F A模块说明书
QFA2050 MO、QFA2050D MO和QPA2052 MO商业通信模块的基本文档说明书
Room Humidity and Air Quality Sensors:–QFA2050/MO, QFA2050D/MO–QPA2052/MOModbus RTU (RS-485)Basic DocumentationA6V12045847_en--_a Smart Infrastructure 2020-07-23Table of Contents1About this document (3)1.1 Revision history (3)1.2 Before you start (3)2Product overview (5)2.1 Type summary (5)2.2 Product documentation (5)3Wiring (6)4Configuration (7)4.1 DIP switch to configure method selection (7)4.2 Modbus configuration parameters (7)4.3 Modbus registers (8)4.4 DIP switch configuration (9)4.5 Bus termination (11)5Maintenance (12)5.1 Disposal (12)6Appendices (13)6.1 Cyber security disclaimer (13)6.2 FCC (13)2 | 14A6V12045847_en--_aAbout this documentRevision history1A6V12045847_en--_a 3 | 141About this document1.1Revision historyEdition Date Changes Section a2020-07First version.All1.2Before you startThis document may be duplicated and distributed only with the expressed permission of Siemens Switzerland Ltd.These documents were prepared with great care.●The content of all documents is checked at regular intervals.●All necessary corrections are included in subsequent versions.●Documents are automatically amended as a consequence of modifications andcorrections to the products described.Please ensure that you have the latest document revision.If you have any questions or suggestions about this document, or if you have any criticisms or suggestions, please contact your local point of contact (POC) at the nearest branch office. Addresses for Siemens RCs are available at /sbt .MarkupsSpecial markups are indicated in the document as follows:●Numbered lists and instructions with an operation sequence 1.2.Procedures must be performed in the specified order.[➙ X]Reference to a page numberSymbol identificationsWARNINGThis is the symbol for hazard. It warns you of Risks of ply with all measures designated by this symbol to prevent injury or death.NOTICEThis symbol identifies an important notice that you should be aware of when you are using the product.Before using products from Siemens Switzerland Ltd., it is important that you carefully read the documents supplied with or ordered at the same time as the products (equipment, applications, tools, and so on).We assume that users are authorized and trained appropriately and have the technical knowledge required to use our products as intended.Additional information on products and applications is available:Copyright Quality assuranceConventions for text markingDocument use/ request to the readerAbout this document Before you start14 | 14A6V12045847_en--_a●From your Siemens branch office /sbt or at your system suppliers.●From the support team at headquarters ***********************************if no local POC is available. Siemens assumes no liability to the extent allowed under the law for any losses resulting from a failure to comply with the aforementioned points or for the improper compliance of the same.Product overview Type summary2A6V12045847_en--_a 5 | 142Product overviewThe sensors are used in ventilation and air conditioning plants.2.1Type summaryProduct numberSSN No.Measurement parameter Output signal CO 2Temperature Relative humidity QFA2050/MO S55720-S508 --40...70 °C 0…100 % r.h.Modbus RTU QFA2050D/MO S55720-S509 --40…70 °C 0…100 % r.h.Modbus RTU QPA2052/MOS55720-S5100…2000 ppm-40…70 °C0…100 % r.h.Modbus RTU2.2Product documentationProduct numberDatasheet Mounting instructions QFA2050/MO, QFA2050D/MO A6V12046135A6V12031740QPA2052/MOA6V12046144A6V12031740See the datasheets and mounting instructions for detailed information. You can download the above documents at /bt/download .Wiring36 | 14A6V12045847_en--_a3WiringG Operating voltage AC 24 V ±20 % or DC 13.5...35 V G0GND+RS485 Modbus A -RS485 Modbus B RefGND_ISOConfigurationDIP switch to configure method selection4A6V12045847_en--_a 7 | 144Configuration4.1DIP switch to configure method selectionThe sensor is a Modbus RTU (RS-485) slave device and can be configured with a Modbus master when DIP2-Position 7 is OFF (default setting).The sensor has two sets of DIP switches: DIP1 and DIP2 and can be manually configured with DIP switches when DIP2-Position 7 is ON.For details, see DIP switch configuration [➙ 9].4.2Modbus configuration parametersNameRange/numeration Default ConfigurableModbus address 1...2471Baud rate (bps)0 = Auto 1 = 96002 = 192003 = 384004 = 576005 = 768006 = 115200Transmission format (start bits-data bits-parity-stop bits)0 = 1-8-E-11 = 1-8-O-12 = 1-8-N-13 = 1-8-N-20BasicParityEven Odd NoneEven Stop bits 1 / 21Data8 bits (0…255)-Configuration Modbus registers48 | 14A6V12045847_en--_aName Range/numeration Default Identity Slave -Cable length< 600 m-NOTES :●Register 764 (Modbus address) cannot be configured as 246 via a master.Address 246 is reserved for on-event addressing.4.3Modbus registersHolding Register (16-bit)No.DescriptionRangeUnitScaling DefaultR/W1Temperature value -327…327 °C -556.6…620.6 °F°C °F 0.01-R2Temperature reliability 0 – No error1 – Bad reliability, unavailable---R3Relative humidity value 0…100 %%0.01-R 4Humidity reliability0 – No error1 – Bad reliability, unavailable---R5CO 2 value 0…2000 ppm ppm --R 6CO 2 reliability0 – No error1 – Bad reliability, unavailable---R223Temperature offset -100...100 °C -180...180 °F°C °F 0.10RW224Relative humidity offset -100...100 %%0.10RW 225CO2 offset -2000...2000 ppm ppm 1.00RW 401System unit0 – Celsius 1 – Fahrenheitothers - invalid value to be discard--RW1286SW version: Major &Minor versions ----R 1287SW version: Build version----R 764Modbus address 1…247--1RW 765Baud rate0 = Auto 1 = 9600bps 2 = 19200bps 3 = 38400bps 4 = 57600bps 5 = 76800bps 6 = 115200bps--RW766Transmission format (start bits-data bits-parity-stop bits)0 = 1-8-E-11 = 1-8-O-12 = 1-8-N-13 = 1-8-N-2--0RWNOTES:ConfigurationDIP switch configuration4A6V12045847_en--_a 9 | 14●The register number starts at 1.●The sensor rejects a command with an error notice in the event of a multiple-writing command from the master with invalid values. The register values remain unchanged.●Software version format: Major version is 1 byte, minor version is 1 byte and build version is 2 bytes, such as [2.01.33] = 0x02010021.●Supports only the holding register.4.4DIP switch configurationThe Modbus setting can be configured via DIP switches ( DIP2-position 7 must be set to ON).NOTICE●Modbus registers 764…766 are not writable via a master under DIP switches configuration.●When DIP1-position 1...8 are set to 255 and DIP2-position 7 is ON, Modbus parameters are reset to factory default settings: Only Modbus address, baud rate and transmission format are reset to factory default.The sensor has two sets of DIP switches: DIP1 and DIP2.DIP1Address configurationConfigurationDIP switch configuration410 | 14A6V12045847_en--_a2726252423222120Address12345678OFF OFF OFF OFF OFF OFF OFF OFF 0(default)OFF OFF OFF OFF OFF OFF OFF ON 1OFF OFF OFF OFF OFF OFF ON OFF 2OFF OFF OFF OFF OFF OFF ON ON 3OFF OFF OFF OFF OFF ON OFF OFF 4………………………ONONONONONONONON255NOTES:●Modbus address configuration: Valid address range 1…247, others = 0●Newly set values of register 764…766 are not activated for an invalid address;the registers retain the previous value.Baud rateParityStop bit 1)Configuration Function1234567OFF OFF OFF 0 = Auto OFF OFF ON 1 = 9600OFF ON OFF 2 = 19200OFF ON ON 3 = 38400ON OFF OFF 4 = 57600ON OFF ON 5 = 76800ON ON OFF 6 = 115200ONONONothers = AutoOFF OFF 0 = Even (default)OFF ON 1 = Odd ON OFF 2 = No parity ON ONothers = Even OFF 1 (default)ON2OFF Configurable via master ONDIP switchesNOTE:1) Parity + Stop bit only support the following combinations: 1-8-E-1, 1-8-O-1, 1-8-N-1 and 1-8-N-2. Others will be treated as 1-8-E-1.DIP2Baud rate, transmission format, configurationConfigurationBus termination 4A6V12045847_en--_a 11 | 144.5Bus terminationJumper position descriptions:●Jumper position (OFF) = disable terminating resistor (factory setting)●Jumper position (ON) = enable terminating resistorMaintenance Disposal 512 | 14A6V12045847_en--_a5Maintenance5.1DisposalAppendicesCyber security disclaimer 6A6V12045847_en--_a 13 | 146Appendices6.1Cyber security disclaimerSiemens provides a portfolio of products, solutions, systems and services that includes security functions that support the secure operation of plants, systems,machines and networks. In the field of Building Technologies, this includes building automation and control, fire safety, security management as well as physical security systems.In order to protect plants, systems, machines and networks against cyber threats, it is necessary to implement – and continuously maintain – a holistic, state-of-the-art security concept. Siemens’ portfolio only forms one element of such a concept.You are responsible for preventing unauthorized access to your plants, systems,machines and networks which should only be connected to an enterprise network or the internet if and to the extent such a connection is necessary and only when appropriate security measures (e.g. firewalls and/or network segmentation) are in place. Additionally, Siemens’ guidance on appropriate security measures should be taken into account. For additional information, please contact your Siemens sales representative or visit https:///global/en/home/company/topic-areas/future-of-manufacturing/industrial-security.html .Siemens’ portfolio undergoes continuous development to make it more secure.Siemens strongly recommends that updates are applied as soon as they are available and that the latest versions are used. Use of versions that are no longer supported, and failure to apply the latest updates may increase your exposure to cyber threats. Siemens strongly recommends to comply with security advisories on the latest security threats, patches and other related measures, published, among others, under https:///cert/en/cert-security-advisories.htm .6.2FCCThis device complies with part 15 of the FCC rules. Operation is subject to the following two conditions:1.This device may not cause harmful interference;2.This device must accept any interference received, including interference that may cause undesired operation.Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.NOTE : This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions,may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:●Reorient or relocate the receiving antenna.●Increase the separation between the equipment and receiver.●Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.●Consult the dealer or an experienced radio/TV technician for help.CAN ICES-3 (B)/NMB-3(B)Issued bySiemens Switzerland LtdSmart InfrastructureGlobal HeadquartersTheilerstrasse 1aCH-6300 Zug+41 58 724 2424/buildingtechnologies© Siemens Switzerland Ltd, 2020Technical specifications and availability subject to change without notice.A6V12045847_en--_a。
FXA模块说明书
谐振式高频开关整流模块（F X22010技术手册）国电南京自动化股份有限公司目录第一章概述-------------------------------------------------------------------------- 1一、前言-------------------------------------------------------------------------- 1二、系统性能特点----------------------------------------------------------------- 1三、模块主要特点----------------------------------------------------------------- 1四、模块主要功能----------------------------------------------------------------- 2五、技术指标--------------------------------------------------------------------- 4六、型号命名--------------------------------------------------------------------- 5第二章模块构成----------------------------------------------------------------------- 5一、模块工作原理----------------------------------------------------------------- 5二、模块外观及外形尺寸-------------------------------------------------------- 6三、模块安装---------------------------------------------------------------------- 7四、操作说明----------------------------------------------------------------------- 9第三章使用环境-------------------------------------------------------------------- 15第一章概述一、前言当前我国电力系统使用的直流系统大部分采用传统的全桥软开关技术，开关频率是一个恒定值，只在某个输出电流值实现了软开关技术。
EFAFLEX快速卷帘门MCP2说明书
″ 控制器可直接紧固到墙上，采用背面钻孔安装。控制器有时可借助于电缆朝下进线管来固定，需 要检查机械振动从门传递到控制器上的可能性（例如控制器固定在砖墙上）。
″ 安装的地点应选择在无日光直射的地方，同时其他的天气因素不能直接影响到控制器上。被驱动 的门，必须位于从控制位置上能看得到，又可借助于薄膜键盘进行人工操作的地方。
禁止：此符号关系到有危险，如果不关注此禁止，会导致人 体伤害
注意： 这些指定，随着版本的变更，也可能变为无效。 技术上的变更，涉及到先进性和安全性，当然，应尽快地集成到系统中，但也有可
能这样的变更并没有反映到现行的文本中。
3
Ⅱ 门安装中的有关安全事项
工业快速门 MCP2 控制系统
主开关
当在门上工作时，电源必须是切断的！ 为此目的，把主开关切换到“0”的位置上。当直接工作在门和可动部件的活动半径 以内时，这主开关必须用挂锁锁住，以防非专业和意外地切换。
″ 严格防止触及电气元件，特别是微处理器电路元件以及对静电敏感的元件，因为这能使这些元件 由于静电放电而损坏。
3. 电源
″ 在安装和投入使用中，防止事故，操作和安装等规程（例如 DIN VDE0100/0113/0160）都必须遵 守。
″ 连接、测试和维护这些工作，当控制器打开时只能在无电压情况下进行，特别是安全事项必须遵 守。
在“紧急停止”元件作用下，在显示板上出现信息 nA！ 此信息在因紧急停止电路而使电源掉电时也显示。
保险丝管
控制器在安装现场上，必须用保险丝—参见技术说明。 5×20 细丝保险管装在印刷板上，共有三个： F1 1×250 mA 延时熔断式用于控制器板上原边保护。 F2 1×500 mA 延时熔断式用于紧急停止电路和电源保护电路（可逆接触器） F3 1×500 mA 延时熔断式用于外电路用 24V 直流电源上。
AC DC 模块电源 FA15-220SXXY2N3 产品说明书
◆宽范围输入：85-305VAC/120-430VDC◆空载功率：≤0.2W◆转换效率：典型87%◆开关频率：65KHz典型◆保护种类：短路、过流、过压保护◆隔离电压：3000VAC◆安全等级：CLASS IIFA15-220SXXY2N3---是爱浦为客户提供的高效率模块电源。
该系列电源具有全球输入电压范围、交直流两用、低纹波，低温升、低功耗、高效率、高可靠性、高安全隔离等优点。
该系列产品在工业、办公电力及民用等多个领域都有重要的应用。
认证型号输出规格最大容性负载（MAX）纹波及噪声20MHz（MAX）效率@满载，220Vac（典型值）功率电压1 电流1 电压2 电流2（W）Vo1（V）Io1（m A）Vo2（V）Io2（m A）u F mVp-p %/ *FA15-220S3V3Y2N3 10 3.3 3000 - - 5000 80（需外围）80 FA15-220S05Y2N3 15 5 3000 - - 5000 80（需外围）82 *FA15-220S09Y2N3 15 9 1667 - - 3000 200 84 FA15-220S12Y2N3 15 12 1250 - - 2000 200 86 FA15-220S15Y2N3 15 15 1000 - - 1000 200 87 FA15-220S24Y2N3 15 24 625 - - 600 240 86注1：因篇幅有限，以上只是部分产品列表，若需列表以外产品，请与本公司销售部联系。
注2：由于测试设备的仪器误差定义最低效率为典型值的-2%。
注3：输出效率典型值是以产品满载老化半小时后为准。
注4：“*”为开发中型号。
注5：纹波及噪声的测试方法采用双绞线测试法，具体测试方法及搭配见后面（纹波&噪声测试说明）即可。
注6：FA15-220S3V3Y2N3,FA15-220S05Y2N3需使用外围电路以降低纹波，具体外围参数见图2项目工作条件最小典型最大单位输入电压范围交流输入85 220 305 VAC直流输入120 300 430 VDC 输入频率范围- 47 50 63 Hz 输入电流115VAC - - 0.3A230VAC - - 0.2浪涌电流115VAC - - 16220VAC - - 30空载功耗输入115VAC -- 0.2 W 输入230VAC -漏电流- 0.5mA TYP/230VAC/50Hz热插拔- 不支持遥控端- 无遥控端项目工作条件最小典型最大单位电压精度输入全电压范围任何负载Vo1 - ±2.0 ±3.0 %Vo2 - - - %线性调节率标称负载Vo1 - - ±0.5 %Vo2 - - - %负载调节率输入标称电压20%~100%负载Vo1 - - ±5.0 %Vo2 - - - %最小负载单路输出0 - - %正负双路共地输出- - -% 正负双路隔离输出- - -启动延迟时间输入220VAC（满载）- 1000 - mS 掉电保持时间输入220VAC（满载）- 100 - mS动态响应25%~50%~25% 50%~75%~50%过冲幅度（%）：≤±5.0 % 恢复时间（mS ）：≤5.0mS 输出过冲输入全电压范围≤10%Vo%短路保护 可长期短路，自恢复打隔式 漂移系数 - -±0.03%-%/℃ 过流保护输入220VAC ≥130% Io 可自恢复打隔式 过压保护输出3.3VDC ≤7.5 VDC输出5VDC ≤7.5 输出9VDC≤15输出12VDC ≤18 输出15VDC ≤20 输出24VDC≤30项 目工作条件最 小典 型最 大单 位开关频率- 61 65 73 KHz工作温度--40-+75℃需在温度降额曲线的基础上进行温度降额使用，降额曲线图见后面（产品特性曲线）即可储存温度- -40-+85焊接温度波峰焊焊接260±4℃，时间5-10S手工焊接360±8℃，时间4-7S相对湿度 - 10 - 90 %RH 隔离电压 输入-输出测试1分钟，漏电流≤5mA 3000 - - VAC 绝缘电阻 输入-输出@施加DC500V100--MΩ振 动- 10-55Hz,10G,30Min,alongX,Y ,Z 平均无故障时间（MTBF ）-MIL-HDBK-217F@25℃＞300,000HEMC 特性EMI传导骚扰CISPR22/EN55022，CLASS B （推荐电路见图1） 辐射骚扰CISPR22/EN55022，CLASS B （推荐电路见图1） EMC 静电放电IEC/EN61000-4-2 ±6KV/8KV Perf.Criteria B辐射抗扰度IEC/EN61000-4-3 10V/m Perf.Criteria A脉冲群抗扰度IEC/EN61000-4-4 ±1KV Perf.Criteria BIEC/EN61000-4-4 ±2KV(推荐电路见图1) Perf.Criteria B浪涌抗扰度IEC/EN61000-4-5 ±1KV Perf.Criteria BIEC/EN61000-4-5 ±2KV (推荐电路见图1) Perf.Criteria B传导骚扰抗扰度IEC/EN61000-4-6 10Vr.m.s Perf.Criteria A工频磁场抗扰度IEC/EN61000-4-8 10A/m Perf.Criteria A 电压暂降、跌落和短时中断抗扰度IEC/EN61000-4-11 0%-70% Perf.Criteria B封装代号L x W x HY2 50.8X25.4X15.6 mm 2.000X1.000X0.597inch管脚说明1 2 3 4 AC（N）AC（L）+Vo -Vo 输入零线输入火线输出正极输出负极注意：电源模块的各管脚定义如与选型手册不符，应以实物标签上的标注为准。
QX-RFMODA1-SFZ射频卡读写模块使用说明
QX-RFMODA1-SFZ射频卡读写模块使用说明一．概述该模块用于读取二代身份证和M1卡的ID号，同时该模块还可以读写符合ISO14443 TYPE B标准的各种射频接口的卡片（AT88SC0104CRF系列，ST SR176系列，各型号的TYPE B接口的CPU卡，双界面卡等）。
模块与上位机之间可以使用多种接口连接（UART、SPI、TWI），方便用户使用。
二．特点●读取二代身份证ID，MIFARE 1 卡的ID号。
●兼容ISO 14443 TYPE B 1,2,3 协议。
●提供多种外部通讯接口，方便用户开发.●UART：通用异步通讯接口。
外接RS232芯片后可以方便的和PC机交换数据。
固定波特率：115200Bps●SPI：标准SPI硬件接口。
最高速率可以达到2.0MBps。
使用标准SPI接口的模式0进行通讯。
●TWI：通用两线协议，可以使用最少的I/O数量建立模块与上位机的连接。
最高可以达到400 KPBS。
●I/O管脚CMOS和TTL输入/输出电平兼容●内置上电复位电路。
●自带看门狗电路。
●尺寸：40.7mm*20.4mm*7.15mm。
●工作频率：13.56MHz。
●读写距离：读写距离和搭配天线尺寸有关。
请参考天线设计的相关文档。
●内置256 字节EEPROM。
●工作电压：DC5V。
、●直接驱动50 Ohm 天线●卡片通讯最大FIFO= 48 BYTE。
三．外观与管脚定义复用管脚的说明：●PIN16（MISO/STA3）：SPI接口下为数据输出脚。
UART接口下，模块发送数据时PIN16=0。
模块空闲时PIN16=1。
TWI接口下，模块执行命令过程中PIN16=0。
模块空闲时PIN16=1。
●PIN7（SDA/STA1）：SPI接口下，模块执行命令过程中PIN7=0。
模块空闲时PIN7=1。
UART接口下，模块执行命令过程中PIN7=0。
模块空闲时PIN7=1。
TWI接口下，数据输入/输出脚。
Falcon III RF-7850D 多频模块系统说明书
3 CHANNELS. 3 NETWORKS. 3X SMALLER.Falcon III® RF-7850DMulti-channel Modular SystemThe appearance of U.S. Department of Defense (DoD) visualinformation does not imply or constitute DoD endorsement.LOW-PROFILE, HIGH-POWERED PERFORMANCEReimagine what your missions can achieve with the RF-7850DNo comparable radio available today can match the significant size reductionand multi-domain performance of this Multi-channel Modular System.Tactical vehicles are getting smaller, giving warfighters more flexibility and agility to accomplish their mission. As demands for more covert, quickmaneuverability operations also increase,the RF-7850D answers those challenges with a form factor 2 to 3 times smaller than competitors and unmatched tactical versatility.>Deployed for TOC and vehicular use >Flexible in-vehicle mounting options—under seat, wall or under dash >Easy to install and conceal in a low-profile chassisMORE ROOM FOR MISSION-CRITICAL ESSENTIALSDUAL-CHANNEL SIMULTANEOUS NETWORKINGAll in one compact, powerful radioThe RF-7850D is engineered for battlespace superiority with unrivaled multi-mission and full-spectrum capabilities. Warfighters have the intel edge with real-time, shared Situational Awareness and Friendly Force protection. The radio’s technologies unifybackbone networks and significantly extend range, allowing the number of forces commanded to double. A Mission Module interface supports immediate addition of video ISR and custom capabilities—or a third channel to simultaneously crossband three disparate networks together.>Extend communications range and double the forces commanded with dual-channel capabilities >Harness multi-mission versatility with the only radio in its class providing full 30 MHz-2.5 GHz spectrum coverage>Modernize forces throughsoftware-only updates and an added third channel with Mission Module expansion capabilities >Enhance warfighter agility through the RF-7850 suite of waveforms>Seamlessly connect throughout the battlespace with RF-7850 family interoperability >Simplify network complexity,maintenance and training leveraging standardized RF-7850 family platform user interfaceKEY BENEFITSL3HARRIS MISSION MODULEQuickly add third channel capabilities Share more information and broaden capabilitieswith the fast addition of Mission Modules as a true,third channel with independent capabilities.ACHIEVE THREE SIMULTANEOUS CHANNELS THROUGH THERF-7850D MISSION MODULE, PROVIDING 225-2500 MHZ COVERAGE FOR ADVANCEDS-TNW, V-TNW AND TGW2 NETWORKING.UNLOCK THE FULL POTENTIAL OF THE RF-7850D WITH CUSTOM MODULAR CAPABILITIES, INDIVIDUALLY TAILOREDTO YOUR BATTLESPACE DEMANDS. GET AIR-TO-GROUNDDATA CONNECTIVITY AND EMPOWER YOUR NETWORK WITH ADVANCED AERIAL VIDEO LEVERAGING THEISR MISSION MODULE.** Future ReleaseUNRIVALED MULTI-DOMAIN INTEROPERABILITYIt’s all in the RF-7850 familyA multi-channel modular system forms the nucleus of the RF-7850 familyof tactical radios, delivering full battlespace interoperability and a bridge forair-to-ground backbone networks through long-range, dual-channel communications.The RF-7850D supports faster, better-informed decisions through the seamlessexchange of voice, data, images and Full Motion Video up and down echelon.The appearance of U.S. Department of Defense (DoD) visualinformation does not imply or constitute DoD endorsement.RF-7850DRF-7850DRF-7850M-V5XXINTEROPERABLERF-5800V VHFDUAL-CHANNEL, RESILIENT COMMUNICATIONSREAL-TIME, AIR-TO-GROUND INTEL SHARING AND CLOSE AIR SUPPORT2ND PLATOON COMMANDEDGE SOLDIER1ST PLATOON COMMANDS -T NWSIMULTANEOUS ECCM COVERAGE LEVERAGING THE QUICKLOOK WAVEFORM SUITEA CHANNEL IS DEDICATED TO CLEAR COMMSBETWEEN BOTH VEHICLESRF-7850D WITH ISR MISSION MODULERF-7850M-HHRF-7850A-MRRF-7850S-SPRRF-7850DRF-7850DA CHANNEL ISDEDICATED TO CLEAR COMMS BETWEEN HQM-T NWRF-7850A-UASATURN。
SAFE.fm A5 基本操作指南版本 C说明书
5/17/11關於這本使用手冊當閱讀操作說明時，請遵守這些指導方針：w c Q R&警告：請務必小心遵守，以免身體受傷。
注意：請務必遵守，以免損害設備。
請務必遵守這個禁止符號的指示，以免造成身體受傷，或是設備損壞。
附註：包含有關使用本產品的重要資訊和提示。
指示可以找到詳細說明的頁數。
3版權注意事項No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of Seiko Epson Corporation. The information contained herein is designed only for use with this product. Epson is not responsible for any use of this information as applied to other printers.Neither Seiko Epson Corporation nor its affiliates shall be liable to the purchaser of this product or third parties for damages, losses, costs, or expenses incurred by the purchaser or third parties as a result of accident, misuse, or abuse of this product or unauthorized modifications, repairs, or alterations to this product, or (excluding the U.S.) failure to strictly comply with Seiko Epson Corporation掇 operating and maintenance instructions.Seiko Epson Corporation shall not be liable for any damages or problems arising from the use of any options or any consumable products other than those designated as Original Epson Products or Epson Approved Products by Seiko Epson Corporation.Seiko Epson Corporation shall not be held liable for any damage resulting from electromagnetic interference that occurs from the use of any interface cables other than those designated as Epson Approved Products by Seiko Epson Corporation.EPSON® is a registered trademark, and Exceed Your Vision and EPSON ME are trademarks of Seiko Epson Corporation.PRINT Image Matching™ and the PRINT Image Matching logo are trademarks of Seiko Epson Corporation. Copyright © 2001 Seiko Epson Corporation. All rights reserved. SDHC™ is a trademark.Memory Stick, Memory Stick Duo, Memory Stick PRO, Memory Stick PRO Duo, Memory Stick PRO-HG Duo, Memory Stick Micro, MagicGate Memory Stick, and MagicGate Memory Stick Duo are trademarks of Sony Corporation.xD-Picture Card™ is a trademark of Fuji Photo Film Co., Ltd.General Notice: Other product names used herein are for identification purposes only and may be trademarks of their respective owners. Epson disclaims any and all rights in those marks.45/17/11重要的安全說明565/17/11保護您的個人資料本產品可讓您將名字和電話號碼儲存在產品的記憶體中，即使關閉若您要將本產品轉送他人或是丟棄，請使用下列選單，清除記憶體中的資料。
FMA-4100和FMA-4303电子表示器模块说明书
可编程气体质量 流量计和累加器适用于洁净气体D-9U 23种可供选择的工程单位 （包括用户定义的单位） U 可编程累加器 U 气体流量上限和下限报警 U 两组具有锁存功能的可编程SPDT 继电器 U 可选0 ~ 5 Vdc 或 4 ~ 20 mA 模拟输出 U 适用于多达32种气体 的内部转换系数 U 标配RS232数字通讯接口 U 自动传感器零点偏移调整 （通过数字通讯接口或本地 按钮） U 自诊断测试 U 显示屏可调节背光在FMA-4100／4300系列流量计中，流速可用23种不同的体积流量或质量流量工程单位（包括用户特定的单位）显示。
可以通过RS232或RS485（选配）对流量计编程。
FMA-4100／4300流量计支持多种不同功能，包括可编程流量累加器、流量上限和下限报警、自动零点调整、2种继电器输出、可通过跳线选择的0 ~ 5 Vdc 或4 ~ 20 mA 模拟输出、状态LED 诊断、存储多达10种不同气体标定、内部或用户特定的K 系数。
带显示屏的型号配有本机2行 x 16字符LCD 显示屏，显示屏具有可调节背光，可同时提供流量、累加流量以及诊断信息读数。
RS232或RS485（选配）数字接口可让您访问相关内部数据，包括流量、CPU 温度、自动调零、累加器和报警设置、气体表、转换系数与工程单位选择、动态响应补偿与线性化表调整。
模拟接口提供对应于流量读数的0 ~ 5 Vdc 或4 ~ 20 mA （可通过跳线选择）输出。
FMA-4100／4300流量计支持自动传感器零点偏移调整，可以通过检修按钮在本地启动该调整，或者可以通过数字通讯接口远程启动。
自动调零功能必须满足的条件是，在调整过程中流量计中完全没有流量。
可以通过数字指令启动、读取或者保存当前的自动调零值。
数字累加器指令包括：设置为零、在达到预设流量值时启动、为预设值指定动作、启动／停止累加以及读取。
还可以通过数字通讯接口对气体流量上限和下限报警编程。
MCCSEMI MF400K06F3 400A 600V FRED模块说明说明书
Features•Lead Free Finish/RoHS Compliant (NOTE 1)("P" Suffix •designates RoHS Compliant. See ordering information)•Soft Reverse Recovery Characteristics •Ultrafast Reverse Recovery Time •Low Reverse Recovery Loss •Low Forward Voltage•High Surge Current Capability •Low Inductance PackageNote:1. High Temperature Solder Exemptions Applied, See EU Directive Annex 7a.Applications•Inversion Welder•Uninterruptible Power Supply (UPS)•Plating Power Supply•Ultrasonic Cleaner and Welder•Power Factor Correction (PFC) Circuit •Converter & Chopper400 Amp FRED Modules 600 VoltsMaximum Ratings SymbolConditions ValuesUnitsV R 600 V V RRM600 V I F(AV) T C =125°C, Per Diode200 A T C =125°C, Per Moudle 400 A T C =125°C, 20KHz, Per Moudle300 A I F(RMS) T C =125°C, Per Diode 295 A I FSM 1/2 Cycle , 50Hz, Sine 3500 A 1/2 Cycle , 60Hz, Sine 4000 A I 2t T J =45°C, t=10ms, 50Hz, Sine 61250 A 2s T J =45°C, t=8.3ms, 60Hz, Sine80000 A 2s P D 2080 W T J -40 to +150°C T STG -40 to +125°C Torque Recommended （M6） 3～4.7 N·m Torque Recommended （M6）3～4.7 N·m Weight92gThermal Characteristics Symbol ConditionsValuesUnitsR th(j-c)Per diode0.06℃/WElectrical CharacteristicsSymbolConditionsUnitsValuesMin.Typ.Max. I RM V R =600V -- -- 1 mA V R =600V, T J =125°C-- -- 20 mA V F I F =200A -- 1.15 1.25 V I F =200A, T J =125°C -- 1.05V trr I F =1A, V R =30V, di F /dt=-200A/μs -- 50 -- ns trr V R =300V, I F =200A, di F /dt=-200A/μs, T J =25°C -- 130 -- ns I RRM -- 14 -- A trr V R =300V, I F =200A, di F /dt=-200A/μs, T J =125°C-- 220 -- ns I RRM--22--APerformance CurvesFig3. Reverse Recovery Current vs di F /dt Fig4. Reverse Recovery Charge vs di F /dtFig1. Forward Voltage Drop vs Forward CurrentFig2. Reverse Recovery Time vs di F /dt0 di F /dt500A/us 1000F0.5 1 1.5 2 V 2.5 25℃125℃V R =300V T J =125℃100 RRM 0 di F /dt500 A/us 1000V R =300V T J =125℃I F =400A I F =200A I F =100AI F =400AI F =200A I F =100A 0 di F /dt500A/us 1000I F =400A I F =200A I F =100AV R =300V T J =125℃Ordering InformationDevice PackingPart Number-BPBulk: 10PCS/BOX ;100PCS/CTN***IMPORTANT NOTICE***Micro Commercial Components Corp. reserves the right to make changes without further notice to any product herein to make corrections, modifications , enhancements , improvements , or other changes . Micro Commercial Components Corp . does not assume any liability arising out of the application or use of any product described herein; neither does it convey any license under its patent rights ,nor the rights of others . The user of products in such applications shall assume all risks of such use and will agree to hold Micro Commercial Components Corp . and all the companies whose products are represented on our website, harmless against all damages.***LIFE SUPPORT***MCC's products are not authorized for use as critical components in life support devices or systems without the expresswritten approval of Micro Commercial Components Corporation.***CUSTOMER AWARENESS***Counterfeiting of semiconductor parts is a growing problem in the industry. Micro Commercial Components (MCC) is taking strong measures to protect ourselves and our customers from the proliferation of counterfeit parts. MCC strongly encourages customers to purchase MCC parts either directly from MCC or from Authorized MCC Distributors who are listed by country on our web page cited below. Products customers buy either from MCC directly or from Authorized MCC Distributors are genuine parts, have full traceability, meet MCC's quality standards for handling and storage. MCC will not provide any warranty coverage or other assistance for parts bought from Unauthorized Sources. MCC is committed to combat this global problem and encourage our customers to do their part in stopping this practice by buying direct or from authorized distributors.。
【F'A】电动调节阀说明书
调节阀电动调节阀是工业自动化过程控制中的重要执行单元仪表。
随着工业领域的自动化程度越来越高，正被越来越多的应用在各种工业生产领域中。
与传统的气动调节阀相比具有明显的优点：电动调节阀节能（只在工作时才消耗电能），环保（无碳排放），安装快捷方便（无需复杂的气动管路和气泵工作站）。
阀门按其所配执行组织使用的动力，按其功能和特性分为线性特性，等百分比特性及抛物线特性三种阀门结构由电动执行组织和调节阀连接组合后经过机械连接装配、调试安装构成电动调节阀。
主要零件零件材料：阀体、阀盖、填料压盖、阀杆、阀瓣、密封圈、指示标、阀杆螺母、螺帽套材料：灰铸铁、铸钢、不锈钢、黄铜工作原理工作电源：等电压等级。
输入控制信号：或者。
反馈控制信号：（负载电阻碍欧姆以下）通过接收工业自动化控制系统的信号（如：）来驱动阀门改变阀芯和阀座之间的截面积大小控制管道介质的流量、温度、压力等工艺参数。
实现自动化调节功能。
新型电动调节阀执行器内含饲服功能，接受统一的或·的标准信号，将电流信号转变成相对应的直线位移，自动地控制调节阀开度，达到对管道内流体的压力、流量、温度、液位等工艺参数的连续调节。
流量特性电动调节阀的流量特性，是在阀两端压差保持恒定的条件下，介质流经电动调节阀的相对流量与它的开度之间关系。
电动调节阀的流量特性有：线性特性，等百分比特性及抛物线特性三种。
应用领域电力、化工、冶金、环保、水处理、轻工、建材等工业自动化系统领域。
安装电动调节阀最适宜安装为工作活塞上端在水平管线下部。
温度传感器可安装在任何位置，整个长度必须浸入到被控介质中。
电动调节阀一般包括驱动器，接受驱动器信号（或）来控制阀门进行调节，也可根据控制需要，组成智能化网络控制系统，优化控制实现远程监控。
电气原理动作原理：电机电源或者，控制信号，阀里面有控制器，控制器把电流信号转换为步进电机的角行程信号，电机转动，由齿轮，杠杆，或者齿轮加杠杆，带动阀杆运作，实现直行程或角行程反馈：电机运行，通过齿轮运转，由三接头的滑动变阻器输出阀门的定位信号，此外还有三根线的限位信号（全开，全闭。
【F'A】节电器说明书
一、工作原理：双导可控硅串接于电机的三相供电线路中，相位差检测电路，检测流过该相的电流与电压的相位差，产生一个正比于该相位差的电压信号，输出到信号调理电路，信号调理电路通过调节可变电位器的大小，提供一个动态可调的功率因数控制信号，输出到触发电路，这时触发电路产生控制脉冲信号，控制三个双导可控硅的导通角，向电机提供维持其驱动即时负载所必须的最低电压。
二、技术特点恒速节电技术采用闭环反馈系统进行优化控制，通过实时测量电动机的电压与电流波形，由于电动机为感性负载，其电流与电压波形通常存在相位差，该相位差的大小与其负载的大小有关。
恒速节电器将实际相位差与依据电动机特性的梦想相位差进行比较，并依此来控制可控硅整流桥触发角以给电动机提供优化的电流和电压，以便及时调整输入电机的功率，实现“所供即所需”。
恒速节电技术采用了可控硅半导体与集成芯片检测与控制触发系统来实现无触点开关功能，其检测和控制集成芯片的高速处理特性和的快速反应特点，使得恒速节电器装置能自动处理各种工况下的电动机动态特性，具有软启动、节能、优化运行及保护等特性：、软启动特性许多年来，全电压硬启动经常损坏电动机和设备，恒速节电器能检测电动机的负荷与提供给电动机的功率，在不减少启动力矩的前提下，恒速节电器仅提供给电动机启动过程中所需要的功率，且启动进度可在秒秒范围内根据需要设定,启动过程是平滑无级的。
从电动机的三种启动方式的启动电流的比较可见，软启动可有效地降低电动机的启动电流，其启动电流仅为标准电机硬启动电流的，是高效电动机硬启动电流的。
软启动的限流特性可有效限制浪涌电流，避免不必要的冲击力矩以及对配电网络的电流冲击，有效地减少线路刀闸和接触器的误触发动作。
对频繁启停的电动机，可有效控制电动机的温升，大大延长电动机的寿命。
、节能特性：交流感应电动机通常消耗的电能大于其实际需要的电能，特别是当其运行在欠载状态，该多余的电能以震动、发热、噪音和铁磁损耗等的形式耗散掉。
AFL 音频光纤链接模块说明书
DN-6980:A • 05/01/2009 — Page 1 of 2AFL-RM, AFL-TM, AFL-RS, AFL-TSAudio Fiber Link ModulesDN-6980:A • C-1506980c o v 2.J P G 6980c o v 1.j p g ,h 6980c o v 2.J P GGeneralThe AFL-TS/AFL-TM (single- or multi-mode transmitters) and AFL-RS/AFL-RM (single- or multi-mode receivers) are Audio Fiber Link M odules that distribute low-level audio signals via fiber-optic media.The AFL-TS/-TM transmitter accepts low-level audio signals from the DVC-AO. The AFL-TS/-TM then converts the low-level audio signals to modulated light, which is transmitted through fiber-optic cable. The AFL-RS/-RM receiver accepts that modulated light at the other end of the fiber-optic cable,then converts the modulated light to low-level audio to feed AA-30, AA-100, AA-120, or XPIQ amplifiers, or (if required) the next daisy-chained AFL-TS/-TM.Audio Fiber Link (AFL) modules are powered from nonresetta-ble 24 DVC output from power supplies that are listed for fire protective signaling service.ApplicationsAudio Fiber Link modules may be used in systems where:•The use of wire media is not possible due to security requirements.•Fiber-optic cable is already installed and available for low-level audio distribution.•Significant distances between DVC-AO and remote ampli-fier cabinets dictate the use of fiber.•High-intensity electromagnetic fields of audible frequencies could be coupled to low-level audio over wire.•Both distance and physical location of remote cabinets require the use of star topology.Up to 50 AFL transmitters maybe be connected to the output of a DVC-AO.A maximum of ten amplifiers may be fed from AFL receiver output; and a maximum of ten AFL transmitters may be fed by a single AFL receiver.The maximum series connection of audio fiber links is two AFL transmitters/receiver pairs deep.APPLICATION NOTES:• A system requiring many fiber links may also require larger batteries and external chargers. Please refer to the POWER REQUIREMENTS section on page 2.•AFL transmitters should be powered by the 24 VDC UL-listed power supply connected to the same reference (bat-tery negative) as the audio signal source (DVC-AO, AFL receiver).•Class A low-level audio riser cannot be implemented when using AFL modules.•Any combination of up to 50 AFL transmitters and AA-30,AA-100, and AA-120 series amplifiers may be connected to the output of any one DVC-AO. All of the AFL-transmitters must remain in the same cabinet as the DVC-AO.•Once audio system installation is complete, the audio gain level must be adjusted. See Installation Document 52230for instructions.InstallationThe AFL transmitters or receivers may be mounted in a CHS-4or CHS-4L chassis, which in turn mounts into a CAB-3 or CAB-4 Series cabinet. When mounting AFL modules on the CHS-4 and CHS-4L, adequate clearance above the board is required. Mounting AFL modules onto the outer position of the CHS-4 is possible only if the AFL board is mounted with com-ponents facing inward. AFL modules attach to CHS-4 and CHS-4L chassis via screws to PEM standoffs or studs.FIber Optic LinkThe attenuation of fiber-optic cablins between the AFL trans-mitter of receiver must not exceed a 10 dB limit. See Installa-tion Document 52230 for formulas to establish limits in the system design stage. The actual attenuation can be measured end-to-end with standard fiber-optic test equipment, using a signal wavelength of 850 nanometers.The following are supported by Audio Fiber Link:•Connectors: ST®-style•Fiber type: multi-mode for AFL-TM and AFL-RM ; single-mode for AFL-TS and AFL-RS.•Core size: 62.5/125 micrometers for multi-mode; or 9/125micrometers for single-mode.•Wavelength: 850 nanometers for multi-mode; or 1300nanometers for single-mode.•Maximum attenuation of fiber-optic link between AFL-TS/-TM and AFL-RS/-RM cannot exceed 10 dB.Page 2 of 2 — DN-6980:A • 05/01/2009Notifier® is a registered trademark of Honeywell International Inc. ST®-style is a registered trademark of AT&T.©2009 by Honeywell International Inc. All rights reserved. Unauthorized use of this document is strictly prohibited.This document is not intended to be used for installation purposes. We try to keep our product information up-to-date and accurate. We cannot cover all specific applications or anticipate all requirements.All specifications are subject to change without notice.For more information, contact Notifier. Phone: (203) 484-7161, FAX: (203) 484-7118.Power RequirementsOperating Voltage: 20.4 to 26.4 VDC Current for AFL-TS/-TM: 130 mA Current for AFL-RS/-RM: 120 mABattery calculations: Refer to fire panel instructions.Product Line InformationAFL-TS: Audio fiber link single-mode transmitter. Includes transmitter, mounting bracket and hardware, and instruction manual.AFL-RS: Audio fiber link single-mode receiver. Includes receiver,mounting bracket and hardware, and instruction manual.AFL-TM: Audio fiber link multi-mode transmitter. Includes trans-mitter, mounting bracket and hardware, and instruction manual.AFL-RM: Audio fiber link multi-mode receiver. Includes receiver,mounting bracket and hardware, and instruction manual.Application ExampleOrigin of the main Audio RiserNOTE:•This drawing is not intended to accurately represent a proper fiber bend radius.Refer to the specifications from the fiber manufacturer for the correct bend radius.•The Compatible Power Supply should be a Regulated, Power-Limited Power Supply UL/ULC-listed for Fire Protective Signal Use.cabinet。
RF模块测试 fixture用户指南说明书
Printed in U.S.A.MAINTENANCE MANUALRF MODULE TEST FIXTUREGENERALSTATIC HANDLING PRECAUTIONSThe modules being tested using the TQ-0650 contain Metal Oxide Semiconductor (MOS) devices which are vul-nerable to damage from Electro-Static Discharge (ESD). As a result, extra care must be taken when handling or testing the devices, modules, or the assemblies in which they are used.To prevent damage from ESD, observe the following precautions:•Service the modules only at a static free work station or on a grounded mat.•Perform diagnostics to isolate a faulty assembly or component. Do not use canned coolant for fault isolation.•Discharge static voltage from your body by wearing a grounded antistatic wrist strap where possible.Where ground straps can not be used, touch a grounded item prior to handling a module.•Avoid touching any electrically conductive parts ofcircuit modules with your hands. When you must handle components, pick them up by the body and avoid touching the leads.•Do not remove static sensitive devices from their protective packaging until you are ready to install them. Ground the package, to dissipate any accu-mulated charge, prior to removing the component.•Ground all electrically powered test equipment.Ground test equipment leads prior to connecting to a circuit and connect the ground lead prior to con-necting the test probe. Disconnect the probe before removing the ground lead.•When soldering, be sure soldering iron is grounded using a three prong cord connected to an outlet with a known good earth ground.•Use only metalized or ESD protective vacuum-type desoldering tools.ericssonzEricsson Inc.Private Radio Systems Mountain View RoadLynchburg, Virginia 245021-800-528-7711 (Outside USA, 804-528-7711)LBI-38805AEQUIPMENT LISTThe following equipment is included in the Test Fixture TQ-0650, package:•RF Module Test Fixture (344A4153P1)•Wall Mount Power Supply (16.8 Vac, 770 mA) (19A705998P7)•DB25-DB25 PC Interface Cable (344A4136P1)•PC Programming Software (344A4148P1)RFTEST.EXE - executable for loadingSynthesizer ModulesRFTEST.OVL - default parameters•Instruction Manual, LBI-38805 APPLICATIONThis test fixture allows the technician to perform out of system testing on the following MASTR III RF modules:•Transmit Synthesizer, 19D902780•Receive Synthesizer, 19D902781•Rx Front End RF Module, 19D902782•IF Module, 19D902783•Power Amplifier, 19D902797PREPARATION FOR USEFIXTURE SETUP1.Plug in the Wall Mount Transformer to the AC powersource and connect the output cable to the POWER INconnector, J10, on the Text Fixture.2.When testing the Synthesizer Module, connect the PCInterface Cable between the connector labeled COM-PUTER (J11) and the Parallel Printer Port (LPT1 orLPT2) on a PC.3.To use programming software, insert the disk in the Adrive and type:A:RFTEST <Return>MODULE TEST SETUPSUse the appropriate module setup for the module under test.Refer to the applicable module maintenance manual for detailson alignment, tuning and troubleshooting.1. Load the Receive Synthesizer Module with the cor-rect frequency.2.Press "PUSH TO TUNE" and adjust the tuningcapacitor on the module to produce 6 Vdc at TP 3(TEST) or until the frequency at J2 is at the correctfrequency ±50 kHz.3. Reload the Receive Synthesizer Module with thecorrect frequency.4. Check that the red "MODULE FAULT" LED is notlit.5. Verify that the output frequency and level are correctat J2.6. Verify that the reference frequency and level arecorrect at J3.Copyright © April 1992, Ericsson GE Mobile Communications Inc.Figure 1 - Test Fixture Front PanelTransmit Synthesizer1.Set/adjust the module for the correct frequency.2.Load the Transmit Synthesizer Module with thecorrect frequency.3.Check that the red "MODULE FAULT" LED is notlit.4.Verify that the output frequency and level are correctat J2.5.Apply the modulating frequency at (MOD+,MOD-)and adjust module for the required deviationReceive SynthesizerLBI-3880511.Set the Signal Generator (or load the Receive Syn-thesizer Module) to the appropriate frequency, this frequency should correspond to the desired receive frequency, Fo ±21.4 MHz.2.Center the Spectrum Analyzer/Tracking Generator on the desired center frequency with about a 20 MHz span and set the reference level to about -30 dBm,the tracking generator output level output should be set to 0 dBm.3.Sequentially adjust the tuning slugs of L1 throughL5 to the heights specified in the Maintenance Man-ual for the desired center frequency.4.Sequentially adjust the tuning slugs of L1 through L5 to get the optimum frequency response.5.Check that the red "MODULE FAULT" LED is not lit.1.Set the Signal Generator to the correct IF and apply Standard Modulation at a level of -60 dBm.2.Adjust VR1 on the module to produce 1 Vrms at pin 7(V/S HI) on J14.3.Check that the red "MODULE FAULT" LED is not lit.RxRF Module (method 1)1.Set the Signal Generator 1 with 0 dBm output level (or load the Receive Synthesizer Module) to the appropri-ate local oscillator frequency.2.Set the Signal Generator 2 with 0 dBm output level to the corresponding receiver input frequency.3.Sequentially set L1 through L5 of the module to the heights in Table 2 of the Maintenance Manual for the desired input frequency.4Sequentially adjust L1 through L5 of the module togive the maximum output level on the RF Level Meter,then lock the tuning screws.5.Check that the red "MODULE FAULT" LED is not lit.LBI-388052To use Transmit Synthesizer as signal source:1.Load the Transmit Synthesizer Module with the cor-rect frequency.To use Signal Generator as signal source:1.Set Signal Generator to the correct frequency with anoutput level of +10 dBm.2.Set test fixture switch to "TX-ON".3.Adjust "POWER SET" for maximum.4.Adjust VR217 on the Power Amplifier board to pro-duce the maximum desired output power.5.Check that the red "PA ALARM" LED is not lit.6.Disconnect J104 from the power meter and check thatthe red "PA ALARM" LED is lit.MASTR III - BACKPLANE (RF CONNECTOR)CIRCUIT DESCRIPTIONThe RF Test Fixture (TQ0650) provides all of the regu-lated supplies required to power the RF Modules. A wallmount transformer steps down the AC line voltage to 22 Vacand connects to J10. This voltage is full-wave rectified bydiodes D1 through D4 and filtered by C27 and C29. Thefiltered output then drives a series of regulators to provide+13.8VF (actually 15 Vdc), +12 Vdc and +5 Vdc. Diodes D5and D6 rectify the AC from J10 at a negative potential to drivethe negative voltage regulator, U18 which provides -12 Vdc.The DB-25 Connector (J11) interfaces with an IBM PCCompatible Computer. U13 provides buffering and protec-tion for the computer’s parallel printer port and drives theappropriate data lines for the Synthesizer modules throughJ12.V olume/Squelch High is provided at TP6. R15 and C17de-emphasises the audio and U15 provides 6 dB of gain andbuffering to provide de-emphasised audio at TP7. U16 am-plifies the de-emphasised audio to provide about 1/2 W ofaudio drive for the speaker.An on-board frequency reference (U14) delivers suffi-cient drive for the Transmit Synthesizer "REF IN" input at afrequency of 12.8 MHz.The control voltage for the RF Power Amplifier is set byR27 and buffered with U17B to provide about 4 - 8 volts ofDC for power control. A comparator, U17A drives the "PAALARM" LED and is set to illuminate the LED when the PA"Power Sense" Output drops below 2.5 volts.A Low Pass Filter comprising L1, L2, C1 and C2 can beused to filter the IF Output from the RxRF Module to provideaccurate measurement for Front End tuning.LBI-388053PARTS LISTOUTLINE DIAGRAMPRINTED WIRING BOARD APRINTED WIRING BOARD BRF MODULE TEST FIXTURE344A4153P1ISSUE 1*COMPONENTS ADDED, DELETED OR CHANGED BY PRODUCTION CHANGESLBI-388054SCHEMATIC DIAGRAM LBI-38805PRINTED WIRING BOARD A(19C852239, Sh. 1, Rev. 0)5SCHEMATIC DIAGRAM LBI-38805PRINTED WIRING BOARD B(19C852239, Sh. 2, Rev. 0)6LBI-38805 This page intentionally left blank7。
FA模块说明书
谐振式高频开关整流模块（F X22010技术手册）国电南京自动化股份有限公司目录第一章-------------------------------------------------------------------------- 1 概述-------------------------------------------------------------------------- 1 一、前言----------------------------------------------------------------- 1二、系统性能特点----------------------------------------------------------------- 1三、模块主要特点----------------------------------------------------------------- 2四、模块主要功能--------------------------------------------------------------------- 4五、技术指标六、型号命名--------------------------------------------------------------------- 5第二章模块构成----------------------------------------------------------------------- 5一、模块工作原理-----------------------------------------------------------------5二、模块外观及外形尺寸--------------------------------------------------------6三、模块安装----------------------------------------------------------------------7四、操作说明-----------------------------------------------------------------------9第三章使用环境-------------------------------------------------------------------- 15第一章概述一、前言当前我国电力系统使用的直流系统大部分采用传统的全桥软开关技术，开关频率是一个恒定值，只在某个输出电流值实现了软开关技术。
大功率ZIGBEE模块SN2530RFA模块手册
SN2530RFA模块产品手册1 模块简介SN2530RFA模块是双能电子科技科技推出的针对智能家居的ZigBee模块，基于ZigBee2007/PRO标准，采用TI第二代ZigBee SOC CC2530F256和射频收发前端CC2591芯片，利用SMT工艺，工作在免费的2.4G频段，数字IO接口全部引出，用处广泛；模块免除了客户射频开发的困难；软件方面支持TI-MAC，SimpliciTI，Z-Stack 2.3.0，RemoTI等软件包，方便客户开发符合IEEE 802.15.4、ZigBee 2007、ZigBee Pro和ZigBee RF4CE等标准或其他非标的产品。
2 模块特征z.基于CC2530F256（加CC2591射频收发前端）单芯片Zigbee SOC，集成8051内核，方便开发测试；z模块尺寸小（30mm*19mm）有利于在86盒内安装，可垂直于主板焊接更省空间z模块对外提供TTL 串口，引出所有数字IO口等；3 主要技术指标性能参数名称指标频段 2405MHz～2480MHz主芯片 CC2530F256+CC2591802.15.4通讯协议标准 IEEE（O-QPSK）调制方式 DSSS数据传输速率 250Kbps通信距离空旷场合1500m（最大）接收灵敏度 -97dBm位IEEE 地址，8 位网络地址寻址方式 64AESbit数据加密 12816/32错误校验 CRC和时隙化的CSMA-CA信道接入方式 CSMA-CA信道数 16接口 1.27*21单排针发射电流 160mA（最大）接收电流 30mA（最大）工作温度 -40~85℃电源 2.0V~3.6V物理尺寸 30*194模块引出管脚定义模块引出管脚定义如下图：5模块PCB尺寸示意图6 模块电路图。
FA模块操作手册
资产转移概述................................................................................................ 20 资产转移 ....................................................................................................... 21 资产批量转移................................................................................................ 22 资产转移查询................................................................................................ 26
传送资产日记帐分录............................................................................... 32
资产模块和总帐模块的关系........................................................................ 32 资产模块日记帐的生成................................................................................ 32 取消日记帐.................................................................... 错误！未定义书签。
规格书_BL-F5A(2011-04-25)
特点蓝牙版本：V2.1+EDR输出功率：Class IIROM存储容量：32Kbit尺寸：26.9mm*13mm*2.2mmRohs标准：符合应用蓝牙立体声耳机蓝牙音箱车载免提蓝牙音频产品概述: BL-F5A模块BL-F5A采用CSR BlueCore5芯片，32Kbi的软件配置存储空间。
BL-F5A是一款非常适合于蓝牙音频产品模块，尤其适合于蓝牙立体声耳机、音箱、车载等蓝牙音频产品。
回音/噪音消除处理技术（CVC），使得蓝牙设备在打电话或Skype聊天时具有更清晰的音质效果。
产品方块图:1 / 8尺寸标注：2 / 8管脚说明：管脚号名称备注1 SPK_B_N 右声道音频输差分出端2 SPK_B_P 右声道音频输差分出端3 SPK_A_N 左声道音频输差分出端4 SPK_A_P 左声道音频输差分出端5 GND 数字地6 UART_TX 串口输出端7 UART_RX 串口输入端8 PIO9 上一首（PIO-IN），高电平输入有效，1.8V逻辑电平9 PIO11 音量加（PIO-IN），高电平输入有效，1.8V逻辑电平10 PIO12 音量减（PIO-IN），高电平输入有效，1.8V逻辑电平11 PIO13 暂停 / 播放（PIO-IN），高电平输入有效，1.8V逻辑电平12 PIO14 下一首（PIO-IN），高电平输入有效，1.8V逻辑电平13 GND 数字地14 GND 数字地15 PIO4 /Shut down，（PIO-OUT），低电平输出关闭功放芯片，1.8V逻辑电平16 SPI_CSB 调试端口，悬空17 SPI_MOSI 调试端口，悬空18 SPI_MISO 调试端口，悬空19 SPI_CLK 调试端口，悬空20 RESETB 低电平复位端21 1.8V 内置DC-DC输出电压，供主芯片使用，尽量不要外接其他器件以防干扰22 GND 数字地23 LED0 接红色LED，显示电源相关信息24 LED1 接蓝色LED，显示蓝牙工作状态相关信息25 VREN 开关机/接听电话等多功能按键输入端26 GND 数字地27 VBAT 电池供电（3.0-4.2V）28 V_CHG 充电端口（5V）29 MIC_GND MIC音频接地，模块内部已连接，载板上只接MIC负极，不需与GND连接30 MIC_BIAS MIC工作偏置电压（输出）31 MIC_B_P 右声道MIC差分输入端32 MIC_B_N 右声道MIC差分输入端33 MIC_A_P 左声道MIC差分输入端34 MIC_A_N 左声道MIC差分输入端按键操作说明：A、六个按键方案序号 事件 按键（PIO口） 操作状态 操作1 开机 VREN 关机中 长按MFB 1-2秒2 关机 VREN 开机中 长按MFB 2-3秒3 进入配对 VREN 开机时 长按MFB 5-6秒4 语音拨号 VREN 连接手机 短按MFB5 重播最后一次号码 VREN 连接手机 长按MFB 1-2秒6 接听电话 VREN 手机呼入中 短按MFB7 拒听电话 VREN 手机呼入中 长按MFB 1-2秒3 / 88 结束通话 VREN 通话中 短按MFB9 音量加（VOL+） PIO11 开机中 长按、短按、双击均可10 音量减（VOL-） PIO12 开机中 长按、短按、双击均可11 连接A2DP PIO13 未连接A2DP 短按PAUSE/PLAY 键12 播放音乐 PIO13 音乐暂停中 短按PAUSE/PLAY 键13 暂停播放 PIO13 音乐播放中 短按PAUSE/PLAY 键14 停止播放 PIO13 音乐播放中 长按PAUSE/PLAY 键15 锁/开按键 PIO13 开机中 双击PAUSE/PLAY 键16 下一首（FFWD） PIO14 音乐播放中 长按、短按、双击均可17 上一首（RWD） PIO9 音乐播放中 长按、短按、双击均可B、五个按键方案（将PIO13悬空，PAUSE/PLAY功能集成到MFB上，只适合于无通话，单纯播放音乐用）序号 事件 按键（PIO口） 操作状态 操作1 开机 VREN 关机中 长按MFB 1-2秒2 关机 VREN 开机中 长按MFB 2-3秒3 进入配对 VREN 开机时 长按MFB 5-6秒4 音量加（VOL+） PIO11 开机中 长按、短按、双击均可5 音量减（VOL-） PIO12 开机中 长按、短按、双击均可6 连接A2DP VREN 未连接A2DP 短按PAUSE/PLAY 键7 播放音乐 VREN 音乐暂停中 短按PAUSE/PLAY 键8 暂停播放 VREN 音乐播放中 短按PAUSE/PLAY 键9 停止播放 VREN 音乐播放中 长按PAUSE/PLAY 键10 下一首（FFWD） PIO14 音乐播放中 长按、短按、双击均可11 上一首（RWD） PIO9 音乐播放中 长按、短按、双击均可C、三个按键方案（将PIO13，PIO14，PIO9悬空，PAUSE/PLAY部分功能集成到MFB上；将下一首功能集成到V+上；将上一首功能集成到V-上）序号 事件 按键（PIO口） 操作状态 操作1 开机 VREN 关机中 长按MFB 1-2秒2 关机 VREN 开机中 长按MFB 2-3秒3 进入配对 VREN 开机时 长按MFB 5-6秒4 语音拨号 VREN 连接手机 短按MFB5 重播最后一次号码 VREN 连接手机 长按MFB 1-2秒6 接听电话 VREN 手机呼入中 短按MFB7 拒听电话 VREN 手机呼入中 长按MFB 1-2秒8 结束通话 VREN 通话中 短按MFB9 音量加（VOL+） PIO11 开机中 长按、短按、双击均可10 音量减（VOL-） PIO12 开机中 长按、短按、双击均可11 播放音乐 VREN 音乐暂停中 短按PAUSE/PLAY 键12 暂停播放 VREN 音乐播放中 短按PAUSE/PLAY 键13 停止播放 VREN 音乐播放中 长按PAUSE/PLAY 键14 下一首（FFWD） PIO14 音乐播放中 长按、短按、双击均可4 / 815 上一首（RWD） PIO9 音乐播放中 长按、短按、双击均可备注：默认配置A方案，其他方案请提前告知；C方案MFB按键可能会冲突，具体情况要看配对的手机或电脑来调整。
阿尔法拉瓦尔自动燃油效率模块（AFEM）商品说明说明书
Your Alfa Laval Smit Combustion (FU) inert gas system provides effective cargo safety, but its fuel efficiency is often possible to improve. Upgrading it with the Alfa Laval Automatic Fuel Efficiency Module (AFEM) can reduce its operating costs by up to 40 %.What we doWith the AFEM installed, your inert gas system will produce the exact amount of inert gas needed during offloading, rather than the usual fixed amounts set by your crew. Compared to manual control, the AFEM reduces fuel consumption by as much as 40 %. As well as reducing emissions, this provides substantial cost savings for our customers with very quick payback times.To ensure optimal performance, the AFEM is always installed and commissioned by an Alfa Laval service engineer.Fuel-saving capacity control to reduce operating costsBenefits• Up to 40 % reduction in fuel consumption • Reduced vessel emissions• Less maintenance and no periodic adjustments • Rapid operationShort payback timeWhen running an inert gas system at fixed capacity, one of our customers consumed 148 tonnes of fuel over a period of 18 months. After upgrading with the AFEM, calculations for this customer showed that automatic adjustment of fuel and combustion air would save a projected 68 tonnes – nearly 46 %.On request your local Alfa Laval Sales Company can provide a fuel saving estimate based on actual vessel operational information.Other 360° Service Portfolio servicesfor your equipment• Alfa Laval Condition Audit for Smit inert gas system • Alfa Laval Troubleshooting for Smit inert gas system • Alfa Laval Training for Smit inert gas system• Alfa Laval Spare Parts for Smit inert gas system。
FX—2DA模拟量输出模块
FX-48MR 基本单元
FX-4AD FX-16EX FX-4AD 特殊模块 扩展模块 特殊模块 №0 №1
FX-32ER 扩展单元
FX-4AD 特殊模块 №2
特殊模块的模块号
3
2 模拟量输入输出模块
2.1 FX—2AD模拟量输入模块
1、接线方式 FX—2AD模拟量输入模块的接线方式如图所示。
双绞屏蔽电缆 电压输入 DC0V～10V ② VIN1 IIN1 COM1 250Ω 37.3KΩ 165KΩ
• 1 概述
1.1 基本单元与扩展设备的连接
可编程控制器的基本单元和外接扩展设备的连接如图所示，扩展设备主要有 扩展模块、特殊单元、特殊模块、特殊适配器、功能扩展板和存储盒等。 ⑤ ①基本单元 ② ③④
⑥
⑦
可编程控制器基本单元与扩展设备的连接
1
表 1 基本单元与扩展设备的连接
种类 ①基本单元 内容 具有CPU和内置电源的输入输出 附有连接电缆。 用于输入输出扩展，从基本单元和扩展单元获 得电源。 内置连接电缆。 用于输入特殊控制的扩展，内置电源。 附有连接电缆。 用于输入特殊控制的扩展，无内置电源。从基 本单元和扩展单元获得电源。 内置连接电缆。 用于输入特殊控制的扩展，无内置电源。从基 本单元和扩展单元获得电源。 不占用输入输出点数。 用于功能的扩展。 不占用输入输出点数。 EEPROM存储器：最大16000步。 RAM：最大16000步。 EPROM存储器：最大16000步。 通过使用FX-CNV-BD型功能扩 展板，可以连接一台。 可以内置一台。 可以内置一台，可以和功能扩 展板合用。如果安装功能 扩展存储器，可以增加变 频器控制功能。 基本单元右侧 输入输出总点数为256。 基本单元可以连接8个特殊单元 和特殊模块，但实际上可 以连接的特殊单元的数量 和电源容量有关。 连接内容 安装位置
FM1601A字符型液晶模块使用手册说明书
一.基本特征1.显示特性(1)STN 正视模式;(2)显示颜色:黄绿膜;(3)显示角度:宽视角;(4)驱动方式:1/16uty,1/5Bias2.引脚特性：管脚号管脚名称LEVER 管脚功能描述1VSS 0V 电源地2VDD +5V 电源电压3V0--4RS H/L L：指令代码输入H：数据输入5R/W H/L L：写数据H：读数据6E H，H/L Enable singal7DB0H/L 数据线8DB1H/L 9DB2H/L 10DB3H/L 11DB4H/L 12DB5H/L 13DB6H/L 14DB7H/L 15BLA++5.0V 背光电源正极16BLK-0V背光电源负极二.限定参数:ItemSymbol Standard Value Unit ConditionPower supply voltage VDD 4.75~+5.50V LCD driving voltage VDD~VLCD0~+5.0Input voltageVIN VSS ≤VIN ≤VDDOperating temperature range Top 0~+55℃No condition Storage temperature rangeTst-20~+65三.电气特性：（Ta=0~25℃，VDD=5.0±10%V ）ItemSymbolTestStandard Value Unit MIN TYP MAX Input high voltage VIH 2.2VDD V Input low voltage VIL -0.30.6V V Output High Voltage VOH Ioh=0.1mA 2.4--V Output Low Voltage VOL Iol=1.2mA--0.4V Power Supply CurrentIDD-- 2.0mALCD Supply Current 155mA四.读写时序(VDD=4.5TO 5.5V,Ta=0~25℃)Mode ItemSymbol Min Typ Max Unit Write ModeE cycle time tc 500----ns E Rise /Falltr,tf ----25ns E Pulse Width(High,Low)tw 220----ns R /W and RS Setup Time tsu140----ns R /W and RS Hold Time th110----ns Data Setup Time tsu260----ns Data Hold Time th210----ns Read Mode E cycle time tc 500----ns E Rise /Falltr,tf ----25ns E Pulse Width(High,Low)tw 220----ns R /W and RS Setup Timetsu 40----ns R /W and RS Hold Time th 10----ns Data Setup Time td ----120ns Data Hold Timetdh20--nsRead Mode Timing DiagramWrite Mode Timing Diagram五.机械尺寸图:六.原理方框图:。
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谐振式高频开关整流模块（F X22010技术手册）国电南京自动化股份有限公司目录-------------------------------------------------------------------------- 1 -------------------------------------------------------------------------- 1 ----------------------------------------------------------------- 1 ----------------------------------------------------------------- 1 ----------------------------------------------------------------- 2 --------------------------------------------------------------------- 4 --------------------------------------------------------------------- 5----------------------------------------------------------------------- 5 ----------------------------------------------------------------- 5 -------------------------------------------------------- 6 ---------------------------------------------------------------------- 7 ----------------------------------------------------------------------- 9-------------------------------------------------------------------- 15第一章概述一、前言当前我国电力系统使用的直流系统大部分采用传统的全桥软开关技术，开关频率是一个恒定值，只在某个输出电流值实现了软开关技术。
采用PWM控制方式，其电流波形为三角形，谐波干扰较大。
使得模块的效率、纹波、电磁辐射、热辐射、噪声等方面不尽人意。
我公司研制开发的FX系列智能化操作电源，是专为电力系统研发的新型“四遥”高频开关整流模块。
模块采用世界领先的“谐振电压型双环控制的谐振开关电源技术”，其特点是开关频率是从90K—40K之间随着负载增大而变化，真正实现了全负载范围内软开关技术，DC/DC 变换器控制信号是由谐振控制环路提供，与主回路实现谐振，电流波形为纯正弦波，谐波干扰极小，变压器损耗也小，没有更高的高频谐波。
具有体积小、重量轻、效率高、独家实现输入端最大谐波电流含有率≤21%及8项电磁兼容测试合格等显着特点。
二、系统性能特点●模块化设计，N+1热备份，可平滑扩容。
●监控功能完善，高智能化，采用大屏幕液晶汉字显示，声光告警。
●全智能设计，对系统的各组成部分：交流配电、整流模块、直流馈电实现全参数本地及远端监控；主要监控量有：模块的开/关机、充电方式、输出电压调节、输出限流点整定、双路交流自动切换、电池自动管理。
●监控系统配有标准RS—485接口，方便接入自动化系统，实现“四遥”及无人值守。
●对蓄电池自动管理及自动维护保养：实时监测蓄电池组的端电压，充、放电电流，自动控制均、浮充以及定期维护性均充。
●具有电池温度补偿功能。
●模块可带电插拔，更换安全方便。
三、模块的主要特点●效率高，模块效率可达到94%~95%。
●重量轻，220V/10A、110V/20A自冷模块仅为9kg。
●体积小220V/10A、110V/20A自冷模块外形尺寸仅为深329×高230×宽134mm。
●采用“三相无源功率因数校正电路”，输入无中线，功率因数可达。
●采用隔离自主均流，并机不均流度＜±3%，可保证二十台以上模块良好并机。
●模块内置直流输出隔离二极管，用户无需外设。
●模块具有RS—485接口，122×32双行汉字液晶显示，键盘操作，人机界面友好，具有通信，数据显示，数据校准，均浮充转换，过流和故障报警等功能。
四、模块的主要功能1、保护功能● 输出过压保护：输出电压过高对用电设备会造成灾难性事故，为杜绝此类情况发生，我公司的智能高频模块内有过压保护电路，出现过压后模块自动锁死，相应模块故障指示灯亮，故障模块自动退出工作而不影响整个系统正常运行；过压保护点设为320V ±5V 或者160V ±3V 。
● 输出限流保护：每个模块的输出功率受到限制，输出电流不能无限增大，因此每个模块输出电流最大限制为额定输出电流的倍，如果超负荷，模块自动调低输出电压以保护模块。
● 短路保护：本模块采用回缩下垂限流方式，模块输出特性如图1-1，输出短路时模块在瞬间把输出电压拉低到零，限制短路电流在额定输出电流的15％以下，此时模块输出功率很小（几十瓦），以达到保护模块和用电设备的目的。
模块可长期工作在短路状态，不会损坏，排除故障后模块可自动恢复工作。
●模块并联保护：每个模块内部均有并联保护电路，绝对保证故障模块自动退出系统，而不影响其它正常模块工作。
模块并机输出示意图如图1-2所示。
●过温保护：过温保护主要是保护大功率变流器件，这些器件的结温和电流过载能力均有安全极限值，正常工作情况下，系统设计留有足够余量，在一些特殊环境下，如环境温度过高，模块检测散热器温度超过85℃时自动关机保护，温度降低到75℃时模块自动启动。
● 过流保护：过流保护主要保护大功率变流器件，在变流的每一个周期，如果通过电流超过器件承受电流，关闭功率器件，达到保护功率器件的目的。
过流保护可自动恢复。
2、测量功能：测量模块输出电压和电流以及模块的工作状态，并通过液晶屏显示，使用者可以直观方便的了解模块和系统工作状态。
3、故障报警功能：在模块出现故障时模块会发出声光报警，同时液晶屏上显示故障信息，用户能方便的对模块故障定位，便于及时排除故障。
4、设置功能 ●模块输出电压设置：通过液晶屏和按键设置模块的输出电压；根据设置的模块工作母线、模块充电状态、浮充电压、均充电压、控母输出电压等参数确定模块的输出电压。
● 无级限流：通过监控系统可在10% - 100%额定电流内任意设置限流点，限流点通过液晶屏和按键设置，根据模块母线设置、输出限流等参数确定模块输出限流。
图1-1 整流模块输出特性 图1-2 模块并机输出示意图I负载增大 V输出短路●状态控制：可控制模块的开/关机、均/浮充电压转换。
5、校准功能●模块电压显示校准：通过液晶屏和按键校准模块电压显示；操作方法见“模块操作说明”。
●模块电流显示校准：通过液晶屏和按键校准模块电流显示；操作方法见“模块操作说明”。
●模块输出电压校准：通过液晶屏和按键校准模块输出电压；操作方法见“模块操作说明”。
●模块输出限流校准：通过液晶屏和按键校准模块输出限流；操作方法见“模块操作说明”。
6、通讯功能：模块通过RS-485和主监控之间通讯，主监控通过通讯实现模块参数设置，采集模块工作参数，控制模块工作状态。
五、技术指标FX110／FX220系列智能模块特点及技术参数：六、型号命名FX系列号第二章 模块构成 一、模块的工作原理电力用智能模块原理框图二、模块外观及外形尺寸FX22010、FX11020两种智能型自冷模块外形尺寸，详见下图前面板示意图 后面板示意图整机效果图注意未经许可，严禁擅自打开模块外壳。
否则，由此造成的设备损坏以及人身伤害瑞虹达公司概不负责。
同时，由此造成的技术秘密的泄漏，瑞虹达公司保留追究相关法律责任的权利。
三、模块的安装FX22010、FX22020、FX11020、FX11040、四种模块组合接插件（DL29T ）线号定义如下图所示：交流输入：380VAC50HZ直流输出：220VDC10APIN1 ： U A PIN2 ： U B PIN3 ： U C PIN4 ： 接大地 PIN26： DC+PIN27： DC- PIN16： 均流信号 PIN8 ： RS485-A PIN20： RS485-B一体化插座管脚分布额定输出电流：5、10、20、40A 直流输出电压额定等级 220为标称220V 电力模块;110为标称110V电力模块 整机效果图一体化插座管脚说明：注意插座第4脚应连接大地（系统外壳），按照标准采用黄绿色导线。
备注：①未注明的端子为空，不接线。
②模块的上、下、左、右要求有良好的自然通风环境。
注意严禁将模块水平安装到系统上！模块热插拔设计对模块本身来说，模块不具备热插拔功能。
模块能够热插拔的条件是模块输出端串接隔离二极管，以防止系统母线上已经存在的电压对模块内未充电的大容量的电容充电，引起母线的瞬时短路和模块内部部分电路的瞬时过载，严重时甚至毁坏设备。
对正在工作中的模块进行插拔时，必须有严格的时间间隔。
原则是拔离的模块的输出电压完全下降到0V后才能再次插上，否则在重复插拔的过程中，将导致模块损坏。
注意同一充电模块在系统带电的情况下，相邻两次插拔时间间隔必须大于1分钟！模块电源配电设计为了方便充电模块的单个维护，模块交流输入进线处应分别设置单独的空气开关。
模块不应直接连接到系统交流母线上，推荐空开额定容量为16A。
4．均流通讯线设计电缆长度根据实际的设计柜体来选择。
电缆一般选择四芯屏蔽电缆，也可以选择非屏蔽电缆。
注意在选择多芯电缆时，对于多余的电缆请不要作任何连接，否则可能导致通讯质量的下降，造成通讯中断的故障。
四、操作说明A．键盘及显示说明--设置键——改变显示状态--光标键——移动光标--加减键——改变设置值，校准调节B．操作流程1、主界面（基本信息显示页）：显示模块输出电压、电流、开/关机状态、均充、浮充状态。
开机后，模块进入主界面：（主界面与母线选择方式有关）若参数设定中，母线选择项设定为合母一段或合母二段，则显示图一，如果母线选择设定为控母电压则显示图二：“－”键则没有任何动作。
2、主菜单：主界面下按设置键进入主菜单（图三），移动光标选择所需要操作的项目，再次按设置键进入所选项，按“＋”或“－”键则返回主界面。
（图一）主界面（图二）主界面（图三）主菜单3、 参数设置页：4、 进入菜单主操作页面，光标移动“设置”位置，按设置键确认后进入参数设置状态。