Dukemann(杜克曼)通用型模拟量输入模块DM531AI8C

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BRISTOL BABCOCK输入模块

BRISTOL BABCOCK输入模块

BRISTOL BABCOCK输入模块BRISTOL BABCOC模拟量输入模块396352-01-4(询价:李工~158 **** ****)BRISTOL BABCOC模拟量输入模块396353-01-0BRISTOL BABCOC数字量输入模块396357-01-6BRISTOL BABCOC数字量输入模块396358-01-2BRISTOL PCS系统CPU CWREDCPU-3-12-1BRISTOL PCS系统通讯模块396458-18-1BRISTOL PCS系统电源模块396509-03-7JOHN MILLS球阀,BALL V ALVE\NPS1\CL150\JM-BALL-01/BA01-FF 数量:3件球阀,BALL V ALVE\NPS4\CL150\JM-BALL-01/BA01-FF 数量:4件球阀,BALL V ALVE\NPS3\CL150\JM-BALL-01/BA01-FF 数量:2件球阀,BALL V ALVE\NPS2\CL150\JM-BALL-01/BA01-FF 数量:3件频闪厂家:JOTRON MORILD,MF-11121 IT400-DC-TRL-AX 流量计Manufacturer: Sponsler; flow meter totalizer Model: IT400-DC-TRL-AX ; Need anti explosion certificate SPONSLER 1 个2 IT400-DC-TRL-X 流量计Manufacturer: Sponsler; flow metertotalizer Model: IT400-DC-TRL-X SPONSLER 2 个092-300-01 OIL FLOW INDICATOR CAS-724-5+FLA-644-1+GAS046-6油位计QUALITROL成套开关设备配件,CATHODE PLATEm\SEVERN TRENT DENORA051RM\SWITCHGEAR井口控制盘配件,PRESS RELIEF V ALVE\NPS2× 1 1/2\CL150/RF/1862kPaG/A216\TYCO FLOW CONTROL-1/2F2 JOS-E-15-OR-J\WELLHEAD CONTROL PANEL9000-X-8" FLG-14-R "FLOW SWITCH 0-900M3/HrSPST" NESTEC SERVICES LTDIFC井口控制盘1/2"Y300TSST1BOCK空调压缩机马达保护器part number 06950SPLIT PIN\REFLEX MARINE3-050-SP-4 MAN TRANSFER BASKET 60 件NET LUGGAGE ASSEMBLY\REFLEX MARINE0-01-05 MAN TRANSFER BASKET 5 件STRUTS PILLAR ASSEMBLY\REFLEX MARINE\H-6X-028 MAN TRANSFER BASKET 6 件HEAT DETECTOR 规格:12-X27121-000-140 ZT000037 生产厂家:FENWAL 称描述:Elevator Interlock电梯门锁限位型号:N-230VDC.2A数量:3要求:头外内径选用“5.5*2.5”Type N-230Vdc.2An-230Vdc.2A NycMea236-90-E Retiring Cam RequiredForce 2 1/2 Lbs. Min. Travel1"MEDC 报警按钮PBEB5B0DSA7RBrand:CEAGType:GHG5432306V0000型号:CRV-DLDFMPDVI品牌:KVM SWitches online数量:1DWYER风压开关1950-5-2F 数量1 要求:厂家提供防爆证书DWYER风压开关1950-02-2S 数量1 要求:厂家提供防爆证书Extend keyboard,monitor, and mouseType:CRV-SRDFMPDVIBrand:KVM SWitches onlineQTY:1Extend keyboard,monitor, and mouseType:CRV-DLDFMPDVIBrand:KVM SWitches onlineQTY:1SWACO振动筛的空气调节器BM6N80184PCB FOR SM87 LU1 PLATEFORM STATUS GREEN LAMP,P/N:ESA047008,MEDC1、名称描述:手持式VHF对讲机规格型号:马兰士HX370S VHF航海对讲机, 防水防爆, 配充电器和充电座, 防水耳麦, 配机套2、名称描述:电池规格型号:HX370S专用1400mAhL镍合金氢电池ELMEK气体继电器,型号:BRR50-F100,订货号:261RR27威创传感器5093BPS,1502的扣型NUFLO涡轮流量计9A-100003526美国sixnet工业以太网交换机单模的型号:EL109-FSControlli电动执行器SH522SWARCO MICROSFERE DI VETRO型号:55/100 micron加热元件厂家备件号:414497-2\设备名称/型号:电灶/E48L 品牌VULCAN-HART 1、ASSEM,BRG RATAINER,P/N 4792225,CODE:577,FOR 1-14LD-4 STGS.@1770 rpm PUMP,PEERLESS PUMP COMPANY 柴油消防泵传动轴扶正器2、O RING,P/N 2697598,CODE:116,FOR 1-14LD-4 STGS.@1770 rpm PUMP,PEERLESS PUMP COMPANY继电器09C060 MAIN=2C 240V/洗衣机/XQB25-11厂家:PELLERIN MILNOR CORPORATIONFLUORESCENT UNITINVERTER,TYPE:PS3000,POWE:18W,SUPPLY:120/277V,LITHONIALIGHTING. FLUORESCENT UNITINVERTER,TYPE:PS1400,WATTAGE:40-59W,POWER SUPPL Y:120/277V, LITHONIA LIGHTING。

Dukemann(杜克曼)数字量模块DM523RIRQ

Dukemann(杜克曼)数字量模块DM523RIRQ
Datasheet_2010_v1.3
Universal Digital Module
通用型数字量模块
杜克曼国际(中控制 ● 机械设备
Description/描述 DM523R-I8RQ8-WT 数字量模块,8 点 输入 24VDC 8 点 输出 继电器 DM523R-I16RQ16-WT 数字量模块, 16 点 输入 24VDC 16 点 输出 继电器
非屏蔽
300 米(标准输入)
Digital Output Characteristic/数字量输出特性 数字量输出点数 DM523R-I8RQ8-WT DM523R-I16RQ16-WT Output Type/输出类型 每点额定电流(最大) 浪涌电流(最大) Led Consumption(Max) 接通电阻(接点) 同时接通的输出 两个输出并联 最大电缆长度 屏蔽 非屏蔽 8 16 继电器,干触点 2A 5A,触点关闭 5 WDC/200WAC 0.2 ohm 8 是,仅输出同组时 500 米(标准输出) 150 米(标准输出)
Ordering number/订货号 DM523R-I8RQ8-WT DM523R-I16RQ16-WT
Parameter/特性 Size/ 尺寸 (W× H× D) DM523R-I8RQ8-WT DM523R-I16RQ16-WT Consumption/功耗 DM523R-I8RQ8-WT DM523R-I16RQ16-WT 数字量输入点数 DM523R-I8RQ8-WT DM523R-I16RQ16-WT Input Type/输入类型 额定电压 最大持续允许电压 Logic 1 ( min) Logic 0 ( max) 隔离(现场与逻辑) 光电隔离 隔离组 同时接通的输入 最大电缆长度 屏蔽 500 米(标准输入) 50 米(高速计数器输入) 8 16 漏型/源型 (IEC 类型 1/漏型) 24V DC 30V DC 18 VDC,2.5mA 5 VDC,1mA 有 500V AC,1min 见接线图 8 3W 5W Digital Input Characteristic / 数字量输入特性 71.2× 80× 62mm 137.3× 80× 62mm

DAM-5181 模拟量采集模块使用说明书

DAM-5181 模拟量采集模块使用说明书

DAM-5181使用说明书模拟量采集模块(Version3.10)四川中科亿优科技有限公司w w w.z-y i y o u.c o m目录1产品简介 (1)1.1产品概述 (1)1.2技术参数 (1)1.3产品出厂默认设置 (1)1.4产品外形 (2)2接线说明 (2)2.1模块端口示意图 (2)2.2接口定义 (3)2.3供电电源 (3)2.4通信接口 (3)2.4.1RS485连接 (4)2.4.2RS232连接 (4)2.5电压模拟量输入接线 (5)3通信说明 (5)3.1主从模式 (5)3.2通信参数 (5)3.2.1通信地址 (5)3.2.2通信速率 (6)3.3MODBUS-RTU通信协议 (5)3.3.1读寄存器状态采集数据 (6)3.3.2设置设备地址 (7)3.3.3设置波特率 (7)4配置安装 (8)4.1上位机调试说明 (8)4.2模块参数配置说明 (9)4.3指示灯说明 (9)4.4产品尺寸 (9)4.5安装方式 (10)5售后服务 (11)6免责声明 (11)6.1版权 (11)6.2修改文档的权利 (11)1、产品简介1.1产品概述DAM-5181模拟量采集模块可采集量程为0-5V/0-10V/±5V/±10V的模拟量输入信号,其他量程可以定制。

模块配置隔离RS485/隔离RS232通讯接口,采用工业标准Modbus-RTU 通信协议,可与组态软件、PLC、工业触控屏等进行组网使用,广泛应用于工业现场设备的信号采集、监控等。

电源端口和通信端口都具有防浪涌,防雷击保护,能够最大限度防止工业现场的静电和浪涌冲击。

采用标准DIN35导轨安装方式,现场安装简单方便。

1.2技术参数技术参数描述输入通道2路/4路/8路模拟量输入输入类型电压输入电压量程0~5V、0~10V、±5V、±10V(其他量程可以定制)通信接口隔离RS485/隔离RS232通信协议标准Modbus-RTU波特率1200~115200bps默认参数设备地址1;9600,8,N,1分辨率12位采集精度0.2%采样频率AD采样速率1kHz;Modbus通信更新速率<10Hz工作电压DC+8~24V通信地址1~245支持设备PLC、触摸屏、组态软件等稳定性内置看门狗,防死机保护等级电源接口有防反接保护,防浪涌,防雷击工作温度-40℃~+80℃安装方式标准DIN导轨安装外形尺寸122*72*45mm1.3产品出厂默认设置产品出厂默认设置参数为:●设备地址:1;●波特率:9600bps;●MODBUS-RTU的数据通信格式:8位数据位,1位停止位,无奇偶校验位;1.4产品外形2、接线说明2.1模块端口示意图2.2接口定义端子编号端子名称说明1VCC电源输入正极2GND电源输入负端3GND接地端4485B RS485信号B-5485A RS485信号A+6GND RS485信号接地端7232T RS232发送端8232R RS232接收端9GND RS232接地端10CANL CANL端11CANH CANH端12GND接地端13AIV1第1路模拟量输入正端14GND信号地15AIV2第2路模拟量输入正端16GND信号地17AIV3第3路模拟量输入正端18GND信号地19AIV4第4路模拟量输入正端20GND信号地21AIV5第5路模拟量输入正端22GND信号地23AIV6第6路模拟量输入正端24GND信号地25AIV7第7路模拟量输入正端26GND信号地27AIV8第8路模拟量输入正端28GND信号地2.3供电电源供电电压为8~24V DC的直流电源,需要注意接口有正负之分,输入电源的最大电压为24V,注意保持电压波动在规定的范围内,超过范围可能会造成模块电路永久性损坏。

UW500系统模件、底座配对表及功率表

UW500系统模件、底座配对表及功率表

UW5483 直流配电经济型双冗余电源组件 UW5136 8口以太网交换机组件
UW5137 16口以太网交换机组件
UW5561 工业标准操作台
UW5485 双电源切换与交流配电组件
配置说明 冗余配置
单重配置 冗余配置
模件功率 配电功率
备注
8
2.5
2.5
11.52 需外配24V电源 1.5
11.52 需外配24V电源
7.68 15.36 30.72 15.36
需外配24V电源 需外配24V电源 需外配24V电源 需外配24V电源
7.68 168 168 168
150 5 30
需外配24V电源
必选项 需外配24V电源 需外配24V电源
可选项
UW5561 工业标准操作台
UW5565 专业工业键盘
可选项
单重配置 1.5
冗余配置
1.5
MIO单重配置
AI冗余配置
16
AO冗余配置
无源触点输入时配置
无源触点输入时冗余配置 1
24V电平输入时配置220源自ac输入时配置无源触点输出
24V电平输出
1
AC/DC电平信号输出
24V电平输入时配置 1
冗余配置
单重配置
168
冗余配置
7.68 需外配24V电源 15.36 需外配24V电源
UW5341 32路SOE事件记录模件
UW5374 数字量电平信号输入端子座 UW5375 数字量开关型输入端子座
UW5472 双重化冗余电源模件配套端子座
UW5411 电源模件
UW5481 直流配电单系统电源端子座
UW5482 直流配电双系统电源端子座

数据采集模块 8路热电偶模拟量输入模块

数据采集模块 8路热电偶模拟量输入模块

4 输入模式
Mode XX
5 校验值
Checkout
XX
6 报尾
End $
04 19200
05 38400
代码 01 02 03 04 05 06 07
10 11 12 13
14 15 16 17 18 19
06
07
57600 115200
DAM-3000 Data Acquisition Modules User’s Manual(V6.10)
ART 通信协议说明
1. 命令字定义表
XX
06H
XX
XX
$
Public Const CMD_READBACK_ERROR 0x02 说明:若 Header 等于 33H 为错误应答,若等于 5AH 为正确应答(即为请求应答) 。 命令字中“XX”对应执行完命令的命令字。
DAM-3000 Data Acquisition Modules User’s Manual(V6.10)
#define
CMD_GET_MODULE_CONFIG
0x00 // 获得模块基本信息
#define
CMD_SET_MODULE_CONFIG
0x01 // 设置模块基本信息
#define
CMD_READBACK_ERROR
0x02 // 容错处理
// -------
模拟量输入命令 --------
字节号 功能 指令格式
0 报头
Header
5A
1 模块地址
Address
XX
2 包长
PackSize
XX
3 命令字
Command
60
4 状态

K-AI01 8通道模拟量输入模块使用说明书

K-AI01  8通道模拟量输入模块使用说明书

MACS‐K 系列模块
K‐AI01
8 通道模拟量输入模块使用说明书
通道 4 二线制外供电 24V+输出 NC 通道 5 电流输入正 通道 5 四线制电流输入负端 通道 5 二线制外供电 24V+输出 NC 通道 6 电流输入正 通道 6 四线制电流输入负端 通道 6 二线制外供电 24V+输出 NC 通道 7 电流输入正 通道 7 四线制电流输入负端 通道 7 二线制外供电 24V+输出 NC 8 通道电流输入正 通道 8 四线制电流输入负端 通道 8 二线制外供电 24V+输出 NC NC NC 测试端,现场电源+24V,禁止接线 测试端,现场电源地,禁止接线
第6页 共 20 页
通道 1
Байду номын сангаас
B1 C1 D1 A2
通道 2
B2 C2 D2 A3
通道 3
B3 C3 D3
通道 4
和利时公司版权所有
A4 B4
K-AI01
8 通道模拟量输入模块使用说明书
A/01
修订日期 2013-3-12
C4 D4 A5 通道 5 B5 C5 D5 A6 通道 6 B6 C6 D6 A7 通道 7 B7 C7 D7 A8 通道 8 B8 C8 D8 A 现场电源 B C D
图 1-3
模块单元安装位置图
2. 接口说明
2.1 模块单元示意图
K-AI01模块是否能正常通信、能正常处理数据,都跟模块接口有直接的关联。如图2-1所示为 K-AI01模块的外观接口示意图,图2-1中包括多功能总线电缆插头、现场信号接线端子、模块地址设 置开关和保险丝仓,下面将分别介绍各接口。
和利时公司版权所有

MPM MDM 变送控制器 系列产品说明书

MPM MDM 变送控制器 系列产品说明书

V2.0 MPM/MDM变送控制器系列产品说明书目录1产品概述 (1)2安全警告 (1)3性能指标 (2)4外形结构 (3)5电气连接 (8)6按键设置 (9)7安装 (11)8通信指令 (12)9责任 (13)本公司保留由于产品技术和工艺更新对本说明书的修改权。

若有更改,不再另行通知。

请注意本说明书的最新版本。

本公司保留对本说明书的最终解释权。

非常感谢您选用麦克传感器股份有限公司产品。

在您使用本系列产品之前,请仔细阅读说明书。

1产品概述MPM/MDM系列变送控制器是压力、差压、液位测控的智能化仪表,由MPM/MDM484C、MPM/MDM460、MPM460W、MPM/MDM484ZL四个子系列组成。

该系列产品为全电子结构,可进行现场压力/差压/液位的测量、显示与控制,输出标准信号,同时可实现基于RS485(Modbus RTU协议)总线的网络传输与变送控制器参数远程设定与调校。

使用灵活,操作简单,调节容易。

广泛应用于水电、自来水、水处理、石油、化工、冶金等各行业之中,可实现对流体介质的压力、差压、液位的测量、显示和控制。

产品具有以下特点●高精度数模转换电路,微处理器处理数据●方便组网和数据传输,可实现远程调校和设定●主、副屏同时显示(484C只有主屏)●按键设置参数和调校,操作方便●同时具有输出标准模拟信号和RS485(Modbus RTU协议)通信接口●最多可提供八路控制(460系列),控制精确高●设置回差值,取消触点抖动现象,控制可靠2安全警告使用前应仔细阅读本说明书,按每款产品电气定义接线。

在没有标准压力源时,请勿对变送器进行调校,若需调校请由专业人员操作。

请您不要用手或尖锐的东西触压波纹膜片,以免损坏传感器。

在有大的干扰环境下,应将壳体良好接地。

3性能指标测量范围:液位:0m~1m…200mHO(仅MPM460W)2压力:-100kPa…0kPa~10kPa…100MPa差压:0kPa~50kPa…3.5MPa过载压力:压力:1.5倍满量程压力或110MPa(取最小值)差压:静压≤20MPa液位:1.5倍满量程压力供电电源:220V AC或110~370V DC或24V DC输出信号:模拟量:4mA~20mADC、0mA~10/20mADC、0/1V~5/10VDC数字量:RS485接口(Modbus RTU协议)环境温度:-10℃~60℃介质温度:-10℃~80℃存储温度:-40℃~80℃(460W投入式传感器部分-20℃~80℃)相对湿度:0%~80%振动:加速度≤3g,频率0Hz~300Hz冲击:≤10g稳定性:≤±0.3%/年最大功耗:≤3.5W(460系列5~8控制点≤5W)精度:≤±0.25%FS(典型值),≤±0.5%FS(最大值)继电器负载能力:240V/3A AC或30V/3A DC触点寿命:>100000次主显示屏:0.56英寸(460系列、484C系列)或0.8英寸(484ZL系列)副显示屏:0.36英寸(460系列、484ZL系列)显示范围:-1999~9999(高亮红)数字部分:采样速度:10次/秒控制接点数:1~5点(484C系列,484ZL系列)1~8点(460系列)安装方式:垂直安装、轴向安装(MPM484ZL、MPM484C)、投入式安装防护等级:IP65:MPM460(W)与MDM460显示壳体部分IP68:MPM460W传感器部分4外形结构4.1结构材料压力接口:不锈钢感压膜片:316L不锈钢电子壳体:不锈钢密封方式:丁腈橡胶或全焊接4.2压力接口表压型:M20×1.5外螺纹差压型:G1/4内螺纹型液位(460W):传感器部分为投入式液位传感器4.3外形图a)MPM/MDM484C型系列产品外形图图b)MPM460型、MDM460型、MPM460W型外形图MPM460型压力变送控制器外形图MDM460型差压变送控制器外形图MPM460W 型变送控制器外形图MPM460WK 型变送控制器外形图c)MPM484ZL 型压力变送控制器外形图MDM484ZL 型差压变送控制器外形图(垂直安装方式)MPM484ZL 型压力变送控制器外型图(轴向安装)注:轴向安装的变送控制器和垂直安装的变送控制器的接口尺寸是一致。

SIMADYN D数字控制系统处理器模块PM16用户手册说明书

SIMADYN D数字控制系统处理器模块PM16用户手册说明书

SIMADYN DUser Manual Digital Control SystemProcessor module PM16Edition 05.95DK-Nr. 221441User Manual, Processor module PM16Edition Edition status 1Processor module PM1603.91 2Processor module PM1605.95Copying of this document and giving it to others and the use orcommunication of the contents thereof is forbidden without expressauthority. Offenders are liable to the payment of damages. All rightsare reserved in the event of the grant of a patent or the registration ofa utility model or design.We have checked the contents of this Manual to ensure that theycoincide with the described hardware and software. However,deviations cannot be completely ruled-out, so we cannot guaranteecomplete conformance. However, the information in this document isregularly checked and the necessary corrections included insubsequent editions. We are thankful for any recommendations orsuggestions.ContentsContentsWarning information (1)1. Order Designation: (3)2. Functional Description (3)3. Board Design (4)4. Application Notes (5)5. Technical Specifications (8)5.1. General Data (8)5.2. Electrical data (8)5.2.1. Power supply (8)5.2.2. Binary inputs (9)5.2.3. Binary outputs (9)5.2.4. Serial Interfaces (9)6. Pin allocation of the PM16 (10)6.1. Allocation of the serial interfaces X01, X02 (10)6.2. Pin allocation of the binary inputs and outputs, Connector X5 (11)7. STRUC L-Mask for the PM16 board Master program (12)8. Appendix (13)8.1. Block diagram (13)8.2. Scale drawing and connector table (13)8.3. Arrangement drawing (13)9. Miscellaneous (13)10. ECB instructions (14)Siemens AG Dk-Nr. 221441Edition 05.95SIMADYN D Hardware User ManualWarning informationEdition 05.95Siemens AG Dk-Nr. 221441SIMADYN D Hardware User ManualWarning informationN O T E !The information in this Manual does not purport to cover all details or variations in equipment, nor to provide for every possible contingency to be met in connection with installation, operation or maintenance.Should further information be desired or should particular problems arise which are not covered sufficiently for the purchaser’s purposes, please contact your local Siemens office.Further, the contents of this Manual shall not become a part of or modify any prior or existing agreement, committment or relationship. The sales contract contains the entire obligation of Siemens. The warranty contained in the contract between the parties is the sole warranty of Siemens. Any statements contained herein do not create new warranties nor modify the existing warranty.Warning informationSiemens AG Dk-Nr. 221441Edition 05.951 SIMADYN D Hardware User ManualWarning information2Edition 05.95Siemens AG Dk-Nr. 221441SIMADYN D Hardware User ManualDefinitions*QUALIFIED PERSONNELFor the purpose of this User Manual and product labels, a …Qualified person“ is someone who is familiar with the installation, mounting, start-up and operation of the equipment and the hazards involved. He or she must have the following qualifications:1.Trained and authorized to energize, de-energize, clear, ground and tag circuits and equipment in accordance with established safety procedures.2.Trained in the proper care and use of protective equipment in accordance with established safety procedures.3.Trained in rendering first aid.*DANGERFor the purpose of this User Manual and product labels, …Danger“ indicates death, severe personal injury and/or substantial property damage will result if proper precautions are not taken.*WARNINGFor the purpose of this User Manual and product labels, …Warning“ indicates death, severe personal injury or property damage can result if proper precautions are not taken.*CAUTIONFor the purpose of this User Manual and product labels, …Caution“ indicates that minor personal injury or material damage can result if proper precautions are not taken.*NOTEFor the purpose of this User Manual, …Note“ indicates information about the product or the respective part of the User Manual which is essential to highlight.W A R N I N G !Hazardous voltages are present in this electrical equipment during operation.Non-observance of the safety instructions can result in severe personal injury orproperty damage.It is especially important that the warning information in all of the relevantOperating Instructions are strictly observed.Order Designation: 1. Order Designation:6DD 1600 - 0AF0 Processor module PM16 with 128K RAM for software versions from 3.0 .2. Functional DescriptionThe processor module PM16 processes general technological control, calculation and regulation tasks in the SIMADYN D system. These tasks lie above the drive level control and regulation functions (torque shell). The board contains the -CMOS- 16 bit microprocessor 80C186 - 16MHz with corresponding peripherals.Plug-in program memory modules (MS31, MS3) are used in the mounting location X50 for the board user programs as well as for the system firmware (operating system, supervisor program, function module code, .... ). The user programs run on the processor under the SIMADYN D real time operating system. This guarantees interrupt controlled fixed cycle times of ≥ 1ms, dependent upon the configuration.There are 16 binary input and 16 binary output channels available for the fast exchange of data with the process IO (connector X5).The binary inputs can be declared, via software, as interrupt inputs. At the occurrence of a signal edge at an interrupt input, the processor interrupts the current cyclic processing and runs the function packet process interrupt job PIJ . Connection cables carrying binary signals are connected to interface modules and not directly to the processor module.The interface modules implement both the mechanical connection terminal and the electrical signal adaptation. The plant signals can be directly connected to these terminals.Two serial interfaces (connectors X01, X02) are available for communication :- to a higher level computer- for data transfers between SIMADYN D systems- listing outputs to printers- to the SIMADYN D system peripheral IO(operator panel OP1, service unit US1 and programming unit PG 675, 685 or 750)The seven segment display on the board front panel, indicates a "-" character during the start-up phase and the configured processor number during normal operation. The display flashes with an error code when a fault occurs.The error codes are described in the processor module handling instructions /1/.When an error message is displayed, the HEX supervisor can be activated by pressing the S1 key.A forced board reset (Restart) can be initiated using the twin jack connectors X10 and X11 . The jack connectors must therefore be jumpered by a switch or a shorting plug.The 50 pin diagnostic connector X4 is available on the board for hardware diagnostics using a logic analyzer or a recorder.Three watchdogs are installed on each processor board to monitor the hardware and software system states.Siemens AG Dk-Nr. 221441Edition 05.953 SIMADYN D Hardware User ManualBoard DesignThe hardware monitor checks:- Ready signal time-outs during system bus accessing- Double address decoding errors- Accessing unused or non-existent addresses- Collision detection of a DMA access with a system bus access (Detection can be disabled bysoftware)- System bus fault messagesThe software monitor checks:- Whether the processor is still running a cyclic task.- Whether the interrupt controller for the serial interface, timer and inputs are fully operational.A "Non-Maskable Interrupt" (NMI) is generated when the supervisor detects a fault. The processor attempts to resolve the problem and resume cyclic operation. If the fault is caused by the processor itself, then the processor switches to 'inactive', the red dot on the seven segment display is switched on and the bus signal "system error" is activated.3. Board Design- Connectors for local and communication busses.- CPU 80C186 - 16 MHz- RAM 128 K ByteBattery buffered by the power supply (PS)- Connector terminal for the program memory sub-modules MS3/31/4/45- 2 serial interfacesselection of V24(RS232), 20mA(TTY), RS485- 16 binary inputsno galvanic isolation, used as interrupt controlled inputs- 16 binary outputsno galvanic isolationmaximum of 30V / 50mA- Real time clockresolution 10 ms; battery buffered by the PS- 7 segment display for the configured processor numberor error display- Board identification4Edition 05.95Siemens AG Dk-Nr. 221441SIMADYN D Hardware User ManualApplication Notes- Hardware and software monitoring by watchdogs- Test connector for a logic analyzer or recorder4. Application NotesThe processor module PM16 can be installed in both the large racks such as SR1 and SR5 with local and communication busses and the small racks such as SR2 and SR4 with local bus. It occupies two standard slots in the racks.The rack must either be installed with the bus terminator or a memory coupling board.The board can be installed on any rack slot with "slot number coding", that contains the SIMADYN D system bus interface. Whereby, it should be noted that the left-aligned slot must be installed with a local bus master (processor module). If this is not adhered to, then the local peripheral boards will not be supplied with the 8MHz clock. Daisy chain jumpers must be installed on empty slots for multi-processor configurations.The board must be fixed to the rack by screws (even during commissioning) to ensure correct functioning.If the board is connected to an adapter, then the frame must be shorted to the rack housing by a short conductor.The board may not be pulled or installed under power.When the serial interfaces X01 and X02 are used, then thick film interface modules (hybrid modules) must be installed. The following hybrid modules are currently available:SS1 : 20 mA (TTY)SS2 : V.24 (RS 232)SS3 : (RS 485)The hybrid module for the serial interface X01 is to be installed on connector X51 (U1) and on connector X52 (U2, see printed diagram) for the interface X02 .ATTENTION: CHECK INSTALLATION LOCATION CAREFULLY!The binary inputs and outputs are connected via interface modules, which are fixed to a terminal rail. The connection from the board connector X5 to the interface modules is implemented with ribbon cable.Siemens AG Dk-Nr. 221441Edition 05.955 SIMADYN D Hardware User ManualApplication Notes6Edition 05.95Siemens AG Dk-Nr. 221441SIMADYN D Hardware User Manual The following connection configurations are possible:a) All 16 binary inputs and outputs are brought from the PM16 connector X5 to the interface module SE3.1 (24V no galvanic isolation) via a 40 pin ribbon cable.The external connection to the plant are implemented there (screw terminals).X516 Binärin/outputs 24V PM16ribbon cable 40-wayb) The 16 binary inputs and outputs are distributed to 4 different interface modules. A ribbon cable istherefore connected to the PM16 board connector X5 with split connectors at the other end (4x10 pin) which are then brought out to the interface modules. It is then possible to connect e.g. 8 inputs or outputs with galvanic isolation and 8 without galvanic isolation. The reference voltage ofM24/screen may be selected via the DIP-FIX switch S2 for the binary input signals. The default setting is the reference voltage for M24 (s. 2GE 465 600 9005.01 AO).X516 binaryin/outputs 24V PM16binary signals 40-way10-way 10-way 10-way 10-wayApplication NotesAdditional PM16 components:a) Serial Interfaces- Hybrid interface SS1 (20 mA)6DD 1688-1AA0- Hybrid interface SS2 ( V24 )6DD 1688-1AB0- Cable PM-SE12.1 : SC30.1 20 mA/ 2 m6DD 1684-0DA1- Cable PM-AS 512 : SC22.1 20 mA/ 10 m6DD 1684-0CC1- Cable PM-PG 675 : SC32 20 mA/ 10 m6DD 1684-0DC0- Cable PM-printer : SC34 20 mA/ 10 m6DD 1684-0DE0- Set of parts 25pin Cannon connector: SM3.16DD 1680-0AD0- Hybrid interface SS3 (RS485)6DD 1688-1AC0- Cable : SC27 RS485/ 2,1 m6DD 1684-0CH0- SE 47.1 Bus connector module6DD 1681-0EH0b) Binary input cable- 40pin 2,0 m SC186DD 1684-0BJ0- 40pin --> 4+10pin 2,0 m SC136DD 1684-0BD0c) Interface module- SE3.16DD 1681-0AD016 Binary inputs and outputs, no galvanic isolation- SE4.16DD 1681-0AE18 Binary inputs and outputs, no galvanic isolation- SE5.36DD 1681-0AF38 Binary inputs maximum 220V galvanic isolation- SE6.16DD 1681-0AG18 Binary outputs maximum 220V galvanic isolation- SE376DD 1681-0DH08 Binary outputs 24V galvanic isolation- SE41.16DD 1681-0EB18 Binary inputs 48V galvanic isolation6DD 1681-0EB28 Binary inputs 24V galvanic isolationTechnical Specifications5. Technical Specifications5.1. General DataINSULATION GROUP A FROM VDE 011 PARAGRAPH 13 GROUP 2 AT 24V-,15V,5V-AMBIENT TEMPERATURE0 TO 55 DEG. C WITH FORCED VENTILATIONSTORAGE TEMPERATURE-40 TO +70 DEG. CHUMIDITY CLASS F ACCORDING TO DIN 40050ALTITUDE RATING S ACCORDING TO DIN 40040MECHANICAL STRESS INSTALL IN FIXED EQUIPMENT, SENSITIVE TO VIBRATIONS PACKAGING SYSTEM ES 902 CDIMENSIONS233,4 * 220 MMBOARD WIDTH 2 2/3 SEP = 2EB = 40.28 MMWEIGHT0,7 KG5.2. Electrical data5.2.1. Power supplycross-connectionprotection Fuse protectionVOLTAGE+ 5 V no noVOLTAGE+ 15 V no noVOLTAGE- 15 V no noVOLTAGE VCC no noVOLTAGE+ 3,4 V EXT yes noDES MIN TYPICAL MAX UNIT VOLTAGE(+ 5 V)+ 5 V+ 4,75+ 5,25V VOLTAGE(+ 15 V)+ 15 V+ 14,40+ 15,60V VOLTAGE(- 15 V)- 15 V- 14,40- 15,60V VOLTAGE VCC VCC+ 2,20+ 5,25V VOLTAGE(+ 3,4 V EXT)+ 3,4 V EXT+ 2,20+ 5,90V HARMONICS(+ 5 V)0,10Vpp HARMONICS(+ 15 V)0,15Vpp HARMONICS(- 15 V)0,15Vpp HARMONICS VCC ---Vpp HARMONICS(+ 3,4 V) ---Vpp CURRENT(+ 5 V) without modules1,30A CURRENT(+ 5 V) without module1,40A CURRENT(+ 15 V)0,05A CURRENT(- 15 V)0,05A CURRENT VCC (buffered)0,80mA CURRENT(+ 3,4 V) (buffered)1,15mA POWER LOSS(+ 5 V) without modules7,00VAPOWER LOSS(+ 15 V)0,78VAPOWER LOSS(- 15 V)0,78VAVCC4,00mVA(+ 3,4 V)3,90mVA8Edition 05.95Siemens AG Dk-Nr. 221441Technical Specifications 5.2.2. Binary inputsNUMBER16 NO GALVANIC ISOLATIONINPUT VOLTAGE+ 24 V RATED VALUEINPUT VOLTAGEFOR 0 SIGNAL-1 V TO + 6 V ;OR BINARY INPUT OPENFOR 1 SIGNAL+ 13 V TO + 33VINPUT CURRENTFOR 1 SIGNAL TYP. 3 MARESPONSE TIME220 uS with hybrid capacitorRESPONSE TIME20 uS without hybrid capacitor / Standard design5.2.3. Binary outputsNUMBER16 NO GALVANIC ISOLATION!POWER SUPPLY P24 EXTERNAL SUPPLY-RATED VALUE24 V --HARMONICS 3.6 V --PERM. RANGE+ 20 TO +30 V INCL. HARMONICS-TEMPORARILY+ 35 V SMALLER 0,5 SEC.CURRENT COMSUMP.P24 MAX. 900mAOUTPUT CURRENT FOR 1 SIGNAL-RATED VALUE50 MA-PERM. RANGE0.2 MA TO 50 MASHORT CIRCUIT PROTECT ELECTRONICINDUCTIVE LIMITATIONTRIP VOLTAGE AT V CC + 1 VTOTAL LOADING80 % FOR 50 DEG C ALL OUTPUTS 50 MARESIDUAL CURRENT20 uA FOR O SIGNALSIGNAL LEVEL-FOR 0 SIGNAL MAX. 3 V-FOR 1 SIGNAL MIN. SUPPLY - 2.5 VSWITCHING DELAY15 uS5.2.4. Serial InterfacesNUMBER2DATA RATE MAX. 19.2 KBd / SS1 (20 mA) / SS2 (V24)MAX. 1.0 MBD / SS3 (RS485)Pin allocation of the PM166. Pin allocation of the PM166.1. Allocation of the serial interfaces X01, X02PIN V2420 MA (TTY)1FRAME GROUND FRAME GROUND2TRANSMIT DATA OUT T*D ---3RECEIVE DATA IN R*D ---4REQUEST TO SEND OUT*RTS ---5CLEAR TO SEND*CTS ---6DATA SET READY IN ---7GROUND ---8DATA CARRIER DETECT IN*DCD ---9GROUND GROUND10 ---CURRENT LOOP + TRANSMIT+T*D11+ 15 V+ 15 V12 ---20 MA SOURCE 113 ---CURRENT LOOP + RECEIVE+R*D14 ---CURRENT LOOP - RECEIVE-R*D15RECEIVE/TRANSMIT CLOCK*RT*C ---16 ---20 MA SOURCE 217RECEIVE/TRANSMIT CLOCK ---18GROUND GROUND19 ---CURRENT LOOP - TRANSMIT-T*D20DATA TERMINAL READY OUT ---21 ---20 MA DRAIN 122+ 5 V+ 5 V23+ 5 V+ 5 V24TRANSMIT RECEIVE CLOCK*TR*C20 MA DRAIN 225- 15 V- 15 VPIN RS4851FRAME GROUND2REQUEST TO SEND+OUT 1,D3TRANSMIT/RECEIVE CLOCK+IN 2,R4 ---5TRANSMIT DATA OUT+OUT 2,D6RECEIVE/TRANSMIT CLOCK+IN 3,R7DATA CARRIER DETECT+IN 4,R8RECEIVE DATA IN+IN 1,R9GROUND10 ---11+ 15 V12 ---13 ---14REQUEST TO SEND-OUT 1,D15TRANSMIT/RECEIVE CLOCK-IN 2,R16 ---17TRANSMIT DATA OUT-OUT 2,D18GROUND19RECEIVE/TRANSMIT CLOCK-IN 3,R20DATA CARRIER DETECT-IN 4,R21RECEIVE DATA IN-IN 1,R22+ 5 V23+ 5 V24 ---25- 15 V10Edition 05.95Siemens AG Dk-Nr. 221441Pin allocation of the PM166.2. Pin allocation of the binary inputs and outputs, Connector X5Ribbon cable connectorPIN DES.CONNECTOR1OUTPUT 1X5 A2OUTPUT 2X5 A3OUTPUT 3X5 A4OUTPUT 4X5 A5OUTPUT 5X5 A6OUTPUT 6X5 A7OUTPUT 7X5 A8OUTPUT 8X5 A9P EXTERNAL X5 A10M EXTERNAL X5 A11OUTPUT 9X5 B12OUTPUT 10X5 B13OUTPUT 11X5 B14OUTPUT 12X5 B15OUTPUT 13X5 B16OUTPUT 14X5 B17OUTPUT 15X5 B18OUTPUT 16X5 B19P EXTERNAL X5 B20M EXTERNAL X5 B21INPUT 1X5 C pos. INTERRUPT CONTROLLED22INPUT 2X5 C pos. INTERRUPT CONTROLLED23INPUT 3X5 C pos. INTERRUPT CONTROLLED24INPUT 4X5 C pos. INTERRUPT CONTROLLED25INPUT 5X5 C pos. INTERRUPT CONTROLLED26INPUT 6X5 C pos. INTERRUPT CONTROLLED27INPUT 7X5 C pos. INTERRUPT CONTROLLED28INPUT 8X5 C pos. INTERRUPT CONTROLLED29P EXTERNAL30M EXTERNAL31INPUT 9X5 D pos. INTERRUPT CONTROLLED32INPUT 10X5 D pos. INTERRUPT CONTROLLED33INPUT 11X5 D pos. INTERRUPT CONTROLLED34INPUT 12X5 D pos. INTERRUPT CONTROLLED35INPUT 13X5 D pos. INTERRUPT CONTROLLED36INPUT 14X5 D pos. INTERRUPT CONTROLLED37INPUT 15X5 D pos. INTERRUPT CONTROLLED38INPUT 16X5 D pos. INTERRUPT CONTROLLED39P EXTERNAL40M EXTERNALSTRUC L-Mask for the PM16 board Master program7. STRUC L-Mask for the PM16 board Master program(see Master program description)STRUC-L MASK: PM16 ^"processor module 1 standard, L+C-bus^"PIJ 1N = 0 ^"alarm processing FP^"SFJ 1N = 0 ^"system error FP^"PRX 1N = 0 ^"special communication FP receive^"PJ1 1N = ? ^"1. permanent processing FP^"PJ2 1N = 0PJ3 1N = 0PJ4 1N = 0PJ5 1N = 0PJ6 1N = 0PJ7 1N = 0PJ8 1N = 0PTX 1N = 0 ^"special communication FP transmit^"ILS IK = 0 ^"L-Bus-Interrupt transmit^"ICS IK = 0 ^"C-Bus-Interrupt transmit^"TO TG = ? ^"basic sampling time^"T1 TS = ? ^"1. s.t.*T0,produced LB- and CB-conn.^"T2 TS = ? ^"2. s.t. ^" ^"T3 TS = ? ^"3. s.t. ^" ^"T4 TS = ? ^"4. s.t. ^" ^"T5 TS = ? ^"5. s.t. ^" ^"TY TX = T? ^"sampling time of system FP^"SSM 2C = 0 ^"Length SAVE-area, (n*1+2) kByte^"ISE 1C = N ^"Ignore syst. except. (RDYINT) (Y/N) ?^"CCT 8R = 0 ^"transmitter communication names.Tx^"CCR 8R = 0 ^"receiver communication names.Tx^"COP 8R = 0 ^"service communication names.Tx^"CMS 8N = 0 ^"message system names^"CTS 8N = 0 ^"comm. transport system names^"MS 2M = 0 ^"message systems^"X01 1M = 0 ^"1. serial interface^"X02 1M = 0 ^"2. serial interface^"X5C 8K < ^"binary inp. 1, interrupt ctr.^"X5D 8K < ^"binary inp. 2, interrupt ctr.^"X5A 8K > ^"binary outputs 1^"X5B 8K > ^"binary outputs 2^"The PM16 requires 3 Sub-modules :- 1 * PROGRAM MEMORY- 2 * SERIAL INTERFACESThe X5 connector, binary input and output, can be accessed by the following function modules: CONN. SECTION FUNCTION MODULEX5C -|--|- BII8 Binary input (8 Binary valu&es)X5D -| |- BID8 Binary input (8 Binary valu&es, normal mode)12Edition 05.95Siemens AG Dk-Nr. 221441Appendix|- SBI Numerical input, ByteX5A -|--|- BIQ8 Binary output (8 Binary valu&es)X5B -| |- BQD8 Binary output (8 Binary valu&es, normal mode)|- SBQ Numerical output, Byte8. Appendix8.1. Block diagramBlock diagram 3GE.465 600.9005.01 SU8.2. Scale drawing and connector tableScale drawing with front panel view and table ofthe utilized connectors 3GE.465 600.9005.00 MB8.3. Arrangement drawingArrangement drawing 3GE.465 600.9005.02 AO9. MiscellaneousECB instructions10. ECB instructionsComponents which can be destroyed by electrostatic discharge (ECB)Generally, electronic boards should only be touched when absolutely necessary.The human body must be electrically discharged before touching an electronic board. This can be simply done by touching a conductive, grounded object directly beforehand (e.g. bare metal cubicle components, socket outlet protective conductor contact.Boards must not come into contact with highly-insulating materials - e.g. plastic foils, insulated desktops, articles of clothing manufactured from man-made fibers.Boards must only be placed on conductive surfaces.When soldering, the soldering iron tip must be grounded.Boards and components should only be stored and transported in conductive packaging (e.g. metalized plastic boxes, metal containers).If the packing material is not conductive, the boards must be wrapped with a conductive packing material, e.g. conductive foam rubber or household aluminum foil.The necessary ECB protective measures are clearly shown in the following diagram.a = Conductive floor surface d = ECB overallb = ECB table e = ECB chainc = ECB shoes f = Cubicle ground connection14Edition 05.95Siemens AG Dk-Nr. 221441ECB instructionsECB instructions16Edition 05.95Siemens AG Dk-Nr. 221441Drives and Standard Products Motors and Drives Systems GroupPostfach 3269, D-91050 ErlangenSystem-Based Technology。

Dukemann(杜克曼)经典之作 串口转TCPIP芯片DM9600

Dukemann(杜克曼)经典之作 串口转TCPIP芯片DM9600

DM9600 DM9600Pl e ase be aware that an important notice concerning availabilty.standard warranty,and use in critical applications of Dukemann International Incorporated products and disclaimers thereto appears at ehe end of this daa sheet.PRODUCTION DATA information is current as of publication date. 版权 2011–2013, Dukemann International Incorporated Products conform to specifications per theterms of Dukemann Engilish Data Sheet:SDOS713 International standard warranty.Production processing does not Necessarily include testing of all paramaiers.DMCS020E – JANUARY 2011 – REVISED JULY 2013单芯片串口转TCP/IP特性• 功耗- 电源电压:2.5V 至 5.5V- Normal :15mA (典型值) - Sleep :9.61mA (典型值) - Deep Sleep: 2.49mA • 接口:3.3V UART • 串口数:1• 校验位:None, Even, Odd, Space, Mark • 数据位:5-9 • 停止位:1-2• 流控:RTS/CTS,DTR/DCR,XON/XOFF• 协议:TCP,HTTP,UDP,ICMP,ARP,IP,DNS,DHCP • 内部集成全功能的串口转TCP/IP 软件,无需复杂编程,使用简便• 内部集成10M/100M 的快速以太网的MAC 和PHY 接口 • 支持自动协商• 支持自动交叉线检测(MDI/MDIX ) • 封装:LQFP64 Green(RoHS&no Sb/Br) • 工作温度范围:-40°C 至 125°C应用范围• 智能家居设备:智能家居网关、智能插座、智能开关 • 安防门禁:网络门禁、报警设备、红外探测报警 • 网络 IO 控制器 • 工业自动化生产 • 建筑智能和能源监控 • 医疗监控设备 • 嵌入式以太网说明DM9600是一款功能强大的单芯片串口转 TCP/IP 芯片,内部集成了10/100M 快速以太网MAC 和PHY 接口、UART 串口以及串口转TCP/IP 所需的软件功能。

亚锐SR系列智能控制器用户手册说明书

亚锐SR系列智能控制器用户手册说明书

序 言序 言感谢您选购了本公司SR系列智能控制器,这说明您对本产品有了充分的了解。

为了您更好地使用本产品,烦请您在使用之前花些时间阅读以下本手册。

本手册将指导您如何安装、使用及软件编程,同时您将会发现本产品有更优越的性能,从而将会使您更方便地使用本产品。

SR系列智能控制器是一种采用功能块编程,并附有LCD液晶显示的智能控制器。

它将以往的PLC中需要用一大段指令程序才完成的控制功能换成用一个功能块来实现。

若干个功能块按照特定的方式连接在一起即可完成较为复杂的控制功能,从而将编程工作大大地简化。

SR系列智能控制器的应用极为广泛,可用于机械设备自动化配套、流程控制、楼宇自动控制等各个领域。

它真正使得自动控制走进生活的每个空间。

本手册将详细介绍SR系列控制器的功能特点及使用方法。

注意:1. 手册及机器之专利权属于亚锐电子有限公司,非经许可不得影印或转载本手册全部或部分内容。

2.公司保有设计及变更之权力,若有变更,恕无法另行通知。

3.手册尚有缺失,欢迎广大用户给与予赐教指正,及时与本公司取得联系,我们会将您的意见纳入下一版的修订之中。

1SR Intelligent Controller注意:1.本S R系列严格按照功能块号的先后顺序进行循环扫描执行。

功能块号小的先执行,功能块号大的后执行。

2.本S R系列中扩展模块、语音模块,遥控接收点模块以及前置通讯等模块要在主机模块之前接通电源,最迟应在和主机同时接通电源,不得迟于主机接通电源,否则主机在进行系统配置检测时可能检测不到这个模块而造成系统不能正常工作.2目录目 录第一部分 S R的基本操作与应用第一章 S R简介1.1 SR的结构 (1)1.2 SR系列产品命名规则 (2)1.3 SR系列产品规格型号 (3)1.4 SR特性 (5)第二章 S R的安装与接线2.1 SR的安装 (8)2.1.1 安装方法 (8)2.1.2 安装尺寸 (8)2.2 SR的接线 (10)2.2.1 电源连接 (10)2.2.2 输入连接 (10)2.2.3 输出连接 (12)2.2.4 SR系列产品配合连接 (14)第三章 S R功能块概述3.1 基本功能块(GF),共8个 (16)3.1.1 AND(与逻辑) (18)3.1.2 AND带RLO边缘检测 (19)3SR Intelligent Controller3.1.3 OR(或逻辑) (19)3.1.4 NOT(非逻辑) (20)3.1.5 XOR(异或逻辑) (21)3.1.6 NAND(与非逻辑) (21)3.1.7 NAND带RLO边缘检测 (22)3.1.8 NOR(或非逻辑) (23)3.2 特殊功能块(SF),共14个 (24)3.2.1 延时接通功能块(TOND) (26)3.2.2 延时断开功能块(TOFD) (27)3.2.3 脉冲继电器功能块(SPBL) (28)3.2.4 RS继电器功能块(TPBL) (29)3.2.5 时钟脉冲发生器功能块(BLNK) (30)3.2.6 保持接通延时继电器功能块(MTOD).313.2.7 单脉冲时间继电器功能块(PONS)..323.2.8 万能计数器功能块(UDCT) (33)3.2.9 通用模拟量比较器功能块(CMPR)..343.2.10 时间/计数比较器功能块(T/C-CMPR) (38)3.2.11 时钟开关功能块(SCHD) (40)3.2.12 时序输出功能块(TSEQ) (42)3.2.13 步序输出功能块(SSEQ) (44)3.2.14 小时增减功能块(HOUR) (45)3.2.15 属性脚说明 (45)3.3 SR输入输出点及语音类功能块,共8个 (47)4目录3.3.1 输入点(IN) (48)3.3.2 输出点(OUI) (49)3.3.3 遥控输入点(RCI) (50)3.3.4 电话输出信息功能块(DOUT) (50)3.3.5 电话输入功能块(D-IN) (53)3.3.6 播放语音段选择开关功能块(PMSG) (55)3.3.7 软件编程连接点(CONT) (56)3.3.8 人机界面编辑(SLCD) (57)第四章 人机界面S R-H M I模块的使用说明4.1 与传统控制器LCD的比较 (58)4.2 SR-HMI应用实例 (63)4.3 人机界面的编辑 (66)4.4 虚拟按键的使用 (74)4.5 口令设置 (76)4.6 SR-HMI软件帮助的使用 (77)4.7 SR-HMI使用说明 (77)4.7.1 系统时间的修改方法 (79)4.7.2 修改Counter的参数 (80)4.7.3 修改Timer的参数值 (80)4.7.4 修改Analog的参数值 (80)4.7.5 功能键的使用 (81)4.7.6 主机运行与停止状态的切换 (81)5SR Intelligent Controller4.8 SR-HMI屏幕上的错误信息含义及处理方法 (83)第五章 电话、语音模块5.1 语音模块结构 (86)5.2 语音模块与SR主机的连接 (87)5.3 语音模块使用说明 (88)5.4 语音模块使用举例 (91)5.5 语音软件说明 (95)5.6 语音模块软件使用举例 (98)5.7 录制语音段 (101)第六章 遥控模块与扩展模块6.1 遥控模块 (104)6.1.1 遥控接收模块的结构 (104)6.1.2 遥控模块与主机、语音模块的连接 (105)6.1.3 SR-TC遥控发射器使用 (107)6.2 扩展模块 (107)6.2.1 扩展模块的结构 (108)6.2.2 扩展模块的地址设置 (109)6.2.3 扩展模块的型号与接线 (109)6.3 SR系列产品实体图及其配件 (112)6目录第七章 S R系列技术参数7.1 SR-12MRAC/SR-22MRAC型技术参数 (115)7.2 SR-12MRDC/SR-22MRDC型技术参数 (116)7.3 SR-12MTDC/SR-22MTDC型技术参数 (118)7.4 SR-12MGDC/SR-22MGDC型技术参数 (119)7.5 SR-20ERA/SR-20ERD/SR-20ETD/SR-20EGD扩展模块技术参数 (120)7.6 电话收发号及语音模块 (124)7.7 遥控 (124)7.7.1 遥控接收模块 (124)7.7.2 遥控发射器 (124)7.8 SR系列产品通用技术参数 (124)第八章 SR的应用8.1 楼梯、大厅、走廊照明多功能开关 (126)8.2 自动门控制 (127)8.3 通风系统 (128)8.4 展示橱窗照明系统 (129)8.5 水塔自动供水系统 (130)第九章 品质保证声明7SR Intelligent Controller第十章 SR-WRT编程面板操作及功能10.1 SR-WRT的结构 (134)10.2 SR-WRT显示界面及功能 (135)10.3 SR-WRT的功能界面 (136)10.4 SR-WRT 的编程操作 (137)10.4.1 New Prg操作 (137)10.5 Edit Prg操作 (139)10.5.1 Edit FB操作 (139)10.5.2 Delete FB操作 (140)10.5.3 Insert FB操作 (141)10.6 File操作 (142)10.6.1 Rename操作 (142)10.6.2 Copy操作 (143)10.7 Set up操作 (145)10.8 Test A B操作 (146)10.9 SR-WRT编程举例 (149)8目录第二部分 SR编程软件SUPER CAD第一章 安装与卸载1.1 软件的安装 (158)1.2 软件的卸载 (163)第二章 SUPER CAD简介2.1 操作界面 (165)2.2 编辑窗口 (166)2.3 主要功能 (166)第三章 操作指令和功能块库3.1 功能指令 (168)3.1.1 文件 (168)3.1.2 编辑 (169)3.1.3 控制器 (169)3.1.4 通讯界面 (169)3.1.5 窗口 (170)3.1.6 设置 (170)3.1.7 帮助 (171)3.1.8 查找 (172)3.2 工具栏 (173)3.3 功能块库 (174)9SR Intelligent Controller3.3.1 功能块分类 (175)3.3.2 功能块属性设置及动作演示 (175)3.3.2.1 通用属性 (175)3.3.2.2 特殊属性设置 (176)第四章 基本操作4.1 开启文档 (187)4.1.1 开启新的文档 (187)4.1.2 开启原有文档 (188)4.2 编写功能图程序 (189)4.2.1 放置功能块 (189)4.2.2 功能块库介绍 (190)4.2.3 功能块表 (191)4.2.4 编辑功能块属性 (193)4.2.5 建立连线 (194)4.2.6 删除功能块或删除连线 (195)4.2.7 模拟运行 (196)4.2.8 存储和打印 (197)4.2.9 修改密码及读取 (198)警告本手册包含了您应该注意的事项以确保您的人身安全,以及保护产品和连接的设备。

Dupline 8通道输入模块说明书

Dupline 8通道输入模块说明书

Du line®Specifications are subject to change without notice (01.02.2007)1•8-channel transmitter•8 contact or NPN transistor inputs (G2120 5501) or 8voltage or PNP transistor inputs (G2120 5502)•Open printed circuit board•Bracket for DIN-rail mounting available•LED-indications for supply and Dupline ®carrier •DC or Dupline ®supplied•Channel coding by GAP 1605Product DescriptionDupline transmitter design -ed to be a part of the Dupline ®concept for push buttons and lamps in eleva-tors. I nstaller friendlymounting, operation andmaintenance without re -quire m ent of any special tools or programming.Type SelectionSupply Ordering no.Ordering no.8 contact or NPN transistor inputs 8 voltage or PNP transistor input 10-30 VDCG 2120 5501 700G 2120 5502 700Input Specifications Type G2120 5501Supply Specifications (cont.)Input-Module for ElevatorsCurrent consumption When Dupline supplied≤ 0.9 mA Transient protection voltage 800 V Insultation voltage:Supply - Dupline ®None Supply - OutputsNoneType G 2120 5501 700, G 2120 5502 700Input Specifications Type G2120 5502General SpecificationsSupply SpecificationsPower supply DC types Installation cat III (IEC 60664)Operational voltage (V DD In )10-30 VDC (ripple included)Ripple≤ 3 V Reverse polarity protection Yes Power dissipation ≤ 0.5 W Current consumption≤ 20 mAC H A N N E L P R O G R A M P L U GDup (Dupline S)GNDPow (Supply input)DC+I1I2I3I4I5I6I7I8S u p p l yL i n eDu line®2Specifications are subject to change without notice (01.02.2007)Mode of OperationConnect the DC supply volt-age to the system through a G 2196 000X 700 Master Module, which also performs the channel generator func-tion and the RS485 commu-nication link to the elevator controller (please refer to the data sheet for G2196.. for details).Every I nput is given its indi-vidual address with the cod-ing unit GAP 1605 (Please refer to the respective datasheet for details). TheON/OFF-signal that is applied to the input of the module is associated to the address given to that input. An input pulse stretcher (only G 2201 5501) is used on every input to assure that the changes of input signals (even extremely short ones)are communicated by the system.No LED indication for Supply and Line when Dupline ®sup-plied.Pin AllocationPin Dup Gnd Pow DC+I1I2I3I4I5I6I7I8Input/Output Dupline ®Signal Dup. + Supply GndSupply In DC Out Input 1Input 2Input 3Input 4Input 5Input 6Input 7Input 8Wiring DiagramsG 2120 550. 700AccessoriesAluminum bracket for DIN mounting (Vertical)8047-bracket PVC bracket forDIN mounting (Horisontal)ELEVAT -Bracket DIN-railFMD 411C H A N N E L P R O G R A M P L U GDup (Dupline S)GNDPow (Supply input)DC+I1I2I3I4I5I6I7I8S u p p l yL i n eG2120 5501G2120 5502。

横河卡件

横河卡件

型号日本横河YOKOGAW A模块/卡件/配件名称及产品介绍(链接众多型号)输入输出模块AAI141-S模拟输入模块(4~20MA,非隔离),16通道AAI141-H模拟输入模块(4~20MA,非隔离,HART协议),16通道AA V141模拟输入模块(1~5V,非隔离),16通道AA V142模拟输入模块(-10V~10V,非隔离),16通道AAI841-S模拟输入模块(4~20MA输入,4~20MA输出,非隔离),8输入/8输出AAI841-H模拟输入输出模块(4~20MA,非隔离,HART协议),8输入/8输出AAB841模块输入输出模块(1~5V输入,4~20MA输出,非隔离),8输入/8输出AA V542模拟输出模块(-10~10V,非隔离)16通道AAI143 模拟输入模块(4~20MA,隔离),16通道AAI543 模拟输入模块(4~20MA,隔离),16通道AA V144模拟输入模块(-10V~10V,隔离),16通道AA V544模拟输出模块(-10V~10V,隔离),16通道AA T14 1 热电偶/MV输入模块(热电偶:JIS R,J,K,E,T,B,S,N/MV:-100~150MV,隔离),16通道AAR181热电阻输入模块(热电阻:JIS PT100 ohm,隔离),12通道AAI135-S模拟输入模块(4~20MA,隔离通道),8通道AAI135-H模拟输入模块(4~20MA,隔离通道,HART协议),8通道AAI835-S模块输入输出模块(4~20MA,隔离通道),4输入/4输出AAI835-H模块输入输出模块(4~20MA,隔离通道,HART协议),4输入/4输出AA T14 5 热电偶/MV输入模块(热电偶:JIS R,J,K,E,T,B,S,N/MV:-100~150MV,隔离通道),16通道AAR14 5 热电阻/滑线电阻输入模块(热电阻:JIS PT100 ohm/滑线电阻:0~10 kohm,隔离),16通道AAP135脉冲串输入模块(脉冲数计数,0~10KHZ,隔离通道),8通道AAP14脉冲串输入模块,PM1兼容模块(脉冲数计数,0~6KHZ,非隔离),16通道9AAP84 9 脉冲输入/模拟输出模块,PAC兼容模块(脉冲数计数输入,4~20MA输出,非隔离),8输入8输出ADV151数字输入模块(24V DC),32通道ADV551数字输出模块(24V DC),32通道ADV141数字输入模块(100V~120V AC),16通道ADV142数字输入模块(220V~240V AC),16通道ADV157数字输入模块(24V DC,压紧端子专用型),32通道ADV541继电器输出模块(24~110V DC/100~240V AC,隔离),16通道ADV557数字输出模块(24V DC,压紧端子专用型),32通道ADV161数字输入模块(24V DC),64通道ADV561数字输出模块(24V DC),64通道ADR541继电器输出模块(24~110V DC/100~240V AC),16通道ADV859数字输入输出模块ST2兼容模块(隔离通道),16输入/16输出ADV159数字输入模块ST3兼容模块(隔离通道),32通道ADV559数字输出模块ST4兼容模块(隔离通道),32通道ADV869数字输入输出模块ST5兼容模块(每16通道共用负极侧),32输入/32输出ADV851数字输入输出模块(输出噪声,24V DC),16通道ADV169数字输入模块ST6兼容模块(每16通道共用负极侧),64通道ADV569数字输出模块ST7兼容模块(每16通道共用负极侧),64通道ASI133-S模拟电流输入模块(4~20MA,隔离),8通道ASI133-H模拟电流输入模块(4~20MA,隔离),8通道ASI533-S模拟电流输出模块(4~20MA,隔离),8通道ASI533-H模拟电流输出模块(4~20MA,隔离),8通道AST143 -S TC/MV输入模块(TC:B,E,J,N,R,S,T/MV:-100V~150MV,-50~75MV,隔离),16通道ASR13 3-S 热电阻/滑线电阻输入模块(热电阻:PT50,PT100,PT200,PT1000,NI100,NI200,NI120/滑线电阻:0~10 kohm,隔离),8通道ASD143-P数字输入模块(NAMUR兼容,隔离),16通道ASD533-S数字输出模块(I=45MA时,U 〉12V,隔离),8通道AAM10 电流/电压输入模块(简易型),1通道AAM11 电流/电压输入模块,1通道AAM11B电流/电压输入模块(BRAIN对应型),1通道AAM21 MV,热电偶,热电阻输入模块,1通道AAM21JMV,热电偶,热电阻输入模块(符合IEC584-1995,IEC751-1995),1通道AAM21J/RJMV,热电偶,热电阻输入模块(符合IEC584-1995,IEC751-1995),1通道APM11 脉冲输入模块,1通道AAM50 电流/电压输出模块,1通道AAM51 电流/电压输出模块,1通道AMC80 多点控制用模拟输入输出模块,8输入/8输出ADM15R继电器输入模块,16通道ADM55R继电器输出模块,16通道AMM12T电压输入多路转换器模块,16通道AMM22T热电偶输入多路转换器模块,16通道AMM32T热电阻输入多路转换器模块,16通道AMM42T两线式变送器输入多路转换器模块,16通道AMM52T电流输出多路转换器模块,16通道AMM22TJ热电偶输入多路转换器模块(16点,端子型,符合IEC584-1995),16通道AMM32TJ热电阻输入多路转换器模块(16点,端子型,符合IEC751-1995),15通道AMM22MMV输入多路转换器模块,16通道AMM12C电压输入多路转换器模块,16通道AMM22CMV输入多路转换器模块,16通道AMM2 5C 带热电偶接口的MV输入多路转换器模块(15点,连接器型,新增了RJC输入端口),15通道AMM32C热电阻输入多路转换器模块(16点,连接器型),16通道AMM32CJ热电阻输入多路转换器模块(16点,连接器型,符合IEC751-1995),16通道ADM11T接点输入模块(16点端子型),16通道ADM12T接点输入模块(32点端子型),32通道ADM51T接点输出模块(16点端子型),16通道ADM52T接点输出模块(32点端子型),32通道ADM11C接点输入模块(16点连接器型),16通道ADM12C接点输入模块(32点连接器型),32通道ADM51C接点输出模块(16点连接器型),16通道ADM52C接点输出模块(32点连接器型),32通道SAI143-S03模拟输入模块(4~20MA,16通道,通用电缆),16通道SAI143-S33模拟输入模块(4~20MA,16通道,横河专用电缆),16通道SAI143-H03模拟输入模块(4~20MA,HART通信,通用电缆),16通道SAI143-H33模拟输入模块(4~20MA,HART通信,横河专用电缆),16通道SA V144-S03模拟输入模块(1~5V/1~10V,隔离),16通道SA V144-S33模拟输入模块(1~5V/1~10V,横河专用电缆),16通道SAI533-H03模拟输出模块(4~20MA,HART通信,通用电缆),8通道SAI533-H33模拟输出模块(4~20MA,HART通信,横河专用电缆),8通道SDV14数字输入模块(无电压触点,隔离),16通道4-S13SDV144-S33数字输入模块(无电压触点,横河专用电缆),16通道SDV531-S23数字输出模块(24V DC,触点,通用电缆),8通道SDV531-S33数字输出模块(24V DC,触点,横河专用电缆),8通道SDV541-S23数字输出模块(24V DC,触点,通用电缆),16通道SDV541-S33数字输出模块(24V DC,触点,横河专用电缆),16通道通信模块/卡件/总线接口模块ALR111-SRS-232C通信模块(1200bps~115.2kbps),双端口,2□,ALR111-S00、ALR111-S01ALR12 1-S RS-422/RS-485通信模块(1200bps~115.2kbps),双端口,2□,ALR121-S00、ALR121-S01ALE111-SEthernet通信模块(10mbps),1□,ALE111-S00 ALE111-S01ALF111-SFoundation Fieldbus(FF-H1)通信模块(31.25kbps),4□,ALF111-S00、ALF111-S01 ALP111-SPROFIBUS-DPV1通信模块,1□,ALP111-S00、ALP111-S01ACM11 RS-232C通信模块,1通道ACM12 RS-422/RS-485通信模块,1通道ACF11 现场总线通信模块,1通道ACM21 RS-232C通用通信卡件,1通道ACM22 RS-422/RS-485通用通信卡件,1通道ACM71 Ethernet通信模块(PFC口用),1通道ACP71 Profibus通信模块,1通道EB401-11ER总线接口主模块EC401-10通信模块/网关EC401-11通信模块/网关SB301 数据卡SB401 通信模块SB501 通信卡EB402 总线接口模块EB501 总线接口模块EB511-10通信模块VF311 通信模块VI702 网卡/通信模块VF702 网卡/通信模块VC401-通信卡11VI451-1通信卡1A TP502 通信模块AIP502 网络适配器G3环境兼容产品/现场控制单元AFV10现场控制单元(用于FIO、Vnet/IP),AFV10D-S41211DAFV10现场控制单元(用于FIO、Vnet/IP)SANR10ER总线节点单元(19英寸机架安装型)DANR10ER总线节点单元(19英寸机架安装型)SANR11连接单元,ANR11D-420/NDELDA VR10Vnet路由路DANB10ESB总线节点单元(19英寸机架安装型),ANB10D-420/CU2N/NDEL DANB10ESB总线节点单元(19英寸机架安装型)SAFS30S 现场控制单元AFS30现场控制单元DAFG30现场控制单元SAFG30现场控制单元DAFG40现场控制单元DAFS81现场控制单元DAFS82现场控制单元DAFS83现场控制单元DAFS84现场控制单元DAFG81现场控制单元DAFG82现场控制单元DAFG83现场控制单元DAFG84现场控制单元DAFG81现场控制单元SAFG82现场控制单元SAFG83现场控制单元SAFG84现场控制单元SAFS81S 现场控制单元AFS82S 现场控制单元AFS83S 现场控制单元AFS84S 现场控制单元AFG10现场控制单元DAFG20现场控制单元DAFG10现场控制单元SAFG20现场控制单元SAFG40现场控制单元SAFS10S 现场控制单元AFS20S 现场控制单元AFS40S 现场控制单元AFS10现场控制单元DAFS20现场控制单元DAFS40现场控制单元,AFS40D-H4233 DAFF30现场控制单元DAFF30S 现场控制单元AFF50现场控制单元DAFF50S 现场控制单元AFM20现场控制单元DACG10现场控制单元S零部件Y AX10通用工作台1Y AX80通用工作台1LPCKI控制台组件(100V AC/220V AC)TYPCKI控制台组件(100V AC/220V AC)TT9070C空气过滤器,推荐更换周期1年,每隔3个月冲洗一次BT9003B空气过滤器,推荐更换周期1年,每隔3个月冲洗一次YT9050N空气过滤器,推荐更换周期1年,每隔3个月冲洗一次YSCB100开路接线检查器-S0SCB110开路接线检查器-S0S9211FLCD单元,推荐更换周期3年AS9202FLCD单元(无触摸面板),推荐更换周期3年(100V AC)AS9203FLCD单元(无触摸面板),推荐更换周期3年(200V AC)AS9200FLCD单元(有触摸面板),推荐更换周期3年(100V AC)AS9201FLCD单元(有触摸面板),推荐更换周期3年(200V AC)AS9225FLCD单元,推荐更换周期4年AS9388FLCD单元,推荐更换周期3年AS9389FLCD单元,推荐更换周期3年AAIP601 风扇单元,推荐更换周期4年S9002K风扇单元,推荐更换周期4年,100V ACAS9000VK风扇单元,推荐更换周期4年,110/115V ACS9020KA风扇单元,推荐更换周期4年,120V ACS9281FA操作键盘,推荐更换周期取决于使用频率S9284FA操作键盘,推荐更换周期取决于使用频率S9363FA操作键盘,推荐更换周期取决于使用频率S9390FA操作键盘,推荐更换周期取决于使用频率AIP826 操作键盘,推荐更换周期取决于使用频率AIP827 操作键盘,推荐更换周期取决于使用频率S9282FA操作键盘,推荐更换周期取决于使用频率A1519UPAC适配器(用于操作键盘),推荐更换周期5年S9109VK熔丝,推荐更换周期8年,用于PW481,PW482,PW441,PW442,PW444 A1546EF熔丝,推荐更换周期8年,用于PW484S9518VK熔丝,推荐更换周期3年,用于100V AC(用于维修口)A1353EF熔丝,推荐更换周期3年,用于220V AC(用于维修口)S9725VM继电器,推荐更换周期:100000次操作S9049PM保险丝T9528VK滤波器A1193MN钳形滤波器电源模块PW301 电源模块PW302 电源模块PW304 电源模块PW401 电源模块PW402 电源模块PW404 电源模块PW441 电源模块/铝电解电容器(电源单元内),推荐更换周期8年,100V AC:环境温度40℃以下PW442 电源模块/铝电解电容器(电源单元内),推荐更换周期8年,220V AC:环境温度40℃以下PW444-11 电源模块/铝电解电容器(电源单元内),推荐更换周期8年,24V AC:环境温度40℃以下PW481-10 电源模块/铝电解电容器(电源单元内),推荐更换周期8年,100V AC:环境温度40℃以下PW482-10 电源模块/铝电解电容器(电源单元内),推荐更换周期8年,220V AC:环境温度40℃以下PW484 电源模块/铝电解电容器(电源单元内),推荐更换周期8年,24V AC:环境温度40℃以下PW501 电源模块PW502 电源模块PW504 电源模块PW601 电源模块PW602 电源模块PW604 电源模块PW701 电源模块PW702 电源模块PW704 电源模块PW803 电源模块DCS电池S9400UKDCS电池S9325UKDCS电池S9765UKDCS电池S9961UKDCS电池/电源单元,推荐更换周期8年S9129FA电池组,推荐更换周期3年(环境温度30℃以下);40℃以下1.5年;50℃以下9个月CPU模块CP451 CPU模块CP332DCPU模块CP333DCPU模块CP345-10CPU模块CP703 CPU模块CP401 CPU模块CP451-10CPU模块I/O模块插件箱AMN11 模拟I/O模块用插件箱AMN12 模拟I/O模块用高速型插件箱(只限LFCS)AMN21 继电器I/O模块用插件箱AMN31 端子型I/O模块用插件箱AMN32 连接型I/O模块用插件箱AMN33 通用模块用插件箱AMN34 多点控制模拟I/O模块用插件箱AMN51 通信卡件和Ethernet通信模块用插件箱(只限紧凑型FCS)AMN52 Profibus通用模块用插件箱(只限紧凑型FCS)连接电缆YCB111连接电缆YCB117连接电缆YCB118连接电缆YCB121连接电缆YCB128连接电缆YCB14 1 连接电缆,YCB141-M001(1M),YCB141-M002(2M),YCB141-M005(5M),YCB141-M010(10M),YCB141-M140(40M)YCB146连接电缆YCB148连接电缆YCB149连接电缆YCB30 1 连接电缆,YCB301-C020(20CM),YCB301-C100(1M),YCB301-C200(2M),YCB301-C300(3M),YCB301-C400(4M),YCB301-C800(8M)YCB311连接电缆,YCB311-M005(5M),YCB311-M010(10M)AKB13 1 连接电缆,AKB131-M002(2M),AKB131-M005(5M),AKB131-M010(10M),AKB131-M015(15M)AKB13 2 连接电缆,AKB132-M002(2M),AKB132-M005(5M),AKB132-M010(10M),AKB132-M015(15M)AKB13 3 连接电缆,AKB133-M002(2M),AKB133-M005(5M),AKB133-M010(10M),AKB133-M015(15M)AKB13 4 连接电缆,AKB134-M002(2M),AKB134-M005(5M),AKB134-M010(10M),AKB134-M015(15M)AKB13 5 连接电缆,AKB135-M002(2M),AKB135-M005(5M),AKB135-M010(10M),AKB135-M015(15M)AKB13 6 连接电缆,AKB136-M002(2M),AKB136-M005(5M),AKB136-M010(10M),AKB136-M015(15M)AKB141连接电缆AKB142连接电缆AKB161连接电缆AKB162连接电缆AKB33 1 信号连接电缆(用于ADV151与ADV551之间连接),AKB331-M001(1M),1M至50M可选AKB33 2 信号连接电缆(用于ADV141之间的连接),AKB332-M001(1M),1M至50M可选AKB33 3 信号连接电缆(用于ADV142之间的连接),AKB333-M001(1M),1M至50M可选AKB33 4 信号连接电缆(用于ADR541之间的连接),AKB334-M001(1M),1M至50M可选AKB33 5 信号连接电缆(用于AAR145之间的连接),AKB335-M001(1M),1M至50M可选AKB336信号连接电缆(用于ALF111之间的连接),AKB336-M001(1M),1M至50M可选AKB33 7 信号连接电缆(用于ADV161与ADV561之间的连接),AKB337-M001(1M),1M 至50M可选YCB147总线适配器,YCB147-2/BR,YCB147-4/BR 未整理分类卡件、模块、配件CP151CP332CP333ADR561ABC11DABC11SAEA3D 端子板AEA4D 端子板AET4D 端子板AED5D 端子板ARM15A端子板ARM55端子板WARM55端子板CARM55端子板XSARM1端子板5ASARM5端子板5CSARM5端子板5DARS55端子板MARS15端子板BARS15端子板MA1080RZLPCKITYPCKITY AX101Y AX211Y AX801SSC50FCU控制单元DAIP131AIP171AIP181AIP261AIP421AIP481AIP501AIP503AIP511AIP512AIP521AIP571AIP578 AIP579 AIP588 A TSA3 DA TSA3 SA TSB4 DA TSB4 SA TSD3 DA TSD3 SA TSS3 DA TSS3S A TST4 DA TST4 SA TSR3 DA TSR3 S PFCS-S 5310 PFCD-S 5520 YNT51 1S YNT51 1D YNT51 2S YNT51 2D YNT52 1D PRK71 ANS50ANS20。

FM系列硬件系统手册

FM系列硬件系统手册

1993-2004 Copyright Hollysys
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供电系统及接地要求.......................................................................................................................... 20
供电系统说明........................................................................................................................................................... 20 接地要求................................................................................................................................................................... 21
系统电源模块...................................................................................................................................... 26

安装说明-Compact 5000 I O 数字量 8 点安全拉出型输入模块说明书

安装说明-Compact 5000 I O 数字量 8 点安全拉出型输入模块说明书

安装说明Compact 5000 I/O 数字量 8 点安全拉出型输入模块目录号 5069-OBV8S 、5069-OBV8SKThe 5069-OBV8S 和 5069-OBV8SK 模块是 8 点安全拉出型输入模块。

这些模块在安全控制网络上提供满足以下要求的安全 I/O ,该等要求包括 SIL CL3 和 PLe, Cat. 4,如 IEC 61508、IEC 61511、IEC 62061 和 ISO 13849-1 中所规定。

该模块提供拉出型输出和双极性类型输出。

您可将 Compact 5000™ I/O 安全模块用作带 CompactGuardLogix®5380 控制器的本地和远程 I/O 模块,以及带 Compact GuardLogix 5380 和 GuardLogix 5580 控制器的远程 I/O 模块。

5069-IB8SK 模块提供与 5069-IB8S 模块相同的功能,但具有保形涂层,有助于在恶劣环境中提供保护。

使用 Studio 5000 Logix Designer® 软件配置模块。

Compact GuardLogix 5380 和 GuardLogix 5580 控制器必须使用 32.011 或更高的固件版本,才可使用 Compact 5000 I/O 安全模块。

Compact 5000 I/O 安全模块采用生产者/消费者通信模式。

生产者/消费者通信模式是模块与其他系统设备之间的一种智能数据交换,在通信过程中,每个模块都会生成数据,而不是先被轮询。

有关如何使用 Compact 5000 I/O 模块的更多信息,请参见第12页的其他资源中列出的出版物。

变更摘要主题页码关于模块5安装系统5安装可拆卸端子块7安装模块8安装终端盖9对可拆卸端子块进行接线9断开电线与可拆卸端子块之间的连接9使用束线带10为系统供电10拆卸模块10技术参数11其他资源12主题页码删除接线图有关如何连接模块的信息,请参阅中第12页的其他资源列出的出版物不适用Compact 5000 I/O 数字量 8 点安全拉出型输入模块ATTENTION:Read this document and the documents listed in the Additional Resources section about installation, configuration and operation of this equipment before you install, configure, operate ormaintain this product. Users are required to familiarize themselves with installation and wiring instructions in addition to requirements of all applicable codes, laws, and standards.Activities including installation, adjustments, putting into service, use, assembly, disassembly, and maintenance are required to be carried out by suitably trained personnel in accordance with applicable code of practice.If this equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.注意:在安装、配置、操作和维护本产品前,请阅读本文档以及“其他资源”部分列出的有关设备安装、配置和操作的相应文档。

ICP DAS M-7018 8通道模拟输入模块快速入门指南说明书

ICP DAS M-7018 8通道模拟输入模块快速入门指南说明书

M-70188 Channel Analog Input Data AcquisitionModuleQuick Start GuideProduct Website:https:///m_7018/dcon_utility_pro.html1. IntroductionThe M-7018 is an 8-channel Analog Input module that provides current and voltage input, as well as thermocouple input. The M-7018 also features 4 kV ESD protection and 3000 VDC intra-module isolation. The M-7018 is a family of network data acquisition and control modules that support Modbus RTU. They can be remotely controlled using a set of commands called DCON protocol. With the Modbus RTU protocol, it can easily communicate with most popular SCADA/ HMI software and PLCs.2. Terminal AssignmentM-7018 8 Channel Analog Input Module- QuickStart (Dec/2017)M-7018 8 Channel Analog Input Module- QuickStart (Dec/2017)3. Block/ Wiring Diagram4. Default SettingsDefault settings for the M-7017, M-7018 and M-7019 series modules are: ▫ Protocol: Modbus RTU ▫ Module address: 01 ▫ Analog input type:Type 08, -10V to 10V, for the M-7017 and M-7019 series Type 1B, -150V to 150V, for the M-7017R-A5Type 0D, -20mA to +20mA for the M-7017C and M-7017RC Type 05, -2.5V to 2.5V, for the M-7018 series ▫ Baud Rate: 9600 bps▫ Filter set at 60Hz rejection (Not used by the M-7019R, firmware version B2.6 andearlier)5. ConfigurationTo install the module, follow the steps below:1. Connect the thermistor analog input.2. Connect the module to the RS-485 network using the DATA+ and DATA- terminals. If the host is only equipped with an RS-232 interface, then an RS-232 to RS-485 converter will be required.3. Connect the module to the power supply using the +Vs and GND terminals. Note that the voltage supplied should be in the range of +10 to +30V DC.M-7018 8 Channel Analog Input Module- QuickStart (Dec/2017)4. Open DCON utility proclick on COM port(first icon).It can select multi-options such as Baud Rate, Protocol, Checksum, and Format to search module. The default settings for the module can be found in Section 3. Click OK after selecting the COM port setting.M-7018 8 Channel Analog Input Module- QuickStart (Dec/2017)5. DCON utility pro will search for the selected COM port according the setting previously set. DCON Utility Pro supports DCON and Modbus protocol for all ICPDAS and the others modules.6. Configuration I/O module setting on PCM-7018 8 Channel Analog Input Module- QuickStart (Dec/2017)7. For M-7000 modules using the Modbus RTU protocol, configure the module using the following functions.Sub-function 04h of Function 46h, see user manual Section 3.3.2Sub-function 06h of Function 46h, see user manual Section 3.3.4Sub-function 08h of Function 46h, see user manual Section 3.3.6For M-7000 modules using the Modbus RTU protocol, use Function 04h to read the data from the input channels. See user manual Section 3.2 for details.M-7018 8 Channel Analog Input Module- QuickStart (Dec/2017)8. If user doesn’t know command, user can select Address and ID, it will show some refer commands as below. User can select necessary command to test or debug modules.M-7018 8 Channel Analog Input Module- QuickStart (Dec/2017)。

亚当模块 数字量输入

亚当模块 数字量输入

亚当模块数字量输入
“亚当模块”是一种支持数字量输入的模块,可用于多种应用场景。

以下是关于亚当模块数字量输入的相关介绍:
亚当模块通常支持干节点和湿节点输入。

其中,干节点输入信号无电气特性,如开关、继电器的触点输出等;湿节点输入信号有电器特性,带有电压,如TTL电平等。

不同的亚当模块数字量输入的工作方式和接线方法可能有所不同。

例如,ADAM-5050/5051(D)支持干节点和湿节点,需要将对应通道的拨码开关拨到对应的位置;而ADAM-5051S只支持湿节点,若要接干节点,则需要加上拉电阻。

在使用亚当模块进行数字量输入时,需要根据具体的模块型号和应用场景选择合适的接线方法和参数设置,以确保模块正常工作并获取准确的输入信号。

如果你还有关于亚当模块的其他问题,请随时向我提问。

杜克曼(Dukemann)通用型模拟量输入模块--DM531-AI8C

杜克曼(Dukemann)通用型模拟量输入模块--DM531-AI8C
DM531-AI8C-ST
Parameter/特性
Size/尺寸(W×H×D)
71.2×80×62mm
Consumption/功耗
3W
Analog InputParameter
输入点数
8
隔离(现场与逻辑电路间)
光耦隔离:500VAC,1分钟
Input type/输入类型
差分输入
量程范围
电压输入(Unipolar/单极性)
Datasheet_2012_v1.3
Universal Analog Input Mo中国)有限公司
Application:
●逻辑控制
●过程控制
●机械设备
●工业数据采集
Description/描述
Ordering number/订货号
DM531-AI8C-ST模拟量输入模块,6点0-20mA,2点0-5V,0-20mA
小于300μs
Response Time/模拟量输入响应时间
1.5ms
CMR/共模抑制
40dB,DC to 60Hz
共模电压
信号电压+共模电压(必须小于等于12V)
输入阻抗
不小于10MΩ
最大输入电压
30V
最大输入电流
30mA
0~5V(G-H通道)
电流输入
0~20 mA(A-F通道)
数据字格式
15~30V
Unipolar/单极性,全量程
0~32000
输入分辨率
电压输入(Unipolar/单极性)
1.25 mV(0~5V量程)
电流输入
5μA(0~20mA量程)
测量误差
小于0.5%
Conversion Time/模数转换时间

研华推出功效强劲的模拟量输入模块

研华推出功效强劲的模拟量输入模块

研华推出功效强劲的模拟量输入模块
佚名
【期刊名称】《计算机测量与控制》
【年(卷),期】2008(16)4
【摘要】本刊讯:研华自动化目前发布了两款全新ADAM分布式数据采集模块,ADAM-5017P和ADAM-5018P。

ADAM-5017P是一款8路分布式数据采集模块,带独立输入范围,能够分别设定不同的功能,支持电源反接和单板、双板宽范围输入。

ADAM-5018P是一款能够支持七种不同规格(J,K,T,E,R,S,B)的热电偶数据采集模块,独特的滤波功能能够有效过滤超出范围的电压。

简单地说,ADAM-5017P和ADAM-5018P能够适用于任何严苛的工业环境。

【总页数】1页(P454-454)
【关键词】模拟量输入模块;数据采集模块;功效;ADAM;输入范围;滤波功能;工业环境;分布式
【正文语种】中文
【中图分类】TN713;TM571.61
【相关文献】
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2.和利时推出LK431通道隔离热电阻型模拟量输入模块 [J], 无
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最大输入电流
30mA
Datasheet_2012_v1.3
Universal Analog Input Module
通用型模拟量输入模块
杜克曼国际(中国)有限公司
Application:
● 逻辑控制 ● 过程控制 ● 机械设备 ● 工业数据采集
Description/描述 DM531-AI8C-ST 模拟量输入模块,6 点 0-20mA,2 点 0-5V,0-20mA
Ordering number/订货号 DM531-AI8C-ST
Parameter/特性 Size/ 尺寸 (W× H× D) Consumption/功耗 Analog Input Parameter 输入点数 隔离(现场与逻辑电路间) Input type/输入类型 量程范围 电压输入(Unipolar/单极性) 电流输入 数据字格式 Unipolar/单极性,全量程 输入分辨率 电压输入(Unipolar/单极性) 电流输入 测量误差 Conversion Time/模数转换时间 Response Time/模拟量输入响应时间 CMR/共模抑制 共模电压 输入阻抗 最大输入电压 1.25 mV (0~5V 量程) 5μA (0~20mA 量程) 小于 0.5% 小于 300μs 1.5ms 40dB,DC to 60Hz 信号电压+共模电压(必须小于等于 12V) 不小于 10MΩ 30V 0~5ห้องสมุดไป่ตู้(G-H 通道) 0~20 mA(A-F 通道) 15~30V 0~32000 8 光耦隔离:500VAC,1 分钟 差分输入 71.2× 80× 62mm 3W
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