MAC 800培训
chroma8000培训资料
故障排除手册
01
02
03
故障现象
列举了设备可能出现的故 障现象和原因
故障排除流程
详细描述了设备故障排除 的步骤和注意事项
故障预防措施
总结了设备故障的预防措 施和日常维护建议
05
相关资料
产品系列比较
chroma8000与其他类似产品比较
从性能、功能、价格等方面进行全面比较，方便客户进行选择。
chroma8000不同版本之间的比较
选择测量模式
在软件主界面上选择合适的测量模式，如透射光谱、反射 光谱等。
设置测量参数
在软件主界面上对测量参数进行设置，如光源、扫描范围 、分辨率等。
进行测量
点击“开始测量”按钮，等待光谱仪完成测量，测量结果 将自动显示在软件主界面上。
数据处理与分析
在软件主界面上对测量数据进行处理与分析，如绘制光谱 曲线、计算透过率或反射率等。
在测量前先进行标准样品的测量，以验证仪器和参数设置是否 正确。
02
在测量过程中，保持样品表面清洁和均匀照明，以减小误差。
在数据处理时，可以通过软件提供的曲线拟合功能对光谱曲线
03
进行更精确的拟合。
03
技术参数
硬件规格
处理器
Chroma8000使用高性能的X86处理器，频率从 1.8GHz到2.6GHz。
广泛的色彩空间支持
Chroma8000支持多种色彩空间，包括RGB、CMYK、 LAB和XYZ等，可以满足不同行业和应用领域的色彩测 量需求。
用户友好的操作界面
Chroma8000配备了直观、易用的用户界面，使得操 作简单方便，即使是非专业人员也可以快速掌握使用方 法。
多样化的输出格式
Control IT AC800F 培训资料.IndustrialIT全能综合型分散控制系统
10/100Base2（细同轴电缆）、10/100Base5（粗同轴电缆）、10/100BaseFL（光纤电缆）等不同传输 介质对应的通讯距离分别为 100 米、180 米、500 米、4500 米（多模光纤）、30 公里（单模光纤）。 可以选用网络集线器和交换机以提高网络性能、实现星型冗余以及扩展网络规模和通讯距离。 DigiNet S 的特点如下：
4、IndustrialIT工业过程控制级
控制功能概述 IndustrialIT控制系统网络上用于执行工业过程控制应用程序的节点为： PS：即现场(过程)控制器
PS 是基于开放的国际标准 Fieldbus（现场总线）技术的工业控制器，现场过程仪表可直接或借 助于 Fieldbus 远方 I/O 经由现场总线与 PS 进行数字通讯，从而节省电缆和施工费用。
2、IndustrialIT系统通讯
IndustrialIT系统使用国际标准工业总线。现场控制器支持Profibus、FF、ModBus、Can等各种国 际标准现场总线，Profibus是目前世界上应用最广泛的开放型现场总线国际标准，分为FMS、DP及PA 三级，DP通讯速率可高达 12Mb。Profibus用于连接分布式I/O站及现场总线仪表等智能设备。
现场控制器 PS 供电单元 每个现场控制器 PS 都有自己的供电单元，卡件所需 5VDC/5A 工作电源及 3.3VDC/5A 辅助电源由
PS 供电单元 SA801F/SD802F 供给。供电单元具有开路、过载及短路保护功能，输出稳定、残留谐波 小。如果发生掉电，它将在 5ms 内产生一个电源故障信号供 CPU 进行应急处理，并继续维持输出电压 20ms。一但供电恢复，系统和控制程序会强制重启动。
chroma 8000培训资料
chroma 8000培训资料Chroma 8000培训资料是一套精心编制的培训材料，它是为提升个人技能和专业知识而设计的。
这套培训资料包括了丰富的内容和详细的解析，帮助学员在各个领域取得更好的成绩。
首先，Chroma 8000培训资料致力于提供全面的培训内容。
它涵盖了多个学科领域，包括技术、管理、市场营销和人际关系等。
无论你是从事IT行业、金融领域还是销售市场，这套培训资料都能提供你所需的相关知识和技能。
其次，Chroma 8000培训资料还特别注重实践应用。
通过实例分析和案例讲解，学员能够更好地理解和掌握所学知识。
并且，这套资料还提供了大量的练习题和实践项目，让学员有机会将理论应用到实际情境中。
这样的设计能够加强学员的实际操作能力，并且让他们更好地适应职场的挑战。
此外，Chroma 8000培训资料还采用了简明扼要的语言和清晰明了的结构。
每个章节都按照逻辑顺序组织，从基础知识开始引导学员逐步深入。
每个概念和理论都被详细解释，并配以例子进行说明，以帮助学员更好地理解。
这种方式的设计使得学习过程更加流畅和高效。
最后，Chroma 8000培训资料的编制团队可靠且经验丰富。
他们是由各领域的专家组成，具备丰富的实践经验和专业知识。
这些专家团队通过对市场趋势的深入研究和对行业需求的全面了解，来确保培训资料的内容紧跟时代潮流和市场需求。
总而言之，Chroma 8000培训资料是一套非常有价值的学习资料。
它全面而且实用，帮助学员提升个人技能和专业知识。
通过学习这套资料，学员将能够在职业生涯中取得更好的成就。
无论你是职场新人还是有经验的专业人士，Chroma 8000培训资料都值得你的学习和探索。
800app教育培训行业解决方案
பைடு நூலகம்
800APP 教育培训行业解决方案
八百客教育培训行业解决方案，是以 800APP 自动化管理平台为核心的教育培训机构在 线管理系统。它无需您购买任何软硬件，免除维护烦恼，上手轻松，简明易用，帮助各类机 构快速搭建低成本全业务管理信息化系统。
迄今为止，800APP 已经为 7 大类 20 多个子行业的客户提供了 100 多种解决方案。它 定制轻松，无需编码，更能实时满足不断变化的业务需求。不论从事何种行业、拥有怎样的 规模或学员，您的学校都能够从中获益！
解决方案
八百客业务管理专家基于对行业的深刻理解，在业内数百家客户的实施基础上，结合国 际先进管理思想，隆重推出 800APP 教育培训行业解决方案。
它为各类机构提供了可根据未来发展随需应变的管理平台； 有效完善学校管理体系，提高业务效率，降低运营成本； 以全学员生命周期为核心，全方位管理完整业务流程； 既支持初创型单校模式，又可充分实现多地区集团化管理，同时满足行业共性与机构个性的 双重需求。
系统收益
提高学员管理效率
轻松管理潜在学员生成、跟踪、回访；合理安排课程，帮助教师加深学员状态的了解，通过 群体细分及个性化需求挖掘，不断加强关怀力度，提升客户口碑；有效控制系统风险，提高 销售预测准确度。
管理流程标准化 规范市场推广、咨询与培训等系列流程，形成直营加盟统一的管理体系和教学质量监控体系， 学员服务品质始终如一。
服务管理 ·学员课程、投诉等信息同步关联，自动匹对，及时发现处理问题； ·逐步建立学员关系管理分析机制，高效维护，贴心关怀； ·客服人员工作台显示未解决的学员问题单据，根据自定制规则自动发送学员提示； ·系统知识库存储常见问题解答，供客服部门随时查询； ·学员可在线自助查看所有本人信息，降低服务成本； ·可根据工作需要随时调整设置后台模块
AC800M培训教程
制造业
该系统可应用于机械制造 、汽车制造、食品加工等 制造业领域的自动化生产 线控制。
环保领域
AC800M系统还可应用于 污水处理、垃圾焚烧等环 保设施的自动化控制。
02
AC800M硬件组成及功能
Chapter
CPU模块
负责执行控制程序， 处理数据，控制整个 系统的运行。
支持多种编程语言， 方便用户编程。
AC800M培训教程
目录
• AC800M系统概述 • AC800M硬件组成及功能 • AC800M软件安装与配置 • AC800M编程基础 • AC800M高级编程技术 • AC800M通信与网络技术 • AC800M系统维护与故障处理
01
AC800M系统概述
Chapter
AC800M系统简介
通过远程连接，对AC800M设备 进行软件升级和维护操作，提高
设备可用性和维护效率。
07
AC800M系统维护与故障处理
Chapter
系统维护方法
定期检查
对AC800M系统进行定期巡检 ，包括硬件状态、软件运行、 网络通信等方面，确保系统正
常运行。
数据备份
定期对系统重要数据进行备份 ，以防数有多重安全保护 措施和故障自诊断功能， 可确保长时间稳定运行， 降低维护成本。
易用性
AC800M系统提供了直观 的用户界面和丰富的软件 工具，方便用户进行编程 、调试和维护操作。
AC800M系统应用领域
能源领域
AC800M系统可广泛应用 于电力、石油、天然气等 能源行业的生产过程控制 。
3
函数与功能块的调试技巧
掌握调试函数和功能块的常用方法，如单步执行 、断点设置、变量监视等，以便快速定位和解决 问题。
specification_GE MAC 800 ECG_GE MAC 800 ECG Specifications
MAC 800
Connecting hearts and minds
The MAC 800 enables healthcare providers to connect the hearts of patients to the minds of physicians with accurate and reliable ECG information for a faster, more confident diagnosis. The MAC 800 gives you the power of easy-to-use, advanced ECG technology, multiple ways to store and send data, and the proven GE Marquette 12SL ECG analysis program. Connected – Portable – Advanced Technology
Writer
Writer technology Writer speed Number of traces Marquette 12SL ECG Analysis Program for Adults and Pediatrics 12-lead analysis Amplitude accuracy 500 and 1000 samples/second (sps) 1,000 samples/second (sps) Pre-acquisition or post-acquisition, provide 10 seconds of instantaneous ECG acquisition AC differential ±10mV, DC offset ±300 mV 4.88 μV/LSB 0.04 to 150 Hz >90 dB >10MW @ 10 Hz, defibrillator protected <10 μA Pulsed with amplitude between ±5mV and ±700mV and duration between 0.1ms and 2.2ms duration shall be detected Disconnected lead detection, electrode impedance, excessive AC noise, baseline wander and muscle tremor messages 30 to 300 BPM ±10% or 5 BPM, whichever is greater. Heart rates outside this range will not be displayed. Microsoft Windows CE OS < 10 seconds Arrhythmia Mode Hookup Advisor Multi-language support Writer resolution Paper type Writer sensitivity/gain Speed accuracy Thermal dot array 5, 25 and 50mm/s Up to 6 ECG traces 2.5, 5, 10, 20 and 40mm/mV and automatic 5mm/s @ ±10% accuracy and 25, 50mm/s @ ±5% accuracy ±5% 1000 dots/in at 25mm/sec horizontal, 200 dots/in vertical Thermal. Z-fold (140mmx110mm)
XDC800系统培训纲要
XDC800系统培训纲要1、X DC800系统的硬件结构（半天）了解XDC系统控制柜的基本结构；了解控制站、操作站和I/O站的区别和联系；掌握XCU控制器的编号规则，XCC_net I/O站管理模块的编号规则和I/O模块的地址分配规则；了解CCNetDrv.ini配置文件的内容和含义；掌握常用I/O模块的接线端子分配和接线方法。
2、X DC800系统的网络结构（半天）了解XDC800系统网络类型、网络IP地址以及网络与站点之间的关系。
3、X DC800系统操作员站的安装（半天）掌握XDC2.0软件的安装、网卡IP的设置过程、操作员站的配置过程。
4、X DC800仿真系统系统的安装与使用（半天）了解虚拟网卡的配置过程，掌握虚拟XCU的开通方法，学会利用虚拟控制器进行控制组态仿真。
5、X DC800控制软件“系统配置”软件详解（一天）通过“系统配置”软件，掌握站点配置、点目录编辑、项目路径设置、历史数据收集配置以及报表数据库的建立。
6、X DC800 “XCU组态”软件常用组态功能块详解（两天）了解常用组态模块的功能、结合实际说明使用方法。
7、X DC800 “图形生成”软件的使用与动态链接（一天）了解操作界面的制作技巧；掌握图形对象与控制组态间的动态链接；学会作按钮、报警、棒图等8、X DC800系统控制界面的操作（一天）例举实例说明控制画面的操作方法。
9、练习1：制作一个电动门的控制组态，并且可在操作画面上进行操作（半天）结合实际制作电动门控制组态，以熟悉点目录编辑、图形动态链接和控制组态过程和关联性。
10、练习2：制作一个单回路控制组态，并且可在操作画面上进行操作（半天）11、练习3：制作两台互为备用的电机组态，备用投入/解除可安全切换，并且可在操作画面上进行操作（半天）12、上机实习（一天）1。
800XA 系统概述(培训)
Distributed Control Systems have been deployed extensively around the world in process and manufacturing industries to achieve productivity improvements by reducing process variability, increasing production availability, and automating tasks. These improvements were gained by focusing primarily on process control. In the 1990’s ABB led the evolution of control system technology by introducing Open Control Systems. OCSs aimed to “open up” the control system environment, making information from the plant floor available to other applications, and allowing OCS systems to interface with other applications principally related to keeping the process running smoothly. It also marked the first major incorporations of “off-the-shelf” technology to replace proprietary versions of Operator Stations, Engineering Stations, and the like.However, the focus was still primarily on the controlling the process. Today, to deliver additional productivity gains it is necessary to extend the reach of the automation system beyond the world of process control. As mentioned above the traditional DCS / OCS functionality has been the Operations, Engineering, and logic to achieve consistent and predictable Process Control. The Operations functions were focused on the needs of the production operator. Interfaces to applications and devices external to the control system with their own data storage typically were collected and duplicated in the control system database to provide accessibility for reporting and operations needs. This approach was found to be difficult to engineer and maintain. The practice of having information stored in multiple locations brought uncertainty of data integrity as the individual software applications were advanced at asynchronous paces and theWith the introduction of System 800xA, ABB, redefines the standard for control system functionality by extending the reach of the automation system. From an information access and integration perspective the IndustrialIT system incorporates functionality far beyond process control. Specifically, the system incorporates Process Control, Production Management, Safety, Discrete Logic and Sequence Control, Advanced Control, Information Management, Smart Instrumentation, Smart Drives and MCCs, Asset Management, and Document Management capabilities in a singular virtual database environment. The Aspect Object technology inherent to IndustrialIT provides the unifying platform base allowing each application to maintain data in its source application, while providing association to a production asset. This allows access to the data directly from it source in the context of the production asset without the need to know where the data is coming from, and without concern about data integrity and concordance. The ability to extend control engineering standards to incorporate and maintain connections to the wealth of IndustrialIT applications we have discussed, and to deploy these standards efficiently across all like instances is one of the unique characteristics of ABB’s solution.This elegant solution addresses the engineering and maintenance issues of past solutions.This new IndustrialIT Extended Automation System 800xA provides for a single operations, engineering, and information management environmentMeet the Aspect Integrator Platform, a revolutionary open architecture for managing, optimizing every link in the enterprise value chain. This powerful Microsoft Window-based architecture sets the standard for every IIT product from ABB and its partners. The Aspect Integrator Platform is a software package that integrates all Industrial IT enabled products via their Aspect Objects, irrespective of where they may reside.In the grand scheme of IndustrialIT, the information required to support each plant component and each business process is defined as an Aspect Object. An Aspect Object contains all the characteristics – or Aspects – of the item in question. For an electric motor, this could include design drawings, control diagrams, maintenance information, location, quality information and performance trends, even a live video of it in action. But an Aspect Object can also be finished products, raw materials, sales and orders. The key to Aspect Object technology is, however, that it is much more than real-time information. It also defines a set of software functionsb so that everyone in your world can find, use and communicate this information via standard PCs running ordinary applications like Microsoft Word and Excel. The portfolio of product suites that take advantageof Aspect Object functionality is growing all the time. Integrating these products via their Aspect Objects is the task of the Aspect Integrator Platform (AIP). The AIP is thus one of the key elements in the entire IndustrialIT architecture.A particular user configuration is created by dynamically linking a set of Aspect Objects as software components in drag-and-drop fashion.•…Extended Automation System 800xA.•800xa consists today of a mature and comlete producy portfolio intended for all type of industrial automation.•It includes;•Advanced and the latest operator and engineering workplaces •Powerful and flexible controllers and I/O•support for all major standard Fieldbuses on the market•and also products like; (click)•Information management•Asset optimization•Batch management•Safety products. ABB is actually the only supplier, who can compine application for Process Automation AND Safety in the same controller.The solution is Aspect Objects!We do not create one single data model, or object model, to represent the real world object in our systemInstead we model one aspect at a timeThus, the model object is not an object in a strict sense, but rather a container of references to different objects that implement the aspectsThe aspects are implemented by different software systems each of which stores, manages and presents its information in its own optimal wayThese software systems are referred to as aspect systems.The result is a system of integrated but independent software systems ...The solution is Aspect Objects!We do not create one single data model, or object model, to represent the real world object in our systemInstead we model one aspect at a timeThus, the model object is not an object in a strict sense, but rather a container of references to different objects that implement the aspectsThe aspects are implemented by different software systems each of which stores, manages and presents its information in its own optimal wayThese software systems are referred to as aspect systems.The result is a system of integrated but independent software systems ...管理方式A very natural way to represent relations between different entities is to organize them in a structure.Depending on from which perspective we look at it, the same entity fits naturally in several different structures.For example, a certain piece of process equipment has a certain position in a functional structure depending on the functional breakdown of the plant. It is also physically placed somewhere, and thus it has a place in a location structure. The same piece of equipment may currently be allocated to a certain production batch, so it belongs in the batch structure. Because it is used to produce a certain product, it fits in a product structure. And so on.Server software can, from an architectural perspective, run on any (server) node (physical PC) in the system. Multiple server software types can be hosted on a single PC. Server software classifications include:■Aspect: Run the intelligence in the system, including theaspect directory and other services related to objectmanagement, names, security, etc.Connectivity: Provide access to controllers and other data sources. Several groups of connectivity servers may exist in a system, each serving one set of data sources. Examples of services that run ona connectivity server are OPC related services (DA, AE,and HDA), and SysMsg.Application: Run various types of system applications, for example Batch Management, Asset Optimization, Simulationand Optimization, and Information Management.23The growing deployment of peripheral applications related to productivity improvement vastly increases the amount of data available to improve productivity in the plant, utility, or mill. Yet, without the proper context, plant personnel can be exposed to information overload.The 800xA system gathers information from multiple plant sources and transforms it into relevant information for a diverse set of users such as maintenance technicians, process engineers, production managers, or plant operators. The 800xA architecture provides:■ Operators: An environment to allow them to run the plant in a safe way and produce products in required quantity and quality.■ Operations Managers: An environment to let them know what is the return on investment, risk, uptime, and production and maintenance costs at any given time.■ Engineers: An environment that will allow them toimplement specification changes into their running plant in the shortest time with lowest cost at the lowest risk.■ Maintenance and Service Personnel: Information to ensure maximum availability of plants and applications.S500 is a low-end I/O within ABB and will be introduced in Control IT. Planning on-going.•AC 800M HI controller provides ability to combine safety critical loops with control applications to facilitate maximum utilization of process equipment within defined safety boundaries during changingproduction modes.32Avoiding erosion of information and enabling reuse of knowledge can help improve the performance of all plants by promoting more intelligent design and application enhancement800xA provides a Single source of truth for all engineering and plant information that enables the intelligent design process and promotes Operational excellence through the reuse best practices.From the Engineering Workplace, users have access to all system information required to install, configure, operate, and maintain the system. This includes the ability to configure and diagnose Hart, Profibus , and FF devices, as well as remote I/O systems.The System-wide single point of data entry ensures data consistency, eliminates duplication of effort, and guarantees the information is accurate and up to date. Plant and device documentation can also be directly accessed from within the engineering environment.System 800xA provides a flexible, distributed engineering environment through the use of application servers. These servers manage project data and make it accessible to on-site connected users or isolated off-site engineering environments.In a multi-user on-site environment, a variety of engineering tasks may be performed on a target system simultaneously. The results are applied to the target system automaticallyvia the application servers.In an off-site environment, engineering tasks may be performed off-line in an isolated manner from other users. When the off-site tasks are completed, the user modifications can be applied to the on-line system through the application server’s import/export features.The import/export feature allows for selective transfer of configuration data between systems. In addition, it is possible to compare configuration data between the different systems and create reports on the differences.Process Portal faceplates have a standardized look and feel throughout. No matter which control system is being used, the operator always has a consistent presentation of the object. The operator will know exactly how to proceed in all situations.Faceplates have three different appearances. The minimal view where the most important information occupies as little space as possible. The normal view shows more links and graphics. The extended view provides full access to tuning and adjustable parameters. The standard set of faceplates can be used as is or modified. It is very easy to customize the faceplates. This standardized faceplate frameworkreduces configuration time to a minimum.A scenario showing how you can use the alarm management in a scenario. The scenario starts with that you get a alarm via sound. You go to your station and ou see that the alarm is in area AR14, you click on the alarm band to get to the complete alarm list of the area. If you are not satisfied with what you see, you can easily sort/filter the list. You do not know what to do to you click on the premade instructions for this alarm. You realize what you want to do and clicks on the alarm line to bring up the faceplate. You acknowledge the alarm and tune your loop and navigate directly to the process graphics for the area. Before you end you enter what you have done in the Alarm Comment.Each CFA within 800xA, including Batch Management, has integrated features from the core system platform. This makes validation of the entire system as simple as possible. Core platform features include:•Security / Access Control•Authentication•Versioning and Synchronization•Electronic-Signatures•Signature to Record linking•Audit Trail•Native Language supportAdditionally, Batch Management continues to provide recipe life-cycle management with support for versioning of recipe procedures. Batch Management also provides a difference report view so that the user canreadily compare two versions of a recipe.52。
纽曼平板电脑NP800产品培训PPT
Windows XP Micro SD卡 152 x 80 x 21.6 （mm）
【基本参数】 基本参数】
显示屏 操作系统 主芯片 多点电容触控8英寸显示屏，分辨率高达800×600 基于Android 2.1 RK2818 1GB（ARM+DSP+GPU）； DDRⅡ 256 内存 超大Flash存储 8G/16G/32G 选配 存储媒介 输入 输出 重力感应 网络 TF扩展至32GB U盘扩展至32GB 智能全键盘输入；强大支持第三方输入法 高保真扬声器、立体声耳机 内置USB 2.0高速接口（配备USB转接线），支持U盘/3G上网 卡 扩展 G-sensor重力感应技术，娱乐应用更多体验 内置WIFI模块，支持3G USB Dongle
【产品功能说明】 产品功能说明】
号码 1 2 3 4 5 6 7 8 9 10 11 12 13 14 功能说明 电容全触控显示屏 电源开关键/屏幕锁键 复位键 USB接口 耳机插孔 DC接口 储存卡卡槽 录音口 音量加键 音量减键 返回键 菜单键 30W相素摄像头 HOST接口 扬声器
NP800
15
各款平板电脑参数对比
外观
品牌型 号 存储容 量 屏幕
纽曼NP800 超大Flash存储 超大Flash存储 Flash 8G/16G/32G 选配 多点电容触控8 多点电容触控8英 寸显示屏，分辨 寸显示屏， 率高达800 800× 率高达800×600 Android 2.1 TF扩展至32GB TF扩展至32GB 扩展至 盘扩展至32GB U盘扩展至32GB 203.5x 161x 14.5 203.5 161 （mm） ）
高优质清晰视频
Newpad 800
产品 卖点
720P HD视频播放， 支持RMVB /RM/ AVI /MP4/MKV/FLV等格式， 全格式解码，无需转换。
全胜800CTP中文操作手册
全胜800CTP中文操作手册全胜800CTP中文操作手册nhk.taobscreeht20XX年-09-30731-01730A-ZH 修订版A全胜400/800制版机tp://ao.型号TST用户指南简体中文com全胜800CTP中文操作手册http://screenhk.taobao.com全胜800CTP中文操作手册版权所有Kodak，20XX年。
保留所有权利。
一些文档使用便携式文档格式（PDF）发布。
您可以从PDF 文件中复制此类文档后在内部使用。
但必须复制PDF 文件的全部内容。
商标Kodak 和克里奥是Kodak 的商标。
Acrobat、Adobe、Distiller、Illustrator、Photoshop 和PostScript 是Adobe Systems Incorporated 的商标。
Hexachrome、*****、***** Goe、***** Hexachrome 和***** *****G SYSTEM 归Pantone, Inc.所有。
PEARL、PEARLdry、PEARLgold、PEARLhdp 和PEARLsetter 是Presstek, Inc. 的注册商标。
XEROX 是XEROX *****TION 的商标。
FCC 符合性本文档中提及的任何Kodak 设备均符合FCC 规则第15 部分关于 A 类数字设备的要求。
在住宅区操作Kodak 设备可能会对广播和电视接收造成无法接受的干扰，需要操作员采取必要的步骤来排除干扰。
内部编号731-01730A-ZH 修订版A修订时间20XX年-09-30http://screenh根据法规(EC) 第1907/20XX年号(REACH) 的第59(1) 条，有关候选列表中包含的物质的存在信息，请咨询/go/REACH。
k.REACHtaobao.Apple、AppleShare、AppleTalk、iMac、ImageWriter、LaserWriter、Mac OS、Power Macintosh 和TrueType 是AppleInc. 的注册商标。
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
故障五：无法将数据传至SD卡
SD卡处于LOCK状态，无法进行读写操作； SD卡损坏； 使用了容量超过2GB的SD卡； SD为格式化为FAT或FAT16格式； SD卡没有牢牢插入SD卡槽；
故障六：数据传到PC上却打不开
选择了PDF格式传输到电脑上，而电脑上去没有安 装Adobe Reader之类打开PDF文件的相应软件；
Connect the LAN
Connect the external laser print
Turn on the unit
System Configurations
Test the equipment
• Testing Entering Patient Information • Testing Resting ECG • Testing Arrhythmia Mode • Testing RR Analysis • Testing Intern Storage Management • Testing System Configuration
MAC 800 维修常见 故障诊断与排除
故障一：无法开机，无屏显
交流供电时，检查220V交流电是否有输出； 电池供电时，检查是否电池电已耗尽，或损坏（更
Acquisitions
换电池对比测$1试bn–）$2b；n 电源板（AC-DG~$EC0c.）5apban，bilit主ies 板，液晶屏，键盘板，保险
选择了Hilltop格式传输到电脑上，而电脑上没有安 装GE公司的Cadiosoft软件；
故障七：不能将数据导出到共享目录
确认是否已经激活LANC选项（选项设置） 确认网络电缆已连接 确认通讯设置中，IP地址，子网掩码，网关，DNS服务器地 址均无误； 确认通讯设置中登陆信息无误（用户名，密码）； 确认共享文件夹被设定为Full control（完全控制）；
外观检查（前面板）
外观检查（侧视）
外观检查（后视）
外观检查（底面）
大家有疑问的，可以询问和交流 可以互相讨论下，但要小声
电池
键功能检查
装机流程
Insert the battery
Connect the AC power adapter
Connect leadwires
Insert paper
丝均有可能损M~$坏a0r.k5eb；tngrowth
故障二：无法打印，或打一段卡纸
导联线损坏，或因操作导致的导联线与机器接触不良； 打印仓中折叠纸的放置方式错误，或者选用了尺寸不
合的打印纸； 打印仓门没有关好； 打印模块损坏； 打印模块的传动齿轮磨损； 主板损坏；
故障三：波形干扰较严重（基线漂移）
导联接触不好，用酒精帮患者清洁皮肤并擦洗电极； 在设置菜单中开启ADS抗基线漂移功能； 开启肌电滤波功能； 调整滤波范围； 不和别的医疗产品共享同一个插座； 最好插在良好接地的插座上；
故障四：医生觉得打印波形异常
客户混淆了IEC 和AHA导联标准，导致 接错了线；
导联线损坏； 主板损坏；
MAC 800 维修常见故障诊断与排除
MAC 800 安装指导
外观检查
检查外包装箱是否有碰撞、破损的痕迹。打开包装，检 查机器，看是否外观有损坏。如果发现，请立刻通知GE 公司的销售代表，并拍照取证；
对照装机清单，查看应有的配件是否齐全，电源线，患 者缆线（导联线）， 导联夹，吸球，锂电池，SD卡。如 果有选配功能，查看是否相关配件齐全；