid Systems, Inc.
•ExaGrid 为客户带来最快的数据恢复性能
• •
•ExaGrid 拥有最优的性价比
•
•ExaGrid 重复数据删除产品中拥有最大的伸缩性
•
© 2011 ExaGrid Systems, Inc.
19

ExaGrid 第二代系统架构
•性能优化设计

磁头存放区（缓冲区）

以硬盘速度存放数据能保留数据一个星期以供即时访问最新版本以压缩格式存储的容量，且之前的版本作为字节级增量重复数据删除在这里进行

EX1000系列产品资料

Neocean EX1000系列产品介绍华为三康技术有限公司Huawei-3Com Technologies Co., Ltd.版权所有侵权必究All rights reserved目录1产品概述： (3)2产品特点： (3)3产品规格： (9)4组网应用： (11)5选配信息： (14)6相关资料： (16)7相关系列产品列表： (16)8产品型号： (17)1 产品概述：Neocean EX1000系列产品是华为3Com技术有限公司自主开发的高品质IP存储产品，它能够提供IP SAN/NAS一体化访问特性，简单易用，管理方便。

EX1000系列产品适用于Web、Email、数据库存储、VOD、多用户文件共享服务、网络磁盘、多媒体编辑制作等应用系统，可提供海量存储、D2D数据备份、Windows系统保护等解决方案。

2 产品特点：●功能完善提供统一的IP SAN/NAS特性。

IP SAN是基于高速以太网的SAN架构，通过iSCSI （Internet SCSI）协议来实现存储数据在服务器和存储设备之间的高速传输，适合Exchange、Notes、SQL Server等数据库应用。

它继承了IP网络开放、高性能、高可靠性、易管理、可扩展性强、自适应性强的优点，实现了存储网络与应用网络的无缝连接。

EX1000系列同时提供NAS存储服务，支持不同操作系统和多台主机的文件共享。

适合Web、文件服务器应用，并可为不同用户分配独立的共享网络文件夹，用于文档集中存储和备份。

EX1000系列可配置基于增量的块级备份功能。

通过在Windows主机上安装DiskSafe软件与后台EX1000系列联动，可以对Windows主机识别的存储资源（包括本地磁盘和连接的外部磁盘阵列）进行连续数据保护和恢复。

DiskSafe采用基于数据块增量的复制技术，仅复制被改变的数据块，提高了网络及系统的资源使用率。

DiskSafe复制到EX1000系列的数据与Windows主机上的数据时刻保持同步，不同于经过格式转换的磁带备份模式必须通过备份软件恢复才能使用，当Windows主机发生故障时，可以直接使用EX1000上的数据并可进行数据恢复。

华三产品培训PPT

汇聚交换机
H3C S5800(PWR)
H3C S5500SI/EI(PWR)
H3C S7500
智能二层/三层交换机
H3C S3100SI/EI（PWR） H3C S3600SI/EI（PWR） H3C S5100SI/EI（PWR）
SMB交换机
S1508/16L/E S2108/26 S1526/S1550/50E S5016P/24P S5024E/S5048E
S5800系列
大缓存（4M/8M）
超大缓存（24M）支持热插拔的模块化电源、风扇
千兆服务器 (Top of Rack)
S5810系列
专用带外网管接口
万兆服务器 (ToR, EoR) 定位说明
பைடு நூலகம்
S5820X系列
24端口万兆全线速转发 IRF2（第二代智能弹性架构）支持热插拔的模块化电源、风扇专用带外网管接口
WA2210X-G WA2210-AG WA2220E-AG WA2220X-AG WA2220-AG WA2110-AG
WA2610-AGN WA2620E-AGN
MESH AP /网桥
WH2520 WB2320
监控产品与解决方案全家福
iVS3000 商业（通用）监控解决方案
iVS3000 管理平台（存储）
H3C S9500E产品家族
H3C S9500E核心交换机系列
H3C S9500E是H3C公司的核心交换机，是H3C交换机产品家族的旗舰产品 H3C S9500E定位在企业园区网核心层和数据中心的核心、汇聚。 H3C S9500E系列包含有3款交换机，即: S9505E/S9508E-V/S9512E
IP通信

Xiamen Newyea Wireless Charger 100W 单线圈系统 NS1100 产

APPROVAL SHEET （承认书）FORWIRELESS CHARGER（无线充）MODEL NO.（型号）MANUFACTURER(制造商)EDIT (制订)CONFIRM(确认)CHECK(审核)APPROVAL(批准)CUSTOMER APPROVAL(客户承认)Stamp（签章）◆Company Add:The11#Floor,Hesheng Building,No.8,Jinshan Road,simingDistrict,Xiamen,China◆Tel：（86-592）6882776◆Fax:（86-592）6882986◆Website:REVISION CHANGE DESCRIPTION(版本变更描述)REV (版本)UPDATE(变更)DETAIL(详述)DATE(日期)A//CONTENTS1.Apply Scope（适用范围） (4)2.Environment Protection Laws（符合的环保法规） (4)3.According with Safety and EMC Criterion（符合的安全及电磁兼容标准）44.Safety and EMC Approval（符合的安全及电磁兼容标准） (4)5.Electrical Characteristic(电气特性) (4)6.Input Characteristics（输入特性） (5)6.1Rated Input Voltage（额定输入电压） (5)6.2Input Voltage Range(输入电压范围) (5)6.3Input Frequency(输入频率) (5)6.4Steady DC Current（DC输入电流） (5)6.5Standby（待机功耗） (5)6.6Efficiency（效率） (5)7.Output Characteristics（输出特性） (5)7.1Rated Output Voltage（输出额定电压） (5)7.2Output Voltage（输出电压范围） (5)7.3Rated Output Current（额定输出电流） (6)7.4LED Lights Instruction(LED显示说明) (6)7.5Protection（保护） (6)7.5.1Overvoltage Protection（过压保护） (6)7.5.2Insufficient power supply Protection（供电不足保护） (6)7.5.3Foreign-Object Detection Protection（异物检测保护） (6)1.Apply Scope （适用范围）This specification shall be applied to Wireless charger 36V/2.8A.本规格适用于36V/2.8A 无线充电器。

QE标准岗位能力要求

1.硕士研究生学历，在QE专业岗位上工作满一年及以上经历
2.大学本科学历，在QE专业岗位上工作满三年及以上经历
3.大学专科学历，在QE专业岗位上工作满五年及以上经历；
4.中专（高中）学历，在QE工作岗位上工作满七年及以上经历。
1.硕士研究生学历，在QE中级工
程师职位上工作满三年及以上经
能够按照标准对B类、C类产品的强度、安全性、结构设计等潜在风险，运用FMEA等工具进行评估。
能够按照标准对A类产品的强度、安全性、结构设计等潜在风险，运用 FMEA等工具进行评估。
能够对A类产品，组织相关人员对标准以外的潜在风险以及复杂结构的合理性进行评估。
能够独立应用常规的控制手段：计量控制图、计数控制图和记点控制图等，对存在的问题加以改进。
具体要求（比重）
QE初级 QE中级 QE高级工程师工程师工程师
5
10
15
10
5
/
10
5
/
/
10
20
Байду номын сангаас
10
/
/
/
10
5
三、QE人员理论知识要求
内容
基本要求
专业知识
标准及安全分
析
改进与控制
纠正和预防
熟悉本专业的国、内外常用标准，并会熟练运用于自己工作中。
能独立制定本专业的质量控制计划等相关标准
历（硕士研究生学历，在QE 工 1.本单位从事过产
作岗位上满4年以上）
品设计、工程技术
2.大学本科学历，在QE中级工程的年限，可以直接
师职位上工作满四年及以上经历累计算作QE工作年
（大学本科学历，在QE 工作岗限。同行业进入本

GEX-1000操作说明书2010(最终版)

GEX-1000型数字式微机励磁装置使用说明书目录1概况 (1)2功能说明 (1)2.1主回路 (2)2.2调节器控制单元 (2)2.2.1模拟量的采集 (2)2.2.2远方中控操作励磁装置信号输入（公共端为901：9） (3)2.2.3励磁装置工作状态及报警信号输出（公共端804：1） (3)2.2.4通讯 (3)2.2.5人机界面 (3)2.2.5.1键盘 (4)2.2.5.2LED指示灯 (4)2.2.5.3主画面显示 (4)2.2.5.4菜单操作使用说明 (5)2.2.5.5测量显示画面 (6)2.2.5.6参数设置菜单 (6)2.2.5.7功能选择菜单 (7)2.2.5.8开入状态菜单 (7)2.2.5.9传动试验菜单 (8)2.2.5.10故障追忆菜单 (8)2.2.5.11精度调整菜单 (9)2.2.5.12机组参数菜单 (9)2.2.5.13系统设置菜单 (9)2.2.5.14试验选项菜单 (10)2.2.5.15告警信息显示窗口 (11)2.3装置电源 (11)3运行操作 (11)3.1操作面板介绍 (11)3.2运行方式 (13)3.3增磁、减磁操作 (14)3.3.1增、减磁节点防粘连功能 (14)3.4故障后再投入 (14)3.5残压起励 (14)3.6正常开机步骤（就地） (14)3.7正常停机操作 (15)3.8故障报警及处理 (15)4设备维护 (16)4.1日常巡检内容 (16)4.2大小修内容 (17)5上位机监控 (17)5.1安装与启动 (17)5.2连接方式 (17)5.2.1单通道方式 (17)5.2.2双通道方式 (17)5.3系统设置 (18)5.4功能简介 (18)5.4.1主画面 (18)5.4.2状态显示 (19)5.4.3故障记录及SOE (20)5.4.4参数设置 (20)5.4.5波形分析 (21)5.4.6试验功能 (22)6中控设计指南 (22)7GEX-1000微机励磁调节器技术说明 (23)7.1装置特点 (23)7.1.1主要特点 (23)7.1.2适用范围 (24)7.1.3使用环境 (25)7.2主要功能及技术指标 (26)7.2.1主要功能 (26)7.2.1.1调节及控制功能 (26)7.2.1.2限制和保护功能 (26)7.2.1.3其它辅助功能 (26)7.2.2主要技术指标 (27)7.2.2.1模数转换器输入参数 (27)7.2.2.2开关量输入输出容量 (28)7.2.2.3输出参数 (28)7.2.2.4网络接口 (28)7.2.2.5电源参数 (28)7.2.2.6指标参数 (28)7.3原理介绍 (29)7.3.1主要原理 (29)7.3.2单板原理 (30)7.3.2.1电源系统和继电器输出板 (30)7.3.2.2计算机主板（CPU） (30)7.3.2.3模拟量采集板 (31)7.3.2.4脉冲放大板 (32)7.3.2.5显示面板 (32)7.4软件说明 (32)7.4.1主调度程序 (32)7.4.2中断程序 (33)7.5通讯协议 (37)8PSS试验方法及试验步骤 (40)1概况GEX-1000型微机励磁装置是北京科电亿恒电力技术有限公司GEX系列产品中主要应用于中小型同步发电机静止励磁系统的一型产品。

东信同邦ECM-1000摄像机产品介绍

【*】+【＃】+【F2】：2号地址
【*】+【＃】+【F3】：3号地址
【*】+【＃】+【F4】：4号地址
菜单设置
MENU
在正常图像下按【MENU】键，屏幕上显示菜单内容，用滚动箭头指向选定项。按【HOME】键进入对应子菜单。
EXPOSURE
在主菜单移动通过指针到Exposure，按【HOME】键进入EXPOSURE页面，如下图所示。
该摄像机运用了独特的基于人眼模型的Iridix曝光动态控制算法，使画面曝光均匀，层次感强。传感器支持WDR（宽动态X围），在有强烈明暗反差的环境下（如逆光），能够清晰捕捉成像所有景物。
18倍光学变焦。
丰富完善的接口：YPbPr、DVI（HDMI）、HD-SDI（可选）。
红外遥控器信号透传功能：本摄像机除了能够接收自己的专用遥控器信号外，还能够接收用户视频会议终端红外遥控器信号，通过VISCA IN端口透传出来。
注
若保存了0号预置位，则云台会置位到0号预置位。
恢复出厂参数设置
用遥控器按【MENU】键进入OSD菜单调整，选择【MENU】->【RESTORE DEFAULT】->【Restore】项。按左右键选择【Yes】，按【HOME】键确认。
使用红外遥控器
摄像机正常启动后，接收红外命令并执行，可以通过摄像机的红外遥控器进行位置预置、取位、水平、俯仰转动等操作。
B&W-Mode：黑白模式开关，可设置项：On、Off
Flip-H：图像水平翻转，可设置项：On、Off
Flip-V：图像垂直翻转，可设置项：On、Off
NOISE REDUCTION
在主菜单移动通过指针到Noise Reduction，按【HOME】键进入NOISE REDUCTION页面，如下图所示。

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目录
产品特性 ............................................................................................ 1 应用..................................................................................................... 1 概述..................................................................................................... 1 功能框图 ............................................................................................ 1 修订历史 ............................................................................................ 2 技术规格 ............................................................................................ 3
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技术规格