GM615双输入输出模块使用说明书
JBF5146输入输出模块使用说明书
JBF5146 型输入/输出模块使用说明书V1.0
1.1 L2
10 JBF5146
向上
安装
10
④
VO+
VO- AS AS
图 2 端子图 ■ L1 (端子4)、L2 (端子5):接回路总线，无极性； ■ 输入功能：
◆ AS+ (端子9)、AS- (端子10):接应答(无源触点)。
◆ 连接在AS+ 和 AS-上的监视设备的动作端必须并联10KQ 终端电阻；
原因分析 接触不良 接线错误
漏接终端电阻
输出线路短路 电路元器件损坏 未登记成电池储能设 备，无法对电池充电
排除方法 重新接线 按标签上的指示接线 被控设备应答端或者输出端接入 10KQ终端电阻
备注
确认输出线没有短路 更换模块 拔掉再装上该模块，然后重新手动 登记为电池储能设备
模块内部电容电量未
释放尽
3 性能参数
环境特性
工作温度 贮存温度 相对湿度
防爆特性
防爆标志
电气特性
工作电压 射频电磁场辐射
抗扰度 监视电流 报警电流 输出容量
确认灯
通讯特性
线制 编址范围 编址方式 最远传输距离
-10～+55℃ -20～+65℃ ≤95%(无凝露)
不涉及
DC18V-28V,调制型，控制器提供 30V/M
≤0.5mA(DC24V) ≤1mA(DC24V) DC22V/60mA/60min 监视状态：“输入动作”灯红色闪亮，“输出动作”灯红色闪亮 动作状态：“输入动作”灯红色常亮，“输出动作”灯红色常亮 故障状态：“输入动作”灯不亮，“输出动作”灯不亮
1 概述
JBF5146型输入/输出模块使用说明书V1.0
M-System PNP 传输模块说明书
BEFORE USE ....Thank you for choosing M-System. Before use, please check contents of the package you received as outlined below .If you have any problems or questions with the product, please contact M-System’s Sales Office or representatives. ■PACKAGE INCLUDES:Discrete output module.......................................................(1) ■MODEL NO.Confirm Model No. marking on the product to be exactly what you ordered.■INSTRUCTION MANUALThis manual describes necessary points of caution when you use this product, including installation, connection and basic maintenance procedures.POINTS OF CAUTION■CONFORMITY WITH EU DIRECTIVE• Use dual-shield cables (Shinko Seisen Industry Model ZHY262 PBA) for the network. If it is not sufficient, use a ferrite core (Kitagawa Industries Model GRFC-13) for the network cable.• The equipment must be mounted inside the instrument panel of a metal enclosure.• The actual installation environments such as panel con-figurations, connected devices, connected wires, may af-fect the protection level of this unit when it is integrated in a panel system. The user may have to review the CE requirements in regard to the whole system and employ additional protective measures to ensure the CE conform-ity . ■POWER INPUT RATING & OPERATIONAL RANGE• Locate the power input rating marked on the product and confirm its operational range as indicated below:24V DC rating: 24V ±10%, approx. 45mA ■GENERAL PRECAUTIONS• Before you remove the unit or mount it, turn off the power supply and output signal for safety .• DO NOT set the switches on the module while the power is supplied. The switches are used only for maintenance without the power. ■ENVIRONMENT • Indoor use.• When heavy dust or metal particles are present in the air, install the unit inside proper housing with sufficient ventilation.• Do not install the unit where it is subjected to continuous vibration. Do not subject the unit to physical impact.• Environmental temperature must be within -10 to +55°C (14 to 131°F) with relative humidity within 30 to 90% RH in order to ensure adequate life span and operation. ■WIRING• Do not install cables close to noise sources (relay drive cable, high frequency line, etc.).• Do not bind these cables together with those in which noises are present. Do not install them in the same duct. ■AND ....• The unit is designed to function as soon as power is sup-plied, however, a warm up for 10 minutes is required for satisfying complete performance described in the data sheet.056 222 38 18SEN TRONIC AGCOMPONENT IDENTIFICATION■ FRONT VIEW■ SIDE VIEW■STATUS INDICATOR LED ID COLOR FUNCTIONPWR Green Turns on when the internal 5V is sup-plied normally .RUNGreenTurns on when the refresh data is re-ceived normally .■DISCRETE OUTPUT STATUS INDICATOR LED LED indicators shows the signal status.ON : LED ON (red)OFF : LED OFF■STATION ADDRESSThe left switch determines the sixteenths place digit, while the right switch does the ones place digit of the address.(Range: 01H to 3FH)Station Address Setting (x1)Station Address Setting (x16)■OPERATING MODE (*) Factory setting•Output at the loss of communication (SW1-7)SW1-7OUTPUT AT THE LOSS OF COMMUNICATIONOFF Hold the output (*)(maintains the last data received normally) ONReset the output (turned off)•Transfer rate (SW1-8)SW1-8TRANSFER RA TE OFF 12 Mbps (*)ON6 MbpsNote: Be sure to set unused SW1-1 through 1-6 to OFF .■TERMINATING RESISTORTo use the terminating resistor, turn the switch ON, and OFF to invalidate. (Factory setting OFF)■NETWORK, POWER SUPPLY TERMINAL ASSIGNMENT •Full-duplex communication4RXD+567123RXD–+24V 0V TXD+TXD–FGNO.ID FUNCTION, NOTES1TXD+Network (slave, transmission +)2TXD–Network (slave, transmission –)3FG FG4RXD+Network (master, transmission +)5RXD–Network (master, transmission –)6+24V Power input (24V DC)70VPower input (0V)•Half-duplex communication4TR +567123TR –+24V 0V NC NC FGNO.ID FUNCTION, NOTES 1NC No connection 2NC No connection3FG FG 4TR+Network 5TR–Network6+24V Power input (24V DC)70VPower input (0V)■OUTPUT TERMINAL ASSIGNMENT10 +24V 11Y112Y310V 2Y03Y213Y54Y414Y75Y615Y96Y816YB7YA17YD8YC9YE18YFNO.ID FUNCTION NO.ID FUNCTION 10V0V10+24V24V DC (common) 2Y0Output 011Y1Output 1 3Y2Output 212Y3Output 3 4Y4Output 413Y5Output 5 5Y6Output 614Y7Output 7 6Y8Output 815Y9Output 9 7YA Output 1016YB Output 11 8YC Output 1217YD Output 13 9YE Output 1418YF Output 15 TERMINAL CONNECTIONSConnect the unit as in the diagram below.■EXTERNAL DIMENSIONS unit: mm (inch)TERMINALS for Network, POWER TERMINALS for OUTPUT■CONNECTION DIAGRAM■ O utput Connection Example0V24V DCFG TXD– (NC)TXD+ (NC)RXD– (TR–)RXD+ (TR+)YD YB 0VYF Y9Y7Y5Y3Y1YE YC YAY8Y6Y4Y2+24V Y0Note 1: Terminal numbers in parentheses are for half-duplex communication model.Note 2: In order to improve EMC performance, bond the FG terminal to ground.Caution: FG terminal is NOT a protective conductor terminal.WIRING INSTRUCTIONS■SCREW TERMINAL Torque: 0.5 N·m■SOLDERLESS TERMINALRefer to the drawing below for recommended ring tongue terminal size. Spade tongue type is also applicable.Recommended solderless terminal:• Communication cablesApplicable wire size: 0.2 to 0.5 mm 2 (AWG 26 to 22) Recommended manufacturer: Japan Solderless Terminal MFG. Co., Ltd.• OthersApplicable wire size: 0.25 to 1.65 mm 2 (AWG 22 to 16) Recommended manufacturer: Japan Solderless Terminal MFG. Co., Ltd. or Nichifu Co., Ltd.COMMUNICATION CABLE CONNECTIONSMaster ModuleSlave ModuleSlave ModuleResistorResistorNote: Be sure to turn ON the switch of the terminating resistor located at both ends of the modules.ResistorResistor■ MASTER CONNECTION• Full-duplex communicationI/O DATA DESCRIPTIONS■DISCRETE OUTPUT Unused15• Di• DoOutput 0Output 1Output 2Output 3Output 15Output 7Output 8::: 0: OFF 1: ON。
Think-WiFi M6说明书
Think-WiFi 快速使用手册2013-04-12Think-WiFi深圳圣湖高科通讯技术有限公司1 Think-WiFi模块简介1.1 产品简介1.2 产品技术规格：下表列出了Think-WiFi模块的主要特点：表1-1 产品技术规格项 目 参 数无线部分 无线标准 IEEE802.11b/g 802.11n forcast频率范围 2.412~2.484 GHz接收灵敏度 802.11b: -90 dBm @ 11Mbps （typical）802.11g: -70 dBm @ 54Mbps（typical）数据速率 802.11b: 1,2,5.5,11 Mbps802.11g: 6,9,12,18,24,36,48,54 Mbps调制方式 DSSS, OFDM, DBPSK, DQPSK, CCK, QAM16/64 输出功率 802.11b: 17±2 dBm（typical）802.11g: 15±1 dBm（typical）天线接口 IPX/微带硬件部分接口类型 UART/SPI接口速率 1200~460800 bps 工作电压 3.3±0.3 V工作电流 170mA （typical） 存储温度 -40~+85 ℃工作温度 -20~75 ℃外形尺寸 23*37mm环保认证 RoHS网络类型 Infra/Adhoc/AP软 件安全机制 WEP/WPA-PSK/WPA2-PSK 加密类型 WEP64/WEP128/TKIP/CCMP(AES) AP模式支持4个STA连接仅支持STA和AP间通信，不支持STA和STA间通信加密认证方式支持OPEN、WEP 工作模式 自动/命令 串口命令 AT+指令集 IP协议 IPv4/IPv6网络协议 TCP/UDP/ARP/ICMP/DHCP/DNS/HTTP/IGMP/PPPOE最大Socket连接 15TCP连接 最大连接数：8 最大Client数：8 最大Server数：3~4本端Server最大接入Client数：4 UDP连接 最大连接数5~6最高传输速率 44Kbytes参数配置方式支持最多4种参数配置方式：方式一、UART接口命令（AT指令模式） 方式二、SmartConfig一键模式 方式三、Web页面参数配置 方式四、Udp远程方式（* 要使用IGMP/PPPOE/IPv6功能请联系我们的技术支持获取更多帮助）1.3硬件说明 1.3.1 产品外形无线模块，外形图如下。
GMC-I Messtechnik GmbH 智能控制系统输入 输出模块24通道操作指南说明书
Operating InstructionsSMART CONTROL | ECSEnergy Management SystemInput/Output Module for 24 Channels3-349-552-032/5.19Table of Contents1.Input/Output Module for 24 Channels (3)1.1Jumper Designations and Functions (4)2.Input/Output Module for 24 Channels and SmartControl Manager (7)2.1Command Type IO24Analog (8)2.2Command Type IO24Meter (10)2.3Command Type IO24Relay (10)2.4Command Type IO24Status (11)2.5Backup Battery (13)3.Characteristic Values (14)4.Repair and Replacement Parts Service, Calibration Center and RentalInstrument Service (16)5Product Support Industry (16)2 GMC-I MesstechnikGmbH1. Input/Output Module for 24 ChannelsThe I/O module for 24 channels expands the SmartControl with 24 additional digital inputs (DI0 through DI23).Furthermore, ports DI18 through DI21 can be configured as switching outputs K1 through K4 by means of jumpers. Ports DI22 and DI23 can be configured as analog outputs with jumpers as well.The module is mounted with the help of the included accessories, and is connected to the expansion port at the SmartControl PCB (at the bottom in the picture) with the included cable.Please observe all safety precautions for assembly and the connection of ports included in the SmartControl user’s manual.GMC-I Messtechnik GmbH 34 GMC-I Messtechnik GmbH 1.1 Jumper Designations and FunctionsThe terminals for ports DI0 through DI23 are designated a and b. The terminals for the digital inputs, for example DI0, are designated a0 and b0. Jumpers for the active or passive digital input mode: If the ports are used as digitalinputs, either sensors with their own power supply or, e.g., floating contacts/reed contacts can be connected. For a more detailed description of this function please refer to the “Digital Inputs ” section in the SmartControl user’s manual. However, the digital input tariff and synchronization functions described in the user’s manu al are not available in this case.Digital in / option:Jumpers for selecting options for the last six digital inputs (DI18 through DI23). Ports DI18 through DI21 can be configured as switching outputs K1 through K4. For example, SV27/SV29 plugged onto 2-3,respectively, configures DI18 as floating NO contact K1. For a more detailed description of the relays please refer to the “Analog Inputs, Relays ” section in the SmartControl user’s manual. The jumpers required for selecting switching outputs K1 through K4 are:SV29/SV27, SV33/SV31, SV38/SV36, SV42/SV40.The following are then available at the terminals, for example for DI18 as switching output K1: DI18a and DI18b, the switching function is configured as a normally open contact (NO). Ports DI22 through DI23 can be configured as analog outputs.The jumpers required for selecting analog outputs ANA0 through ANA1 (command address: 0-1) are:SV37/SV39, SV41/SV43.Function selection for the analog outputs:Required jumpers for ANA0 -> SV30 SV28 SV26Required jumpers for ANA1 -> SV35 SV34 SV32Example ANA0 as 0-10V output -> Jumper plugged onto SV28, SV26.The following are then available at the terminals for DI22:DI22a analog plus (+)DI22b analog ground (-)Example ANA0 as 0-20mA output -> no jumper plugged onto SV30, SV28, SV26The following are then available at the terminals for DI22:DI22a analog plus (+)DI22b analog ground (-)The following combinations are possible for both analog outputs:ANA0 ANA1 Use0-10V 0-10V Common ground0-20mA - Common ground- 0-20mA Common ground0-20mA 0-20mA Electrical isolation required0-10V 0-20mA Electrical isolation required0-20mA 0-10V Electrical isolation requiredWithin this context, electrical isolation means, for example, that the ground terminals at ANA0 and ANA1 are neither connected with each other nor with any external ground terminals.GMC-I Messtechnik GmbH 56GMC-I Messtechnik GmbH Further components:Jumper SV44 (always plugged in) disconnects the reset cable from the main PCB. Briefly unplugging the jumper results in a reset.Jumper SV45 (always open) is used to reinitialize the BBSRAM.LEDs 1 through 24 (red): indicates pulses at inputs DI0 through DI23.LED 30 (green) DIAG, blinks approx. once per second for normal operation.LEDs 25 through 28 (green): status display for the switching outputsLED on = contact closed LED off = contact openSV1 is the interface to the main PCB at the SmartControl (expansion port).The jumpers for active and passive inputs correspond to those of the SmartControl (refer to the “Digital Inputs ” section in the SmartControl user’s manual).The connection terminals for DI0 through DI23 are numbered 49 through 96.2. Input/Output Module for 24 Channelsand SmartControl ManagerThe input/output module for 24 channels is configured with SmartControl Manager software. The “IO24Meter” spreadsheet can be accessed under calibrat ion in the SmartControl Manager:Factor, unit of measure and meter reading can be entered. These entries are written to the SmartControl after c licking the “Accept” button, and all entries can be returned to their default values by clicking the “Reset” button.Click the current reading for setting the meter readings. Change the reading and acknowledge with enter. Save the changes to the SmartContr ol with the button …...“ which then appears.The units of measure entered here are used automatically when the meters are read.Units of measure and meter factors can only be changed here.One of the following IO24 commands can now be entered to a new program in the SmartControl Manager under menu item “programming”:The symbols are located in the middle at the top of the main window.Just click the symbols and drag them to an empty command field. “D/A” means analog, “123” means meter, the third symbol represents a relay, “I/O” means status.GMC-I Messtechnik GmbH 78 GMC-I Messtechnik GmbH 2.1 Command Type IO24AnalogThe address determines the output channel (ANA0=0 or ANA1=1). The command variable determines the analog output value. Any desired reference can be used.Only analog values within the output range are displayed. Larger and smaller values are shortened accordingly.Example: the command variable has the value 15, whereas the value 10 is shown as analog value.The value range of the input value can be further adjusted to the output range by adjusting the slope, etc. of the command variable.By clicking …Test“ a window opens. Upon entering a test value and clicking the “Start”button, the analog output is set to the corresponding value. If no test value is entered, the command variable is used.GMC-I Messtechnik GmbH 910 GMC-I Messtechnik GmbH 2.2 Command Type IO24MeterThe name can be changed in the bottom field in the meter command, and selection can be made as to whether or not writing to flash memory will take place.Furthermore, it can be specified for each input whether or not this value will be stored to flash memory.Attention : If changes are made here (clear or add meter, or use another input), another ID is assigned to the data as of this point in time which must be given special consideration during read-out because the configuration of the data has been changed! Further settings, for example unit of measure, can be entered under “Calibration” -> “IO24Meter”.2.3 Command Type IO24RelayPlease refer to the “SmartControl Manager, Command Type Relay ” section in the user’s manual for the SmartControl with regard to this command type.The functions are the same, only the addresses for DI18 through DI21 in the address field of this command type are 0-3.2.4 Command Type IO24StatusAn IO24 status command can be created for recording status changes.The status command queries all digital inputs at the clock-pulse rate of the measuring cycle. The address field has no significance in this case.Status changes are saved at the clock-pulse rate of the measuring cycle at most. However, data are always saved at the clock-pulse rate of the saving cycle, regardless of whether a status change has taken place or not.By clicking …Test“ -> …Start“, all digital inputs are queried.GMC-I Messtechnik GmbH 1112GMC-I MesstechnikGmbHThe digital inputs u nder the network ID are individually available under menu item …Network Variables“ and can be used for example as reference for system commands.The …Network Variables “ are automatically created with pre-defined values by theSmartControl under …IO24“ commands. They are automatically assigned a new virtual ID which is calculated as follows::Virtual ID = 10,000 + ID of the IO24 command x 100 + No. value.Example for the IO24 status command of digital input 12:Virtual ID = 10,112 = 10,000 + 1 x 100 + 12The values which have been saved to memory can be queried under menu item …Table“ -> …Read-in “.The status of the other inputs is also saved by this command for channel 12.2.5 Backup BatteryThe battery on the PCB is a lithium round cell, type CR2032 3V.It serves to maintain the meter readings in the event of a power failure.If the instrument is stored for a lengthy period of time without being used, we recommend replacing the battery every 2 years.In the case of permanent operation, we recommend replacing the battery every five years. Please supply the instrument with mains power during battery replacement in order to avoid the loss of data. Please be careful in the process, do not remove any cables and do not connect the two poles of the battery holder with each other.GMC-I Messtechnik GmbH 133.Characteristic Values* Actual power consumption depends upon power pack efficiency, as well as any other connected sensors and devices.14 GMC-I Messtechnik GmbHAdditional Documentation / NotesGMC-I Messtechnik GmbH 154. Repair and Replacement Parts Service,Calibration Center andRental Instrument ServiceIf required please contact:GMC-I Service GmbHService CenterBeuthener Str. 4190471 Nürnberg, GermanyPhone: +49 911 817718-0Fax: +49 911 817718-253e-mail:***************************This address is only valid in Germany.Please contact our representatives or subsidiaries forservice in other countries.5 Product Support IndustryIf required please contact:GMC-I Messtechnik GmbHProduct Support Hotline IndustryPhone: +49 911 8602-500Fax: +49 911 8602-340e-mail:*************************************Edited in Germany • Subject to change without notice • PDF version available on the InternetPhone: +49 911 8602-111GMC-I Messtechnik GmbH Fax: +49 911 8602-777Südwestpark 15 e-mail:************************90449 Nürnberg,Germany 16 GMC-I MesstechnikGmbH。
深圳市鑫洪泰电子 TFT-H156FHDIKN30-LVDS液晶模块说明书
免责声明HotDisplay,HOTLCD和HOTHMI是深圳市鑫洪泰电子科技有限公司的商标，HOTHMI拥有多项专利、商标、商业机密和其它知识产权。
HOTHMI对公司产品提供可靠性数据(包括数据表)、设计资料(包括参考设计)、应用或其它设计建议、技术支持和其它资源，但不就本司任何产品用于任何特定目的做出担保。
HOTHMI不承担任何因产品的使用产生责任，包括使用方须遵守的法律法规和安全使用标准。
对于在规格书中提到的产品参数，在不同的应用条件下实际性能可能会产生变化。
任何参数的配置和使用必须经由客户的技术支持进行验证，对本文档所涉及的内容进行变更，恕不另行通知。
HOTHMI对您的使用授权仅限于产品的应用，除此之外不得复制或展示所述资源，HOTHMI也不提供任何人或第三方机构的知识产权授权许可。
如因使用所述资源而产生任何索赔、赔偿、成本、债务及任何损失，HOTHMI对此概不负责，并且您须赔偿由此对HOTHMI造成的损害。
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HOTHMI提供所述资源并不扩展或以其他方式更改HOTHMI针对HOTHMI产品所发布的可适用的担保范围或担保免责声明。
HOTHMI反对并拒绝您可能提出的任何其他或不同的条款。
DisclaimersHotDisplay,HOTLCD and HOTHMI are trademarks of Shenzhen Xinhongtai Electronic Technology Co.,Ltd.and HOTHMI owns several patents,trademarks,trade secrets and other intellectual property rights.HOTHMI provides reliability data(including data sheets),design information (including reference designs),application or other design advice,technical support and other resources for the Company's products,but does not warrant the use of any of its products for any particular purpose.HOTHMI assumes no liability arising from the use of its products,including compliance by the user with laws,regulations and standards for safe use.For the product parameters mentioned in the specification,the actual performance may vary under different application conditions.The configuration and use of any parameter must be verified by the customer's technical support.The content of this document is subject to change without notice.HOTHMI's license to use you is limited to the application of the product and no other reproduction or display of said resources is permitted,nor does HOTHMI provide a license to the intellectual property of any person or third party organization.HOTHMI shall not be liable for any claims,damages,costs,liabilities and any losses arising out of the use of said resources and you shall indemnify HOTHMI for any damage caused thereby.HOTHMI offers its products subject to HOTHMI's Terms of Sale and other applicable terms provided on or with HOTHMI products at .HOTHMI provides the resources described and does not extend or otherwise modify the scope of applicable warranties or warranty disclaimers issued by HOTHMI with respect to HOTHMI products.HOTHMI objects to and rejects any other or different terms that you may offer.2.对比度测量应在θ=0的视角和LCD 表面的中心进行。
FM系列模块使用说明
目录
1 简介 ........................................................................................................................................ 1 2 从站 GSD 文件 ........................................................................................................................ 2
2.2 与组态密切相关的关键字 ............................................................................................... 5
2.2.1 User_Prm_Data........................
m-one xl 用户手册(中文)
算法
混响
大厅-------------------------------------------------18 房间--------------------------------------------------20 小房间 ------------------------------ ----------------- 21 平 板１ --------------------------------------------22 平 板２ ---------------------------------------------23 弹 簧------------------------------------------------24 现场------------------------------------------------- 25 环境------------------------------------------------- 26
●现场 抽头＆双抽头 -------------------------- 27 延时－乒乓----------------------------------------- 28 合唱－古典＆４－人声 --------------------------29 镶边－古典＆４－人声------------------------- 30 移调－失谐＆ 移调 ------------------------------ 31 参量均衡-------------- ----------------------------- 32 压 缩 器＆限 制 器---------------------------------- 33 门/扩展器------------------------------------------34 咝声消除器----------------------------------------35 颤音－硬＆软 -------------------------------------35 移相器－怀旧 的＆平滑------------------------ 36
国泰怡安六类消防产品接线与安装示意图
国泰怡安六类消防产品接线与安装示意图！1、L 、L-是信号总线接线端子，总线无极性。
2、GT601底座与烟感GY601W、温感GW601W、烟温复合GF601W配合使用。
3、信号线宜采用1.5mm2阻燃双色双绞软铜线，耐压值≥250V。
4、安装孔距62.5mm。
5、接线简单、快捷、方便。
1、L 、L-是信号总线接线端子，此端子由中继模块GM614W 端子OL 、OL-引出；作为防爆探测器底座使用时端子，由防爆接口箱GM642中的中继模块GM614端子OL 、OL-到安全栅，由安全栅引出，接线时分极性。
2、GT610底座与非编码烟感GY601W、温感GW601W、防爆烟感GY602EX、防爆温感GW602DEX配合使用。
3、信号线宜采用1.5mm2阻燃双色双绞软铜线，耐压值≥250V。
4、安装孔距62.5mm。
5、接线简单、快捷、方便。
特点：此底座适用范围广。
1、1为L ,2为L-，L 、L-是信号总线接线端子，信号总线无极性。
2、3为24V ，4为24V-，24V 、24V-是探测器的电源接线端子，24V电源有极性。
3、可燃探测器底座与可燃探测器GQ601W配合使用，注：此探测器与底座不分开销售。
4、信号线宜采用1.5mm2阻燃双色双绞软铜线，耐压值≥250V，24v电源线采用阻燃双色双绞线，线径≥2.5mm2。
5、安装孔距53mm，外距68mm，内距38mm。
6、接线简单、快捷、方便。
探测器安装方式1、上图表述了探测器安装示意图，锯齿与凹槽对应或者圆柱与圆柱对应按照顺时针方向旋拧即可将探测器安装牢固。
2、安装方式适用于烟感、温感、烟温复合、可燃气体探测器、非编烟感、非编温感。
手报、消报类接线与安装示意图手报、消报及防爆手报底座接线方式1、L 、L-是信号总线接线端子，信号总线无极性。
2、D1、D2是电话信号线接线端子，D1、D2端子无极性。
注：作手报时使用此端子。
3、GM620按钮底座与手报按钮GM603W配合使用。
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2． 编码方式：
GM615 智能双输入输出模块采用电子编码，可利用本公司生产的 GS601 型电子 编码器进行现场编码。编码时将编码器的红色夹子与模块的“L+”端相连，黑色夹子 与模块的“L-”端相连，对于 GM615 需要设置以下内容： 2．1 地址值设定：
该模块占用 2 个编码地址。用编码器只写入其中一个地址值（注意： 1≤写入值 ≤126），另一个将自动在写入值基础上加 1。 2．2 类型号设定：
3．主要技术指标：........................................................................................................................................... ２
无源输入端子 K11、K12或 K21、K22
47K 47K
接设备回答信号
无源输入端子 K11、K12或 K21、K22
47K
接设备
回答信号
GM621终端适配器
图3-a
无源输入端子 K11、K12或 K21、K22
图3-c
接设备 回答信号
图3-b
5．2．3 a)
接线示例: 如果防火卷帘门电气控制箱可同时提供全降和半降两对输出触点，则 GM615
GM615 双输入输出模块使用说明书
L-
回路总线 L+
L+
回路总线
L- （去下一位置）
GM621终端适配器
14 L-
14
L+ 1 1
半降回答
47K 47K
全降回答
8 COM2 NC2 NO2 K22 K21 L-
8
NO1 K12 K11 L+
COM1 NC1
7
7
图3
24V
24VDC电源 GND
半降动作
共 3 页/第３页
GM615 双输入输出模块使用说明书
图 2 GM615 双输入输出模块接线端子示意图
5．2．2 接线说明： 本模块除具备报警功能外，根据所设定工作方式的不同，还可具备短路监
视和开路监视功能中的一种或二者兼而有之，亦或者不具备任何监视功能。各 工作模式下输入端子的接线各不相同，分别说明如下： a) 当灵敏度值设为 120 或 130 时，模块具备短路监视、开路监视以及报火警功 能，此时需配接本公司产品 GM621 终端适配器（白色）。接线如图 3-a； b) 当灵敏度值设为 121 或 131 时，模块只具备开路监视和报火警功能，此时需 在两无源输入端子间串接一个 47K/（1/4W）电阻。接线如图 3-b； c) 当灵敏度值设为 122 或 132 时，模块仅具备报火警功能，无监视功能；此时 两无源输入端子直接与回答信号相连。接线如图 3-c；
5．2．1 端子说明： ............................................................................................................................ ３ 5．2．2 接线说明： ............................................................................................................................ ４ 5．2．3 接线示例: .............................................................................................................................. ４ 5．2．4 布线要求： ............................................................................................................................ ５
产品使用前请仔细阅读说明书
文件号：GM615-SM 版本号：0301
GM615 双输入输出模块 使用说明书
目录
1． 特点：........................................................................................................................................................... ２
5．1 安装： .................................................................................................................................................. ３ 5．2 布线： .................................................................................................................................................. ３
图 1 GM615 双输入输出模块安装示意图
5．2 布线： 5．2．1 端子说明：
(端子排列见图 2)
COM1 NC1 NO1 K12 K11 L+ L+
7
1
7
1
8 COM2 NC2 NO2 K22 K21 L-
8
14 L-
14
各接线端子功能如下： L+ ， L-： 信号总线 （分极性，接线时请注意） K11， K12； K21，K22： 两组无源输入端 NO1，COM1；NO2，COM2： 两组常开触点 NC1，COM1；NC2，COM2： 两组常闭触点
共 4 页/第 1 页
GM615 双输入输出模块使用说明书
1． 特点： GM615 智能双输入输出模块用于对二步降防火卷帘门、水泵、排烟风机等双动
作设备的控制,亦可用于两个独立单动作设备的控制。火警时，控制器通过双输入输出 模块启动需要联动的外控设备，设备动作后，其常开输出触点闭合（或常闭触点断开）， 模块将此开关信号转换成报警信号，通过总线向联动控制器发出设备动作回答信号。
布线要求： L+、L-可选用截面积不小于
1.0mm2 双绞线，DC24V 电源线 应选用截面积满足联动设备电源 容量要求的阻燃线，其它线可选 用截面积不小于 1.5mm2 的阻燃 线。导线应有颜色标识以防接错。
5 页/第５页
该模块具有如下特点： 电子编码。 内置 CPU。 内置产品类型识别码。 具有脉冲启动和电平启动两种功能(通过控制器设置)。 插拔式模块设计，安装简便。 总线均采用双接线端子设计。 信号回答端均具有线路短路、断路监视功能，并可以选择设定。 输出端为无源输出方式，不 用 单 独 外 接 电 源 线 ； 输入端可以设置成常开、常闭和 无回答三种方式。
模块工作方式有多种选择,其回答端根据工作方式不同可以具备或不具备监视功 能。
下图为防火卷帘门电气控制箱（可提供两对独立的回答触点）与 GM615 模 块接线示意图（图 3），此时 GM615 双输入输出模块工作在 “无源常开，回答 端具备短路和开 路监视功能”方式 。
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GM621终端适配器
本模块类型号设为“9”。 2．3 工作方式设定：
(根据模块现场工作情况选择其中一种) a） 无源常开，回答端具备短路和开 路监视功能： 120 b） 无源常开，回答端具备开 路监视功能： 121 c） 无源常开，回答端不具备监视功能： 122 (出厂默认值) d） 无源常闭，回答端具备短路和开 路监视功能： 130 e） 无源常闭，回答端具备开 路监视功能： 131 f） 无源常闭，回答端不具备监视功能： 132 g） 无源无回答： 140
全降动作
24VDC电源 去下一个位置
GM615 与防火卷帘门电气控制箱（可提供两对独立触点）接线示意图
b)
如果防火卷帘门电气控制箱的全降和半降两组回答信号有一个公共端，则
GM615 模块只能工作在回答端无监视功能的方式，此时 GM615 模块的接线如图 4
L-
回路总线 L+
L+
回路总线
L- （去下一位置）
使用环境：
外形尺寸： 重 量：
1A 125VAC 温度：－10～+50℃； 相对湿度：≤95%(40±2℃)。 长×宽×高=100mm×80mm×34.9mm。
120g
80 80
7
1
8
14
100
34.9
65
100
4．模块通用结构与安装尺寸：
5．安装与布线： 5．1 安装：
本模块底座与上盖之间采用插接方式，可将底座用Ф4 自攻螺钉固定在 86H50 型预埋盒上（见图 1），待接好线后再将模块插接在底座上，底座安装时应注意方向， 底座上标有安装向上标志（见模块通用结构与安装尺寸图）。
2． 编码方式： ..................................................................................................................... ２
2．1 2．2 2．3
地址值设定：..................................................................................................................................... ２ 类型号设定：..................................................................................................................................... ２ 工作方式设定： ................................................................................................................................ ２