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IPC全自动切割机中文操作说明书B&T-中文操作说明书-IPC005-20110313目录1. INTRODUCTION 介绍 (4)1.1. Scope 概述 (4)1.2. Document Overview 文档概述 (4)1.3. Referenced Documents. 参考文献 (4)1.4. Document Location 文档位置 (4)2. SAFETY. 安全 (4)2.1. Lifting and Transport 提起和转移 (5)3. MACHINE SPECIFICATIONS 设备规格 (6)3.1. Description 描述 (6)3.2. Specifications 规格 (7)4. INSTALLATION 安装 (7)4.1. Mechanical 机械 (7)4.2. Electrical Connection 电气连接 (8)4.3. Pneumatic Connection 气源连接 (8)5. HARDWARE 硬件 (9)5.1. Front Operator Panel 前操作面板 (9)5.2. Control Panel Switch Descriptions 控制面板开关描述 (9)5.2.1. EMERGENCY STOP 紧急停止 (10)5.2.2. SAW START 锯片旋转开始 (10)5.2.3. SAW STOP 锯片旋转停止 (10)5.2.4. CUT 切割 (10)5.2.5. HALT 暂停 (10)5.2.6. RETRACT 退刀 (10)5.2.7. SLAB/CORE 板样/芯样模式 (10)5.2.8. XENON W ARNING FLASHER 安全警告灯 (10)5.3. Traversing Position Sensors 横向位置传感器 (10)5.4. Pneumatic Material Clamps 气动夹具 (12)5.5. Guide Fence (12)5.6. Cutting Depth 切割深度 (13)5.7. Main Control Enclosure 主控制箱 (14)5.7.1. Cutting Speed Control 切割速度控制 (14)5.7.2. Dynamic Saw Braking 动态锯片制动 (15)5.8. Recirculation Pump 循环水泵 (16)6. OPERATING PROCEDURE 操作步骤 (16)6.1. Normal Cutting Procedure 常规切割步骤 (16)6.2. Operating Notes 操作提示 (17)7. MAINTENANCE 保养 (17)7.1. General 一般保养 (17)7.2. Pump Unit 水泵 (17)7.3. Table Base 台座 (17)7.4. Guide Fence 引导栏 (17)7.5. Base Tank 台座水槽 (17)7.6. Saw Blade 锯片 (18)7.6.1. Inspecting 检查 (18)7.6.2. Changing Saw Blade 更换锯片 (18)8. TROUBLESHOOTING 故障排除 (19)9. USER-REPLACEABLE PARTS 用户可更换部件 (20)10. WIRING DIAGRAM 连线图 (20)1. INTRODUCTION 介绍1.1. Scope 概述This document provides the necessary information for the customer to operate and maintain the IPC Global Automated Saw. 本文介绍IPC公司生产的自动切割机的操作和保养。
V 16-32
视频分配器说明书
一、特点：
16路视频输入、32路视频输出,1分2系列视频分配器,具有过压保护功能，信号放大功能和单元路隔离功能，路与路之间不干扰。
二、技术指标：
供电功率：A V220V 50Hz
耗电功率：5W
保险：2A (FUSE)
输入信号：0.5VP-P~2.0VP-P 复合视频信号：1 6个75ohm BNC
输出信号：0.5VP-P~2.0VP-P 复合视频信号：32 个75ohm BNC
频宽：20MHz （±3db 10Hz~10MHz)彩色兼容
信噪比：-65DB
表面颜色：亮灰
样式：台式
尺寸：435mm×185mm×55mm
温度：0℃—49℃
重量：2KG
三、操作使用：
将CCD摄像机送来的视频信号接入分配器各路的IN，由各路的OUT 输出，分别用Q9头接到视频信号通道。
打开电源开关即可处于工作状态。
四、前面、后面板示意图：
VIDEO
DISTRIBUTOR
FUSE POWER。
画面分割器使用手册目录一、安全注意事项二、画面分割处理器特性三、安装四、前面板按键操作使用五、后面板功能说明六、模式切换功能设置(四画面有效)七、模式切换功能设置(适用于9 16画面)八、电脑软件控制说明九、画面分割通信格式(一) 安全注意事项注意！手册中所列为出版之前时的信息，制造商保留更改和改进其他产品的权利，所有参数如有更改，恕不通知。
安装场所为了确保画面分割处理器使用安全并且获得满意的性能，在安装机器时，需要考虑下述情况：1.远离高温的热源和环境。
2.为了确保画面分割处理器的正常散热，应避开通风不良的场所切勿堵塞分割处理器的通风口。
此款分割处理器两侧有通风口，画面分割处理器安装时，其后部两侧应距离其他设备或墙壁5CM以上以利于散热。
3.分割处理器应水平安装，避免安装后会剧烈震动的场所。
4.避免在过冷、过热的场所间相互搬动机器，以免机器内部产生结露，影响机器的使用寿命。
5.切忌勿用湿手触摸电源和机器。
6.勿将液体溅落在画面分割处理器上，以免造成机器内部短路或失火。
7.勿将其它设备直接放置于本机上部。
8.在工程安装时请连接好地线，以免造成雷击主芯片损坏。
9.画面分割处理器有故障时，为了避免损坏，请勿自行拆开机壳，必须委托有资格的专业维修人员在指定的维修单位进行维修。
10.不要使用功率不匹配的电源变压器来作本机器的电源供应。
11.为了防止电击和失火，请勿将本机器放置到雨淋或潮湿的场所。
在使用前请阅读和研究此手册中的所有指示和注意事项！此手册和原有销售单据保留，以便将来必要的维修时之用。
拆开包装后，检查是否遗失或损坏如果发现任何遗失或损坏，请不要安装或操作此产品，应尽快同代理商联系。
二、画面分割处理器特性画面分割处理器特性1.彩色，黑白摄像机兼容，NTSC/PAL标准视频源，无需视频同步。
2.全实时、高画质画面分割器3.主监视器允许多画面或单画面输出。
4.屏幕显示，包括日期、时间、报警、视频丢失和各摄像机标题（10个字符）。
目录（一）安全注意事项 (2)（二）画面处理器特性 (2)（三）安装 (3)（四）前面板按键操作说明 (3)（五）后尾板功能说明 (4)（六）菜单 (4)（七）外接报警接口说明 (8)CatalogⅠ Safety Consideration (9)Ⅱ The Properties of the Picture Processor (9)Ⅲ Installation (10)Ⅳ Front Panel Buttons Operation Instruction (11)Ⅴ Back Tail Panel Functions Instruction (11)Ⅵ Menus (12)Ⅶ External Alarm (16)（一）安全注意事项注意！手册中所列为出版时的信息，制造商有保留更改和改进其产品的权利，所有参数如有更改，恕不通知。
安装场所：为确保画面处理使用安全并且获得满意的性能，在安装机器时需要考虑下述情况：¾远离高温的热源和环境；¾避免阳光直接照射；¾为确保画面处理器的正常散热，应避免通风不良的场所，切勿堵塞处理器的通风口，此款处理器安装时，其后部及两侧应距离其它设备或墙壁5cm以上，以便于散热；¾处理器应水平安装；¾避免安装在会剧烈振动的场所；¾避免在遇冷遇热的场所相互搬动机器，以免机器里面产生结露，影响机器的使用寿命；¾切记勿用湿手触摸电源和机器；¾勿将液体溅落在画面处理器上，以免造成机器内部短路或失火；¾勿将其它设备直接放在本机上部；¾在工程安装时请先连接好底线，以免造成静电或雷击把主芯片损坏；¾画面处理器有故障时，为进一步避免损坏，请勿自行拆开机壳，需委托有资格的专业维修人员在指定的维修单位进行维修；¾不要使用功率不匹配的电源变压器来做本机的电源供电；¾为了防止雷击或失火，请勿将本机放置到雨淋或潮湿的场所。
most demanding needsM icrocontrollerPrecision AnalogSecurityLow-Power OperationIndustry's best securitytechnology to protect money, software IP, or secret dataWorld-class low power and high performance to make today’s battery-powered equipment run faster and longerPrecision analog to support complex, mixed-signal embedded applicationsMaxim is a registered trademark of Maxim Integrated Products, Inc. © 2009 Maxim Integrated Products, Inc. All rights reserved.Give your customer months of extra time 16-bit MAXQ® µCs greatly extend battery life in portable equipment The MAXQ610 is designed for low-cost, high-performance, battery-powered applications. This 16-bit, RISC-basedconsumption. Its anticloning features and secure MMU enable you to protect your IPMicrocontroller• 16-bit MAXQ RISC core• 64KB flash memory, 2KB SRAM• Ultra-low supply current• Active mode: 3.75mA at 12MHz• Stop mode: 200nA (typ), 2.0µA (max)• Wide, 1.7V to 3.6V operating voltage range • IP protection• Secure MMU supports multiple privilegemaster/slave • Two 16-bit timers/counters• 8kHz nanoring functions as programmable wakeup timerMaxim’s line of low-power µCs are designed to specifically address the most pressing demands on today’s battery-powered electronics. These µCs extend battery life, enable advanced feature sets through higher performance and integration, and allow small form factors with reduced footprint solutions.KEYPAD MATRIXGPIOsSECURE, 16-BIT MAXQ COREMAXQ610Supports capacitive touch or pushbutton matrixDirectly drive IR transmission up to 25mA Operates down to 1.7V—ideal for 2AA/AAA batteries!Learning or fixed-function remoteApplication focus: Universal remote controlsMaxim now offers the widest range of devices with integrated infrared drivers and timers for IR communications, due to its acquisition of the Classic IR and Crimzon ® lines from Zilog. Combined with the unmatched ability to extend battery life and integrate multiple features, Maxim’s µCs are the ideal choice for remote-control designs.Need a PCI 2.0 silicon provider?Look no furtherThe universal secure integrated platform professional IC (USIP™ PRO) is the industry’s highest performance, most secure 32-bit MIPS® microprocessor. It supports Linux® operating systems and enables next-generation EMV® and PCI PED-compliant applications.With the acquisition of Innova Card and the secure transaction Zatara® product line from Zilog, the secure µC product line from Maxim now offers the broadest range of products for the high-security, financial-terminal market. Combining Maxim’s high-security silicon technology, Innova Card’s application knowledge and support, and Zatara’s impressive integration, Maxim now has the best knowledge, technology, and products to support the most demanding security applications.Secure microcontrollersIndustry’s fastest, most secure ARM®-based SoC µC meets PCI 2.0 requirementsIntegrates security and application-management functions needed for the next generation of trusted devicesEXTERNAL BUS CONTROLLERLowest pin count, secure µC for financial-terminal applicationsSmallest footprint available for applications that require a high level of physical and logical security32-bit µC integrates security supervisor and cryptographic functionsIdeal for any application that requires PCI, FIPS 140-2, Common Criteria, or other security certificationsElectricity meter or power analyzer? Electricity-metering AFE combines watt-hour and VAR-hourmeasurement with sophisticated power analysisThe MAXQ3180 AFE is deceptively simple: an 8-channel ADC combined with asingle-cycle, 16-bit RISC core to create a complete electricity-metering AFE. But whatsets the MAXQ3180 apart from other AFE devices is the set of algorithms embeddedalso aAlphanumeric LCD for display of many metercharacteristicsMAXQ2000 supervisoryMCU with JTAG programming and debugThree voltage and current-phase inputs,plus connections formeter pulses and EIA-485 communicationInfrared communicationfor contactless readingand configurationRS-232 for readingand configurationduring bench test andcalibrationTransformer-basedcurrent sensing providesbetter than class 0.5accuracy (0.5% over theoperating range)AB214MAXQ3180 reference designHow the PCB is routed can make the difference between an exceptional electricity meter design and a merely acceptable design. Maxim has years of experience in successful analog layout and can help you design an exceptional electricity meter on your first pass. Our engineering team can review your MAXQ-based design to ensure your product’s performance.Metering microcontrollers9Innovative chipset solution reduces BOM in polyphase energy metersKeeps phases isolated without bulky, expensive current transformersis keeping the phases isolated from one another and from external connections. and its Manchester-encoded inexpensive capacitors rather than bulky current transformers without compromising accuracy U S E R M A X Q C O R E64KB CODE FLASHSERIAL (2)TIMERS (2)GPIO RTC2KB DATA RAM MAXQ3108USER CORESource code and schematics availableDesign files for the MAXQ3108/DS8102 reference design meter are available. These files include schematics, bills of material, and complete source code written in C. In addition, our support team can help you integrate the MAXQ3108 and DS8102 into your own design. Contact your sales representative for more details.Metering microcontrollersGive your customers a steady hand16-bit µC has optical image stabilization to self-correct for higher image qualityThe MAXQ8913 provides a complete dual-axis optical image stabilization (OIS) solution for digital and cell-phone cameras. This µC integrates data converters, operational amplifiers, and various communications ports, making it ideal for all-in-one servo loop control by supporting both voice-coil and stepper-motor applications.GYRO GYROTEMP SENSORAMPACTUATORSENSORPITCHLENS MODULEYAWAMP ACTUATORSENSORHand vibrations in pitch and yaw axes are captured by gyros Sensors feed lens adjustment data back to MAXQ8913l ee n ce d e s i g nOP AMPSThe seamless integration of analog peripherals with the 16-bit, single-cycle MAXQ RISC core and various digital peripherals makes our mixed-signal µCs' performance-to-power characteristics the industry’s best among 16-bit µCs.Mixed-signal microcontrollers11TEMP SENSOR 12-BIT DACMAXQ7666MAXQ7670MAXQ7666MAXQ7670MAXQ PROCESSORSPILIN UART10-/12-BIT ADC16 x 16 MACCAN 2.0B1 OR 3TIMERSGPIO JTAGPGAM U XM U XMAXQ7666MAXQ7670Revolutionary integration enables small sensor conditionersIntegrated µC and high-performance analog circuitry reduce footprint by up to 80%, decrease cost, improve signal integrity, and accelerate sensor developmentThe MAXQ7666/MAXQ7670 are complete, integrated solutions for processing small-amplitude analog-input signals, such as those from anisotropic magnetoresistive (AMR) or other sensors producing small, sensor-output signals. Applications include automotive steering-angle and torque sensors, CAN-based automotive and industrial sensors, and industrial control.Features• Up to 8 single-ended or 4 differential ADC channels with on-chip input multiplexer • High-precision PGA• Fast, 16-bit MAXQ µC with 16 x 16 MAC• Flexible CAN 2.0B, LIN/UART, and SPI interfacesBenefits• Reduce BOM cost by 30% to 40%• Allow efficient, on-chip numerical computation • Include a variety of interfaces for automotive and industrial usePartFlash Size (KB)Temp Range(°C)PackageMAXQ7666BATM+*16 (8k x 16)-40 to +12548 TQFN-EP (7 x 7)MAXQ7670ATL+64 (32k x 16)40 TQFN-EP (6 x 6)Small Package (mm x mm)*Contact factory for availability.The continuing demands to enhance automotive safety and improve fuel economy are driving the need for increased electronics content. This, in turn, is increasing the number of µCs and sensors required to meet these demands. Maxim enables automotive electronics suppliers to meet the demands for collision detection and drive-by-wire steering by integrating the analog electronics with the µC, thus providing an intelligent interface to the sensor.Microcontroller-based sensor interfacesYes, we make that...。
概述本文档将介绍一种基于HDMI的画面分割器方案，它可以将一个HDMI输入信号分割成多个输出画面，同时保持高质量的视频和音频传输。
该方案适用于监控系统、会议室展示以及多屏幕显示等应用场景。
方案组成该方案由以下几个核心组件组成：1.HDMI输入设备：用于发送HDMI信号。
2.HDMI分割器：接收HDMI信号并将其分割成多个输出信号。
3.HDMI输出设备：用于接收和显示分割后的画面。
分割器工作原理HDMI16画面分割器是一种硬件设备，它的工作原理如下：1.HDMI输入设备发送HDMI信号。
2.HDMI分割器接收到HDMI信号后，对信号进行解码和分割处理。
3.解码和分割后的信号分别发送到不同的HDMI输出设备。
4.HDMI输出设备接收到信号后，将其显示在屏幕上。
方案特点该方案具有以下特点：高清画质HDMI信号是一种数字信号，它可以传输高质量的视频和音频。
因此，使用HDMI16画面分割器方案可以保证分割后的画面依然具有高清的画质，并且不会出现画质损失。
多路分割该方案支持将一个HDMI信号分割成多个输出信号，最多可以分割成16路。
这意味着用户可以将一个输入信号显示在多个屏幕上，实现多画面显示的效果。
灵活布局分割器方案支持灵活的画面布局，用户可以根据需要选择不同的分割模式，如1x2、1x4、4x4等。
这样用户可以根据场景需要自由组合屏幕布局，满足不同的显示需求。
简单易用HDMI16画面分割器方案操作简单易用，只需要连接输入设备、输出设备和分割器，即可实现画面分割效果。
对用户而言，无需专业技术支持，即可快速完成部署。
应用场景HDMI16画面分割器方案具有广泛的应用场景，主要包括以下几个方面：监控系统可以将一个监控摄像头的画面分割成多个输出信号，并通过不同的显示设备进行显示。
这样一来，监控人员可以同时监控多个监控画面，提高监控效率。
会议室展示在会议室中，可以将主讲人的演示画面分割成多个信号，并将其显示在不同的投影设备上。
16路视频+1路数据视频光端机Use’s Reference Manual用户手册广州汉信通信设备有限公司适合型号：HS-VDT/T1601011版本号：27修订日期：2008-1-3致用户：感谢阁下使用本公司产品。
请在使用本产品前，仔细阅读用户手册，并妥善保管，以备参考使用。
警告1、请勿让本产品淋雨或受潮，以免造成性能下降或损坏。
2、安装本产品前请核对型号，并按用户手册要求安装。
目录第一章产品简介 (1)§1.1功能 (1)§1.2主要特点 (1)§1.3参数及指标 (2)§1.4工作条件 (3)§1.5外形尺寸 (3)§1.6包装 (4)第二章安装说明 (5)§2.1前后面板分布 (5)§2.2指示灯 (5)§2.3电源部分 (6)§2.4光接口 (6)§2.5视频信号接口 (6)§2.6异步数据接口 (7)第三章安装步骤 (8)第一章产品简介§1.1 功能数字光端机（以下简称本产品或光端机）是一系列全数字化的高速光纤传输产品。
它使用了先进的高速光纤通信技术、数字视频技术和数据通信技术，并采用高可靠性的大规模专用集成电路和表面贴装工艺，是当前使用于远程高分辨率实时视频监控的最先进的传输产品之一。
本系列产品均由光发射机和光接收机组成，最多可同时传输1-16路演播级正向视频信号、1路反向数据。
§1.2 主要特点⏹工业级设计、SMT工艺⏹全数字光纤传输平台、同平台多业务灵活配置⏹可提供台式，集中插卡式机架2种方式⏹自主知识产权大规模专用集成电路核心⏹单纤传输，可选双纤⏹可提供1路异步数据，传输速率可达到115.200Kbps以上⏹异步数据可为RS232/RS485/RS422/ Manchester码⏹PAL/NTSC/SECAM全制式兼容，演播级传输质量§1.3 参数及指标⏹光纤接口接口FC, SC(可选)传输距离0~120Km(单模光纤,可选)0~2Km(多模光纤, 可选)注意: 传输距离与实际使用光纤的损耗以及其它影响光纤线路质量的指标有关,因此实际传输距离可能全与本项指标有出入。
