IS215VPROH1BD工业自动化卡件
Discre输入Discre配置Discre s E站机柜ESD过程中的空插槽额外信息F故障报告为模拟输入配置为模拟配置为离散输入配置为离散故障报告启用或禁用故障选项卡由sr显示和读取sr功能固件引起的故障升级强制数据冻结模式enabd位冻结输入数据熔断器总线接口单元G接地系统组标识符H手持式编程器范围数据fort二进制十六进制十进制连接总线接口单元上的总线接口单元菜单屏幕fort用于显示强制数据使用Profibus BIU十六进制数据HHP配置指令湿度规格I数据从编程器读取数据长度和类型为扫描指令enab或disable配置类型介绍位置扫描enabd或disabled选项卡设置所有数据零块介绍索引A Profibus总线接口单元序号输入模拟配置指令输入功率要求输入长度和BIU L D中的参考信息硬件部件的负载要求信息逻辑功率丢失M sr访问锁定位信息DDLM_k_Cfg DDLM_Data_Exage DDLM_Global_Control DDLM_Set_Prm DDLM_Slave_Diag配置forts sended sr current requirements default diagnostics模块类型安装位置安装螺钉N防噪规范O操作概述由sr P面板安装参数在启动时发送的BIU中的默认长度和参考总线的引脚分配电源规范总线接口单元接线一般信息功耗电源输入电源要求规范定时预安装检查Profibus总线规范Profibus操作Profibus procol secting type with DIP swis R Reading configuration with HHP S Scaling values configuring for analog input configuring for analog Signal wiring Slave devices Slots empty Software version BIU communication Software Index Profibus Inrface Unit Sepmber A BIU core Software Specification（Profibus操作）Profibus proccol secting type带DIP开关R读取配置带HHP S缩放值配置模拟输入配置模拟单个数据表电气环境噪声温度振动标准启动同步模式enabd位同步数据温度规范模块安装在DIN导轨上从DIN导轨端接Mbit总线定时传输ra传输时间V振动规范W Watdog Watdog enabd bit接线指南本数据表适用于ICALG模拟电流输入http://www.cimcaution.partspicalg.aspx提供此GE的接线图和安装指南。有关更多信息，请联系supportqualirol的Qualrol支持。模拟输入F apr模拟输入模拟电流输入ICALG逻辑控制器的模拟电流输入提供四个输入端，可将模拟输入信号转换为数字信号，以便根据应用需要使用。这提供了两个输入范围。默认范围是用户数据scad，因此对应的计数和对应的计数表示的ea计数。当跳线被添加到电路板时，输入范围与用户数据scad发生变化，从而对应的计数与ea计数表示的计数相对应。提供两个量程跳线；一个是一号和二号，另一个是三号和四号。每四秒的转换速度为半毫秒。这为任何对象提供了两毫秒的upda ra。转换信号的分辨率是任一范围内的二进制位部分。AI注册表中的用户数据处于比特设备状态。AI数据字中converr的位的位置如下所示。电流输入和转换器数据之间的关系如图和所示。适用于本讨论。位电流范围一个数字。位与当前输入如果电流源在输入中反转或小于当前范围的低端，则会出现与AI中当前范围H的低端相对应的数据字。如果超出范围的输入被激怒，即比converr更大，则会增加AI中对应的FFH。输入缩放如下图所示。电流范围a
Discre inputs Discre configuring Discre s E Empty slots in Station Enclosures ESD proction Extra message F Fault reporting configuring for analog input configuring for analog configuring for discre input configuring for discre Fault reports enab or disab Fault tab Faults caring from sr displaying and caring reading from sr Features Firmware upgrade Forcing data Freeze mode enabd bit Freezing input data Fuse Bus Inrface Unit G Grounding sysm Group Identifier H Handheld Programmer ange data fort binary hex decil connection Bus Inrface Unit on Bus Inrface Unit Menus screen fort for displayingforcing data using with Profibus BIU Hex data HHP configuration instructions Humidity specification I data ex ngth reading from programmer p data ngths and types s configure type introduction locations for Scanning instructions enab or disab Scanning enabd or disabd tabs setting all data zeros Blocks introduction Index A Profibus Bus Inrface Unit Sepmber Index ID number Input analog configuration instructions Input power requirements Inputs ngth and references in BIU L Ds Load requirements for hardware ponents Locations for s Logic power Loss of message M sr access locked bit Messages DDLM_k_Cfg DDLM_Data_Exange DDLM_Global_Control DDLM_Set_Prm DDLM_Slave_Diag configuration forts sent sr current requirements defaults diagnostics s s Blocks types of Mounting carances Mounting positions Mounting screws N Noise preventing specifications O Operation overview defaults s ngth and references in BIU sent by sr P Panel mounting Paramers at startup Pin assignments for the bus s Power specifications Bus Inrface Unit wiring general infortion Power dissipation Power Supply input power requirements specifications timing Preinstallation eck Profibus bus specifications Profibus operation Profibus procol secting type with DIP swis R Reading configuration with HHP S Scaling values configuring for analog input configuring for analog Signal wiring Slave devices Slots empty Software version BIU munication software Index Index Profibus Inrface Unit Sepmber A BIU core software Specifications See also individual datasheets ectrical environmental noise mperature vibration Standards Startup Sync mode enabd bit Synronizing data T mperature specifications Block installing on DIN rail removing from DIN rail rmination Mbit busses Timing ken passing Transmission ra Transmission time V Vibration specification W Watdog Watdog enabd bit Wiring guidelines This Datasheet is for the ICALG Analog Current Input http:www.cimcaution.partspicalg.aspx Provides the wiring diagrams and installation guidelines for this GE . For further infortion pase contact Qualitrol Support at supportqualitrol. Analog Input s F apr Analog Input s Analog Current Input ICALG The Analog Current Input for the Logic Controlr provides four input s ea capab of converting an analog input signal a digital signal for use as required by your application. This provides two input ranges. The default range is with user data scad so that corresponds a count of and corresponds a count of with ea counts representing . When a jumper is added the board the input range is anged with user data scad so that corresponds a count of and corresponds a count of with ea counts representing . Two range jumpers are provided with the ; one for s one and two and the other for s three and four. Conversion speed for ea of the four s is onehalf millisecond. This provides an upda ra of two milliseconds for any . Resolution of the converd signal is bits binary part in over either range. User data in the AI regisrs is in bit ’s pment fort. The placement of the bits from the converr in the AI data word is shown below. The relationship between the current input and the data from the converr is shown in Figures and . applicab this discussion. BITS CURRENT RANGE a Figure . Bits vs. Current Input If the current source is reversed in the input or is ss than the low end of the current range then the will a data word corresponding the low end of the current range H in AI. If an input that is out of range is enred that is it is grear than the converr will up full sca corresponding FFH in AI. Input scaling is shown in the next figure. CURRENT RANGE a
