HK20芯片使用手册(20091214)
1-SIR-20操作手册解析
SIR-20 操作手册美国劳雷工业有限公司第一章介绍 (1)1．1仪器系统 (1)第二章二维测量参数设置 (1)2.1: System Parameter Setup 系统参数设置 (1)Create Folders 创建文件夹 (2)Set Program Defaults 设置缺省值 (2)Set working directories 设置工作目录 (3)2.2: Setting Up your System for 2D Data Collection 二维测量 (4)Projects and Profiles: How the SIR-20 Collects Data 项目 (4)The File Header 文件头 (4)Collection Parameters 采集参数设置 (5)2.3: Data Collection Methods 数据采集方法 (7)Survey Wheel Controlled Collection 测量轮控制测量 (7)Position/Range信号位置/时间窗口 (14)Gain增益 (15)Filters and Stacking滤波和叠加 (17)During Collection 数据采集 (18)Time-Based (Free run continuous) Data Collection 连续测量数据采集 (18)Point Mode Data Collection 点测 (19)附录D：装好的SIR-20配置 (1)第一章介绍本手册适用于地质雷达新老用户。
无论你是否具有地质雷达的使用经验，都建议你完整地阅读本手册，并且参考附录F中的相关书籍。
1．1仪器系统SIR-20系统预装了操作系统和采集处理软件。
如果单独购买SIR-20，则SIR-20系统包含以下部件：数字控制单元MF-20：蓝色矩形盒，一侧带有电风扇和后面是各种接口。
ToughBook 光驱。
香蕉派bananapiproA20芯片手册汉语目录
目录声明 (2)修订历史 (3)目录 (4)1章系统 (9)1.1概述 (10)1.2 A20框图 (18)1.3内存映射 (19)1.4CPU配置 (23)1.4.1概述 (23)1.4.2CPU配置登记表 (24)1.4.3cpucfg登记描述 (25)1.5CCU (34)1.5.1概述 (34)1.5.2时钟树图 (35)1.5.3CCU登记表 (35)1.5.4描述CCU登记 (38)1.6系统启动 (95)1.6.1概述 (95)1.6.2图系统启动 (96)1.7系统控制 (97)1.7.1概述 (97)1.7.2系统控制登记表 (98)1.7.3系统控制登记 (98)1.8PWM (102)1.8.1概述 (102)1.8.2PWM登记名单 (103)1.8.3描述PWM登记 (103)1.9定时器 (108)1.9.1概述 (109)1.9.3定时器登记说明 (110)1.10高速定时器 (134)1.10.1概述 (134)1.10.2高速定时器登记表 (135)1.10.3高速定时器控制器登记 (136)1.11GIC (147)1.12DMA (152)1.12.1概述 (152)1.12.2DMA登记名单 (153)1.12.3DMA控制器的描述登记 (171)1.13.1概述 (171)1.13.2音频编解码器框图 (172)1.14.3音频编解码器登记表 (172)1.13.4音频编解码器的描述登记 (173)1.14lradc (190)1.14.2lradc框图 (191)1.14.3lradc登记表 (191)1.14.4lradc登记描述 (192)1.15TP (198)1.15.1概述 (199)1.15.3TP的时钟树 (199)1.15.4A / D转换时间 (206)1.15.7描述TP登记 (217)1.16.1概述 (217)1.16.2安全系统框图 (218)1.16.3安全系统登记表 (218)1.16.4安全系统的描述登记 (219)1.17安全JTAG (226)1.17.1概述 (226)1.17.2安全JTAG登记列表 (227)1.17.3证券登记JTAG描述 (227)1.18安全ID (229)1.18.1概述 (230)1.19端口控制器 (231)1.19.1端口描述 (232)1.19.3口登记表........................................................... ............ ............ . (238)1.19.4端口说明登记......................................................... ............ ............ . (239)2章内存............................................................ .. (298)2.1.1概述.......................................................... ............ . (298)2.2NAND闪存.................................................................... ............ ............ (299)2.2.1概述......................................................................... ............ ............ (299)2.2.2NAND闪存的块图....................... (300)2.2.3 NFC时序图............................................................... .............. . (301)2.2.4 NFC操作指南......................................... .......................... . (306)3章图形.............................................................................. ............ ............ (309)3.1混合处理器...................................................................... ............ ............ (310)3.1.1概述................................................................ ............ ............ . (310)3.1.2混合处理器框图............................................. ............ ............ .. (311)3.1.3 MP登记表.............................................................. ............ ............ . (311)3.1.4 MP描述登记.............................................. ........... ........... . (313)4章图像............................................................ ........... ........... .. (353)4.1csi0 ............................................................... ........... ........... (354)4.1.1概述....................................................... ........... ........... . (354)4.1.2csi0框图............................................................ ........... ........... . (355)4.1.3csi0描述................................................................... ........... .. (355)4.1.4csi0登记表.................................................................. ........... .. (358)4.1.5csi0登记描述......................................................... ........... ........... .. (360)4.2csi1 ...................................................................... ........... ........... (388)4.2.1概述............................................................... ........... (388)4.2.2csi1框图.......................................................... ........... .......... (389)4.2.3csi1描述........................................................... ........... ....... . (389)4.2.4csi1时序图........................................................ ........... .... (389)4.2.5csi1登记表.......................................................... ........... ........... .. (390)4.2.6csi1登记描述........................................................... ... ................... (391)4.3电视解码器.................................................................. ........... (403)4.3.1概述....................................................................... ............ ........... (403)5章显示............................................................................ ............. ........... . (404)5.1TCON ............................................................................ ........... ........... . (406)5.1.1概述............................................................... ........... . (406)5.1.2 TCON框图......................................................................... ........... ........... (407)5.1.3 TCON登记表.................................................................. ........... .................. (408)5.1.4TCON描述登记.............................................................. ........... ........... . (410)5.2HDMI .................................................................................... ........... ........... (436)5.2.1概述.......................................................................... ........... .................. (436)5.2.2 HDMI框图............................................................................... ........... .. (437)5.2.3HDMI控制登记描述.................................. ........... ........... .. (437)5.2.4描述HDMI登记........................ ........... ........... (439)5.3显示引擎前端........................................... ........... ........... .. (477)5.3.1概述............................................................. ........... ........... .. (477)5.3.2防御框图........................................................ ........... ........... .. (478)5.3.3防御登记清单.......................... ........... ........... .. (478)5.3.4防御登记描述.................................................................... ........... ........... .. (482)5.4显示引擎后端..................................... ........... . (528)5.4.1概述....................................................................................... ........... ........... (528)5.4.2图显示引擎.......................................................................... ........... ........... . (529)5.4.3必须登记表....................................................................... ........... ........... (529)5.4.4必须说明登记................................ ........... ........... (532)5.5电视编码器............................................ ........... ........... (574)5.5.1概述..................................................... ........... ........... . (574)6章接口.................................................................... ........... . (575)6.1SD / MMC ............................................................. ........... ........... . (576)6.1.1概述............................................................................ ........... ........... .. (576)6.1.2SD / MMC的时序图.................................................... ........... ........... (576)6.2两................................................................................. ........... ........... . (577)6.2.1概述.................................................................................. ........... ........... . (577)6.2.2双控制器的时序图................................................................. ........... . (578)6.2.3双控制器登记清单........................................................... ...... ................ (578)6.2.4二登记描述...................................................................... ...... ................ (579)6.2.5双控制器的特殊要求....................................................... ........... ........... .. (587)6.3SPI ..................................................................................... ........... ........... . (589)6.3.1概述................................................................................. .... .................. .. (589)6.3.2SPI时序图......................................................................... ........... ........... . (590)6.3.3SPI登记表.......................................................................... . ..................... (591)6.3.4描述SPI登记.................................................................. ........... ........... . (592)6.3.5SPI的特殊要求.................................................................. ........... ........... (606)6.4UART ..................................................................................... ........... ........... (607)6.4.1概述................................................................................... ........... (607)6.4.2 UART时序图................................................................................. .................... . (608)6.4.3UART的登记名单........................................................................ ........... ........... .. (608)6.4.4描述UART登记................................................................ ........... ........... (609)6.4.5UART的特殊要求..................................................................... ........... ........... .. (627)6.5PS2 ........................................................................................ ........... ........... (630)6.5.1概述................................................................................... ........... ........... . (630)6.5.2 PS2框图................................................................................ ........... ........... (631)6.5.3 PS2时序图.......................................................................... ........... ........... . (631)6.5.4PS2的登记表............................................................................ ........... ........... .. (633)6.5.5描述PS2登记........................................................................... ........... (633)6.5.6PS2的特殊要求......................................................................... ........... . (641)6.6红外..................................................................................... ........... ........... . (642)6.6.1概述.............................................................................. ........... ........... ........... (642)6.6.2红外登记清单.................................................................... ........... ........... .. (642)6.6.3红外登记描述.............................................................. ........... ........... (643)6.7USB DRD .......................................................................... ........... ........... . (656)6.7.1概述.............................................................................. ........... ........... . (656)6.7.2USB DRD时序图.......................................................... ........... ........... . (656)6.8USB主机...................................................................... ........... ........... .. (657)6.8.1概述......................................................................... ........... ........... .. (657)6.8.2USB主机框图............................................................. ........... ........... (658)6.8.3USB主机时序图..................................................................... ........... ........... (658)6.8.4USB主机登记表..................................................................... ........... ........... (658)6.8.5描述EHCI登记.................................................................. ........... ........... . (659)6.9.6 OHCI登记表...................................................................... ........... ........... . (678)6.8.7 OHCI登记描述.................................................................... .......... (679)6.8.8USB主机的特殊要求................................................................. ........... ........... .. (696)6.9数字音频接口.............................................................................. ........... ........... .. (697)6.9.1概述............................................................................................. ........... ........... (697)6.9.2数字音频接口框图................................................................ ..... ................ (698)6.9.3数字音频接口的时序图.......................................................... ........... ........... .. (698)6.9.4数字音频接口登记表.............................................................. ........ .. (700)6.9.5数字音频接口描述登记........................................................ ........... ........... . (700)6.9.6数字音频接口的特殊要求.............................................. ... ........... ........... . (717)6.10 AC97接口............................................................................. ........... ............. . (720)6.10.1概述......................................................................................... ................... . (720)6.10.2营业AC97框图.................................................................... ........... ........... . (721)6.10.3AC97接口的时钟树...................................................... . (722)6.10.4交流环节帧格式........................................... ........... ...... ...................... .. (722)6.10.5 AC97接口时序图................................................................ .. (723)6.10.6 AC97接口登记表...................................................... ........... ........... (727)6.10.7AC97接口描述登记.................................................. ........... ........... (728)6.10.8 AC97接口的特殊要求.......................................... ...... ........... .. (738)6.11EMAC .................................................................................... ........... ........... .. (739)6.11.1概述............................................................................... ........... ........... .. (739)6.12.2营业EMAC框图............................................................ ........... ........... (740)6.11.3 EMAC操作图.................................................................. ........... ........... .. (741)6.12GMAC .............................................................................. ........... ........... . (744)6.12.1概述............................................................................. ........... ........... (744)6.12.2GMAC框图....................................................................... ........... ........... . (745)6.13交通流............................................................................ ...................... . (746)6.13.1概述.................................................................................. .... ........................ .. (746)6.13.2传输流框图................................................................... ........... ......... .. (747)6.13.3传输流控制器登记表........................................................ ... ............. ........... (747)6.13.4传输流的描述登记......................................................... ......... ................. .. (749)6.13.5交通流的时钟要求............................................................. ............... (768)6.14智能卡阅读器........................................................................ ........... ........... (769)6.14.1概述................................................................................. ........... ........... (769)6.14.2智能卡读卡器框图......................................................... ........... ........... (770)6.14.3智能卡读写时序图......................................................... ........... ........... . (770)6.14.4智能卡阅读器登记表..................................... ................................ (770)6.14.5智能卡读卡器登记描述........................................ ........... ........... .. (771)6.14.7SCiO垫配置............................................................. ..................... (783)6.15SATA主机.................................................................. ................. .. (784)6.15.1概述............................................................................. .. ............. . .. (784)6.15.2sata_ahci时序图........................................................... ........... ........... . (784)6.16CAN.................................................................................. ........... .. (785)6.16.1概述..................................................................... ............. ........... (785)6.16.2CAN系统框图......................................... ......................... ........... .. (786)6.16.3CAN配置位时间................................................................... ........... ........... . (786)6.16.4CAN控制器登记清单................................................. ................ ........... .. (787)6.16.5CAN控制器的描述登记........................................ .............................. . (788)6.17键盘............................................................................... ..................... (802)6.17.1概述........................................................................ ...... ...................... (802)6.17.2键盘接口登记表................................... ................... ..................... (803)6.17.3键盘接口描述登记.................................. ......... .... ..................... (803)6.17.4键盘接口的特殊要求........................................................ ... ............ ........... .. (806)附录一...................................................................................... ................ ........... .. (807)。
TH9520 磁性元器件综合分析系统使用说明书
使用说明书OPERATION MANUALTH9520集成化磁性元器件综合分析系统TH9520 MAGNETIC COMPONENTEST ANALYZER***********目录第1章概述................................................................................................................................. 1-11.1引言................................................................................................................................. 1-11.2使用条件 ......................................................................................................................... 1-21.2.1 电源 .............................................................. 1-21.2.2 环境温度与湿度...................................................... 1-21.2.3 预热................................................................ 1-21.2.4 几点注意问题........................................................ 1-21.3体积与重量...................................................................................................................... 1-31.4安全要求 ......................................................................................................................... 1-31.4.1 绝缘电阻............................................................ 1-31.4.2 绝缘强度............................................................ 1-31.4.3 泄漏电流............................................................ 1-41.5电磁兼容 ......................................................................................................................... 1-41.5.1 电源瞬态敏感度按GB6833.4的要求。
G-20产品说明书2010.12.30资料
G-20安全预警仪用户手册Ver 22.4.1一、配件主机车载充电器（输出12V 1A）支架USB数据线二、结构按键说明M键：菜单键，用于系统功能的切换。
左/右键：用于各种功能的设定及声音设定。
显示器：主要显示时间、速度、距离、方向及各功能显示。
电源接口：车载充电器接口USB接口：可连接电脑下载数据三、安装方法1、请将本机配送的支架放置在仪表板上的适当位置。
2、将主机与支架连接。
3、将车载充电器插入点烟器口。
4、将DC头插入本机电源接口，本产品开机运行。
显示屏上的字符方向，此操作可解决按支架方式安装主机可能出现的字符倒立的现象。
五、 系统功能设定 1、基本功能在一般模式下，连续按M 键可进行速度设定、超速设定（定速巡航功能）、模式设定、感度设定、亮度设定、速度补偿，通过左/右键调节设定，同时播报语音。
如图：提示：速度补偿指根据不同车型咪表的误差差异值不同，用户可自行调整咪表与本机显示速度差异。
2、声音设定正常使用情况下，直接按左/右键可调节音量大小，共有4个音量级，其中0表示静音。
3、返回功能在任何按键菜单提示下，无按键操作超过7秒钟，返回工作界面。
4、一键恢复在开机状态下，长按M键5秒钟，设备自动恢复到出厂设置。
※速度设定：在自设速度限值以下，自动静音功能，若车速在自设速度限值以上，收到雷达讯号或检测到照相点信息时，则会发出语音警报。
※超速设定：用户设定速度内本机无超速警告提示，车子在设定速度值以上，则语音警告提示超速，本功能为定速巡航功能。
※若主机已与卫星讯号连接时，荧幕时间显示中间“：”则会呈现持续闪烁状态。
※若主机未与卫星讯号连接时，荧幕时间显示中间“：”则不会有闪烁状态。
1、请登入纽曼官方网站：2、选择服务中心、点击登入下载中心3、在高级搜索中输入产品类别、产品系列、产品名称等点击查询即可下载升级版本。
注：请用户在对产品升级前，必须分清机型与软件版本，并仔细核实，现需升级固件的机型与固件使用机型、软件版本必须一致，否则，因升级固件所造成的机器问题，维修费用由用户承担。
8200系列QAM调制器-用户手册课件
InfoLink DTX8200系列QAM调制器用户指南目录目录1 概述................................................................................................................................................ 1-11.1 简介............................................................................................................................................................... 1-21.2 特性............................................................................................................................................................... 1-31.3 工作原理....................................................................................................................................................... 1-42 设备描述........................................................................................................................................ 2-12.1 设备描述....................................................................................................................................................... 2-22.1.1 设备外观 ............................................................................................................................................. 2-22.1.2 前面板 ................................................................................................................................................. 2-22.1.3 功能键 ................................................................................................................................................. 2-22.1.4 后面板 ................................................................................................................................................. 2-32.2 接口描述....................................................................................................................................................... 2-42.3 设备操作菜单............................................................................................................................................... 2-53 安装指南........................................................................................................................................ 3-13.1 安装流程....................................................................................................................................................... 3-23.2 安装机箱....................................................................................................................................................... 3-23.3 连接线缆....................................................................................................................................................... 3-33.3.1 安装说明 ............................................................................................................................................. 3-33.3.2 连接地线 ............................................................................................................................................. 3-43.3.3 连接DS3输入和输出线缆................................................................................................................. 3-43.3.4 连接ASI输入和输出线缆 ................................................................................................................. 3-53.3.5 连接SPI输入线缆.............................................................................................................................. 3-63.3.6 连接IF中频输入/输出线缆 ............................................................................................................... 3-73.3.7 连接RF射频输出线缆....................................................................................................................... 3-83.3.8 连接10/100M网口 ............................................................................................................................. 3-93.3.9 连接电源线........................................................................................................................................ 3-103.4 启动设备..................................................................................................................................................... 3-114 配置设备参数................................................................................................................................ 4-14.1 配置概述....................................................................................................................................................... 4-24.2 选择输入接口............................................................................................................................................... 4-3目录InfoLink DTX8200系列QAM调制器用户指南4.3 设置DS3模式.............................................................................................................................................. 4-44.3.1 选择模式 ............................................................................................................................................. 4-44.3.2 设置主/备模式号 ................................................................................................................................ 4-54.3.3 搜索模式号.......................................................................................................................................... 4-6 4.4 输出设置....................................................................................................................................................... 4-64.4.1 设置输出频率...................................................................................................................................... 4-64.4.2 设置输出频道...................................................................................................................................... 4-74.4.3 设置QAM调制数 .............................................................................................................................. 4-84.4.4 设置符号率.......................................................................................................................................... 4-94.4.5 设置输出码率...................................................................................................................................... 4-94.4.6 设置射频控制.................................................................................................................................... 4-104.4.7 设置输出增益.................................................................................................................................... 4-114.4.8 设置频谱翻转.................................................................................................................................... 4-11 4.5 码流处理..................................................................................................................................................... 4-124.5.1 设置PID过滤 ................................................................................................................................... 4-124.5.2 设置PID映射 ................................................................................................................................... 4-134.5.3 设置PID插入 ................................................................................................................................... 4-155 配置网络参数................................................................................................................................ 5-15.1 组网简介....................................................................................................................................................... 5-25.2 设置网管IP地址 ......................................................................................................................................... 5-25.3 设置以太网口参数....................................................................................................................................... 5-35.3.1 设置IP地址 ........................................................................................................................................ 5-35.3.2 设置子网掩码...................................................................................................................................... 5-35.3.3 设置网关地址...................................................................................................................................... 5-45.3.4 设置网口模式...................................................................................................................................... 5-55.4 配置TS网口参数 ........................................................................................................................................ 5-55.4.1 打开网口 ............................................................................................................................................. 5-55.4.2 设置IP地址 ........................................................................................................................................ 5-65.4.3 设置子网掩码...................................................................................................................................... 5-65.4.4 设置网管PID ...................................................................................................................................... 5-75.5 配置透明传输网口参数............................................................................................................................... 5-75.5.1 透明传输示例...................................................................................................................................... 5-75.5.2 打开网口 ............................................................................................................................................. 5-85.5.3 设置IP地址 ........................................................................................................................................ 5-85.5.4 设置子网掩码...................................................................................................................................... 5-95.5.5 设置网关地址...................................................................................................................................... 5-95.5.6 设置网元IP ......................................................................................................................................... 5-95.5.7 设置源地址........................................................................................................................................ 5-105.5.8 设置目标地址.................................................................................................................................... 5-11InfoLink DTX8200系列QAM调制器用户指南目录6 典型业务配置................................................................................................................................ 6-16.1 配置复用....................................................................................................................................................... 6-26.2 配置调制....................................................................................................................................................... 6-57 升级指南........................................................................................................................................ 7-17.1 升级准备....................................................................................................................................................... 7-27.2 升级执行....................................................................................................................................................... 7-27.2.1 通过网管系统升级软件...................................................................................................................... 7-37.2.2 通过FTP服务器升级......................................................................................................................... 7-48 例行维护........................................................................................................................................ 8-18.1 设备例行维护项目....................................................................................................................................... 8-28.2 日维护项目................................................................................................................................................... 8-28.3 月维护项目................................................................................................................................................... 8-48.4 年维护项目................................................................................................................................................... 8-68.5 维护表........................................................................................................................................................... 8-78.5.1 日维护表 ............................................................................................................................................. 8-78.5.2 月维护表 ............................................................................................................................................. 8-88.5.3 年维护表 ............................................................................................................................................. 8-99 告警处理........................................................................................................................................ 9-19.1 告警信息处理............................................................................................................................................... 9-29.1.1 查看告警信息...................................................................................................................................... 9-29.1.2 保存告警信息...................................................................................................................................... 9-29.1.3 删除告警信息...................................................................................................................................... 9-29.2 常见告警及处理建议................................................................................................................................... 9-39.2.1 码流类告警.......................................................................................................................................... 9-39.2.2 升级类告警.......................................................................................................................................... 9-49.2.3 其它 ..................................................................................................................................................... 9-410 故障处理.................................................................................................................................... 10-110.1 输入输出故障处理................................................................................................................................... 10-210.1.1 射频信号无输出.............................................................................................................................. 10-210.1.2 射频信号输出偏低.......................................................................................................................... 10-210.1.3 设备输入码流中断.......................................................................................................................... 10-210.2 接收与显示节目故障处理....................................................................................................................... 10-310.2.1 STB不能正常解码节目.................................................................................................................. 10-310.2.2 混频后STB搜索不到节目............................................................................................................. 10-310.2.3 无电视信号...................................................................................................................................... 10-410.2.4 过滤后节目还存在.......................................................................................................................... 10-410.2.5 插入PSI/SI信息导致STB工作异常 ............................................................................................ 10-410.2.6 映射后的节目未能正常播放.......................................................................................................... 10-5目录InfoLink DTX8200系列QAM调制器用户指南10.2.7 图像显示马赛克或定帧.................................................................................................................. 10-5 10.3 网管管理设备故障处理........................................................................................................................... 10-610.3.1 网管不能提取PSI/SI信息 ............................................................................................................. 10-610.3.2 网管不能控制添加的设备.............................................................................................................. 10-610.3.3 网管软件未能成功提取PSI/SI表信息.......................................................................................... 10-711 FAQ ........................................................................................................................................... 11-111.1 名词解释FAQ .......................................................................................................................................... 11-211.2 操作应用FAQ .......................................................................................................................................... 11-3InfoLink DTX8200系列QAM调制器用户指南插图目录插图目录图1-1 DTX8200在数字电视前端的应用......................................................................................................... 1-2图1-2 DTX8200总体结构示意图..................................................................................................................... 1-4图2-1 DTX8200外观示意图............................................................................................................................. 2-2图2-2 DTX8200前面板示意图......................................................................................................................... 2-2图2-3 DTX8208后面板 .................................................................................................................................... 2-3图2-4 DTX8209后面板 .................................................................................................................................... 2-3图2-5 DTX8210后面板 .................................................................................................................................... 2-3图2-6 DTX8211与DTX8211E后面板............................................................................................................. 2-4图2-7 DTX8200接口图 .................................................................................................................................... 2-4图2-8 信息查询项 ............................................................................................................................................. 2-6图2-9 码流处理项 ............................................................................................................................................. 2-6图2-10 输出设置项 ........................................................................................................................................... 2-6图2-11 输入设置项............................................................................................................................................ 2-7图2-12 网络设置 ............................................................................................................................................... 2-7图2-13 系统设置 ............................................................................................................................................... 2-8图3-1 DTX8200安装流程................................................................................................................................. 3-2图3-2 DTX8200的固定 .................................................................................................................................... 3-2图3-3 连接地线 ................................................................................................................................................. 3-4图3-4 75Ω同轴线缆.......................................................................................................................................... 3-4图3-5 DS3输入、输出连接示意图.................................................................................................................. 3-5图3-6 ASI输入、输出连接示意图................................................................................................................... 3-6图3-7 SPI线缆................................................................................................................................................... 3-7图3-8 SPI线缆连接示意图............................................................................................................................... 3-7图3-9 IF输入、IF输出自环连接示意图......................................................................................................... 3-8图3-10 RF射频输出连接示意图...................................................................................................................... 3-9插图目录InfoLink DTX8200系列QAM调制器用户指南图3-11 10/100M网线 ........................................................................................................................................ 3-9图3-12 连接10/100M网口示意图 ................................................................................................................. 3-10图3-13 连接电源和地线.................................................................................................................................. 3-10图3-14 DTX8200启动显示............................................................................................................................. 3-11图4-1 设置过滤参数 ....................................................................................................................................... 4-13图4-2 设置映射参数 ....................................................................................................................................... 4-15图5-1 设置网口IP地址 .................................................................................................................................... 5-3图5-2 设置网口子网掩码.................................................................................................................................. 5-4图5-3 设置网关地址 ......................................................................................................................................... 5-4图5-4 设置网口模式 ......................................................................................................................................... 5-5图5-5 打开TS网口........................................................................................................................................... 5-6图5-6 设置TS网口IP地址.............................................................................................................................. 5-6图5-7 设置TS网口子网掩码 ........................................................................................................................... 5-6图5-8 设置网管PID .......................................................................................................................................... 5-7图5-9 透明传输示例 ......................................................................................................................................... 5-8图5-10 打开透明传输网口................................................................................................................................ 5-8图5-11 设置透明传输网口IP地址 .................................................................................................................. 5-9图5-12 设置透明传输网口子网掩码................................................................................................................ 5-9图5-13 设置透明传输网口网关地址................................................................................................................ 5-9图5-14 设置透明传输网元IP ......................................................................................................................... 5-10图5-15 设置透明传输网口源地址.................................................................................................................. 5-10图5-16 设置透明传输网口目标地址.............................................................................................................. 5-11图6-1 配置组网图 ............................................................................................................................................. 6-2图6-2 基本配置 ................................................................................................................................................. 6-3图6-3 提取表信息 ............................................................................................................................................. 6-4图6-4 复用接口配置 ......................................................................................................................................... 6-5图6-5 配置组网图 ............................................................................................................................................. 6-6图7-1 启动FTP服务器软件............................................................................................................................. 7-2图7-2 升级软件界面 ......................................................................................................................................... 7-3图7-3 选择升级软件 ......................................................................................................................................... 7-4图7-4 设置升级服务器IP地址 ........................................................................................................................ 7-4图7-5 启动程序升级 ......................................................................................................................................... 7-5InfoLink DTX8200系列QAM调制器用户指南表格目录表格目录表2-1 功能及方向键说明.................................................................................................................................. 2-2表2-2 设备接口描述 ......................................................................................................................................... 2-5表3-1 DTX8200安装可选项............................................................................................................................. 3-3表4-1 配置顺序 ................................................................................................................................................. 4-2表4-2 输入接口可选项...................................................................................................................................... 4-3表4-3 模式参数选择 ......................................................................................................................................... 4-5表4-4 DS3模式号.............................................................................................................................................. 4-6表4-5 可选项参数 ............................................................................................................................................. 4-7表4-6 输出频率规划 ......................................................................................................................................... 4-7表4-7 输出频道参数选项.................................................................................................................................. 4-8表4-8 QAM调制数参数选项 ........................................................................................................................... 4-8表4-9 符号率参数选项...................................................................................................................................... 4-9表4-10 输出码率参数选项.............................................................................................................................. 4-10表4-11 射频信号选项...................................................................................................................................... 4-10表4-12 输出增益选项 ..................................................................................................................................... 4-11表4-13 频谱翻转选项 ..................................................................................................................................... 4-12表4-14 PID过滤选项 ...................................................................................................................................... 4-12表4-15 PID映射选项 ...................................................................................................................................... 4-14表4-16 PID插入选项 ...................................................................................................................................... 4-16表5-1 网管组网方式 ......................................................................................................................................... 5-2表6-1 基本流PID .............................................................................................................................................. 6-2表8-1 设备例行维护周期和维护项目.............................................................................................................. 8-2表8-2 设备的日维护项目.................................................................................................................................. 8-3表8-3 指示灯状态及说明.................................................................................................................................. 8-4表8-4 设备的月维护项目.................................................................................................................................. 8-5。
技术数据表：TechnomeLT Dorus HKP 20说明书
Technical Data SheetTECHNOMELT DORUS HKP 20Known as Dorus HKP 20April 2013PRODUCT DESCRIPTIONTECHNOMELT DORUS HKP 20provides the following product characteristics:Technology EVA Product Type HotmeltCartridge for HolzHer Edgebander unfilledApplication Edgebanding AppearanceCartridges TransparentApplication Areas●Edgebanding in HolzHer cartridge equipment as from feedrates of 10m/min●Edging material:solid wood,veneer,melamine,polyester,HPL*,PVC*,ABS*,PP*●Particularly suitable for solid wood*Suitability depends on the individual characteristics of the edging material and how it is primed.Product Properties●Universal hotmelt adhesive ●Fast melting●Very good wetting ●High glue mileage●Produces tight joints virtually not visible ●High final bond strength ●Very high heat resistance Technical DataTECHNOMELT DORUS HKP 20:Softening Point,Ring &Ball,°C ~110Viscosity,Brookfield - 200°C,mPa.s~75,000Heat Resistance,°C ~90Tested with mm oak veneer using the Henkel method of increasing temperature.DIRECTIONS OF USE Preliminary StatementPrior to application it is necessary to read the Material Safety Data Sheet for information about precautionary measures and safety recommendations.Also,for chemical products exempt from compulsory labeling,the relevant precautions should always be observed.Please also refer to the local safety instructions and contact Henkel for analytical support.Instructions for Use Working TemperatureRecommended working temperature:at the application nozzle,°C 200 to 220Particular in case of long and thick panels a higher processing temperature should be chosen.Sufficient high pressure is to be applied to press the edging material into the hotmelt beads and to obtain an even hotmelt film.If possible,use only straight edges,never twisted or strongly bowed ones.If slightly bowed,insert into magazine so that concave side faces panel.Thin coating with primer e.g.TECHNOMELT PRIMER 183/1may improve the adhesion of difficult-to-bond edges.Material and room temperature,°C ≥18Material moisture,%8 to 12Heating time,minutes2 to 4SafetyHotmelt adhesives give off vapours even when the specified working temperature is not exceeded.The smells emitted may often cause irritation.When the specified temperatures are considerably exceeded over a longer period of time,there is the additional danger of decomposition products being given off.Therefore measures to draw off the vapours need to be taken,e.g.through the provision of extraction equipment.STORAGEStore in the original tightly closed packaging in a cool,dry place.Shelf lifeShelf-life (in unopened original packaging),years2Classification:Please refer to the corresponding safety data sheets for details on:Hazardous Information Transport Regulations Safety RegulationsTDS TECHNOMELT DORUS HKP20, April2013 ADDITIONAL INFORMATIONDisclaimerNote:The information provided in this Technical Data Sheet(TDS)including therecommendations for use and application of the product are based on ourknowledge and experience of the product as at the date of this TDS.Theproduct can have a variety of different applications as well as differingapplication and working conditions in your environment that are beyond ourcontrol.Henkel is,therefore,not liable for the suitability of our product for theproduction processes and conditions in respect of which you use them,as wellas the intended applications and results.We strongly recommend that youcarry out your own prior trials to confirm such suitability of our product.Any liability in respect of the information in the Technical Data Sheet or anyother written or oral recommendation(s)regarding the concerned product isexcluded,except if otherwise explicitly agreed and except in relation to deathor personal injury caused by our negligence and any liability under anyapplicable mandatory product liability law.In case products are delivered by Henkel Belgium NV,Henkel ElectronicMaterials NV,Henkel Nederland BV,Henkel Technologies France SASand Henkel France SA please additionally note the following:In case Henkel would be nevertheless held liable,on whatever legal ground,Henkel’s liability will in no event exceed the amount of the concerned delivery.In case products are delivered by Henkel Colombiana,S.A.S.thefollowing disclaimer is applicable:The information provided in this Technical Data Sheet(TDS)including therecommendations for use and application of the product are based on ourknowledge and experience of the product as at the date of this TDS.Henkel is,therefore,not liable for the suitability of our product for the productionprocesses and conditions in respect of which you use them,as well as theintended applications and results.We strongly recommend that you carry outyour own prior trials to confirm such suitability of our product.Any liability in respect of the information in the Technical Data Sheet or anyother written or oral recommendation(s)regarding the concerned product isexcluded,except if otherwise explicitly agreed and except in relation to deathor personal injury caused by our negligence and any liability under anyapplicable mandatory product liability law.In case products are delivered by Henkel Corporation,Resin TechnologyGroup,Inc.,or Henkel Canada Corporation,the following disclaimer isapplicable:The data contained herein are furnished for information only and are believedto be reliable.We cannot assume responsibility for the results obtained byothers over whose methods we have no control.It is the user's responsibility todetermine suitability for the user's purpose of any production methodsmentioned herein and to adopt such precautions as may be advisable for theprotection of property and of persons against any hazards that may beinvolved in the handling and use thereof.In light of the foregoing,HenkelCorporation specifically disclaims all warranties expressed or implied,including warranties of merchantability or fitness for a particularpurpose,arising from sale or use of Henkel Corporation’s products.Henkel Corporation specifically disclaims any liability for consequentialor incidental damages of any kind,including lost profits.The discussionherein of various processes or compositions is not to be interpreted asrepresentation that they are free from domination of patents owned by othersor as a license under any Henkel Corporation patents that may cover suchprocesses or compositions.We recommend that each prospective user testhis proposed application before repetitive use,using this data as a guide.Thisproduct may be covered by one or more United States or foreign patents orpatent applications.Trademark usageExcept as otherwise noted,all trademarks in this document are trademarks ofHenkel Corporation in the U.S.and elsewhere. ®denotes a trademarkregistered in the U.S.Patent and Trademark Office.Reference0.0Henkel AG&Co.KGaA Henkel Corporation Henkel(China)Co.Ltd.73438Bopfingen,Germany Bridgewater,NJ08807,USA 201203Shanghai,ChinaPhone:+49-7362-81-0 Phone:+1-908-685-7000 Phone:+86-21-2891-8000For more information contact us on 。
G20使用说明书
物鏡釋放鈕照明設定切換鍵（同軸光源亮度/低角度光源亮度/低角度光源角度設定）Canon IXUS 800IS/950IS 可更換式物鏡同軸光源(MAIN)種類顯示相機固定螺絲同軸光源種類選擇鍵W : 白光F : 白光（標準版）/ 特殊功能光（選項）切換至低角度光源角度選擇下調至關閉全部低角度光源切換至同軸光源(MAIN)調整亮度1~5（檢視LCD）可切換四或八顆LED（註二）註二；同軸光源可改裝成四顆白光LED和四顆特殊功能燈 。
切換至同軸光源 調整亮度至 0（檢視LCD）切換至低角度光源切換至低角度光源角度選擇選擇光源角度調整亮度至 1~5（檢視LCD）拍攝立體表面物品（一）住快門鈕，然後按下 鍵，螢幕上會出現 AFL 圖標。
適用於X-LOUPE 裝於垂直腳架上，只轉動腳架上的旋鈕，自尋焦點。
基本設定為 0，可曝光補償正負兩格，快門速度（1. 若要在相片上加入時間、日期，CANON只2. 進入選單開啟日期印記進行拍攝後，時間與相機拍攝畫素：2592x1944dpi 約520萬畫素；量1mm的影像長度為19cm，即放大190倍。
相機拍攝畫素：3264x2448dpi 約799萬畫素；量1mm的影像長度為25cm，即放大250倍。
相機拍攝畫素：2592x1944dpi 約520萬畫素；啟動數碼遠攝功能：2.0x；量0.5mm的影像長度為19cm，即放大380倍。
相機拍攝畫素：3264x2448dpi 約799萬畫素；啟動數碼遠攝功能：2.0x；量0.5mm的影像長度為25cm，即放大500倍。
贺欣hvp-20-manual-chinese
70 105
70
德國標準 DIN 尺寸圖
鉆 9 mm 孔
190
車板 70
57
105
油
槽
油
槽
油
槽
1). 馬達的皮帶輪和縫紉機的皮帶輪必須絕對平行。 2). 電纜線穿過車板下後必須加以固定，防止被皮帶磨擦。 3). 皮帶鬆緊度調整，可將馬達腳座之懸臂固定栓稍作微鬆後，調整馬達與車頭
皮帶輪兩者之適當間距。
※注意 : 控制箱電源系統如為 AC 220V 時，請勿插接到 AC 380V 的電
源插座上，否則將出現錯誤碼
.
。此時請立即關閉電
源開關，重新檢查電源。持續供應 380V 超過五分鐘以上，將可
能燒損保險絲 F1,F2 及電解電容 C8,C9,C70 而危及人身安全。
(6).為了更安全的保護，建議安裝使用漏電電驛保護裝置。
6. C-60 / F-10 選針盒的使用與操作
6.1 C-60 選針盒的使用說明 …………………………………………………………………………… 11 6.2 F-10 簡易型選針盒各部說明 …………………………………………………………………………14 6.3 C-60 / F-10 參數設定 ……………………………………………………………………………… 14
3.2 電磁閥 (Solenoid) 的供應電壓選擇 : ( DC 24 V 或 DC 30 V )
當電磁閥線圈 (Solenoid) 的使用電壓，如欲由 24 V 改成 30 V 或 30 V 改成 24 V 時，須由電源板上的 J P1 與 JP2 以插接方式作供應電壓的變換。
注 意（1）: 當欲改變電磁閥線圈(Solenoid)的供應電壓之前，請先確認車頭上電磁閥線圈的使用規格。
SHIMADZU AOC-20 Clarity Control Module 说明书
SHIMADZU AOC-20Clarity Control Module ENGCode/Rev.:M090/90BDate:10/2/2023DataApex Ltd. Phone:+420251013400Petrzilkova2583/13 ********************15800Prague5 The Czech RepublicClarity®,DataApex®and®are trademarks of DataApex Ltd.Microsoft®and Windows TM aretrademarks of Microsoft Corporation.DataApex reserves the right to make changes to manuals without prior notice.Updated manuals can be downloaded from .Author:MPContents1Shimadzu AOC-20i/s/d Control module1 2Requirements2 3Installation Procedure33.1Autosampler Setup-communication33.1.1Connections43.2Clarity Configuration54Using the control module74.1Hardware Configuration dialog74.2Method Setup-AS84.3Shimadzu AOC-20i/s Setup105Sequence12 6Troubleshooting13To facilitate the orientation in the Shimadzu AOC-20manual and Clarity chromatography station, different fonts are used throughout the manual.Meanings of these fonts are:Open File(italics)describes the commands and names of fields in Clarity,parameters that can be entered into them or a window or dialog name.WORK1(capitals)indicates the name of the file and/or directory.ACTIVE(capital italics)marks the state of the station or its part.Chromatogram(blue underlined)marks clickable links referring to related chapters.The bold text is sometimes also used for important parts of the text and the name of the Clarity station.Moreover,some sections are written in format other than normal text.These sections are formatted as follows:Note:Notifies the reader of relevant information.Caution:Warns the user of possibly dangerous or very important information.▌Marks the problem statement or trouble question.Description:Presents more detailed information on the problem,describes its causes, etc.Solution:Marks the response to the question,presents a procedure how to remove it.Shimadzu AOC-201Shimadzu AOC-20i/s/d Control module 1Shimadzu AOC-20i/s/d Control module This manual describes the setting of the Shimadzu AOC-20i/s/d autosamplers.The control module enables direct control of the instrument over serial line.Fig.1:AOC-20iDirect control means that the autosampler can be completely controlled from the Clarity environment.Instrument method controlling for example the vials and further device specific functions(e.g.washing)will be saved in the measured chromatograms.Shimadzu AOC-202Requirements2Requirementsl Clarity Installation with AS Control module(p/n A26).l Free serial port in the PC(fast-16550UART).Note:Modern computers usually have only1(if any)serial(COM)port installed.To use more devices requiring the port,the MultiCOM adapter(p/n MC01)is available.l Serial cross DB9F-DB9F cable(p/n SK01).Note:Cables are not part of Clarity Control Module.It is strongly recommended to order required cables together with the Control Module.Caution:We have experienced power sources(controller boards)with DB9F connector on the back instead of normal DB9M connector.In that case,serial cross DB9M-DB9F cable is necessary.Contact our support on******************to consultthe correct wiring.3Installation Procedure3.1Autosampler Setup-communicationThe autosampler communicates with PC using the RS232-compliant serial cross DB9F-DB9F cable.Fig.2:Serial cross DB9F-DB9F cableThe RS-232cable is plugged in to the autosampler controller board(not the tower) present at the back side of the GC,replacing the cable connecting it to the GC in default setup,as displayed in the Fig.3on pg.3.Fig.3:Shimadzu AOC-20controller board connections3.1.1ConnectionsBesides the serial RS-232cable,the connections must be made between the autosampler Start OUT/Ready IN connector and the appropriate connectors on the GC to allow proper synchronization between the AS and GC.l The Clarity Start(IN)input must be connected to the GC Start Out connector.l The Clarity Ready(OUT)digital output is not used,the commands are transmitted over the serial line.Refer to Shimadzu manual for description of cables supplied with the autosampler.When autosampler has to be used with Shimadzu201x series GCs( 2010,2014, 2014C,2014APC/AFC),it is necessary to connect it to the PC via separate serial line.The controller box is build in the GC2010/2014case,but to use the control from Clarity,the short serial cable from the GC to the controller box needs to be disconnected and replaced by a serial cable to the PC.3.2Clarity ConfigurationFig.4:How to add Shimadzu AOC-20l Start the Clarity station by clicking on the icon on the desktop.l Invoke the System Configuration dialog accessible from the Clarity window using the mand.l Press the Add button①(see Fig.4on pg.5.)to invoke the Available Control Modules dialog.l You can specify the searching filter②to simplify the finding of the driver.l Select the AOC-20sampler and press the Add③button.The Shimadzu AOC-20i/s Setup dialog will appear.Fig.5:Shimadzu AOC-20i/s Setupl Select the correct Port,Baud Rate,Parity and Stop bit settings for the autosampler.Then press the Connect button.If the communication is correct,the status of the autosampler will appear in the Connection row.Note:The Shimadzu AOC-20i/s Setup dialog is more closely described in the chapter "Shimadzu AOC-20i/s Setup"on pg.10.The AOC-20autosampler item will appear in the Setup Control Modules list of the System Configuration dialog.l Drag and drop the AOC-20icon from the Setup Control Modules④list on the left side of the System Configuration dialog to the desired Instrument⑤tab on the right side⑥(or use the button⑦to do so).4Using the control moduleNew Method Setup-AS tab appears in the Method Setup dialog,enabling the setting of the AS control method.The From AS and To AS buttons serve for transfer of methods from and to autosampler.Caution:If you have injection methods already established in the sampler,it is advisable to download them to Clarity using the From AS button and save them as a Claritymethod.The AS Status button displays the Hardware Configuration dialog.4.1Hardware Configuration dialogFig.6:Hardware ConfigurationThis dialog displays automatically detected communication port.4.2Method Setup-ASFig.7:Method Setup-AS-Parameters Dwell timeWaiting time after sample injection.Valid range:0-99.9sRinse with sampleSample washing times of the syringe before injection.Valid range:0-99Rinse with solventSolvent washing times of the syringe after injection.Valid range:0-99Viscosity timeWaiting time of the plunger after sample suction.Valid range:0-99.9sPump syringeNumber of pumpings.Valid range:0-99Plunger injection speedInjection speed of the plunger.Plunger suction speedPlunger suction speed at sample suction.Injection typeInjection type.Standard-sample+(air)Solvent flush-solvent+air+sample+(air)Solvent flush w/o air-solvent+sample+(air)Standard internal-solvent+air+standard sample+air+sample+(air)Standard internal w/o air-solvent+standard sample+sample+(air)Syringe injection speedInjection speed of the syringe.Select SolventSelects the appropriate solvent for solvent wash in case there are three solvent vials on the sampler rack.It is necessary to enable this option in the Shimadzu AOC-20i/s Setup dialog using the Use three solvents checkbox.Air SuctionCheck if you want autosampler to suck air into the needle after sample suction.This can help prevent premature evaporation of part of the sample,when the needle is warmed-up.4.3Shimadzu AOC-20i/s SetupThe Shimadzu AOC-20i/s Setup dialog sets the fundamental options of the control module.Note:It is accessible from the System Configuration dialog by doubleclicking the Shimadzu AOC-20i/s item.Fig.8:Shimadzu AOC-20i/s SetupPortCOM Port used for communication between the hardware and the PC.Baud Rate,Parity,Stop BitCommunication parameters.Those parameters should be set according to the actual communication parameters set in the autosampler(use the Function key to check/modify them)Default values:Baud rate:2400(F80=2)Parity:none(F81=0)Stop bits:2(F82=1)Note:The changes made on the sampler are active only after power restart.ConnectButton which tests communication with auto-injector hardware and detects if auto-sampler hardware is present.First fill in the COM Port,Baud rate,Parity,Stop bit fields and check AOC17mode if you need AOC-17compatible mode,then press the Connect button.Now connection is tested and auto-sampler is detected for established connection.Connection state is shown in the Connection field.If connection fails then message box appears and you are asked to check some parameters on the hardware.ConnectionConnection status.Sampler nameAssigns name to the sampler,under which it appears in configuration,method setup,reports,etc.ModelDefines the model of the AOC-20sampler.Vial sizeDefines the type of the vials used on the sampler.Syringe typeDefines the type of the syringe.AOC-17modeSetting this checkbox enables AOC-17compatible mode.To use the AOC20in this mode,set the functions F84=1(default is F84=0).Note:Regardless of mode used,the Channel1Protocol parameter must be zero (F83=0).Use three solventsDefines whether the autosampler uses the three-vial solvent option or not.When checked,additional options will be available on the Method Setup-AS tab for selecting the solvent vials for pre-wash and post-wash.Shimadzu AOC-205Sequence 5SequenceTo use the autosampler in the Clarity sequence,following conditions must be met:l The sequence must be savedl The sequence must be set as Active Sequencel All used methods must have the External Start enabled and the Autostop time setl Method Setup-AS dialog in the used methods must be filled The required values for starting vial(SV),ending vial(EV),number of injections from vial(I/V)and injected volume are set in the sequence table.Standard sequence operationAfter sequence start,the AS control method will be sent to the sampler and the datastation will wait for the injection signal from sampler.After receiving it,the run starts and after finishing,the method for next injection will be sent to the sampler.Note:Communication protocol used for autosampler control in Clarity allows wider possibilities for some parameters(for example Minimum injection volume)compared to original manufacturer's User manual.Shimadzu AOC-206Troubleshooting 6TroubleshootingWhen the cause could not be discovered easily,the recording of communication between Clarity and the autosampler can significantly help the DataApex support to discover the cause.The recording can be enabled by adding or amending the COMMDRV.INI file in the Clarity installation directory(C:\CLARITY\CFG by default).The file can be edited in any text editor(e.g.Notepad).Following lines should be added[COM1]echo=ontextmode=onfilename=CommDrv_%D.txtreset=offNote:Instead of COM1type the correct serial port used to communicate with the Shimadzu AOC-20detector.Note:%D(or%d)in the filename parameter means that the log will be created separately for each day.The reset=off parameter disables deleting the content ofthe log each time the station is started during the same day.The created LOG files will greatly help in diagnosis of unrecognized errors and problems in communication.Recording the communication related to instrument control is not recommended to leave it on for prolonged periods.。
Kraftform Kompakt 20 工具套装说明说明书
EAN:4013288098917Size:170x80x55 mmPart number:Weight:266 gArticle number:KK 20Country of origin:CZ82079030Customs tariffnumber:Kraftform holder with bayonet blade and Rapidaptor quick-release chuckKraftform handle with anti-roll feature, multi-component and integrated magazineTough viscous bits for universal useIn robust pouchRetractable bayonet bladeWera compact tools enable both manual as well as power tool operations at the same time. The handle/interchangeable blade system in a compact design with various blade tips in the smallest of spaces makes the user more mobile and flexible. Suitable for bits with 1/4" hexagon head drive as per DIN ISO 1173-C 6.3 and E 6.3 (ISO 1173) and Wera connecting series 1 and 4. Comes with an adaptor, bayonet and Rapidaptor technology. Kraftform handle with anti-roll feature, multi-component for particularly ergonomic screwdriving. Integrated magazine for bit storage. In this way, the set replaces a 6-piece screwdriver set and reduces the equipment required to a minimum. The telescopic bayonet blade – which can be lowered into the handle – together with the quick-release chuck allows fast manual work even in confined installation situations when the blade is retracted. The blade can be extended by simply actuating the locking sleeve. The bayonet holder can then be used as a fully-fledged screwdriver. The bayonet blade can be removed and used as a power tool adaptor, but can also be retracted once again to its original position. Includes practical belt pouch.Web linkhttp://products.wera.de/en/kraftform_kompakt_kraftform_kompakt_20_22_25_26_28_kk_20.htmlSet contents:889/4 R***********1 x 1/4" x 100 mm851/1 Z PH *********** 1 x PH 1 x 25 mm ***********1 x PH2 x 25 mm855/1 Z PZ *********** 1 x PZ 1 x 25 mm ***********1 x PZ2 x 25 mm 800/1 Z*********** 1 x 1 x 5,5 x 25 mm ***********1 x 1,2 x 6,5 x 25 mmTelescopic blade, integrated bit magazine, Rapidaptor technologyManual and power tool operations Handle/interchangeable bladesystemWhy is the right tool so often not at hand?The reason:too many tools and overly-heavy tool bags can make it bothersome to carry them onsite.So for us it was a clear challenge:to design a tool that is suitable for a whole host of applications and can be easily taken along to jobs at other sites.Our solution:Kraftform Kompakt tools.A handle into which blades with a range of different profiles can be pactly and protectively housed in a light and robust textile pouch or plastic box.The sets in the series Kraftform Kompakt 20are really something.A 2position telescopic blade can be retracted into the handle for confined space operation or extended for more reach.It can also be removed and used as a 100mm bit holder in the power tool.Six bits are conveniently integrated into a push-button opening bit magazine.The Rapidaptor technology ensures rapid one hand bit changes,press-in auto bit lock and a secure positioning when used in power tools thanks to the free-turning sleeve.The sets come with a Kraftform handle,quick-release chuck and bits for manual and power tool operations.The handle/interchangeable blade system allows rapid exchange of the blades required for a wide range of applications.Web linkhttp://products.wera.de/en/kraftform_kompakt_kraftform_kompakt_20_22_25_26_28_kk_20.htmlThe telescopic blade IThe telescopic blade IIThe telescopic blade IIIRapidaptor holderWhen the unique telescopic blade is lowered into the handle,fast,easy screw-driving action is possible,even in the tightest spots!By pushing the clamping sleeve,the telescopic blade can be extended out of the handle and the compact tool becomes a full-sized screwdriver.If the clamping sleeve is pushed again the telescopic blade can be taken out of the handle,and be used as a machine bit adaptor.Rapid bit change without needing any additional tools.One-hand operation with a freely spinning sleeve for simplified guidance of the tool.Web linkhttp://products.wera.de/en/kraftform_kompakt_kraftform_kompakt_20_22_25_26_28_kk_20.html。
FM11NT020芯片技术手册--复旦微电子
FM11NT020NFC Forum Type2 Tag芯片技术手册2013. 08本资料是为了让用户根据用途选择合适的上海复旦微电子集团股份有限公司（以下简称复旦微电子）的产品而提供的参考资料，不转让属于复旦微电子或者第三者所有的知识产权以及其他权利的许可。
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商标上海复旦微电子集团股份有限公司的公司名称、徽标以及“复旦”徽标均为上海复旦微电子集团股份有限公司及其分公司在中国的商标或注册商标。
上海复旦微电子集团股份有限公司在中国发布，版权所有。
目录目录 (3)1说明 (4)2产品综述 (5)2.1产品简介 (5)2.2产品特点 (5)2.2.1射频接口 (5)2.2.2EEPROM存储器 (5)2.2.3NFC Forum Type2 Tag兼容性 (5)2.2.4场检测 (5)2.2.5安全特性 (5)2.3结构框图 (6)2.4引脚说明 (6)3功能描述 (8)3.1总体描述 (8)3.2存储器 (8)3.2.1UID (9)3.2.2Lock 设置 (9)3.2.3CC区 (10)3.2.4出厂配置 (10)3.3通信原理 (11)3.4指令系统 (12)3.4.1REQA (13)3.4.2WUPA (13)3.4.3ANTICOLLISION和SELECT(第一级) (14)3.4.4ANTICOLLISION和SELECT(第二级) (15)3.4.5READ (16)3.4.6HALT (16)3.4.7WRITE (17)3.4.8COMPATIBILITY WRITE (17)4电气参数 (19)4.1极限额定参数 (19)4.2推荐工作条件 (19)4.3电参数 (19)4.4存储器参数 (19)5典型应用 (20)6订货信息 (21)7封装信息 (22)7.1DFN4封装 (22)7.2TSOT封装 (23)版本信息 (24)上海复旦微电子集团股份有限公司销售及服务网点 (25)1 说明本文档为FM11NT020芯片技术手册。
红线HP20（Product Data）产品数据说明书
***************/fgsProduct Name 14/15Applications• Chemical Processing Liquids • Food Processing Liquids • Potable Water •Cooling Water• Condensate Return • Industrial Wastewater • Mildly Corrosive Liquids •Crude Oil & Gas• Produced Water • Saltwater • CO 2Bell & SpigotMaterials and ConstructionRed Thread HP pipe is manufactured by the filament winding process using continuous glass filaments saturated with aromaticamine-cured epoxy thermosetting resin. The pipe pressure rating is 290 psi in accordance with API 15LR, 20 year design life at 200°F (93°C). Serviceable up to 210°F (99°C) by applying a 0.92 derating factor to pipe and fittings.ASTM D-2996 Classification: RTRP-11AW1-3110FittingsFittings are manufactured with the same chemical and temperature capabilities as the pipe. Depending on the configurations and size, the fittings construction method will be compression molded, contact molded, fabricated or filament wound. Requires Red Thread/Green Thread HP 25 fittings. Details are in CI1360.Joinin g Sys tem• Bell & Spigot - The pipe and fittings are joined using an adhesive bonded taper-taper bell and spigot connection. Pipe is supplied with one end belled (integral bell or factory-bonded coupling) and one end tapered . The pipe is available in random 12 meter (40 feet) lengths.Epoxy adhesive available from NOV Fiber Glass Systems is used to secure the joint.• Flanged - Flanged connections are available for all components and diameters.View of Joint IllustrationsFlanged2Nominal Dimensional DataMaximum Support Spacing for Uninsulated Pipe (1)Example: Assuming a continuous span of 35.2 feet then with a 1.5 specific gravity fluid the maximum support spacing = 35.2 x 0.91 = 32.0 ft. (9.76 m)SupportsThe following engineering analysis must be performed to determine the maximum support spacing for the piping system. Proper pipe support spacing depends on the temperature and weight of the fluid carried in the pipe. The support spacing is calculated using continuous beam equations and the pipe bending modulus derived from long-term beam bending tests. The following tables were developed to ensure a design that limits beam mid-span deflection to ½ inch and bending stresses to less than or equal to 1/8 of the ultimate bending stress. Any additional weight on the piping system such as insulation or heat tracing requires further consideration. Restrained (anchored) piping systems operating at elevated temperatures often result in guide spacing requirements that are more stringent than simple unrestrained piping systems. In this case, the maximum guide spacing will dictate the support/guide spacing requirements for the system. Pipe support spans at changes in direction require special attention. Supported and unsupported fittings. at changes in direction are considered in the following tables and must be followed to properly design the piping system.Support Spacing vs. Specific Gravity3***************/fgsThere are seven basic rules to follow when designing piping system supports, anchors, and guides:1. Do not exceed the recommended support span.2. Support valves and heavy in-line equipment independently. This applies to both vertical and horizontal piping.3. Protect pipe from external abrasion.4. Avoid point contact loads5. Avoid excessive bending. This applies to handling, transporting, initial layout, and final installed position.6. Avoid excessive vertical run loading. Vertical loads should be supported sufficiently to minimize bending stresses at outlets or changes in direction.7. Provide adequate axial and lateral restraint to ensure line stability during rapid changes in flow.Adjustment Factors for Various Spans WithUnsupported Fitting at Change in Direction*For example: If continuous support is 10 ft. (3.04 m), A+B must not exceed 7.5 ft.(2.28 m) (A=3 ft.(0.91 m) and B=4.5 ft. (1.37 m)) would satisfy this condition.Adjustment Factors for Various Spans With SupportedFitting at Change in DirectionThermal ExpansionThe effects of thermal gradients on piping systems may be significant and should be considered in every piping system stress analysis. Pipeline movements due to thermal expansion or contraction may causeTestingHydrostatic testing is recommended to evaluate the integrity of all new piping installations. For systems operating below the system rating, a test pressure of 1.5 times the system operating pressure is recommended; however, the maximum test pressure must not exceed 1.5 times the lowest pressure rated fiberglass component in the piping system.The hydro test pressure should be repeated up to ten cycles from 0 psig to the test pressure to provide a high degree of confidence in the piping system. The final pressurization cycle should be allowed to stabilize for 15-30 minutes, then inspected for leaks. Do not attempt to repair leaks while system is pressurized. The hydro test should be repeated after any re-work is performed.When hydro testing, open high-point vents (if used) to prevententrapment of air in the lines as the system is slowly filled with water, then close the vents and slowly pressurize to the test pressure. Upon completion of hydro test, relieve the pressure on the system slowly, open vents and any drains to allow for complete drainage of the system.Water HammerPiping systems may be damaged by pressure surges due to water hammer. The use of soft start pumps and slow actuating valves will reduce the magnitude of surge pressures during operation and are highly recommended.high stresses or even buckle a pipe line if improperly restrained. Several piping system designs are used to manage thermal expansion and contraction in above ground piping systems. They are listed below according to economic preference:1. Use of inherent flexibility in directional changes.2. Restraining axial movements and guiding to prevent buckling.3. Use expansion loops to absorb thermal movements.4. Use mechanical expansion joints to absorb thermal movements.To perform a thermal analysis the following information is required:1. Isometric layout of piping system 2. Physical and material properties of pipe 3. Design temperatures4. Installation temperature (Final tie in temperature)5. Terminal equipment load limits6. Support movementsA comprehensive review of temperature effects on fiberglass pipe may be found in NOV Fiber Glass Systems’ Engineering and Piping Design Guide, Section 3.4Red Thread HP 20 - Product Data***************/fgsFiber Glass Systems17115 San Pedro Avenue, Ste 200San Antonio, Texas 78232 USA Phone: 210 477 7500Fax: 210 477 7560National Oilwell Varco has produced this brochure for generalinformation only, and it is not intended for design purposes. Although every effort has been made to maintain the accuracy and reliability of its contents, National Oilwell Varco in no way assumes responsibility for liability for any loss, damage or injury resulting from the use of information and data herein nor is any warranty expressed or implied. Always cross-reference the bulletin date with the most current version listed at the web site noted in this literature.© 2017 National Oilwell Varco All rights reserved CI1220ENG December 2017Ultimate Collapse PressurePipe Property75°F 24°C 200°F 93°C Methodpsi MPa psi MPa Axial Tensile Ultimate Stress9,53065.76,58545.4ASTM D2105Modulus of Elasticity 1.68 x 10611,5841.42 x 1069,791ASTM D2105Poisson’s Ratio , νah (νha )(1)0.35 (0.61)Axial Compression Ultimate Stress12,51086.38,56059.0ASTM D695Modulus of Elasticity 0.677 x 1064,6680.379 x 1062,613ASTM D695Beam BendingModulus of Elasticity (Long Term) 2.6 x 10617,9270.718 x 1064,951ASTM D2925Hydrostatic BurstUltimate Hoop Tensile Stress 40,15027736,480252ASTM D1599Hydrostatic Hoop Design Stress Static 20 Year Life LTHS - 95% LCL --18,203 - 14,689125.5 - 101.3ASTM D2992 - Procedure B Static 50 Year Life LTHS - 95% LCL --16,788 - 13,142115.7 - 90.6ASTM D2992 - Procedure B Parallel PlateHoop Modulus of Elasticity 3.02 x 10620,822--ASTM D2412TorsionalShear Modulus 1.76 x 10612,135 1.63 x 10611,240NOV/FGS Ultimate Stress19,000131.018,500127.6NOV/FGSPipe Property ValueValue Method Thermal Conductivity 0.23 BTU/hr•ft•°F 0.4 W/m°CASTM D177Thermal Expansion 10.7 x 10-6 in/in/°F 19.3 x 10-6 mm/mm/°C ASTM D696Absolute Roughness 0.00021 in0.00053 mm Specific Gravity1.8ASTM D792Typical Mechanical PropertiesTypical Physical PropertiesSize Collapse Pressure (2,3,4)psig MPa In mm 75°F 200°F 24°C 93°C 820035250.2410.1721025032230.2210.1591230031220.2140.1521435048350.3310.2411640051370.3520.2551845035260.2410.1792050028200.1930.1382460028200.1930.138(1)νha = The ratio of axial strain to hoop strain resulting from stress in the hoop direction. νah = The ratio of hoop strain to axial strain resulting from stress in the axial direction.(2) The differential pressure between internal and external pressure which causes collapse.(3)A 0.67 design factor is recommended for short duration vacuum service. A full vacuum is equal to 14.7 psig (0.101 MPa) differential pressure at sea level.(4)A 0.33 design factor is recommended for sustained (long-term) differential collapse pressure design and operation.。
UNC20模块用户指南说明书
UNC20 Module User's ManualP.O: Box 1103 Kueferstrasse 8 Tel. +49 (7667) 908-0 ****************• D-79200 Breisach, Germany • D-79206 Breisach, Germany • Fax +49 (7667) 908-200• http://www.fsforth.deUNC20 Module User's ManualCopyright 2003:FS Forth-Systeme GmbHPostfach 1103, 79200 Breisach, GermanyRelease of Document:July 14, 2003Filename:UNC20_MOD_UM.docAuthor:N. JamesBoard Revision:UNC20_1All rights reserved. No part of this document may be copied or reproduced in any form or by any means without the prior written consent of FS Forth-Systeme GmbH.2UNC20 Module User's Manual Table of Contents1.General (4)2.Features (4)3.Detailed Description (5)3.1.NS7520 Processor (5)3.2.Memory (5)3.3.Ethernet Interface (5)3.4.Timers (6)3.5.General purpose I/O (6)3.6.Serial Interface (6)3.7.I2C (7)3.8.JTAG interface (7)3.9.Reset (7)3.10.External peripheral bus (7)3.11.Voltage Requirements (7)4.UNC20 Connector (8)5.GPIO Configuration of UNC20 (10)6.Temperature and Power Specifications (12)7.Mechanical Information (12)3UNC20 Module User's Manual1. GeneralThe Universal Network Controller (UNC20) has been designed for embedded systems requiring network connectivity. The UNC20 module is housed in an industry-standard DIL48 package, making it extremely easy and cost-effective to integrate into designs which require Ethernet connectivity.This document refers to the UNC20 modules with the Part Numbers 352 and 355.2. Features•NetSilicon's NS7520 microcontroller•Up to 16Mbytes SDRAM, 32-bit wide•Up to 8Mbytes Flash memory, 16-bit wide•PHY for 10/100 Ethernet•Two serial interfaces•Serial EEPROM (8KBytes) for storing configuration parameters• I2C port•Up to 16 programmable digital I/O pins (multiplexed with other functions)• JTAG interface•External 8-bit data bus, 10-bit address bus and 2 external chip selects •Single power supply of +3.3V required4UNC20 Module User's Manual 3. Detailed Description3.1. NS7520 ProcessorThe CPU is an ARM7TDMI 32-bit RISC core running at 55MHz with a rich complement of peripherals on-chip.For more information on this device please consult the NS7520_HR.pdf document.The ARM7TDMI is capable of operating in both little-endian and big-endian modes. The standard UNC20 modules, currently Part Numbers 352 and 355, are factory-configured to boot in big-endian mode.3.2. MemoryThe UNC20 is assembled with 16Mbytes of 32-bit wide SDRAM. A 16-bit wide Flash device is assembled. Currently 2 variants of the UNC20 are available, one with 2MB Flash (P/N 355) and one with 8MB Flash (P/N 352).3.3. Ethernet InterfaceThe NS7520 contains a 10/100 Ethernet MAC which is conform to the IEEE802.3 standard. Included on-chip are a 512-byte transmit FIFO and 2-Kbyte receive FIFO for maximizing Ethernet throughput. Full-duplex and half-duplex modes are supported for both 10Mbps and 100 Mbps operations as is address filtering for broadcasts and multicasts.The PHY on the module supports auto-negotiation and can drive a 100Base-Tx line or a 10Base-T line. The UNC20 provides 4 pins for connecting a Twisted-Pair RJ-45 interface using an external transformer with a 1:1 turns ratio.5UNC20 Module User's Manual3.4. TimersTwo independent 27-bit timers are provided in the NS7520. These can be programmed to generate interrupts after expiration of time periods ranging from 2us to 20 hrs. Both timers can be programmed to generate an interrupt to the ARM core on either the IRQ or FIQ signals.3.5. General purpose I/OTwo 8-bit ports (A and C) are available for digital I/O. All pins are multi-function and can be individually configured. Pins C2 and C6 are reserved for the I2C bus. The other 14 pins can be freely configured by the user and may be used to implement a serial interface, for example. Pins C0, C1 and C3 can be used to generate a level-sensitive interrupt to the ARM core's IRQ signal.3.6. Serial InterfaceTwo independent serial channels are available in the NS7520. These channels can operate in the following modes:UART at speeds up to 230 kbits/sec, with 5 to 8 data bits; odd, even or no parity;1 or2 stop bits.HDLC at speeds up to 4 MbpsSPI (Serial Peripheral Interface) - this full-duplex synchronous 4-wire interface can be used to connect various peripherals to the UNC20.The pins for the 2 serial channels are multiplexed with the 16 General Purpose I/O pins. Serial channel 1 is on Port C and the following signals are available: RxD, TxD, RTS, CTS, DCD, RI. Only 6 signals are available since 2 pins are used by the I2C interface. Serial channel 2 is on Port A and the same signals are available plus DSR and DTR. All signals are 3.3V TTL levels.6UNC20 Module User's Manual 3.7. I2CAn I2C bus is available on pins 17 (SDA) and 21 (SCL). Any 3.3V I2C device can be connected to these pins provided that they do not use address 0xA0 which is being used by an 8-kByte EEPROM on the UNC20. The I2C bus can operate at speeds of 100 kbit/sec (Standard mode).3.8. JTAG interfaceThis interface is primarily used for debug purposes. The 5 pins TCK, TMS, TDI, TDO and TRST# are multiplexed with 5 address lines and are available on pins 2 through 6. Selection of the JTAG signals is achieved by tying pin 30 (LEDLNK/SEL#) low. When pin 30 is not tied to GND it is the LEDLNK output from the PHY and is used to drive an LED on the base board to denote Ethernet link and activity.3.9. ResetA power-on reset generator resets all components on the module. The RESET# signal is output on pin 25 so that it can be used to reset components on the base board at power-on. The RESET# signal is bi-directional thus allowing devices on the base board, such as a reset switch, to reset the module. The RESET# signal can sink 5mA and source 150uA. These values must not be exceeded.3.10. External peripheral busAn 8-bit data bus and 10-bit address bus are provided for connecting external peripherals to the UNC20. Two individually programmable chip selects and an OE# (Output Enable) and WE# (Write Enable) signal allow a vast range of 8-bit peripherals to be connected directly to the UNC20 without any glue logic.3.11. Voltage RequirementsFor the UNC20 module only a single 3.3V DC power supply is needed.7UNC20 Module User's Manual4. UNC20 ConnectorPin Signal Type Drive Description1ADDR4O4mA U2ADDR5/TCK O/I4mA U ADDR[5..9] are multiplexed 3ADDR6/TMS O/I4mA U With JTAG functionality 4ADDR7/TDI O/I4mA U Controlled by5ADDR8/TDO O/O4mA U LEDLNK/SEL signal6ADDR9/TRST#O/I4mA U7PORTA0I/O2mA U GPIO8PORTA1I/O2mA U GPIO9PORTA2I/O2mA U GPIO10PORTA3I/O2mA U GPIO11PORTA4I/O2mA U GPIO12PORTA5I/O2mA U GPIO13PORTA6I/O2mA U GPIO14PORTA7I/O2mA U GPIO15PORTC0I/O2mA U GPIO16PORTC1I/O2mA U GPIO17SDA O2mA U Hardwired - I2C data signal 18PORTC3I/O2mA U GPIO19PORTC4I/O2mA U GPIO20PORTC5I/O2mA U GPIO21SCL I/O2mA U Hardwired - I2C clock signal 22PORTC7I/O2mA U GPIO23 3.3V P 3.3V Power Connection24GND P Ground Connection8UNC20 Module User's Manual25RESET#I/O5mA U Reset (bidirectional)26TPIP I Ethernet Input+27TPIN I Ethernet Input-28TPOP O Ethernet Output+29TPON O Ethernet Output-30LEDLNK/SEL#O Ethernet Activity LED;ADDR/JTAG Selection: 31USB-I/O Reserved32USB+I/O Reserved33DATA31I/O4mA External data line D734DATA30I/O4mA D635DATA29I/O4mA D536DATA28I/O4mA D437DATA27I/O4mA D338DATA26I/O4mA D239DATA25I/O4mA D140DATA24I/O4mA D041ADDR0O4mA U Address Line42ADDR1O4mA U Address Line43ADDR2O4mA U Address Line44ADDR3O4mA U Address Line45WE#O4mA Write Enable46OE#O4mA Output Enable47CS3#O4mA Chip Select 348CS4#O4mA Chip Select 4The “U” in the Drive column denotes a pull-up resistor is present on this signal.9UNC20 Module User's Manual105. GPIO Configuration of UNC20GPIO Serial OTHER PIN Serial OTHERA7TxDA 14I/O Port A TxD A6DTRA_DREQ1_13I/O Port A DTR_DMA Chnl 3/5 ReqA5RTSA_12I/O Port A RTS_A4RxCA /RIA_ /OUT1A _11I/OPgmbl Out / Port A RxCLK / Port A Ring Signal / Port A SPI Clock (CLK)A3RxDA DACK1_10I/O Port A RxD DMA Chnl 3/5 Ack A2DSRA_AMUX9I/OPort A DSR_DRAM Addr Mux / USB Pwr Relay CtrlA1CTSA_DONE1_ (O)8I/O Port A CTS_DMA Chnl 3/5Done_OutA0TxCA /OUT2A _ /DCDA_DONE1_ (I)7I/OPgmbl Out / Port A DCD / Port A SPI Enable (SEL_) / Port A TxCLKDMA Chnl 3/5 DONE_InUNC20 Module User's Manual11C7TxDB 22I/O Port B TXD GEN Intrpt Out C6DTRB_DREQ2_21I/OPort B DTR_DMA Chnl 4/6 Req I2C clock signal (SCL )C5RTSB_REJECT _20I/O Port B RTS_CAM RejectC4RxCB /RIB_ /OUT1B _RESET_/19I/OPgmbl Out /Port B RxCLK /Port B Ring Signal / Port B SPI Clock (CLK)RESET Output C3*RxDB LIRQ3 /DACK2_18I/O Port B RxD Level Sensitive IRQ /DMA Chnl 4/6 Ack C2*DSRB_LIRQ2 /RPSF_17OPort B DSR_Level Sensitive IRQ /CAM Request I2C data signal (SDA )C1*CTSB_LIRQ1 /DONE2_(O)16I/O Port B CTS_Level Sensitive IRQ /DMA Chnl 4/6Done_OutC0*TxCB /OUT2B _ /DCDB_LIRQ0 /DONE2_(I)15I/OPgmbl Out /Port B DCD /Port B SPI Enable (SEL_)/ Port B TxCLKLevel Sensitive IRQ /DMA Chnl 4/6 DONE_InUNC20 Module User's Manual126. Temperature and Power SpecificationsCharacteristicMin Max Unit Operating Temperature (Ambient)070Degrees C Storage Temperature -50125Degrees C Power Consumption (at 3.3V)90280mA7. MechanicalInformationAll dimensions in mm.。
F.T.Liu 2.0x1.25mm 红外发射诊断芯片说明书
SF4
Δλ1/2
50
nm
IF=20mA
Notes: 1. Forward Voltage: +/-0.1V. 2. Wavelength value is traceable to the CIE127-2007 compliant national standards. 3. Excess driving current and / or operating temperature higher than recommended conditions may result in severe light degradation or
Forward Voltage [1]
SF4
VF
1.3
1.6
V
IF=20mA
Reverse Current
SF4
IR
10
uA
VR = 5V
Capacitance
SF4
C
90
pF
VF=0V;f=1MHz
Peak Spectral Wavelength
SF4
λP
880
nm
IF=20mA
Spectral Bandwidth
DATE: DEC/15/2015 DRAWN: F.T.Liu
PAGE: 4 OF 5 ERP: 1203000168
PACKING & LABEL SPECIFICATIONS
KP-2012SF4C
Kingbright
Terms and conditions for the usage of this document
1. The information included in this document reflects representative usage scenarios and is intended for technical reference only. 2. The part number, type, and specifications mentioned in this document are subject to future change and improvement without
Cascade Corporation 应用紧耦合系列20D型号产品使用说明书
Parts Manual cFor Technical Assistance call: 800-227-2233, Fax: 888-329-8207 To Order Parts call: 888-227-2233, Fax: 888-329-023420D Appliance Clamp20D-ACS-115ModelSerial Number cascadeாcorporation123Safety DecalsPART NO.DESCRIPTION670487Service Manual 670834Operators Guide670488Installation Instructions680664Servicing Cascade Cylinders-VHS 679929Tool Catalog673964Literature Index Order FormPublicationsREF QTY PART NO.DESCRIPTION 11679150No Step Decal22665595No Hand Hold Decal31679059Quick Change Hook DecalBase Unit GroupREF QTY PART NO.DESCRIPTION370247Base Unit Group12686472Hose, 25.50 in.22206880Hose, 17.25 in.39601377Fitting, 8-841674168Frame - Lower52581555Plug63671222Capscrew, 3/8 NC x .75724071Capscrew82318595Cylinder v927861Roll Pin - Inner1027962Roll Pin - Outer111671549Frame - Upperv See Cylinder page for parts breakdown.Reference: Mounting Group 341425, Common Parts 318623, SK-5299.REF QTY PART NO.DESCRIPTION 128667910Washer138667909Capscrew141354983Bumper152665707Nut, 1/2 in. ID1623659Capscrew, 1/2 NC x 2.50174668910Bearing184667663Bearing194668911Bearing201680620Mounting Plate - RH211680619Mounting Plate - LH221316732Bracket231343684Valve q20Dq See Valve page for parts breakdown.REF QTY PART NO.DESCRIPTION343684Valve Group 11667490Special Fitting 212841O-Ring q 31667471Spool 42609453Fitting, 1052667487Spring 67604510Fitting, 671678270Check Valve – VPO 82659058Check Valve – PO 92667516Service Kit q101679846Low Flow Spool Kit 112667494Fittingq Included in Service Kit 667513.Valve GroupREF QTY PART NO.DESCRIPTION1222840O-Ring q 132673098Spring 142667492Poppet151673089Spool Assembly 162667491Sleeve 171343685Valve Body 181661347Service Kit q 191334615Relief Valve 201684625Service Kit 211343687Relief Valve 221667510Service Kit 667513Service Kit20DREF QTY PART NO.DESCRIPTION318595Cylinder Assembly 126510Cotter Pin s 22667624Nut Retainers 32667625Nut s 41318596Shell 51602580Fitting 61558200Piston 712716O-Ring v 81662452Seal v 912785O-Ring v101615128Back-Up Ring v 111563906Retainer 121662448Seal v131638243Nylon Ring v 141636853Wiper v 151667623Nut 161318597Rod 171667626Washer 181—Spacer191671047Seal Loader, Piston v 201671051Seal Loader, Retainer v 668021Service Kitv Included in Service Kit 668021.s Included in Nut Service Kit 668926.Reference: S-7605, S-7658CylinderArm Group20DREF QTY PART NO.DESCRIPTION6010454Arm Group 116010634Arm - RH 216010633Arm - LH 324607103Capscrew 44667905Arm BarBolt-On Mounting GroupClass IIREF QTY PART NO.DESCRIPTION678934Lower Hook Group12675968Lower Hook24667225Washer, 5/8 in. ID34667369Capscrew, 5/8 NC x 1.25 GR 5 Reference: S-3197.Mounting Plates with Bolt-On Upper HooksREF QTY PART NO.DESCRIPTION1 1 680619 Mounting Plate Assembly–LH q2 1 680620 Mounting Plate Assembly–RH s 316002330Upper Hook–LH 41210491Upper Hook–RH 54768577Capscrew, M20 x 35q Includes items3 and 5.sIncludes items 4 and 5.P A R T S O R D E R I N G L O GP U R C H A S E S E R I A L R E F C A S C A D E C U S T O M E R D A T EO R D E R N U M B E RP A G E N O .Q T Y P A R T N O .P A R T N O .D E S C R I P T I O N P R I C EDo you have questions you need answered right now? Call your nearest Cascade Parts Department.Cascade (UK) Ltd.15, Orgreave Crescent Dore House Industrial Estate HandsworthSheffield S13 9NQ EnglandTel: 742-697524FAX: 742-695121Cascade Scandinavia AB Box 124Hammarvägen 10567 23 Vaggeryd SwedenTel: 42-0-393-36950 FAX: 46-0-393-36959Cascade N.V. European Headquarters P.O. Box 30091300 El Almere Damsluisweg 561332 ED AlmereThe NetherlandsTel: 31-36-5492911 FAX: 31-36-5492964Cascade Norway Østerliveien 37A 1153 Oslo NorwayTel: 47-22-743160 FAX: 47-22-743157Cascade France S.A.R.L.1D Rue De CharaintruBP 18, 91360 Epinay-Sur-OrgeMorangis Cedex, FranceTel: 33-1- 64547500FAX: 33-1-64547501Cascade Hispania S.A.Carrer 5 Sector CZona Franca DuaneraPoligono de la Zon Franca08040 Barcelona, SpainOffice No. 256Tel: 93-264-07-30FAX: 93-264-07-31Cascade Canada Inc.5570 Timberlea Blvd.Mississauga, OntarioCanada L4W-4M6Tel: 905-629-7777FAX: 905-629-7785Cascade GmbHD-41199 MonchengladbachKlosterhofweg 52GermanyTel: 49-216-668230FAX: 49-216-6682323Cascade N.V.Benelux Sales and ServiceP.O. Box 30091300 El AlmereDamsluisweg 561332 ED AlmereThe NetherlandsTel: 31-36-5492950FAX: 31-36-5492974Cascade FinlandAlbert Petreliuksenkatu 301370 VantaaFinlandTel: 358-9-836-1925FAX: 358-9-836-1935Cascade Corporation2501 Sheridan AvenueSpringfield, OH 45505Tel:888-CASCADE (227-2233)FAX: 888-329-0234Cascade Japan Ltd.5-5-41,Torikai KamiSettsu, OsakaJapan, 566Tel: 81-726-53-3490FAX: 81-726-53-3497Cascade Korea108B, Namdong Ind Complex 658-3 Gojan-Dong Namdong-GuInchon, 405-310 KoreaTel: 82-32-821-2051FAX: 82-32-821-2055Cascade Australia1445 Ipswich RoadRocklea, QLD 4106AustraliaTel: 1-800227-223FAX: (07) 3373-7333Cascade New Zealand15 Ra Ora DriveEast Tamaki, AucklandNew ZealandTel: 9-273-9136FAX: 9-273-9137Cascade (Africa) Pty. Ltd.P.O. Box 625, Isando 160060A Steel RoadSparton, Kempton ParkSouth AfricaTel: 27-11-975-9240FAX: 27-11-394-1147Cascade-Xiamen No. 668 Yangguant Rd. Xinyang Industry Zone Haicant, Xiamen City Fujian ProvinceP.R. China 361026 Tel: 86-592-651-2500 FAX: 86-592-651-2571Cascade (Singapore) Trading Co.Four Seasons Park Autumn Block - Apt. 1802 12 Cuscaden Walk SingaporeTel: 65-834-1935FAX: 65-834-1936c。
N820港版说明书(机器一样)
NOTICEAbout Skin Sensing FunctionAbout Operating TimeThe continuous operating time of each mode is default.The time is not included under below circumstances:W hen the head or the head attached with cotton puffand back plate are not contacted with skin continuously T he cotton puff used does not contain enough toner T he actual operating time normally would be longer.Attention for UseMake sure to hold the main body of the product with your handtouching back plate and apply the head of the product to your skin. Otherwise, the product will not be operated.This product which is operated through the human body.T he electric circuit operates with skin in contact with the back plate and the head of the product.About Auto-off FunctionIf the product is not in operation around 5 minutes,the power will turn off automatically.There is an ending sound given and the product will turn off automatically when each mode is completed.Back plateFAQsNo.Questions AnswersQ1Tingling sensation is felt on the skin. Check the intensity level.If it is set on "High" level, press the level switchbutton to switch to "LOW" level.If toner in the cotton pad wears off, replenish it again.If you still feel uncomfortable on the skin, stop using the product immediately and consult adermatologist.Q2Can "CLEANSING"mode remove makeup? This product cannot remove makeup.Please use a makeup remover cleanser.Q3Will dirt be more easily removed by applyingmore force? Electric power is used for removing dirt and moisturizing. Thus, by applying more force, it will not make any difference.Gently apply to skin and massage slowly.Q4Cotton pad cannot be attached properly. Use a normal rectangular or round cosmetic cotton pad.(If the cotton pad is too thick or thin, it willnot be able to attach.)Q5Can the product be used in the bathroom? This product is not waterproof.Never use or place this product in wet and damp areas, e.g. bathroom.Q6Can I use milky lotion or gel? Milk-based lotion or gel can be used when using”MOISTURIZE” mode without cotton and ”MASK”mode.Please refer to the "About mode switching" in the"Preparation before use" section in the instructionmanual for details.Q7Does this product have whitening or blemishremoval function? This product is not for whitening or removing blemish.It will pull out fine dirt that remains deep in the pores and penetrate moisture into the skin.Q8Which regions are notsuitable to use this product? Please refer to the instruction manual for the list of regions.。
VIPER20_
PINS FUNCTIONAL DESCRIPTION DRAIN PIN: Integrated Power MOSFET drain pin. It provides internal bias current during start-up via an integrated high voltage current source which is switched off during normal operation. The device is able to handle an unclamped current during its normal operation, assuring self protection against voltage surges, PCB stray inductance, and allowing a snubberless operation for low output power. SOURCE Pin: Power MOSFET source pin. Primary side circuit common ground connection. VDD Pin: This pin provides two functions: - It corresponds to the low voltage supply of the control part of the circuit. If VDD goes below 8V, the start-up current source is activated and the output power MOSFET is switched off until the VDD voltage reaches 11V. During this phase, the internal current consumption is reduced, the VDD pin sources a current of about 2mA and the COMP pin is shorted to ground. After that, the current source is shut down, and the device tries to start up by switching again. - This pin is also connected to the error amplifier, in order to allow primary as well as secondary regulation configurations. In case of primary regulation, an internal 13V trimmed reference voltage is used to maintain VDD at 13V. For secondary regulation, a voltage between 8.5V and 12.5V will be put on VDD pin by transformer design, in order to stick the output of the transconductance amplifier to the high state. The COMP pin behaves as a constant current source, and can easily be connected to the output of an optocoupler. Note that any overvoltage due to regulation loop failure is still detected by the error amplifier through the VDD voltage, which cannot overpass 13V. The output voltage will be somewhat higher than the nominal one, but still under control.
SMD 20gers Digital Revolution Monitor 产品说明书
01527 07.05 - Rev. 00SMD 20 - SMD 20/F - SMD 20/ST--------Use exclusively cable entries certified according to standards EN 61241-0 EN 61241-1.Installation and Maintenance Rules for:STANDARD FEATURESINSTALLATIONDigital revolution monitor SMD 20The revolution monitor SMD 20 ismade in compliance with the regulations in force in the European Union and specifically with:Die-cast aluminum casing UNI 5076. IP65 protection. SMD20, in regards to the classification of zones according to the danger Stainless steel shaft on ball bearings, watertight with permanent lubrication, with FPM 75 Corteco ring for dust seal.Versions for assembly by direct connection, flange connection, support bracket.Electrical construction in compliance with EC Directives 73/23, 93/68 on low-voltage T est Report No. 04-09-97-C87 issued by Laboratorio Universitario di CompatibilitàElettromagnetica " Leopoldo Nobili " via Paterlini 10, Reggio Emilia, Italy.Noise level measured in open field: zero.Envisaged power supplies: 110/220 V 50/60 Hz - 24/48 V 50/60 Hz - 24 V DC.Use contact capacity: 5 A at 250 V AC.Field of use: 1 - 2800 rpm.SAFETY RULESAll the appropriate safety precautions must be taken when electrically operated equipment is used, in order to reduce the risk of fire outbreaks, electric shock and injuries to persons.-Keep the work zone clean and orderly. Accidents are more likely to occur in untidy areas and environments.-Before beginning work, make sure that the revolution monitor is in a perfect condition. Damaged or broken parts must be repaired or replaced by competent personnel authorized by the Manufacturer.-All verifications, inspections, cleaning and maintenance operations, part changes and replacements must be carried out with the revolution monitor disconnected and the plug removed from the power socket.-It is absolutely forbidden for children, unauthorized and/or inexpert persons to touch or use the digital revolution monitor.-Make sure that the electricity system complies with the laws in force. Make sure that the earthing is efficiently connected when the instrument is installed. Check to be sure that the power socket is suitable, that it complies -The revolution monitor must never be stopped by detaching the plug from the power socket. Moreover, never use the cable to pull the plug from the socket.-Periodically check to be sure thatthe cable is in a perfect condition and replace it if damage is discovered. This operation must only be carried out by competent and authorized persons. Only use extension cables of the permitted -Protect the cable against high temperatures, lubricants and sharp edges. Do not twist or knot the cable.-Do not allow children or unauthorized persons to touch the cable when the instrument is plugged in.Before installation, inspect the outer structure of the revolution monitor. If the units If this check reveals anything irregular, the revolution monitor must be sent to CAMLOGIC Snc to be restored to efficiency. CAMLOGIC revolution monitor can be allowing the power cable to be fixed in the most favourable position ( Fig.1 ).The unit can be mounted by a direct connection ( with M6 threading in the front machine to which the revolution monitor is connected. The type of connection can, however, be modified afterwards direct connection and this means that no modification is necessary. Connection to the spinning shaft is normally the revolutions can be installed so that the cable input is turned at 90° intervals,of one of these three options is determined by the structural characteristics of the since both the flanged type and bracket are fixed to the body of the revolution monitor by the threaded holes of the carried out through the coupling supplied by the Manufacturer. In any case, the coupling must be dimensionally part of the revolution monitor ), with flange connection or on a bracket. The choice type and marked.with the laws in force and that it has a build in automatic protection circuit-breaker.electrical material, EC Directives 89/336, 92/31 on electromagnetic compatibility withis remained stored for long period, check the free rotation of the shaft manually.installed in any position. The constructional characteristics of the unit that monitors ELECTRICAL WIRINGThe conductors forming the power supply and signal carriyng cable must have an adequate cross-section so that the current density, in each conductor, is no higher than 4 A/mm². One of these is used only for the earthing of the revolution monitor. The cross-section of the conductors must also be adequate in relation to the length of the cable used to avoid a drop in voltage along the cable over the values prescribed by the regulations on the subject. It is likewise reccomended to use flexible cables with an adequate outside diameter for the fair-leads used ( not supplied )to ensure a perfect seal of the cable clamp on the power supply and signal carriyng patible with the characteristics of the revolution monitor shaft and must allow a modest float to compensate for any misalignments in the installation.The joint furnished by the Manufacturer is not fit to power transmissions, it must be used only in the context of supply.S.n.c. di Pigozzi A. Amos & C.COSTRUZIONI MECCANICHE ELETTRICHEVia dell' Industria 12 - 12/A - 42025 CAVRIAGO - RE - Italy Tel. 0522942641 - 0522941172 - Fax 0522942643www.camlogic.it**************************0044of combustible dust explosion (EC Directive 94/9 EC), can be used in zone 21 or zone 22.- to control from 1 to 999 rpm with a complete field of use.- to control from 10 to 9990 rpm with field of use limited to max. 2800 rpm.for the 10 - 9990 rpm versionfor the 1 - 999 rpm version ----The user has to protect the rotating parts of the revolution monitor.-- hundreds - tens - unit -- thousands - hundreds - tens -OPERATIONMAINTENANCEWARRANTYInstructions Manual No. 01527 07.05 - Rev. 00By the terminal box there is the wiring plate ( Fig.2 ) which has printed on it thewiring diagram for the power supply and use of the revolution monitor.CAUTION: There is a screw in the terminal board compartment which is used forthe earthing the revolution monitor. This screw must be connected to the yellow-greenconductor ( only green for the USA ) of the power cable.The ground connection of the revolution monitor, through the yellow-green conductor,Always check that the mains voltage and frequency correspond those given up on the plate of the revolution monitor before powering up.For connections to the terminal board use fork cable terminals; for the ground connection use an eyelet cable terminal.After having been powered, the revolution monitor starts by lighting the led and energizing the relay for ten seconds. This allows the controlled machine to reach operating rate and to keep the relay energized if the number of revolutions to check has been correctly entered. The relay switch contact is commutated ( led on ) for detected revolutions of the value entered ( Set-point ) on the selectors ( Fig.2 ) or higher. If the revolutions are less than the Set-point, the relay is released with contact commutation to the hold position and led off. The detected number of revolutions is updated every two seconds, corresponding to the maximum energizing delay time of the relay when the Set-point is reached.The Set-point is set on the selectors ( Fig.2 ) indifferent ways, depending on the version:CAMLOGIC revolution monitors need no routinemaintenance. Possible extraordinary maintenance isrestricted to replacing parts that are deterioratedby use. The unit must not be lubricated; theshaft, the only moving part, is mounted on ballbearings with permanent lubrication.CAMLOGIC Snc, in addition to the terms of thesupply c ontract, g uarantees i ts p roducts f or a p eriodof t wenty-four (24 )m onths f rom t he d ate o f s hipment.This warranty is expressed only in the repair orreplacement f ree o f c harge o f p arts t hat, a fter c arefulexamination by the Manufacturer, turn out to bedefective. Warranty, excluding all liability for director indirect damage, is considered to be restrictedto only defects in materials and has no effect ifthe parts returned turn out to have been anyhowdismantled, tampered with or repaired by anyoneother t han t he M anufacturer. W arranty l ikewise e xcludesdamage deriving from negligence, carelessness,bad o r i mproper u se o f t he r evolution m onitor, o r f rombad handling by the operator and faulty installation.Warranty is moreover forfeit if non-genuine spareparts h ave b een u sed. A r eturned r evolution m onitor,All the information contained in this manual is confidential and no part of it may be disclosed without written authorization from CAMLOGIC Snc.This manual, even after the sale of the revolution monitor, is lent and remains the property of the Manufacturer. The revolution monitor is produced in two versions:When the revolutions drop below the entered value, the relay de-energizing delay is two seconds at most.even i f u nder w arranty, m ust b e s hipped c arriage f ree.DECLARATION OF CONFORMITYThe manufacturer CAMLOGIC Snc declares, under its own responsability, that the product SMD 20/.. answers to theNotified corporate body that releases the examination TÜV NORD. Certificate number TÜV 11 ATEX 386761. Corporate body entrusted of the periodic overseeing TÜV NORD ALLEGATO IV.II 2D Ex tD A21 IP65 T87 °CMarking :present for the external ground connection executable with a screw M5 and an eyelet cable terminal.The external earthing has to be carried out by the installator.The equipment has to be protected against impact and electrostatic.The user has to protect the equipment circuits with fuses against short circuit.The max. surface temperature considered is without dust and not safety distance.On the external revolution monitor casing side, placed side by side to the cable inlet, a second connection point is is compulsory.-Potential differences among instrument earthing and machine earthing must not exist because the joint creates isolation.The permitted range ambient temperature is -15 °C < T amb < +60 °C.01527 07.05 - Rev. 00 SGC2010。
HCT-20说明书
HCT 系列微机控制器是集多年的应用经验，结合先进的微机 控制单元设计制造的高性能，高可靠，多用途的新一代电梯控制 系统。
注意
用户在使用本系统时应严格按照国家电梯标准的要求进行作业。 说明书中的符号和框图可能有更改，用户应以随机原理图为准。
一楼内招灯 二楼内招灯 三楼内招灯 四楼内招灯 五楼内招灯
端子号
Y26
Y27 Y30 Y31 Y32 Y33 Y34 Y35 Y36 Y37 Y40 * Y41 Y7 YA5 COM
说明
检修灯
下行箭头 上行箭头 七段码 G 七段码 F 七段码 E ； 七段码 D ；BCD 码 D 七段码 C ；BCD 码 C 七段码 B ；BCD 码 B 七段码 A ；BCD 码 A 显示-1，-2 时的-信号 延时按钮灯 蜂鸣器
J22
3A 爬行
双速时是停车二级减速接触器； 变频时是爬行速度段
J23 共线 COM4
双速时与 COM1 短接； 变频时与变频器共线短接
端子号
CM1 Y10 Y11 Y12 Y13 Y14 Y15 Y16 Y17 Y20 Y21 Y22 Y23 Y24 Y25
说明
输出继电器共线 超载点灯
五楼外招下行灯 四楼外招下行灯 三楼外招下行灯 二楼外招下行灯 四楼外招上行灯 三楼外招上行灯 二楼外招上行灯 一楼外招上行灯
s6：设定目标层 （机房呼梯） 自动时,门锁闭合情况下按 K2 设定目标层，K4 确认可以在机房呼
梯
s7：减速控制方式 参数 F31；0：时间； 1：位置； 2：脉冲
s8：电梯当前处在的层楼
拨码开关 SW 定义
SW1 SW2 SW3 SW4
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z 亮度/删除键： 预拨号、翻查或计算器状态下，为删除作用；菜单设置中为返回功能，在设置状 态菜单项时为退出功能；在铃声、音量设置时为退出功能；在翻查状态下长按该键 3 秒可删除所
有的来电或去电号码；在待机状态下按该键进入亮度调节功能,LCD 显示“LCd 3”，连续按该键
可循环 5 级调节，默认第 3 级。
翻键可选择设置项，LCD 同时显示对应的设置项。再按设置键进入该项设置。在某项设置完 成以后，按设置键确认，进入下一项设置。设置中按删除键返回上一设置状态。设置中按
退出键直接退出待机状态。
具体设置项目如下： ① 日期时间
设置 LCD 提示“SEt 1 DAtE”，按设置键确认。进入日期/时间设置后，依次为 年、月、日、小时、分钟的设置。如年的设置时“09”显示闪烁，按上翻键下翻键修改，按
使用 如果设置了闹钟功能启动，则会按时响闹1 分钟，按任意键取消响闹。若响闹时 提叉簧（HKS为高电平）则挂机一秒后再摘机。如到达预定响闹时间时，话机正处于摘机、 响铃、来电未接（振铃停止6S 内）等，此次响闹将被自动取消。 2、IP功能
存入：在提机或挂机状态下，按存储键显示“INPUt CODE”此时输入号码后，再按IPx 键将号码存储到对应的IP键上，LCD会显示“SAVE”表示存储成功。当话机锁0 或全锁时，
有
D91
有
D90、D91
都无
D92
有
D93
有
D92、D93
都无
无
D94
有
无
D95
有
无
D96
有
无
D97
有
二极管连接图：
功能 固化脉冲拨号 固化音频拨号 默认音频拨号 有防盗功能 无防盗功能 默认无防盗功能 脉冲断续比 60：40 脉冲断续比 66：33
PT-10PPS
PT-20PPS F1=600mS F1=300mS 有闹钟菜单 无闹钟菜单
z IPx 键：32 位 IP 号码记忆键。摘机或挂机按此键自动拨出所存号码（显示“IP1”或“IP2”）,
未存号码无显示。也可设其中一组为自动 IP。
z 存储键：挂机或摘机状态下按该键进入号码存储状态,LCD 显示“INPUt COdE”，此时按数字键 输入要存储的号码，再按对应的 Mx 键或 IPx 键即可存储号码,存储成功 LCD 显示“SAVE”。
设置键确认进入月的设置，修改方法与年的设置相同，再按设置键可依次修改日、小时和 分钟。小时和分钟的设置分十位和个位分别设置。按设置键确认。分钟个位设置时话机会 自动清秒。
使用 FSK 来电可自动刷新当前日期时间，DTMF 来电不会刷新当前日期时间。年份 需自行设置。 ② 5 位本地码
设置 LCD 提示“SEt 2 COde”，按设置键确认，LCD 会显示“COdE –---”，
为÷号功能。
z 铃声键：挂机状态为铃声类型选择功能,LCD 显示“riNg 01” ，连续按此键可 24 首铃声循环
设定，或配合上翻键下翻键设定；计算器状态为÷号功能。
z Mx 键：16 位号码记忆键。挂机下按此键，显示所存号码，未存号码显示“NO COdE”，摘机即
号码拨出；或摘机下按该键即拨出所存的号码。
×
×
7
8
9
C3
M4
保留/铃声 ÷
R
追拨/回拨 来电查询
加 O 回拨
÷
铃声 ÷
*/. 0 #/=
M1~M4 键，描述中简称为 Mx 键；F1~F3 键，描述中简称为 Fx 键；IP1、IP2 键，描述中简称为 IPx 键。
功能键说明 z 计算键：在挂机或摘机时，按该键进入计算器状态，可进行 10 位以内的＋、－、×、÷算术运
算。进入运算时显示“ 0”，直接按数字键和符号键(小数点*/.键，等号#/＝键)进行算术计算。
小数点 LCD 显示“ _”,计算溢出显示“ E”。计算状态时可按删除键修改，按计算键退出。
z 音量/贵宾键：在挂机状态下按此键进入铃声音量循环调节,LCD 显示“riNGVOL 4”；免提时为 免提音量调节,LCD 显示“HFVOL 2”；铃声音量为 5 级(包括 1 级铃声渐强,LCD 显示“CrESc”)
一：功能简介
z FSK、DTMF 来电显示，自动识别 z 两种 LCD 显示模式
1） 12 位小玻璃和万年历玻璃显示 2） 16 位小玻璃显示
● 动态来电号码记录：
FSK 最大 8 位 57 组、12 位 44 组、16 位 36 组 DTMF 最大 8 位 65 组、12 位 49 组、16 位 39 组 z 去电号码及通话时间记录：8 位 16 组、12 位 9 组、32 位 5 组 z 实时日期及星期显示 z 24 首铃声选择，1 首贵宾铃声 z 按键设置振铃音量及免提音量 z 按键设置 LCD 亮度 5 级可调 z 软件与硬件设置电子防盗与 P/T z 机械锁锁 0 或全锁（开放 110，112，119，120，122，200，800） z 键盘 300、600、1000msFLASH 和硬件 600/300msFLASH 可选 z 110ms R 键 z 4 组 16 位号码存储键 z 2 组 32 位 IP 号码存储键，其中任一组可设为自动 IP z 1 组 24 小时闹钟设定 z 内置音乐 HOLD 功能，并机提机自动解除 z 自动追拨，拨通回铃 z 10 位计算器 z 在忘记收线或挂机不好时，自动收线（线路无杂波干扰下） z 新来电指示灯控制 z 背景灯指示灯控制
z 下翻键：挂机或摘机按此键进入来电信息查询状态，显示最当前时间的来电记录信息，连续按此
键则依次显示至最早时间的来电记录信息。铃声设置和菜单设置项时为对应数字下翻项选择，时 间设置时为时间下减功能。
Rev:V1.0
-3-
深圳市大开实业发展有限公司
TEL
三、功能选项设置
1、二极管功能设置
二极管
D90
按设置键确认，进入本地区号的设置，此时直接按数字键输入本地码, 按删除键可删除输
入号码，后按设置键确认。如显示“COdE –0755”，表示本地码为0755。
使用 来电不显示与设置匹配的本地码，如本地码为0755，来电是075512345678，则
只显示“12345678”。
③ 2 位出局码
Rev:V1.0
Rev:V1.0
-1-
深圳市大开实业发展有限公司
TEL
二：键盘图
HK20 芯片使用手册
GND
R0
R1
R2
R3
R4
R5 R6 R7
C0 M1
F2 /退出
IP1 免提
上翻 －
设置 ÷
1
2
3
C1 M2
F3 /退出
IP2
重拨 /暂停
下翻 ＋
亮度 /删除
4
5
6
C2 M3
存储
计算
F1 /退出
去电查询 音量/贵宾
¾ 两组 IP 键·························适合更多用户需求
¾ 新来电指示灯控制··················不漏接每一个来电 ¾ 自动收线功能······················更多智能人性化
深圳市大开实业发展有限公司
地址：深圳车公庙泰然工贸园 210 栋东座 5C 电话：0755-88839818 88839828 88839838 传真：0755-83415009 E-mail：sales-a@
z 去电查询键：挂机或摘机时按此键进入去电信息查询功能；计算状态时为“×”法运算。
z 来电查询键：挂机或摘机时按此键进入来电信息查询功能；计算状态时为“÷”法运算。
z 上翻键：挂机或摘机按此键进入来电信息查询状态，显示最早时间的来电记录信息，连续按此键
则依次显示至当前时间的来电记录信息。铃声设置和菜单设置项时为对应数字上翻项选择，时间 设置时为时间上加功能。
TEL
HK20 芯片使用手册
HK20 来电显示芯片
HK20 来电显示芯片是我司继 HK6508、HK108 系列芯片以来，又一款电 话机应用主导芯片。 集多年经验与各生产厂家之共同需求，以电路精简、 功能实用、应用灵活为宗旨，打造完美电话机应用方案。
本芯片支持 PVC 碳膜键盘，省掉了振铃检测外围电路，且外线检测电 阻开路，仍可接收来电。
HK20 芯片使用手册
手动设置 长按*键无效 长按*键无效 长按*键设置有效 长按#键无效 长按#键无效 长按#键设置有效
－ －
－
－ － － － －
FLSE
R6 F1=300 D96 R7 无闹钟 D97
D95
R5 20PPS
R4 MB66:33 D94
R3 无防盗 D93
D92
D91
D90
R2 防盗
完美方案
HK20 来电显示芯片
¾ 机械锁控制，无需二极管············降低成本 ¾ 选用 12 位 LCD 时，LCD 选项脚悬空····帮线更少 ¾ 多种 FLASH 时间选择，无需二极管····用料更省 ¾ 无振铃检测电路,超大铃声···········适合挑剔用户 ¾ 解决外线电阻开路问题··············适合更多使用环境 ¾ 支持 PVC 碳膜键盘··················成本更低 ¾ 厂家常规使用无需元件选项功能······成本再次降低 ¾ 超简化菜单························方便灵活应用
-5-
深圳市大开实业发展有限公司
TEL
HK20 芯片使用手册
设置 LCD 提示“SEt 3 PCOdE”，按设置键确认，LCD 会显示“ PCOdE --”，按设
置键确认，进入出局码的设置，此时直接按数字键输入，按删除键可删除输入号码，后