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wE500一AH力值显示控制仪说明书

wE500一AH力值显示控制仪说明书wE500一AH力值显示控制仪（又称wE500一AH力值显示控制仪）是由台湾力宝科技有限公司开发的力值显示、功率输出、数据处理等功能于一体的多功能产品。

本产品应用于工业生产、计量检测等领域，广泛应用于智能仪表）检测系统。

本产品采用高性能多功能一体化微型处理器，具有良好的抗干扰能力，内置专用软件使检测结果更加可靠；提供有多种自诊断方式。

在显示界面中：将输入信号经过放大或压缩处理后送入“力值”显示区；将输入信号经微处理器转换为可以显示电压、电流、功率值等各种状态的“电压、功率”指标的信号；将输入信号经过差压变送器转换为数字信号（也称差压信号);将数字化信号通过继电器输出；将数字信号经模块化设计的软件转换为可显示数字信号和模拟信号的数字输入与输出电路等。

• 1.本控制仪采用32位微处理器，采用8 K宽屏显示，清晰、直观，运行稳定，抗干扰能力强，同时内置有一块500 K色偏液晶显示器，可显示力值、功率值等多种显示状态。

并提供多种自诊断方式，用户可以根据自身需求，自行设置显示状态和数值输入等。

在菜单中，输入参数采用直观明了的语言进行编写，用户在触摸屏上可以快速地读取数值、符号和参数等信息。

本控制仪的输入信号为两个可编程电压转换输出接口VC1A和VC2R。

如需进行自动测量时，可使用按键直接输入该信号给输出二极管PTFT,同时也可手动输入电压、电流等参数。

通过二位电阻即可进行功率值的测量。

在显示界面中，可提供多种自诊断方式：通过电脑自带的操作软件进行自动诊断与控制功能。

• 2.具有强大的通讯接口，采用专用串口通讯，传输速率可达60 M/S以上。

该控制仪内部设有可手动调节的“智能控制器”、“数字显示器”、“智能电表”、“远程监控”、“故障报警”及“参数设置”等6种显示方式。

当仪表出现故障时采用自动模式，可轻松地恢复系统功能。

用户在使用过程中不用经常频繁地开机或关机来进行操作。

安科变频器 AT500系列变频器用户手册说明书

AT500系列变频器用户手册封面前言AT500系列变频器用户手册前言AT500系列变频器是高性能矢量型和转矩控制型变频器，产品采用了与目前国际领先技术同步的无速度传感器矢量控制技术和转矩控制技术，不仅具有与国际高端变频器同样优异的控制性能，同时还结合中国的应用特点，进一步强化了产品的可靠性和环境的适应性以及客户化和行业化的设计，能够更好地满足各种传动应用的需求。

注意事项●为说明产品的细节部分，本手册中的图例有时为拆下外罩或安全遮盖物的状态；使用本产品时，请务必按规定装好外壳或遮盖物，并按照手册的内容进行操作。

●本手册中的图例仅为了说明，可能会与您订购的产品有所不同。

●本公司致力于产品的不断改善，产品功能会不断升级，所提供的资料如有变更，恕不另行通知。

●如您使用中有问题，请与本公司各区域代理商联系，或直接与本公司客户服务中心联系。

客服电话：*************传真：*************24小时技术服务电话：133****0378133****0877AT500系列变频器用户手册安全注意事项安全注意事项安全标记说明：危险：错误使用，可能会导致火灾或人身严重伤害，甚至死亡!注意：错误使用，可能导致人身中等程度的伤害或者轻伤，以及发生设备损坏!█用途危险●本系列变频器用于控制异步电动机的变速运行，不能用于其他用途，否则可引起变频器故障或火灾！●本系列变频器不能简单的应用于医疗装置等直接与人身安全有关的场合！●本系列变频器是在严格的质量管理体系下生产的，如果变频器的故障可能会导致重大事故或损失，则需要设置冗余或旁路等安全措施，以防万一。

█到货检验注意●若发现变频器受损或缺少零部件则不可安装，否则可能发生事故！█安装注意●搬运、安装时，请托住产品底部，不能只拿住外壳，以防砸伤脚或损坏变频器！●变频器要安装于金属等阻燃物上，远离易燃物体，远离热源！●安装作业切勿将钻孔残余物落入变频器内部，否则可能引起变频器故障！●变频器安装于柜内，电控柜应配置风扇、通风口，柜内应构建有利于散热的风道。

雅桥dk500说明书

雅桥dk500说明书摘要：1.雅桥DK500 简介2.雅桥DK500 的功能特点3.雅桥DK500 的操作方法4.雅桥DK500 的维护与保养5.雅桥DK500 的用户评价正文：雅桥DK500 是一款性能卓越的设备，凭借其出色的功能和简单的操作方法，在市场上受到了广泛的欢迎。

本文将从雅桥DK500 的简介、功能特点、操作方法、维护与保养以及用户评价等方面进行详细的介绍。

首先，我们来了解一下雅桥DK500 的简介。

雅桥DK500 是一款集多种功能于一身的设备，适用于各种场景，如家庭、办公室等。

该设备不仅外观时尚，而且质量可靠，使用寿命长。

接下来，我们来看看雅桥DK500 的功能特点。

雅桥DK500 具有以下特点：1.多功能：该设备可以实现多种功能，如打印、扫描、复印等，满足用户各种需求。

2.高效快捷：雅桥DK500 的打印速度较快，大大提高了工作效率。

3.操作简便：该设备的操作界面简洁明了，用户可以轻松上手。

4.节能环保：雅桥DK500 在待机状态下功耗较低，减少了能源消耗。

然后，我们来介绍一下雅桥DK500 的操作方法。

用户可以通过以下步骤进行操作：1.连接设备：将雅桥DK500 与电脑通过USB 线连接。

2.安装驱动：在电脑上安装雅桥DK500 的驱动程序。

3.打开软件：双击桌面上的雅桥DK500 软件图标，打开软件。

4.设置参数：在软件中设置打印、扫描、复印等参数。

5.开始操作：点击“打印”、“扫描”、“复印”等按钮，开始操作。

接下来，我们来介绍一下雅桥DK500 的维护与保养。

为了保证设备的正常运行和延长使用寿命，用户需要注意以下几点：1.定期清洁：用软布擦拭设备表面，确保设备干净整洁。

2.避免阳光直射：将设备放置在避免阳光直射的地方。

3.确保通风：设备周围需要保持良好的通风环境。

4.及时更换耗材：如墨盒、硒鼓等，确保设备正常运行。

最后，我们来看看雅桥DK500 的用户评价。

根据用户的使用体验，雅桥DK500 具有以下优点：1.功能齐全：用户可以实现多种操作，如打印、扫描、复印等。

锂离子电芯产品规格书

Product Specification for Lithium-ion Rechargeable Cell 锂离子电芯产品规格书Cell Model: WX12I3250电芯型号：WX12I3250Table of Contents目录1. Purpose 目的 (3)2. Scope 适用范围 (3)3.Battery description 电池描述 (3)4. Battery Specification 电池规格 (3)5. Appearance and Dimension 电芯外观尺寸 (5)6. Standard Test Conditions 标准测试环境 (5)7. Performances and Test Method 电池性能及测试方法 (5)7.1 Explanation of terminology 术语解释 (5)7.2 Electrochemistry performance 电性能参数 (6)7.3 Safety Performances 安全性能 (7)8. Shipment 运输 (9)9. Warning and Cautions 警告及注意事项 (9)1. Purpose 目的The specification sheet is designed to build up and improve Co.,Ltd technical documentation so as to instruct production and product shipment and consequently guarantee product quality. At the same time, it is convenient for to confirm product specifications with customers and finally reach an agreement.为建立健全的公司技术资料，确保产品质量，用于指导产品生产、出货。

美标蓄电池标准

美标蓄电池标准
一、电池类型
美标蓄电池标准适用于以下类型电池：
1. 铅酸蓄电池
2. 锂离子蓄电池
3. 镍氢蓄电池
4. 镍镉蓄电池
二、电池尺寸
美标蓄电池标准规定了电池的尺寸要求，具体如下：
1. 长度：最大值为762mm，最小值为183mm。

2. 宽度：最大值为215mm，最小值为70mm。

3. 高度：最大值为190mm，最小值为70mm。

三、电池容量
美标蓄电池标准规定了电池的容量要求，具体如下：
1. 最小容量：2Ah
2. 最大容量：100Ah（根据不同的电池类型和用途有所差异）
四、电池重量
美标蓄电池标准规定了电池的重量要求，具体如下：
1. 最小重量：1.5kg（根据不同的电池类型和用途有所差异）
2. 最大重量：50kg（根据不同的电池类型和用途有所差异）
五、电池性能要求
美标蓄电池标准对电池的性能要求包括以下几个方面：
1. 充放电性能：电池应具有高效充放电性能，能够快速充电并具有较长的使用寿命。

2. 循环寿命：电池应具有较高的循环寿命，能够经受多次充放电循环。

3. 自放电率：电池应具有较低的自放电率，能够保持较长时间的使用寿命。

4. 耐过充过放能力：电池应具有较高的耐过充过放能力，能够在异常情况下保持稳定性和安全性。

5. 耐高温性能：电池应能够在高温环境下正常工作，并具有较高的热稳定性。

6. 安全性能：电池应具有足够的安全性能，能够有效防止过热、爆炸、泄漏等危险情况的发生。

7. 环境适应性要求：电池应能够在不同的环境下正常工作，包括高低温、湿度、盐雾等环境因素。

AIG-500 系列高级物联网闸门器产品说明书

AIG-500系列進階IIoT閘道器，配備Intel Atom®四核心1.91GHz處理器、1個VGA連接埠、ThingsPro Edge軟體、-40至70°C工作溫度特色與優點•ThingsPro Edge軟體簡化資料採集和裝置管理•ThingsPro Edge和Azure IoT Edge的無縫整合可實現簡單、可靠且安全的雲端連線•支援使用ThingsPro Proxy工具程式輕鬆部署裝置•提供強大的OTA功能，防止軟體升級過程中出現系統故障•配備安全啟動以防惡意軟體注入攻擊認證簡介AIG-500系列進階IIoT閘道器專為工業物聯網應用而設計，特別適用於嚴苛操作環境中的分散式和無人站點。

ThingsPro Edge和Azure IoT Edge軟體已預先載入並與AIG-500系列無縫整合，使用Azure雲端解決方案實現簡單、可靠、安全的感測器到雲端連線，用於資料採集和裝置管理。

使用ThingsPro Proxy工具程式，裝置部署過程比以往更容易。

由於強大的OTA功能，完全不需要擔心軟體升級過程中的系統故障。

啟用安全啟動功能後，您可以啟用AIG-500系列的啟動程序，以防惡意軟體注入攻擊。

外觀規格ComputerCPU Intel Atom®Processor E3845(2M Cache,1.91GHz)Graphics Controller Intel®HD GraphicsDRAM4GB DDR3LStorage Pre-installed32GB CFast GB eMMCPre-installed OS Linux Debian9,Kernel4.9Computer InterfaceTPM TPM v2.0Ethernet Ports Auto-sensing10/100/1000Mbps ports(RJ45connector)x4Serial Ports RS-232/422/485ports x4,software selectable(DB9male)Digital Input DIs x4Digital Output DOs x4USB2.0USB2.0hosts x2,type-A connectorsWi-Fi Antenna Connector AIG-501-T-AZU-LX:RP-SMA x2Cellular Antenna Connector AIG-501-T-US-AZU-LX:SMA x2AIG-501-T-EU-AZU-LX:SMA x2AIG-501-T-AP-AZU-LX:SMA x2GPS Antenna Connector AIG-501-T-US-AZU-LX:SMA x1,AIG-501-T-AP-AZU-LX:SMA x1,AIG-501-T-EU-AZU-LX:SMA x1Number of SIMs1Expansion Slots AIG-501-T-AZU-LX:mPCIe slot x1SIM Format MiniVideo Output VGA x1,15-pin D-sub connector(female)Ethernet InterfaceMagnetic Isolation Protection 1.5kV(built-in)Serial InterfaceConnector DB9maleBaudrate300bps to921.6kbpsData Bits5,6,7,8Flow Control ADDC®(automatic data direction control)for RS-485,RTS/CTS,XON/XOFFParity None,Even,Odd,Space,MarkStop Bits1,1.5,2Isolation N/ASerial SignalsRS-232TxD,RxD,RTS,CTS,DTR,DSR,DCD,GNDRS-422Tx+,Tx-,Rx+,Rx-,GNDRS-485-2w Data+,Data-,GNDRS-485-4w Tx+,Tx-,Rx+,Rx-,GNDDigital InputsConnector Spring-type Euroblock terminalSensor Type Dry contactDry Contact Off:openOn:short to GNDIsolation NoneDigital OutputsConnector Spring-type Euroblock terminalCurrent Rating10mA(max.)total for all channelsI/O Type SinkIsolation NoneCellular InterfaceCellular Standards LTE CAT-4Band Options(US)LTE Band2(1900MHz)/LTE Band4(1700MHz)/LTE Band5(850MHz)/LTE Band12(700MHz)/LTE Band13(700MHz)/LTE Band14(700MHz)/LTE Band66(1700MHz)/LTE Band71(600MHz)UMTS/HSPA Band2(1900MHz)/Band4(1700MHz)/Band5(850MHz)Carrier Approval:Verizon,AT&TBand Options(EU)LTE Band1(2100MHz)/LTE Band3(1800MHz)/LTE Band7(2600MHz)/LTE Band8(900MHz)/LTE Band20(800MHz)/LTE Band28A(700MHz)UMTS/HSPA Band1(2100MHz)/Band3(1900MHz)/Band8(900MHz)Band Option(APAC)LTE Band1(2100MHz)/LTE Band3(1800MHz)/LTE Band5(850MHz)/LTE Band8(900MHz)/LTE Band9(MHz)/LTE Band18(850MHz)/LTE Band19(850MHz)/LTEBand28(700MHz)UMTS/HSPA Band1(2100MHz)/Band5(850MHz)/Band6(800MHz)/Band8(900MHz)/Band19(800MHz)GPS InterfaceReceiver Types GPS/GLONASS/BeiDou/Galileo/QZSSAccuracy0.8mAcquisition-147dBmSensitivity Cold starts:-145dBmTracking:-160dBmLED IndicatorsSystem Power x1Storage x1LAN2per port(10/100/1000Mbps)Serial2per port(Tx,Rx)ThingsPro SoftwareThingsPro Proxy Utility YesAzure IoT Edge Preintegrated YesThingsPro Edge Preloaded YesPower ParametersInput Voltage12to36VDCPower Connector Screw-fastened Euroblock terminalPower Consumption30W(max.)Input Current 2.5A@12VDCReliabilityAutomatic Reboot Trigger External WDT(watchdog timer)Physical CharacteristicsHousing MetalInstallation DIN-rail mounting(with optional kit),Wall mounting(with optional kit)IP Rating IP20Dimensions132x122x87mm(5.2x4.81x3.43in)Weight1,340g(2.95lb)Environmental LimitsAmbient Relative Humidity5to95%(non-condensing)Operating Temperature-40to70°C(-40to158°F)Storage Temperature(package included)-40to75°C(-40to167°F)Shock IEC60068-2-27Vibration IEC60068-2-64Standards and CertificationsSafety EN62368-1,UL60950-1EMC EN55032/35,EN61000-6-2/-6-4EMI CISPR32,FCC Part15B Class AEMS IEC61000-4-2ESD:Contact:4kV;Air:8kVIEC61000-4-3RS:80MHz to1GHz:10V/mIEC61000-4-4EFT:Power:2kV;Signal:1kVIEC61000-4-5Surge:Power:1kV;Signal:1kVIEC61000-4-6CS:10VIEC61000-4-8PFMFRED EN300328EN301893EN301489-1/17/19/52EN301511EN301908-1EN303413EN62311Green Product RoHS,CRoHS,WEEEHazardous Locations Class I Division2,ATEXMTBFTime441,032hrs(AIG-501-T-US-AZU-LX,AIG-501-T-EU-AZU-LX,AIG-501-T-AP-AZU-LX)453,637hrs(AIG-501-T-AZU-LX)Standards Telcordia(Bellcore)Standard TR/SRWarrantyWarranty Period3yearsDetails See /tw/warrantyPackage ContentsDevice1x AIG-500Series computerDocumentation1x quick installation guide1x warranty cardInstallation Kit1x power jack尺寸訂購資訊Model Name CPU RAM Storage TPM mPCIe SlotOperating TemperatureAIG-501-T-AZU-LX 1.91GHz4GB32GB Built-in Reserved for Wi-Fimodule-40to70°CAIG-501-T-US-AZU-LX 1.91GHz4GB32GB Built-in US region LTEmodulepreinstalled-40to70°CAIG-501-T-EU-AZU-LX 1.91GHz4GB32GB Built-in Europe region LTEmodulepreinstalled-40to70°CAIG-501-T-AP-AZU-LX 1.91GHz4GB32GB Built-in APAC region LTEmodulepreinstalled-40to70°C配件（選購）Power WiringCBL-PJTB-10Non-locking barrel plug to bare-wire cableMini DB9F-to-TB DB9female to terminal block connectorWi-Fi Wireless ModulesUC-8200-WLAN22-AC Wireless package for UC-8200V2.0or later with Wi-Fi module,2screws,2spacers,1heat sink,1pad AntennasANT-LTEUS-ASM-01GSM/GPRS/EDGE/UMTS/HSPA/LTE,1dBi,omnidirectional rubber-duck antennaANT-LTE-ASM-04BK704to960/1710to2620MHz,LTE omnidirectional stick antenna,4.5dBiANT-LTE-OSM-03-3m BK700-2700MHz,multiband antenna,specifically designed for2G,3G,and4G applications,3m cable ANT-LTE-ASM-05BK704-960/1710-2620MHz,LTE stick antenna,5dBiANT-LTE-OSM-06-3m BK MIMO Multiband antenna with screw-fastened mounting option for700-2700/2400-2500/5150-5850MHzfrequenciesANT-WDB-ARM-02022dBi at2.4GHz or2dBi at5GHz,RP-SMA(male),dual-band,omnidirectional antennaANT-GPS-OSM-03-3m BK3dBi at1575.42MHz,SMA(male),omnidirectional magnetic-base passive GPS antenna,3m cableANT-GPS-OSM-05-3M26dBi at1575.42MHz,SMA(male),omnidirectional active GPS antenna,3m cableDIN-Rail Mounting KitsMC-1100DIN-Rail Kit DIN-rail mounting kit,4screwsWall-Mounting KitsUC-8200Wall-mounting Kit Wall-mounting kit for UC-8200with4M3screws©Moxa Inc.版權所有.2022年1月24日更新。

横河便携式测量仪器CA500和CA550说明书

2装配了反射式液晶显示器。

再也不用担心在户外因反光而看不到显示的问题啦！
3显示接线方式。

之前使用CA150在测量/校验若忘记如何接线，需要查看操作手册！现在不必啦！因为接线方式直接显示在屏幕中，一目了然！
4热电偶测温可采用TC微型插头。

使用TC微型插头和补偿导线，无需RJ传感器就能产生热电动势。

5平方根运算输出。

用户可以自主选择线性输出和平方根输出，对于测试平方根输出仪器十分有效。

阅读原文6通过自动输入/输出测试进行智能校准（仅CA550）。

设置输出的百分数值，会自动匹配
测量的标准信号值，计算误差率，保存为csv文件。

随着横河校验仪产品的不断改进，后续还会增加HART通信等更多好用的功能，我们会在以后的文章
中逐步向大家介绍，敬请关注！
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横河测量技术（上海）有限公司作为日本横河电机株式会社的全资子公司，全面负责YOKOGAWA 测试仪器仪表在华销售、技术支持、售后服务等一条龙业务。

主要产品涵盖YOKOGAWA波形类、电功类、光通讯类、记录类及现场在线类测量仪器仪表，是多方位综合通用仪器销售公司和全方位科
技公司。

中达电通 AH500 运动控制模块手册 (2)说明书

绵密网络专业服务中达电通已建立了41个分支机构及服务网点，并塑建训练有素的专业团队，提供客户最满意的服务，公司技术人员能在2小时内回应您的问题，并在48小时内提供所需服务。

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硬件AH500运动控制模块功能架构 ................................. 1-21.2 软件O100主程序架构................................................. 1-51.2.1 O100主程序手动功能运动方式................................. 1-61.3 OX运动子程序架构..................................................... 1-71.4 Pn子程序架构........................................................... 1-91.5 O100、OX、Pn整体程序区块规划之架构........................ 1-111.5.1 程序架构介绍..................................................... 1-11第2章硬件规格及配线方式2.1 硬件规格.................................................................. 2-22.1.1 一般规格 ............................................................ 2-22.1.2 输入点电气规格.................................................... 2-32.1.3 输出点电气规格.................................................... 2-92.1.4 外观尺寸 .......................................................... 2-132.1.5 模块部位介绍..................................................... 2-152.2 配线方式................................................................ 2-192.2.1 I/O连接线及配线模块.......................................... 2-192.2.2 输入接点配线..................................................... 2-252.2.3 输出接点配线..................................................... 2-282.2.4 与下位驱动器之配线............................................. 2-302.3 通讯端口................................................................ 2-36第3章各种装置功能3.1 模块各装置编号一览表 ................................................. 3-23.2 数值、常数[K]/[H]、浮点数[F] ...................................... 3-33.3 外部输入[X]/输出[Y]接点的编号及功能............................. 3-53.4 辅助继电器[M]的编号及功能.......................................... 3-73.5 特殊辅助继电器[SM]的编号及功能 .................................. 3-73.6 内部继电器[S]的编号及功能 .......................................... 3-7i3.7 定时器[T]的编号及功能................................................ 3-83.8 计数器[C]的编号及功能................................................ 3-93.9 寄存器[D][V][Z]的编号及功能..................................... 3-143.9.1 数据寄存器[D] ................................................... 3-143.9.2 变址用寄存器[V][Z] ............................................ 3-143.10 特殊寄存器[SR]的编号及功能 ...................................... 3-153.11 指针[P]的编号及功能................................................. 3-153.12 特殊继电器[SM]及特殊寄存器[SR] ................................ 3-163.12.1 特殊继电器[SM] ................................................. 3-163.12.2 特殊寄存器[SR] ................................................. 3-203.13 特殊继电器[SM]及特殊寄存器[SR]功能说明..................... 3-263.14 运动模式特殊寄存器[SR] ............................................ 3-39第4章基本顺序指令4.1 基本指令一览表.......................................................... 4-24.2 基本指令说明 ............................................................ 4-4第5章应用指令分类及基本使用5.1 应用指令一览表.......................................................... 5-45.2 应用指令的组成.......................................................... 5-85.3 应用指令对数值的处理方式.......................................... 5-125.4 使用变址寄存器V、Z来修饰操作数 ............................... 5-155.5 指令索引................................................................ 5-165.6 应用指令说明 .......................................................... 5-205.7 运动功能块一览表................................................... 5-1295.8 运动功能块引脚介绍................................................ 5-1315.8.1 输入/输出引脚功能定义....................................... 5-1315.8.2 输入/输出引脚时序图 ......................................... 5-1325.8.3 PMSoft软件操作介绍......................................... 5-1335.9 台达定义参数一览表................................................ 5-1365.10 单轴运动功能块说明............................................... 5-1395.10.1 绝对单段速运动 ............................................. 5-1395.10.2 相对单段速运动 ............................................. 5-142 ii5.10.3 绝对两段速运动 ............................................. 5-1455.10.4 相对两段速运动 ............................................. 5-1485.10.5 插入单段速运动 ............................................. 5-1505.10.6 插入两段速运动 ............................................. 5-1545.10.7 寸动运动...................................................... 5-1565.10.8 手摇轮模式运动 ............................................. 5-1595.10.9 原点回归运动................................................ 5-1605.10.10 单轴运动停止................................................ 5-1625.10.11 运动轴参数设定I ............................................ 5-1645.10.12 运动轴参数设定II .......................................... 5-1655.10.13 读取当前位置/速度 ......................................... 5-1675.10.14 轴状态信息................................................... 5-1685.10.15 设定当前位置................................................ 5-1705.10.16 输入极性设定................................................ 5-1715.10.17 电子齿轮运动................................................ 5-1745.10.18 凸轮啮合...................................................... 5-1765.10.19 凸轮数据点读取 ............................................. 5-1785.10.20 凸轮数据点写入 ............................................. 5-1795.10.21 凸轮同步速率计算........................................... 5-1815.10.22 凸轮曲线规划................................................ 5-1825.10.23 凸轮曲线更新................................................ 5-1845.11 多轴运动功能块说明............................................... 5-1865.11.1 G码参数设定................................................ 5-1865.11.2 G码运行...................................................... 5-1875.11.3 G码停止...................................................... 5-1895.11.4 M码读取 ..................................................... 5-1915.11.5 多轴绝对直线插补........................................... 5-1935.11.6 多轴相对直线插补........................................... 5-1945.11.7 多轴直线插补停止........................................... 5-1965.12 网络功能块说明 .................................................... 5-1985.12.1 伺服启动/停止............................................... 5-1985.12.2 伺服重置...................................................... 5-1995.12.3 伺服参数写入................................................ 5-200iii5.12.4 伺服参数读取................................................ 5-2025.12.5 伺服回原点命令 ............................................. 5-2045.12.6 伺服DMCNET通讯初始化 ................................ 5-2065.12.7 伺服捕捉功能................................................ 5-2075.12.8 Ethernet IP Address 设定 .............................. 5-2095.13 其它功能块说明 .................................................... 5-2105.13.1 SD主程序备份 .............................................. 5-2105.13.2 SD装置备份................................................. 5-2115.13.3 SD装置回存................................................. 5-2125.13.4 高速计数器................................................... 5-2135.13.5 高速定时器................................................... 5-2145.13.6 高速比较设定................................................ 5-2165.13.7 高速比较重置................................................ 5-2185.13.8 高速捕捉设定................................................ 5-2195.13.9 高速捕捉遮蔽................................................ 5-2225.13.10 中断设定...................................................... 5-2235.13.11 绝对型编码器................................................ 5-224第6章模块数据传递6.1 功能简介.................................................................. 6-26.2 参数介绍.................................................................. 6-26.3 功能使用.................................................................. 6-5第7章单轴运动功能7.1 单轴运动功能 ............................................................ 7-27.2 单轴运动功能简介..................................................... 7-137.3 JOG模式使用介绍.................................................... 7-147.3.1 专属对应特殊寄存器............................................. 7-147.3.2 运动操作说明..................................................... 7-157.4 变速度模式使用介绍.................................................. 7-167.4.1 专属对应特殊寄存器............................................. 7-167.4.2 运动操作说明..................................................... 7-177.5 手摇轮操作模式使用介绍............................................. 7-18 iv7.5.1 专属对应的特殊寄存器.......................................... 7-187.5.2 运动操作说明..................................................... 7-197.6 原点回归模式使用介绍 ............................................... 7-207.6.1 专属对应的特殊寄存器.......................................... 7-207.6.2 运动操作说明..................................................... 7-227.7 单段速定位模式使用介绍............................................. 7-267.7.1 专属对应的特殊寄存器.......................................... 7-267.7.2 运动操作说明..................................................... 7-277.8 插入单段速定位模式使用介绍....................................... 7-287.8.1 专属对应的特殊寄存器.......................................... 7-287.8.2 运动操作说明..................................................... 7-297.9 连续两段速定位模式使用介绍....................................... 7-307.9.1 专属对应的特殊寄存器.......................................... 7-307.9.2 运动操作说明..................................................... 7-327.10 插入两段速定位使用介绍 ........................................... 7-337.10.1 专属对应的特殊寄存器......................................... 7-337.10.2 运动操作说明 ................................................... 7-347.11 状态标志与寄存器 ................................................... 7-35第8章电子凸轮功能8.1 电子凸轮（E-CAM）简介.............................................. 8-28.2 电子凸轮的实现方式.................................................... 8-38.2.1 初始设定 ............................................................ 8-38.2.1.1 建立电子凸轮数据............................................ 8-38.2.1.2 输入/出脉冲形式设定........................................ 8-48.2.2 主从轴设定及操作 ................................................. 8-58.2.2.1 主轴来源设定 ................................................. 8-68.2.2.2 主轴启动角度设定............................................ 8-68.2.2.3 从轴输出设定 ................................................. 8-78.2.3 周期式电子凸轮启动/停止........................................ 8-88.2.3.1 周期式电子凸轮启动......................................... 8-88.2.3.2 周期式电子凸轮停止......................................... 8-98.3 电子凸轮数据（E-CAM Data）建立............................... 8-11v8.3.1 PMSoft CAM Chart绘制电子凸轮数据...................... 8-118.3.1.1 根据主从轴的标准函数关系绘制 ......................... 8-118.3.1.2 主从轴根据实际工作的点对点关系绘制 ................. 8-158.3.1.3 单笔电子凸轮数据（E-CAM Data）建立/变更........ 8-178.4 电子凸轮应用-飞剪应用.............................................. 8-198.4.1 飞剪电子凸轮数据建立.......................................... 8-218.4.2 功能块-凸轮飞剪曲线生成操作 ................................ 8-218.4.3 功能块-凸轮动态变更操作...................................... 8-268.4.4 飞剪电子凸轮范例 ............................................... 8-26第9章多轴插补运动9.1 多轴插补功能简介....................................................... 9-29.2 O指针/M码指令及G码指令一览表 ................................. 9-29.3 G码指令的组成.......................................................... 9-39.4 G码指令说明 ............................................................ 9-69.5 O指针/M码指令...................................................... 9-239.6 TO指令使用说明...................................................... 9-26第10章高速计数与计时功能10.1 高速计数器............................................................ 10-210.2 高速定时器............................................................ 10-6第11章高速捕捉与比较功能11.1 高速比较与捕捉功能使用格式...................................... 11-211.2 比较功能 .............................................................. 11-211.3 清除输出功能......................................................... 11-911.4 捕捉功能 ............................................................ 11-1011.5 屏蔽功能 ............................................................ 11-15第12章以太网络设置12.1 功能简介 .............................................................. 12-212.2 功能规格 .............................................................. 12-212.3 参数功能介绍......................................................... 12-212.4 PMSoft通讯功能说明............................................... 12-3 vi12.5 MODBUS通讯功能说明............................................ 12-712.6 以太网络错误说明及排除方式...................................... 12-9第13章扩展保存装置13.1 功能简介 .............................................................. 13-213.2 参数功能介绍......................................................... 13-213.3 G码读取与执行...................................................... 13-413.4 装置备份及回存 ...................................................... 13-513.4.1 备份 .............................................................. 13-513.4.2 回存 .............................................................. 13-813.5 程序备份及回存 ...................................................... 13-913.5.1 备份 .............................................................. 13-913.5.2 回存 .............................................................. 13-913.6 韧体更新 ............................................................ 13-10第14章DMCNET14.1 功能简介 .............................................................. 14-214.2 功能规格 .............................................................. 14-214.3 参数功能 .............................................................. 14-314.4 DMCNET联机说明.................................................. 14-814.5 伺服参数读写说明 ................................................. 14-1114.6 DMCNET运动控制说明 .......................................... 14-1314.7 DMCNET错误说明及排除方式 .................................. 14-1814.7.1增量型伺服连线范例 ......................................................................... 14-1814.7.2绝对型伺服连线范例 ......................................................................... 14-1914.8 DMCNET错误说明及排除方式 .................................. 14-20第15章PMSoft软件-USB通讯设置15.1 功能简介 .............................................................. 15-215.2 功能规格 .............................................................. 15-215.3 PMSoft通讯功能说明............................................... 15-2附录A 错误代码原因对照表A.1 错误代码原因对照表.................................................... A-2viiMEMO viii目录1.1 硬件AH500运动控制模块功能架构 ........................................... 1-2 1.2 软件O100主程序架构........................................................... 1-5 1.2.1 O100主程序手动功能运动方式........................................... 1-6 1.3 OX运动子程序架构............................................................... 1-7 1.4 Pn子程序架构..................................................................... 1-9 1.5 O100、OX、Pn整体程序区块规划之架构.................................. 1-111.5.1 程序架构介绍............................................................... 1-111-1台达AH20MC-5A、AH15PM-5A、AH10PM-5A、AH05PM-5A模块为高速定位、双轴线性及圆弧插补多功能可程控器，其特色是结合了基本指令、应用指令、运动指令及G码指令等功能，让程序编写设计上更多元化。

AEA TRP500微音响预放器说明书

AEA TRP500 OWNER’S MANUALWELCOMECongratulations on your purchase of the AEA TRP500 microphone preamplifier, AEA’s third iteration of our low noise, ultra-high gain and impedance architecture. At AEA, we put the same thought and care into our preamps as we put into the development of our microphones: sonic quality comes first.In the past 16 years, AEA's preamps have surpassed the limitations of 20th century electronics, allowing you to fully appreciate the sonic complexities of your microphone. The TRP500 leans on the side of neutral but is unlike other "clean" preamps because of its rich and musical tonality. It offers up to 85dB of effortless gain for any microphone and sonics that invite hearts to listen deeper.Your TRP500 is 100 percent handcrafted in Pasadena, California. AEA is a family-owned company with a small crew of skilled technicians, many of whom are musicians themselves. Proudly independent, we still manufacture all our ribbon microphones and preamps by hand, in-house, from locally sourced parts.We hope the TRP500 helps capture many magical musical performances. Read this manual thoroughly to make sure you get the best sound and longevity from your new preamp. We invite you to become part of the AEA community by sharing your experiences with the TRP500 via email, phone, or our social media channels. Wes DooleyPresident of AEACONTENTSINTRODUCTIONBased on the circuit and topology of our original AEA TRP preamp, the TRP500 has the low noise, musical sonics, and ultra-high gain and impedance (100,000 Ohms) that AEA is renowned for. TheTRP500 excels at drawing out the warmth and lush sound of ribbon mics as well as other top-level microphones. With up to 85 dB of quiet DC-coupled gain, minimal path architecture, and a gentle 115 Hz or 230 Hz high pass filter, this preamp puts as little as possible between you and your audience.WARRANTYSUPPORTYour TRP500 comes with a one-yearlimited warranty on parts and labor,shipping not included. Registering your product with AEA will extend the warranty to a full three years. Scan the QR code to register.If you should encounter any problems with your TRP500 preamp or have questions regarding specific applications, please contact our customer support team at ********************** for the quickest response.To contact us by phone, please call +1-800-798-9127 from 9:00 a.m.- 5:00 p.m. PST Monday-Friday. AEA's repair center is located at 1029 N. Allen Ave, Pasadena, CA 91104, U.S.A.GENERAL GUIDELINESTo maintain the best performance from your new AEA TRP500 preamp, take note of these three requirements:1) Before powering up the unit, make sure the preamp is properly secured and seated in the slot. Two flathead Phillips screws are supplied with each preamp.2) Never place the rack or preamp close to electromagneticfields or hot surfaces. Electromagnetic fields created by power transformers, motors, or RF transmitters can potentially damage or interfere with the preamp functionality.3) Before turning on the power, all connections to the preamp should be made and the Mic Gain and Output Level control set at their minimum setting. Be sure to examine the signal chain before powering up the preamp to ensure sudden loud noises are not emitted which could damage your system or hearing.FRONT PANEL GUIDE123456FRONT PANEL GUIDEAudio Signal Level Indicators:The green LED snaps on at -20 dBu to indicate the presence ofsignal.The yellow LED snaps on at 0 dBu.The red LED snaps on at +20 dBu to warn of approaching signal overload.High Pass Filter (HPF):3-position switch provides a gentle 6 dB per octave with choiceof -3 dB points at 115 Hz or 230 Hz.Polarity Invert Switch:OUT is normal; IN is inverted.The green LED near the switch indicates inverted polarity. Phantom Power (P48) Switch:OUT is off and increases the preamp's input impedance to100,000 Ohms.IN ramps up full-spec P48 phantom power to the input, which reduces the input impedance to 11,900 Ohms.The red LED near the switch indicates when P48 phantom power is engaged.Mic Gain Rotary Switch:12-position precision switch adjusts gain from +7 dB to +65 dB.Output Stage Gain Control:A potentiometer varies gain from 0 dB to +20 dB.Full Counterclockwise = 0 dB (unity) gain.Full Clockwise = +20 dB gain.9 o’clock is ~+3 dB, 12 o’clock is ~+7 dB, 3 o’clock is ~+17 dB.1 -2 -3 -4 -5 -6 -INPUT & OUTPUT CONNECTIONSInput ConnectionWhen the TRP500 is operated with ribbon, moving-coil dynamic, tube, and any other microphone that does not use phantom power, it is recommended that the P48 switch (ref. #4) be set to the OUT position before any input is connected, to prevent loud pops when plugged in. The P48 LED will be lit in red when phantom power is engaged. Cable CareTo prevent possibly damaging the equipment in your system and to ensure consistent performance, we recommend you regularly test your microphone cables to determine whether they have any open, shorted, reversed, or intermittent connections.Output ConnectionThe output of the TRP500 emulates a transformer-coupled output and can be used as either a balanced or unbalanced signal (depending on how your cable/system is configured). When balanced, the maximum output level is +28 dBu; when unbalanced, the maximum level is +22 dBu. (These are as measured into a 600 Ohm load; the recommended load is > 10K Ohms; 0 dBu = 0.7746 V rms.)When unbalancing the XLR output, pin-3 must be tied to ground at the receiving end (i.e. the input of the following device). Use a balanced cable to the unbalanced load. Do not tie pin-3 to ground directly at the output of the TRP500.Input ImpedanceThe ultra-high gain DC-coupled JFET circuit has two input impedances: 11,900 Ohms with phantom power "ON" and 100,000 Ohms with phantom power "OFF." The 100,000 Ohm mode bringsout the best in passive ribbons and tube mics, and also provides a unique balanced input for vintage, high-impedance dynamic mics. This versatility ensures the highest sensitivity, bandwidth, transient response, and clarity possible for a wide variety of microphones.Should the microphone source impedance be the same as its load impedance?This is a telephone technique from before tubes were invented. Matching the impedance of a telephone’s microphone with the load maximized the listener’s volume at the other end of the line. But now it just increases distortion, decreases headroom, and degrades transient and frequency response. When a mic’s output impedance matches the preamp’s input impedance, 6 dB of levelis lost. The noise floor goes up 6 dB and the preamp will need 6 dB more gain.The high-impedance design of the TRP500 results in no loss of level or signal quality due to impedance mismatching.SETTING THE GAINThe TRP500’s minimalist JFET circuit design delivers up to 85 dB of clean, quiet gain. With extended bandwidth from below 10 Hz to beyond 200 kHz, it delivers effortless dynamic range and transient response that complements all microphones. Its DC-coupled circuit extends the low frequency response and speeds recovery to linear operation after overloads.As with any piece of audio equipment, setting and maintaining proper signal levels is critical to obtaining optimum performance. If the level is set too low, noise performance is sacrificed; if the level is too high, there’s a risk of overload distortion.Setting the AEA TRP500 gain begins by setting the first stage GAIN and second stage OUTPUT knobs fully counterclockwise. The first stage GAIN control has 12 precision steps from +7 dB to +65 dB. The second stage OUTPUT potentiometer knob when all the way down (counterclockwise) adds no gain, and all the way up adds +20 dB. The three LEDs: green, yellow and red (ref.#1) snap on at -20, 0, and +20 dBu to indicate signal activity.First Stage GAIN Control AdjustmentConnect the microphone and then, if needed, turn on phantom power. Have the performer(s) play a louder section and click up the GAIN (ref.#5) until the yellow LED usually lights and the red LED rarely lights. The control uses ultra-low noise and high precision resistors with gold-plated 12-position switches made in the USA. We’ve used them for 37 years without a failure.Second Stage OUTPUT Gain TrimThe OUTPUT Control (ref. #6) potentiometer adjusts gain from 0 dB (unity gain) at the bottom to +20 dB gain when fully turned up. Like the 12-step GAIN control, the 0 dB and +20 dB OUTPUT positions are accurate and repeatable. To reset to an in-between position, mark it during the session. Approximate OUTPUT gain at 9, 12, and 3 o’clock are +3 dB, +7 dB, and +17 dB. The red LED lights 8 dB before clipping with a balanced load, so listen carefully to see how it sounds when the red LED lights up more often.During rehearsal, check the input level adjustment for your DAW, console, or audio recording device. If the red LED is illuminated too often or too long, reduce the Mic GAIN one step at a time until the red LED illuminates briefly on the loudest peaks. If the red LED occasionally flashes while recording, this does not necessarily mean that the preamp is clipping.The energy and excitement generated during a performance guarantees it will be louder than the rehearsal. After setting the GAIN during sound-check, operators might want to reset the GAIN control one or two clicks lower for the actual performance. When needed, this GAIN decrease can be added back in by turning the OUTPUT knob up.SPECIFICATIONSMax Gain at 1kHz:EIN (Max gain):DC Current Draw: Frequency Response:THD+N: XLR Output Max Level:Input Impedance:Output Impedance: Max Input Signal Level:Mic Gain Control:Mic Output Trim: High Pass Filter Frequencies:XLR Connector Polarity: LED Signal Level Indicators:Dimensions:Front Panel:Width:Depth:Height:Weight:85 dB of gain, balanced-in to balanced-out< –128 dBu (22 Hz to 22 KHz, unweighted,40 Ohm source), typically -130 dBufrom +16/-16V Rails: 130 mA30 dB gain: (+0/-0.6 dB from <10 Hz to 200kHz) 85 dB gain: (+0/-1 dB <20 Hz to >100kHz)(+0/-2.5 dB <10 Hz to 200kHz)0.0017% (1kHz, 22Hz-22kHz @30 dB Gain+4 dBu output)+28.5 dBu into 600Ω load (before 1% THD) 11.9kΩ (with Phantom), 100kΩ (no Phantom) 50Ω21.5 dBu at minimum gain (before 1% THD)12-position switch provides from +7dB to+65dB of gain for the preamplifier circuit, as measured between the input and output when the OUTPUT control is set fully counterclockwise (0 dB)Output potentiometer provides from 0 dB (unity gain) to +20 dB of gain3-position on-off-on switch provides switchable first order passive high pass filter (-6 dB per octave) with cutoff frequencies(-3 dB) at 115 Hz and 230 HzPin-1 is ground, pin-2 is high, pin-3 is lowThe green LED snaps on at -20 dBu to indicate the presence of signal; the yellow LED snaps on at 0 dBu; the red LED snaps on at +20 dBu to warn of approaching signal overload, which is 8 dB prior to clipping0.125” (0.32 cm) anodized aluminum1.5" (3.81 cm)6.8" (17.27 cm)5.2" (13.21 cm)10.1oz (~0.29 kg)11|@RIBBONMICS|*******************|(800)798-9127。

5系列和6系列铝合金的用途

5系列和6系列铝合金的用途5系列和6系列是常见的铝合金系列，具有广泛的用途。

以下是关于它们的详细介绍。

5系列铝合金是铝镁合金，主要成分为铝和镁。

常见的5系列合金有5052、5056、5083等。

5系列铝合金具有良好的耐腐蚀性、焊接性和可接受性。

它们的强度较高，可以通过热处理进一步增强。

下面是5系列铝合金的主要用途。

1.船舶建造：5系列铝合金具有良好的耐海水腐蚀性能，适合用于造船行业。

常见的用途包括船体、甲板和船舶配件等。

2.航空航天：由于它们的高强度和轻量化特性，5系列铝合金在航空航天行业中得到广泛应用。

常见的应用包括飞机外壳、机翼和内饰等。

3.汽车制造：5系列铝合金在汽车制造业中具有重要地位。

它们可以用于制造车身部件、底盘组件和发动机零件等，有助于提高汽车的燃油经济性和降低整车质量。

4.建筑行业：5系列铝合金具有良好的耐候性和装饰性能，适用于建筑中的外墙、天花板、门窗和室内装饰等。

5.器械制造：5系列铝合金在各种机械设备和仪器仪表制造中得到广泛应用。

常见的应用包括航空发动机零件、压力容器和化工设备等。

6系列铝合金是铝镁硅合金，主要成分为铝、镁和硅。

常见的6系列合金有6061、6063等。

6系列铝合金具有良好的可加工性和焊接性，强度较高，适合热处理。

下面是6系列铝合金的主要用途。

1.建筑行业：6系列铝合金具有良好的装饰性和耐候性能，适用于建筑中的门窗、阳光房、幕墙和室内装饰等。

2.建筑模板：6系列铝合金具有良好的切削性能和尺寸稳定性，适合用于建筑模板的生产。

3.电子产品：6系列铝合金可以用于制造电子产品外壳、散热器和导热板等，有助于提高产品散热性能。

4.运输设备：6系列铝合金在航空、铁路和汽车行业中广泛使用。

常见的应用包括航空器零件、火车车身和汽车底盘等。

5.化工设备：6系列铝合金具有良好的耐腐蚀性能，适合用于制造化工设备、储罐和管道等。

综上所述，5系列和6系列铝合金具有广泛的应用领域，包括船舶建造、航空航天、汽车制造、建筑行业、器械制造、电子产品、运输设备和化工设备等。

MEC ATLAS_500 Instruction-Manual

使用说明书电池充电器ATLAS-500 系列:安全事项与警告•由于身体，感官或精神方面的能力不足或是因经验不足而无法安全使用本充电器的人，不得在没有技术人员的控制或指导的情况下使用。

•本充电器以100-240伏交流电运行，不适合儿童使用，有机会危及生命。

并须时刻提防触电的危险。

•时刻远离易燃气体、溶剂或蒸汽。

充电过程中避免明火或火花，以免引起爆炸事故！•进行充电时，请确保充足的空气流通并防止明火或火花。

•充电器是专为可充电电池作充电用的，不得用于其他目的。

对于特定的锂基电池或铅酸电池，应选择相应的充电器型号。

•充电之前，应考虑电池制造商发布的充电说明。

还要检查充电模式是否适合您的电池和应用。

•切勿打开或拆开充电器。

维修工作只能由获授权的专业技术人员操作。

•如果充电器的电源连接线损坏，则必须用MEC或授权经销商提供的原版的电线替换。

•进行充电时，切勿将充电器放在电池上方。

•避免太阳直接照射充电器或存放于超过40°C的温度。

•如发生明显的损坏或故障，请立即断开充电器的电源及其他不必要的连接。

•在任何情况下，确保直流电线没有被被剪断、缩短或增长。

产品特色•IP65被动冷却；挤压铝合金外壳•微处理器的四步充电技术，具有软启动和充电周期自动重启功能•5种可选电池类型(GEL, AGM, WET, Calcium, +PS-Mode) 和内置电池温度传感器，针对铅酸电池的应用•LED指示灯显示相应的充电状态及错误信息•防止短路，反极性，过热或过载的保护•电池恢复功能，尝试通过反复出现的一系列电压 / 电流脉冲来恢复深度放电或「失效」的电产品结构图专为锂电池而设的型号1.防护通风口2.AC线3.DC线4.红外接口 LED5.绿色主电源指示灯6.黄色充电指示灯7.绿色充满指示灯8.红色错误指示灯IP65 防水、微处理器控制的电池充电器。

配备一个或多个、可选的充电模式。

可定制充电参数。

CAN 总线/点火锁止(可选)。

三里支路UPS500TAA商品说明说明书

UPS Standby Serie POS de 120V 50/60Hz 500VA 300W, Cumple con el TAA, Torre, Puerto USB, 6 Tomacorrientes, Protección para Tel / DSLNÚMERO DE MODELO:POS500TAAGeneralPOS500TAA - Sistema UPS Standby de Tripp Lite, ofrece supresión de sobretensiones y soporte de larga duración por batería, ideal para Quioscos, Punto de Venta, Estaciones de Trabajo de Red y aplicaciones autónomas de PC. Gabinete especial con tomacorrientes viendo hacia atrás que ajusta en compartimientos para UPS de alto y ancho limitados en quioscos y otros gabinetes de equipos. Los circuitos internos del UPS mantienen la salida de CA durante fallas de energía y condiciones de caída severa de voltaje de modo que el equipo conectado pueda apagarse apropiadamente sin pérdida de datos. Incluye 3 tomacorrientes respaldados por batería para la computadora, el monitor y un periférico vital del sistema, más 3 tomacorrientes adicionales con únicamente supresión de sobretensiones para impresoras y otros accesorios que no requieren soporte de batería. El puerto USB permite en forma opcional, el cierre sin supervisión del sistema sin pérdida de datos en caso de fallas prolongadas del suministro eléctrico; cable incluido. La interfaz USB compatible con HID permite la integración con las características incorporadas de administración de energía y apagado automático de Windows y Mac OS X. El software PowerAlert se puede descargar en forma gratuita. La supresión incorporada para una línea telefónica protege módems, faxes u otros periféricos conectados a una línea telefónica o DSL estándar. La alarma acústica incorporada y 5 LEDs en el panel frontal indican el estado de alimentación de la línea, estado de la batería, estado de batería baja / reemplazar, estado de sobrecarga y fallas en el cableadoeléctrico del sitio. Capacidad de manejo de potencia de 500 VA / 300 Watts soporta equipos de punto de venta, quioscos, estaciones de trabajo de red, sistemas telefónicos de pequeñas empresas y PCs de escritorio. Compatible con el servicio del sistema Watchdog de Tripp Lite para restablecer el funcionamiento de un equipo bloqueado mediante el reinicio por software de la aplicación / OS o mediante el apagado y encendido del equipo conectado; ideal para las aplicaciones de quioscos sin supervisión. Ofrece 4.9 minutos de autonomía por batería a plena carga de 500VA y 15.8 minutos a media carga de 250VA. Permite el reemplazo de la batería por el usuario a través del panel de acceso incorporado. $150,000 de Seguro Máximo de por Vida (EE. UU., Canadá y Puerto Rico únicamente).DestacadoCumple con el Acta Federal deAcuerdos Comerciales / TAApara las compras del programaGSA.qEl UPS standby de 500VA 120V mantiene la salida de CAdurante fallas del suministroeléctricoq3 tomacorrientes soportados porla batería del UPS, 3tomacorrientes únicamente conprotección contrasobretensionesqPuerto USB, protección paraTEL/DSL, 99% de eficienciaqEntrada NEMA 5-15P y 6tomacorrientes NEMA 5-15RqEste producto está calificadoENERGY STAR por sucapacidad para ahorrar dineroa los clientes mientras ayudaa proteger el ambiente.qEl Paquete IncluyeUPS POS500TAA, cable USB,manual del usuario coninformación sobre la garantíaqEspecificacionesCaracterísticasCumple con el Acta Federal de Acuerdos Comerciales (TAA) para las compras del programa GSA.q El POS500TAA ofrece supresión de sobretensiones y respaldo por batería de larga duración para Quioscos, Punto de Venta, Estaciones de Trabajo de Red y aplicaciones autónomas de PC.qGabinete especial con altura pequeña de 16.61 cm [6.54"], un pequeño ancho de solo 9.09 cm [3.58"] y tomacorrientes viendo hacia atrás compatible con compartimientos para UPS en muchos quioscos y otros gabinetes de equipos.qSoporta una carga plena de 500 VA / 300 Watts por 4.9 minutos y una carga media de 250 VA / 150Watts por 15.8 minutos.qSuministra salida de CA derivada de batería de los tomacorrientes soportados por el UPS durante condiciones de caídas de voltaje, sobrevoltajes y apagonesqIncluye 6 tomacorrientes en total, 3 con respaldo de UPS y supresión de sobretensiones paracomponentes vitales del sistema y 3 con supresión de sobretensiones solamente para accesorios que no requieren respaldo por batería.qCompatible con el servicio del sistema Watchdog de Tripp Lite para restablecer el funcionamiento de un equipo bloqueado mediante el reinicio por software de la aplicación/OS o mediante el apagado y encendido del equipo conectado; ideal para las aplicaciones de quioscos sin supervisión.qEl puerto USB permite apagar y guardar la información sin supervisión cuando se usa con el software PowerAlert de Tripp Lite, disponible para descarga GRATUITA via /poweralert qLa supresión en una línea telefónica protege módems, faxes u otros periféricos conectados a una línea telefónica o DSL estándar.qAlarma acústica incorporada y 5 LEDs indican el estado de la alimentación de línea, estado de la energía de la batería, batería baja / reemplazar, sobrecarga y fallas del cableado en sitioqPDU opcional PDUB15 con derivación permite el reemplazo Hot-Swap del UPS sin interrupción al equipo conectadoqPermite el reemplazo Hot-Swap de la batería, por el usuario, a través del panel de acceso incorporado.q© 2023 Eaton. All Rights Reserved. Eaton is a registered trademark. All other trademarks are the property of their respective owners.。

JVC GZ-MC500AA AC AG AH数码硬盘摄像机说明书

参考信息
52
故障排除 .......................................................... 52 警告指示 .......................................................... 55 清洁摄像机 ....................................................... 57 注意事项 .......................................................... 57 规格 .................................................................. 60
语音记录功能
本摄像机可以在声频记录场合作为录音机使用。(੬ 第 29 页 )
各种记录功能
本照相机支持光圈优先、快门优先、肖像、包围拍摄和许多其他功能，您可以根据拍摄场景进行选择。 (੬ 第 31 36 页 )
享用各种播放功能
不同于磁带操作，本摄像机不用在倒带或快进操作上花时间，播放简单方便。还具备播放列表、播放效果和其他功能，可以尽享各种不同播放类型。
准备工作
中文
7
数码硬盘摄像机
视频记录和播放
20
GZ-MC500AA/AC/AG/AH
静像记录和播放
25
语音记录和播放29 Nhomakorabea高级操作
31
菜单设定
48
参考信息
52
要取消演示，请将 “演示模式”设为 “关”。(੬ 第 48 页 )
使用说明书
CH
LYT1432-002A

HX4054A 500mA 锂电池充电器说明书

（没充电的情况下）概述HX4054A 是一款单节锂离子电池恒流/恒压线性充电器，简单的外部应用电路非常适合便携式设备应用，适合 USB 电源和适配器电源工作，内部采用防倒充电路，不需要外部隔离二极管。

热反馈可对充电电流进行自动调节，以便在大功率操作或高环境温度条件下对芯片温度加以限制。

HX4054A 充电截止电压为 4.2V,充电电流可通过外部电阻进行设置。

当充电电流降至设定值的 1/10 时，HX4054A 将自动结束充电过程。

当输入电压被移掉后，HX4054A 自动进入低电流待机状态，将待机电流降至 1uA 以下。

HX4054A 在有输入电源时也可置于停机模式，从而将工作电流降至 30uA 。

特点∙ 最大充电电流：500mA∙ 无需MOSFET 、检测电阻器和隔离二极管∙ 智能热调节功能可实现充电速率最大化∙ 智能再充电功能∙ 预充电压：4.2V±1% ∙ C/10充电终止 ∙ 待机电流30uA∙ BAT 超低自耗电1uA ∙ 2.9V 涓流充电阈值 ∙ 单独的充电、结束指示灯控制信号 ∙ 封装形式：SOT23-5应用∙ 手机、PDA 、MP3/MP4∙ 蓝牙耳机、GPS∙ 充电座∙数码相机、Mini 音响等便携式设备典型应用电路∙锂电池正负极反接保护注：R1电阻建议不要省列与C1构成RC 滤波防止过充电压。

如果R1电阻不接C1使用10UF 以上电容。

典型运用电路仅供参考，其它以实际运用为准。

4C/10涓流充电电流∙管脚SOT23-5L 定购信息极限参数（注1）注1电气参数（注2，3）注3：规格书的最小、最大规范范围由测试保证，典型值由设计、测试或统计分析保证。

进入恒压充电模式。

当充电电流减小到充电结束内部框图工作原理HX4054A 是专门为一节锂离子电池或锂聚合物电池而设计的线性充电器，芯片集成功率晶体管，充电电流可以用外部电阻设定，最大持续充电电流可达500mA ,另加阻流二极管和电流检测电阻。

Hitachi Energy RTU500系列产品数据手册说明书

in frequency, leading tolarge financial losses.Deliver peace of mindRTU cybersecurity solutions2| RTU500 S E R I E S CY BERSECU RIT Y SOLU TIO NS DELIV ER PE ACE OF MINDCyberattacks on industrial automation and control systems are real and increasing in frequency, leading to large financial losses. Cybersecurity has become an issue with the introduction of Ethernet based communication protocols into industrial automation and control systems. Connections to and from external networks (remote access, office intranet) with industrial automation and control systems have opened these systems to the possibility of misuse and cyberattacks. Each “connection point” should now also be considered a potential “hacker point”.Customer challengesHitachi Energy’s customer is one of Europe’s main transmission system operators (TSO) and responsible for developing and managing high-voltage and very high-voltage electrical transmissions throughout its country. At the same time they are also the majority owner of the country’shigh-voltage transmission grid.As a TSO, the company manages the flow of electricity over more than 70,000-kms of high-voltage line, which requires a high degree of standardization in the operation of the network’s substations. As the previous standardization was already more than 10 years old, it was mandatory to update it with the latest cybersecurity features to protect the electrical grid.To ensure security, customer was already using user account management, audit trail, security logging (syslog) and https support. The most important extensions to enhance security were to implement IEC 60870-5-104 secure communication based on the IEC 62351-3 standard and Simple Network Management Protocol version 3 (SNMPv3), which provides advanced new security features.Secure control communicationsThe customer asked Hitachi Energy to provide secure communications with the control center as previously communication was done without any security level. Because the customer was part of a standardization committee, it was clear from the beginning they wanted to use standardized security protocols.A part of the customer’s specification was IEC 60870-5-104 communication protocol combined with TLS encryption based on the IEC 62351-3 standard. The advantage of this kind of communication is the end-to-end encryption between RTUs and the network control centers. This implementation provides data integrity, supported by digital certificates (X.509) and mandatory mutual authentication of client and server.RTU cybersecurity solutions deliver peace of mind.A major European transmission system operator’s network is now secure fromcyber threats. Cyberattacks on industrial automation and control systems are real and increasing in frequency, leading to large financial losses. 01Network Control CenterconnectionMonitoring IT/OTNetwork Control CenterNetwork Control Center3RTU500 S E R I E S CY BERSECU RIT Y SOLU TIO NS DELIV ER PE ACE O F MIND|Device supervisionThe customer had divided the responsibility between thenetwork operation and the operation of the RTUs and theSCADA system. Because it was vital for network operatorsto know the status of all equipment in the network, the RTUwas requested to provide this information to the networkdevice monitoring tool.SNMP protocol is the de facto standard for network devicemonitoring in IT/OT. The supported SNMPv3 protocol definesa secure version of SNMP. SNMPv3 provides customerconfidentiality by encrypting packets, message integrity andauthentication by verifying the source. Because of the highnumber of IP devices in the network, manual maintenance ofdevices is not possible, therefore integration of RTUs in thenetwork management tool is needed.The operator of the network monitoring system benefits fromSNMP, as it allows graphical analysis of the data for the actualstatus and a longer period of time, and thus differentiates fromother available remote control protocols for a SCADA system tocommunicate with the control system.Customer benefitsTo fulfill the customer’s standardization and securityprocess, Hitachi Energy provided the latest software versionwith features including standardized security functionality.The solution helps the customer increase its level ofcybersecurity to the most up-to-date available on the market.Hitachi Energy RTUs are continuously responding to the needsof power utilities and industries for products that can providethe highest levels of cybersecurity, including user accesscontrol, security logging, hardware hardening, devicemonitoring and secure communication based on standards.Hitachi Energy’s solution will protect customer’s electrical gridand provide peace of mind in the decade ahead.02Secure IEC 60870-5-104 connection based on IEC62351-3 TLS provides end-to-end encryption betweenRTU and Network control centersHitachi Energy**************************************/rtu© 2022 Hitachi Energy. All rights reserved.4CAE000426Specifications subject to change without notice.。

中达电通 AH500 运动控制模块手册说明书

w w w.d e l t a w w.c om绵密网络专业服务中达电通已建立了70余个分支机构及服务网点，并塑建训练有素的专业团队，提供客户最满意的服务，公司技术人员能在2小时内回应您的问题，并在48小时内提供所需服务。

中达电通公司版权所有如有改动,恕不另行通知扫一扫，关注官方微信沈阳电话:(024)2334-1612哈尔滨电话:(0451)5366-5568长春电话:(0431)8892-5060呼和浩特电话:(0471)6297-808北京电话:(010)8225-3225天津电话:(022)2301-5082济南电话:(0531)8690-7277太原电话:(0351)4039-475郑州电话:(0371)6384-2772石家庄电话:(0311)8666-7338上海电话:(021)6301-2827南京电话:(025)8334-6585杭州电话:(0571)8882-0610合肥电话 :(0551)6281-6777武汉电话:(027)8544-8475南昌电话:(0791)6255-010成都电话:(028)8434-2075长沙电话:(0731)8549-9156重庆电话:(023)8806-0306 昆明电话:(0871)6313-7362广州电话:(020)3879-2175厦门电话:(0592)5313-601南宁电话:(0771)5879-599乌鲁木齐电话:(0991)4678-141兰州电话:(0931)8732-800西安电话:(029)8836-0640贵阳电话:(0851)6901-374福州电话:(0591)8755-1305400 - 820 - 9595AH500运动控制模块手册AH500运动控制模块手册地址：上海市浦东新区民夏路238号邮编：201209电话：（ 021 ）5863-5678传真：（ 021 ）5863-0003网址：AH-0101610-042022-01-18版权说明©Delta Electronics, Inc. All rights reserved. 台达电子工业股份有限公司保留所有权利本使用手册编撰之所有信息内容属台达电子工业股份有限公司(以下简称「台达」)之专属财产，且受到著作权法及所有法律之保护。

Back-UPS HS 500用户手册说明书

Disconnect battery wires from battery.Remove battery.Press cover release tab (one each side)and remove cover.Caution : To prevent damage to the ribbon cable (not shown)that connects the cover to the UPS, replace the cover after removing the battery. Do not disconnect the ribbon cable from the cover or the UPS.Phone Line OutInstall battery cover.Connect and installthe battery.Press the outlet cover release tab (one each side); and pivot cover off the unit.6Connect Cable Modem,230V~, 2.2A, 50-60HzFrom Cable Provider (Phone, Internet, and/or CATV; orDSS)To Cable Modem, VCR, DSS or TV Cable Box7Connect Phone Line NetworkModem/Phone/FaxRJ-45Connectors (can accept RJ-11)RJ-45ConnectorsPhone Line In (Standard orDSL)From ModemDSS or CATV Receiver 10Install Connector Cover(optional)or DSL to SurgeTo Hub or Router11Connect to Power Source and Switch on UPS PowerConnect Equipment Power CordsNetwork Device Network DeviceOutput 3Output 3to Surge Protection Protection (optional)Align the holes in the cover with the connector cover release tabs (one each side) and lower connector cover.Figure 2. InstallShield Welcome ScreenThe software will then display the Licence Agreement (Figure 3). Pleaseread the Agreement and accept the terms by clicking Yes . To decline the Agreement, click No - the software will not install.Figure 3. InstallShield Licence Agreement ScreenFigure 1. InstallShield Wizard ScreenAfter about 4 seconds, the software will display the Welcome Screen(Figure 2). To continue, click Next . To cancel the installation, click Cancel .Figure 4. Choose Destination Location ScreenFigure 5. Setup Status Screen Figure 6. InstallShield Wizard Complete Screen7. To launch the program, go to the Start menu, select APC , then select APC Back-UPS HS Continued on the next page -Figure 7. APC Software Startup Menu SelectionsInput Voltage (on line)180 - 266 Vac Input Frequency47 - 63 HZ (autosensing)Output Wave Form (On battery)Stepped Sine Wave Maximum Load 500 V A 300 Watts Operating temperature 32 - 104° F (0 to 40° C)Storage temperature 5 - 113° F (-15 to 45° C)Operating humidity 10 - 90% non-condensing Storage humidity 10 - 95% non-condensing Physical: (H x W x D)14.65 x 8.85 x 4.13 in (37.2 x 22.5 x 10.5 cm)Weight16.3 lb (7.4 kg)Typical Recharge Time 6 - 8 hours EMI Classification EN50091-2, Class B ApprovalsNEMKO-GS, CE, and GOSTSpecificationsFigure 8. Back-UPS HS IP Address and MAC Address ScreenIf there are no DHCP services on the network, or if you want to assign an IPAddress you can easily remember, you can manually assign an IP Address to the Back-UPS by clicking on the IP Configuration button. The address you assign must follow the format shown in Figure 9 and cannot duplicate an address already assigned. Figure 10 shows the IP Configuration Screen with the IP Address fields set to zero (0).To assign an IP Address to your computer, please read and follow the directions that came with your computer.Figure 9. Assign IP Address ScreenFigure 10. Blank Assign IP Address ScreenYou can assign a name to the Back-UPS by clicking on the Assign Namebutton (Figure 8) and entering the name in the Assign Name Screen dialog. It will appear in the column to the left of the IP Address of the device (Figure 11).Names should not be duplicated.Figure 11. Assign Name ScreenTo reset the Back-UPS HS to factory default values, use the UPS SettingsFigure 12. Manual Reset AccessBefore performing any UPS maintenance task, check the Status of the UPS byFigure 13. Back-UPS HS 500 Status ScreenTo change the configuration of the Back-UPS or perform UPS maintenance,you must log on to the web page (Figure 11) by clicking on the UPS Settings button.When this page is displayed, enter a default Username of apc , and a default Password of apc . To change the Username or Password , you must log on and then click Maintenance (Figure 14).Note: You can also access the Logon Page Screen by entering the IP Address into the Address line of your browser.Figure 14. Log On ScreenUsing the Maintenance Screen (Figure 15), you can perform a Battery Self-Test , Update the Battery Replacement Date , Change the User Name Password (as previously discussed) then click Update Now , or you can Restore Factory Defaults . Note: You must be logged on to perform any of these tasks.Figure 15. Maintenance Page ScreenUsing the Configuration Page Screen (Figure 14), you can adjust theSensitivity of the Back-UPS. By adjusting the Sensitivity, the Back-UPS will allow the unit to switch to battery power depending on the quality of the AC utility power being supplied to the unit. Use of the Sensitivity settings are for the following conditions:Low - Use only for extreme conditions of low input voltage. Not recommended for computer loads.Medium - Back-UPS frequently goes On Battery due to low input voltage (recommended).High - Connected equipment is sensitive to low voltage.The Configuration Page Screen also allows you to enable or disable Audible Alarm . If enabled, this alarm operates as described in the Status Indicators and Alarms section of this manual. If disabled, the Back-UPS will quiet the alarm.Additionally, the Configuration Page Screen allows you to adjust the voltage Transfer Points . The Back-UPS will transfer to On Battery operation at input voltages Above or Below the points selected in the drop-down Volts menu.Finally, the Configuration Page Screen provides Output Control for the four outlets of the Back-UPS. Control consists of switching power On or Off Output 1, Output 2, or the two outlets of Output 3. It also allows you to Reboot loads by automatically switching power Off and then On at the selected outlet. If an outlet is switched Off , it cannot be rebooted.Figure 16. Configuration Page ScreenThe About Page Screen provides general information about your Back-UPSincluding Network Parameters (IP and MAC Addresses ), as well as Technical Parameters (Model, Serial Number, Firmware Revision, Web Firmware Revision, UPS Date of Manufacture, and Battery Replacement Date ).Figure 17 About Page ScreenConnect/Install Battery, InstallConnect the Back-UPS to another wall outlet or have a qualified Unplug non-essential connected equipment, such as laser printers.。

Alpha500使用说明书(PDF文件)

Alpha 500系列说明书一.注意事项一.注意事项a500系统在使用上非常简单，但在操作时必须注意其安全性，唯有在正确的操作下，才能增加工作效益，提升生产力。

※以下几点事项，操作者必须严格遵守：1. 请勿任意更改发射机及接收机密码。

2. 经常检查发射机外壳及按键，发现破损应立即更换。

3. 随时注意并检查发射机电压，如没电压或电压不足请立即更换二颗碱性电池（注意电池极性）。

4. 工作前，务必检查紧急停止键是否正常。

5. 任何不正常情况发生时，不可先关闭电源，应立即按紧急停止键。

6. 在300米范围内，避免使用同一频道之遥控器。

7. 在电压不足或视线不佳的情况下，不得使用遥控器。

8. 使用者不得任意变更控制，调整及使用方法。

9. 维修或有调整需求应由具有发射机维修专长之技术人员执行直接监督及负责。

10.使用者不得任意置换零件（如电晶体、振荡器....等）。

11.低功率及射频管理规则：⑴ 依第七条至第九条型式审认或审验合格之低功率射频电机，厂商或使用人不得擅自改变频率、加大功率,外接十四条规定以外之天线或变更原设计之功能。

⑵ 低功率射频电机之使用不得干扰合法通信，经发现有干扰现象时应停止，并改善至无干扰时方得继续使用。

低功率射频电机需忍受合法通信或工业、科学及医疗用，辐射性电机之干扰。

⑶ 低功率射频电机之产销厂商或使用人违反擅自使用或变更无线频率、电功率者，依电信法相关条文之规定处罚。

“ 0 ”抑制“ 1 ”不抑制“ 0 ”抑制“ 1 ”不抑制“ 0 ”一般动作“ 1 ”自保持“ 0 ”抑制“ 1 ”不抑制“ 0 ”抑制“0”双继电器动作“ 00 ”一般动作“10”启动3速功能“ 0 ”抑制“ 0 ”一般动作“ 1 ”自保持“ 0 ”一般动作“ 1 ”自保持“ 1 ”不抑制“ 0 ”一般动作“ 1 ”自保持“ 0 ”一般动作“ 1 ”自保持“ 0 ”一般动作“ 1 ”自保持“1”单继电器动作“ 01 ”自保持“ 0 ”一般动作“ 1 ”自保持“0”双继电器动作“1”单继电器动作“ 0 ”一般动作“0”双继电器动作“1”单继电器动作“ 1 ”不抑制“ 0 ”一般动作“ 1 ”自保持“ 0 ”一般动作“ 1 ”自保持“ 00 ”一般动作“ 01 ”自保持“10”启动3速功能“ 0 ”一般动作“ 1 ”自保持“ 0 ”一般动作“ 1 ”自保持Alpha 580 指拨开关功能板（按键排列请参考第4－5页）指拨位置注一：不可设定，需强制设定为“ 0 ” ※以上出厂设定值均为“ 0 ”DIP2－ 2＆39Alpha580C-1＆RES 1RES 2Alpha580A/B/C/D/E 功能扩充DIP2－7DIP2－810 1＆2（2速） 1＆2（2速）7＆87 Alpha 580E 98Alpha 580C-2Alpha 580D DIP2－2DIP2－3DIP2－4DIP2－ 5＆6DIP2－4DIP2－2，3，4DIP2－1DIP2－17＆89＆10107＆81＆2（2速）Alpha 580B 987Alpha 580A9DIP2－2DIP2－4DIP2－1DIP2－3DIP2－3DIP2－4DIP2－5DIP2－6DIP2－15＆67＆8按键机型1＆2DIP2－1DIP2－23＆4 出厂设定值为“0”（注一）DIP2－2拨至“ 1 ”才有效用DIP2－2拨至“ 1 ”才有效用于Alpha580A/B/C/D/E 之标准下并无此功能，需特别另外订做。