Amadeus5手册
Oracle Hospitality OPERA 5 接口说明书
Oracle® Hospitality OPERA 5Validated InterfacesF23596-08October 2023Copyright © 2023, Oracle and/or its affiliates. All rights reserved.Interfaces with OPERA Cloud are now published on Oracle Cloud MarketplaceOracle® Hospitality OPERA 5Validated InterfacesF23596-08October 2023Copyright © 2023, Oracle and/or its affiliates. All rights reserved.This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws. Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means. Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free. If you find any errors, please report them to us in writing.If this software or related documentation is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable:U.S. GOVERNMENT END USERS: Oracle programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, delivered to U.S. Government end users are "commercial computer software" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations. As such, use, duplication, disclosure, modification, and adaptation of the programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, shall be subject to license terms and license restrictions applicable to the programs. No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications. It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury. If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use. Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.Oracle and Java are registered trademarks of Oracle and/or its affiliates. Other names may be trademarks of their respective owners.Intel and Intel Xeon are trademarks or registered trademarks of Intel Corporation. All SPARC trademarks are used under license and are trademarks or registered trademarks of SPARC International, Inc. AMD, Opteron, the AMD logo, and the AMD Opteron logo are trademarks or registered trademarks of Advanced Micro Devices. UNIX is a registered trademark of The Open Group. This software or hardware and documentation may provide access to or information about content, products, and services from third parties. Oracle Corporation and its affiliates are not responsible for and expressly disclaim all warranties of any kind with respect to third-party content, products, and services unless otherwise set forth in an applicable agreement between you and Oracle. Oracle Corporation and its affiliates will not be responsible for any loss, costs, or damages incurred due to your access to or use of third-party content, products, or services, except as set forth in an applicable agreement between you and Oracle.。
Focus-5 生成器指南说明书
GeneratorsA Focus-5 guide to help you decide what’s right for you!1. Size really mattersThe most important thing to consider when sizing a generator is the high inrush currents associated with starting electric motors and transformers, which are typically six times the full load current. However, inrush currents for the type of high-efficiency motors being specified today can be almost double that amount.As a result, it has been common practice to take motor and transformer starting kVA requirements as a yardstick to determine the size of a generator. This approach often results in generators being oversized for the motor running load and not based on the actual needs of the application. Moreover, it disregards other key factors that play a key role in sizing generators. For instance, harmonics caused by variable frequency drives and sequential starting of motors.When starting motors or transformers, large voltage and frequency dips can also occur if the generator set is not sized properly. Furthermore, other loads connected to the generator output may be more sensitive to voltage and frequency dips than the motor or motor starter, which can cause problems.Thankfully help is at hand. Many generators can now be equipped with solutions to overcome the extra excitation systems required in the alternator. Typically, two options are offered: permanent magnet or auxiliary winding. Both provide the generator with three times their nominal current to cover inrush peaks from the electrical motor, for a minimum duration of ten seconds, via a residuary excitation current.In certain cases even more advanced options are available. For instance, some generators feature a digital automatic voltage regulator (D-AVR) that is specifically designed to handle the high inrush currents associated with starting motors and transformers. In specific applications, this type of voltage controller allows operators to downsize the generator requirement because the transient behaviour of the power is better managed. Another option could be to use a “Close Before Excitation” system that closes the breakerjust when engine starts to run. This enablesthe excitation to increase gradually as thespeed of the engine does, allowing for verysoft start of loads connected to the generator. This is especially useful for magnetising stepup transformers in installations where medium voltage is required.As a result, it is no longer necessary to buy larger generators than needed just to cope with the initial electrical surge upon starting. What’s more, with smart control of the generator’s voltage, itis possible to achieve lower fuel consumption, reduced maintenance cost and longer lifetimes. 2. Modular capabilityEven if starting off with just one unit, it’s worth asking the equipment manufacturer what steps can be taken to parallel a single generatorwith others to form a modular power plant set up. For instance, is the generator equipped with this capability as standard? Also, how long would it take to pair two units? With many generators, this process can take under 10 minutes, but not all offer this capability. Therefore, it is strongly recommended to check before an investment is made, in case this capability is needed in the future.When coordinated by a network of controllers, plug-and-play generators can power up and down according to the on-site power requirements at any given time. For example, only one or two may be operational during periods of low load, thereby boosting fuel efficiency. Equally, all units may become active in periods of high demand.There are a number of additional benefits from modular capability. Firstly, equipment reliability is enhanced as the failure of a single unit is mitigated by configuring the remaining unitsto increase their output to maintain the same power output. Secondly, the cost and length of service intervals is reduced, as it isn’t necessary to stop the entire power delivery during essential maintenance operations.3. Control systems and power managementThe ideal control system should offer a variety of features. For instance, the ability to remotely start and program the machine, display warnings, for instance low fuel and other performance issues, in addition to deliver a broad range of analysis data. This helps to better utilise the efficiencyof the power plant while providing a valuable overview of the application process.Many generators are now equipped with Power Management Systems (PMS). What makes them ideally suited for rental applications is the plug-and-play design that allows for easy and rapid configuration. PMS provides the means to optimise the fuel consumption and performance of generators in parallel with load demand,SIMPLE PARALLELING CAPABILITYREDUCED MAINTENANCE TIMEAND COSTSstarting and stopping units with corresponding increase or decrease of load. It also helps avoid engine damage to generators from running with low load levels, thereby increasing their useful work life.4.Fuel efficiency and autonomyThanks to a number of design innovations and energy efficiency improvements, today’s mobile generators now consume much less fuel than was possible five years ago. The fact that the latest equipment can run for longer and more economically has been a big driver behind the market’s growth. However, not all generators are the same and fuel can be expensive.Therefore, it is recommended to ask two or three manufacturers for a forecast on fuel consumption before making an investment.Furthermore, modularity also contributes to fuel efficiency. For example, taking the demand patterns of a typical industrial application as a guide, the deployment of a 1 MVA generator as a prime power source could mean up to 1.677 litres of fuel being consumed each day. That compares with approximately 1.558 litres of fuel if three 325 kVA generators were doing the same job. In this case, an estimated annual fuel saving of €30.000 makes for a compelling case, not to mention 85 tons of CO 2 saved over the course of a year.The options for fuelling generators are expanding nowadays and now include bio-gas and natural gas. Although this market is emerging, it is important to discuss these technologies with a manufacturer before investing in a new generator.5.Physical size and transportationIt pays to determine whether units can be towed or loaded on a truck and to check for features such as lifting eyes and forklift slots. When using multiple generators, it’s also worth considering if units can be stacked on top of each other for minimum footprint and access considerations. These factors have a bearing on total operationexpenditure and efforts to reduce carbon costs.0 00 © 2018 A t l a s C o p c o P o r t a b l e E n e r g y A l l r i g h t s r e s e r v e d .® A t l a s C o p c o i s a r e g i s t e r e d t r a d e m a r k o f A t l a s C o p c o A B。
阿特拉斯GX2-5使用手册
ASE5A 数控交流伺服控制系统 使用说明书
5501E数控交流伺服控制系统使用说明书·在使用本产品之前，请先阅读《操作手册》及所搭配的缝纫机机械说明书。
·本产品必须由接受过专业培训的人员来安装或操作。
·请尽量远离电弧焊接设备，以免产生的电磁波干扰本控制器而发生误动作。
·请不要在室温45℃以上或者0℃以下的场所使用。
·请不要在湿度30%以下或者95%以上或者有露水和酸雾的场所使用。
·安装控制箱及其他部件时，请先关闭电源并拔掉电源插头。
·为防止干扰或漏电事故，请做好接地工程，电源线的接地线必须牢固的方式与大地有效连接。
·所有维修用的零部件，须由本公司提供或认可，方可使用。
·在进行任何保养维修动作前，必须关闭电源并拔掉电源插头。
控制箱里有高压危险，必须关闭电源五分钟后方可打开控制箱。
·本手册中标有符号之处为安全注意点，必须注意并严格遵守，以免造成不必要的损害。
安全事项第1章产品安装1.1产品规格品型号ASE5A电源电压AC220±20%V电源频率50Hz/60Hz最大输出功率550W1.2接口插头的连接将脚踏板及机头的各连接插头安插到控制器后面对应的插座上，各插座名称如图1-1所示，各插座名称如图1-2所示。
连接好，请检查插头是否插牢。
图1-1ASE系列控制器图①抬压脚电磁铁插座；②自动电磁铁插座；③脚踏板插座；：使用正常的力量插不进去时，请检查插头与插座是否匹配，插入方向或针的方向是否正确！图1-2控制器接口定义1.3接线与接地必须要做好系统的接地工程，请合格的电气工程人员予以施工。
产品通电及投入使用前，必须确保电源插座AC 输入端已安全可靠的接地。
系统的接地线为黄绿线，该地线请务必可靠连接至电网安全保护接地上，以保证安全使用，并可防止出现异常情况。
：所有电源线、信号线、接地线等接线时不要被其它物体压到或过度扭曲，以确保使用安全！第2章操作面板使用说明2.1操作面板的显示说明图2-1操作面板外观界面图标描述图标描述软启动功能开关键自动剪线功能开关抬压脚模式切换键上下停针位置选择进入参数和返回键一键恢复到保存参数进入菜单键键确认键亮度调节键左右加减键，首界面+—为速度增减2.2操作面板各按键功能说明序号外观名称功能描述1剪线和慢启动开关1，短按此键开关剪刀。
马自达MX-5维修维修手册
汽车技师帮技术资料
马自达MX-5维修维修手册(1956-7C-08) 概述
• 根据不同的位置： — 应该在某些特定的部位应用密封剂或／和衬 垫。如果涂抹了密封剂，那么应该在密封剂硬 化前安装零部件，从而避免漏泄。 — 应该在零部件的运动组成部件上涂抹润滑油。 — 在重新组装之前，应该在规定的部位 （比如： 油封）涂抹指定的润滑油或油脂。
HO2S
IAC IAT KS MIL
SAE 标准 名称
风扇控制 通用燃油 四档 发电机 接地
加热式氧气传感器
怠速空气控制 进气温度 爆震传感器 故障指示灯
#1：诊断故障码取决于诊断测试模式。 #2：由 PCM 控制 #3：控制发动机和动力传动系的装置 #4：直接与排气歧管连接
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拆卸、拆分过程中的检查
• 在拆卸零部件时，应该仔细检查是否存在故障、 变形、损伤和其它问题。
00
零部件的放置 • 所有被拆分的零部件应该小心放置，以便重新组 装。 • 需要更换的零部件与需要再次使用的零部件应分 别放置或作好标记。
零部件的清洗 • 对于所有需要再次使用的零部件，应采用适当方 式认真彻底清洗。 警告 • 使用压缩空气可能导致灰尘和其它微粒溅 出，从而对眼睛造成伤害。使用压缩空气时 应佩戴眼睛防护用具。
新简单AMADEUS5
AMADEUS5门禁软件使用说明1.软件安装双击门禁光盘English文件夹中的INSTALL.BAT文件弹出下面的窗口：选择English,安装完成后再进行汉化，点击确定后点击下一步弹出窗口选择门禁软件安装的目录，默认的是C:\Program Files\Amadeus5如果需要更改安装目录点击Browse点击Next弹出下面的窗口：这个窗口里有两个选项如果你安装的是服务器选择SERVER如果安装的是客户端选择Workstation选择完后点击Next弹出下面的窗口：在这个窗口里可以选择数据库类型一个是 Microsoft Access数据库，另一个是Microsoft SQL Server数据库（默认的是ACCESS数据库），如果你要安装SQL 版，在安装过程中请选择Microsoft SQL Server,认证模式，认证模式与数据库认证模式相同，密码与SQL数据库的相同，点击Next直到安装完毕。
2.系统调试双击桌面Amadeus5如下图标：（新版本与老版本）或弹出下面的认证窗口：User name: dds Password: dds进入软件主界面窗口：选择Tools下的Options弹出下面界面窗口：选择Language 下的Chinese点击OK软件更改成中文。
（新版本软件提示重启软件）。
3.软件设置3.1通讯回路参数------控制器网络：弹出以下窗口在这个界面里选择通讯方式。
(COM、 TCP、 MODEM)通讯口选择TCP需要注意IP地址后面的冒号（英文输入法下输入），冒号后面端口（1001）与TCP模块端口相同。
TCP模块包括（VDS100、UDS1100、Tibbo）3.2添加控制器参数------控制器：弹出以下窗口点击（新的）按钮在“名称”（默认的是控制器001）可以更改名称，在控制器地址栏里输入地址（软件地址与硬件地址相符）在一条回路里控制器地址不能相同，在控制器类型里如果控制器芯片上贴着（-5047或-5049）选择TPL4门禁，如果控制器芯片上贴着（-6047或-6048）选择TPL4D4门禁.然后点击存储。
Amadeus5手册
让知识带有温度。
Amadeus5手册AMADEUS5用户使用手册20221软件安装挑选English,安装完成后再举行汉化,假如您要安装的是ACCESS server版举行默认安装即可，假如你要安装工作站，在安装过程中请挑选Workstation（默认是Server）。
假如你要安装SQL版，在安装过程中请挑选Microsoft SQL Server（默认是Microsoft ACCESS）,认证模式挑选SQL Authetication，密码与您安装SQL时的相同。
安装完毕后进入登陆界面，用户名、密码均为dds,进入软件后举行汉化。
挑选“Tools”－“Options”-“Language”-Chinese，其他不用修改。
软件安装完毕。
2定义软件操作人员及权限首先定义权限，挑选“参数”－“授权等级”－“新的”－填写权限的“名称”－挑选权限（V读、写和删除，表示操作员可对这部分菜单举行操作；X没有进入认可，在软件中不显示该部分菜单；R只能读，不能修改，软件显示该部分菜单，但操作员没有举行操作的权限）－“保存”权限定义完毕第1页/共3页千里之行，始于足下之后定义使用者，挑选“参数”－“使用者”－“新的”－填写“名称”－填写“密码”－挑选定义好的“授权等级”－“保存”使用者定义完毕3定义通行等级：该功能打算“谁，何时能进入何地”定义权限，挑选“参数”－“通行等级”－“新的”－填写“名称”－挑选权限（V表示允许进入的门；X表示不能进入的门）－“保存”4定义持卡人新增持卡人:挑选“参数”－“全部持卡人”－“新的”（1）－填写“姓”（姓名）－“存储”（2）－挑选“通行等级”（3）－“新建”（4）卡－填入“编码”（卡号），其他项不作修改，如不知卡号，选“来自卡”，此时在随意读卡器读卡，卡号会读上来，选“存储“－最后再选“存储”(2)编辑持卡人:挑选“参数”－“全部持卡人”－从下拉列表里找到要修改的人－挑选“编辑”（6）卡－填入新“编码”（卡号），其他项不作修改，如不知卡号，选“来自卡”，此时在随意读卡器读卡，卡号会读上来，选“存储“－最后再选“存储”(2)删除持卡人:挑选“参数”－“全部持卡人”－找到要删除的人点“删除”（5）－进入“工具”－“创建卡组”－“删除”－分离点击“清除全部未分配的卡片”“清晰全部已经删除的持卡者”完成5记录的查询挑选工具条中的“显示记录”－在弹出的窗口中选“创建新记录”－挑选要看的记录类型－举行条件的筛选－结束即可第2页/共3页让知识带有温度。
Haefely AXOS5 可编程仿真系统说明书
Haefely is a subsidiaryof Hubbell Incorporated.a brand ofcompact immunity test system1981COMPACT IMMUNITY TEST SYSTEMThe new AXOS5 compact immunity test system integrates all of the best features of our stand alone test systems into one single economic solution.It combines 5 kV Burst/EFT, Surge com-bination wave, AC/DC Dips & Interrupts, along with an integrated single-phase coupling / decoupling network into one compact test system.This allows quick and completely auto-mated testing to the most common IEC, EN, ANSI, IEEE and UL standards. AXOS5 can either be operated via front panel by large colour graphic interface or remotely from the PC.The easy to use menu together with the availability of predefined test routines for different standards makes testing easy and reliable, even for less frequently us-ers. Numerous additional functions such as external start/stop function allows easy integration of the test system also in cus-tomer specific test environments.All the test parameters can be varied in a broad range wide above the require-ments of the standards. Together with the ability of changing test parameters during test, AXOS5 is not only the ideal product for compliance and pre-compli-ance testing, it is useful for monitoring & debugging function during design phase as well.A wide range of cost-efficient and user friendly coupling / decoupling networks for power lines as well as for symmetrical and asymmetrical data- and signal lines are available as options.overviewFEATURES & BENEFITS⏹ Easy to operate with manual and au-tomated test modes, software assist-ed test preparation, pre-defined test routines and visual aided test setups STANDARDS⏹ IEC/EN 61000-4-4 EFT / Burst⏹ IEC/EN 61000-4-5 Surge⏹ IEC/EN 61000-4-9 Imp MagnetictecHnicaL speciFicationsGENERAL DATA Control power 85 V - 264 V 50/60 Hz Dimensions (W x H x D)19“ / 4U(45 x 18 x 49 cm)User test storage unlimited Weight 30 kgRemote interface Ethernet, RJ45USBfor USB memory stick Display7“ / 800x480 / 24 bit AUX. interfaceD-sub 37p for external External trigger input5 V T TLSynch input BNC, 10 V – 264 V AC T rigger output 5 V T TL External start / stop input5 V T TL, starts / stops predefined test sequence EUT failed input 5 V T TLAnalog output 0 – 10 V, for use with external options Warning lamp output2 x 24 V / 1 A DCSafety circuitstops the test when unlockedaxial output Polaritypos / neg / alternate Burst duration 10 us – 1 s Output impedance 50 Ohms Burst period 1 ms – 10 s Rise time 5 ns ±30%T est time 1 s– 999 minutes Impulse duration50 ns ±30% at 50 Ohm 50 ns –15 +100 ns at 1000 OhmT riggerautomatic, manual,external trigger input Burst modenormal, continuous, real, randomIntegrated single phase coupling / decoupling network264 V AC / 16 A 220 V DC / 10 AICE / EN 61000-4-5 EDITION 2 SURGE COMBINATION WAVEOutput voltage0.2 – 5.0 kV ±10%Output current0.1 – 2.5 kA ±10% Voltage rise time 1.2 us ±30%Current rise time8 us ±20% Voltage duration50 us ±20%Current duration20 us ±20%Polarity pos / neg / alternate Integrated singlephase CDN 264 V AC / 16 A 220 V DC / 10 AOutput impedance 2 Ohmsscope oF suppLy – options & accessoriesSCOPE OF SUPPLY AXOS52490400 Qty. 1 Immunity Test System AXOS5Qty. 1 Mains Cable 10 AQty. 1 EUT Power Cable 16 AQty. 1 EUT Power AdapterQty. 1 User ManualOPTIONS AND ACCESSORIESFP-COMB 32 3-Phase / 32 A Power Line CDN Surge & EFT 2490430 FP-EFT 100 M2 3-Phase / 100 A Power Line CDN EFT 2495860 IP4A Capacitive coupling clamp for EFT 2491300 FP-SURGE 100 M2 3-Phase / 100 A Power Line CDN SURGE 2490181PCD 121 Symmetrical Data & Control Line Coupler 2498010 PCD 126 A Asymmetrical Data & Control Line Coupler 2498030 DEC 5 Symmetrical Data & Control Line Decoupler 2490141 DEC 6 Symmetrical Data & Control Line Decoupler 2490151 DEC 7 Asymmetrical Data & Control Line Decoupler 2490161 DIP 116 Automatic Dips Transformer 16 A 40/70/80% 2490410 MSURGE Magnetic Field Test IEC / EN 61000-4-9 2495591VTM 15000 Isolation Test 1.2/50 us up to 10 kV 2499960 PDP 8000 HV differential Probe 1000:1 for Surge 2499911 CP 101 Current Probe Model for Surge 2499931 ES External emergency stop Switch P12 4700751 WL External warning Lamp P12 4700750 WinFEAT’R Control, Measurement & Reporting Software 2499701 Calibration Accredited Calibration AXOS5 2490420aXos – perFection. DeLivereD.FEATURES⏹7“ / 800 x 480 / 24 bit touch-screen⏹Reduction of daily working effort dueto easy access menu structureJ a n u a r y 2012Headquarters China (Sales & Service Office) North American OfficeHaefely T est AG HAEFEL Y Representative OfficeHipotronics Inc.Birsstrasse 300 8-1-602, Fortune StreetHaefely EMC Division4052 Basel No.67, Chaoyang Road, Chaoyang District1650 Route 22SwitzerlandBeijing, China 100025Brewster, NY 10509☎ + 41 61 373 41 11 ☎ +86 10 8578 8099 ☎ +1 845 279 3644 + 41 61 373 49 12+86 10 8578 9908 +1 845 279 2467*************************************.cn****************************。
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AMADEUS5
用户使用手册
2010
1软件安装
运行INSTALL.BAT，选择English,安装完成后再进行汉化,如果您要安装的是ACCESS server版进行默认安装即可，如果你要安装工作站，在安装过程中请选择Workstation（默认是Server）。
如果你要安装SQL 版，在安装过程中请选择Microsoft SQL Server（默认是Microsoft ACCESS）,认证模式选择SQL Authetication，密码与您安装SQL时的相同。
安装完毕后进入登陆界面，用户名、密码均为dds,进入软件后进行汉化。
选择“Tools”－“Options”-“Language”-Chinese，其他不用修改。
软件安装完毕。
2定义软件操作人员及权限
首先定义权限，选择“参数”－“授权等级”－“新的”－填写权限的“名称”－选择权限（V读、写和删除，表示操作员可对这部分菜单进行操作；X没有进入认可，在软件中不显示该部分菜单；R只能读，不能修改，软件显示该部分菜单，但操作员没有进行操作的权限）－“保存”
权限定义完毕
之后定义使用者，选择“参数”－“使用者”－“新的”－填写“名称”－填写“密码”－选择定义好的“授权等级”－“保存”
使用者定义完毕
3定义通行等级：该功能决定“谁，何时能进入何地”
定义权限，选择“参数”－“通行等级”－“新的”－填写“名称”－选择权限（V表示允许进入的门；X表示不能进入的门）－“保存”
4定义持卡人
新增持卡人:选择“参数”－“所有持卡人”－“新的”（1）－填写“姓”（姓名）－“存储”（2）－选择“通行等级”（3）－“新建”（4）卡－填入“编码”（卡号），其他项不作修改，如不知卡号，选“来自卡”，此时在任意读卡器读卡，卡号会读上来，选“存储“－最后再选“存储”(2)
编辑持卡人:选择“参数”－“所有持卡人”－从下拉列表里找到要修改的人－选择“编辑”（6）卡－填入新“编码”（卡号），其他项不作修改，如不知卡号，选“来自卡”，此时在任意读卡器读卡，卡号会读上来，选“存储“－最后再选“存储”(2)
删除持卡人:选择“参数”－“所有持卡人”－找到要删除的人点“删除”（5）－进入“工具”－“创建卡组”－“删除”－分别点击“清除所有未分配的卡片”“清楚所有已经删除的持卡者”
完成
5记录的查询
选择工具条中的“显示记录”－在弹出的窗口中选“创建新记录”－选择要看的记录类型－进行条件的筛选－结束即可
输出报表：选择“输出”－选择“输出格式”－指定“文件名”－OK即可
6数据库的维护
当对软件设置，控制器参数，人员进行改动时建议执行“保存数据库”；
记录数据库的大小与软件的运行速度相关，建议定期将记录到处即执行“存储记录”；
恢复记录时选择否：将原有的记录追加到现有的记录里，如选是：将现有的记录替换成恢复的记录。
7更改控制器名称，读卡器名称，门磁状态名称等参数
选择“参数”－“控制器”－在“常规”里“名称”可更改控制器名称，选择“读卡器”－选。
在读卡器窗口的“常规”中更改读卡器名称。
8查看地图
选择“事件处理”－“启动报警”－选择要查看的地图；
选择“输出状态”—右键选择“常开”可将门打开，恢复选“常态”。