FM350-1使用

First Steps in CommissioningThis guide uses a specific example to introduce you to starting up your FM 350-1 module. It uses four steps to lead to a functioning application in which you count the switching operations of a contact and become familiar with and test the basic functions of the hardware and software of your FM 350-1. The references to the manual are intended to give you an initial overview of the information in the manual. The references refer to the “FM 350-1 Function Module” manual wi th the number A5E00073040-01. The timerequired to work through the example will be approximately 1 to 2 hours, depending on how experienced you are.RequirementsThe following requirements must be fulfilled:•You must have an S7-300 station comprising a power supply module and a CPU.•STEP 7 (≥V4.02 is correctly installed on your programming device (the example given in this Getting Started was carried out with STEP 7 V5.0.•You have set up a project for the S7-300 station.•The programming device must be connected to the CPU.•You must have an FM 350-1 module, the configuration package for the FM 350-1, and the necessary accessories such as a bus connector, front connector, sensors or switches, and wiring material.Installing the Configuration Package on the Programming Device(Manual Chapter 5The configuration package contains a configuration tool for the FM 350-1, the functions (FC and the data structure (UDT required, and a sample program.Insert the CD in the CD drive.Under Windows start the dialog for installing software by double-clicking the “Add/Remove Programs”symbol in “Control Panel”.Click Install... , start the Setup.exe file on the CD in the FMx50-1\Disk1 folder and follow the instructions of the installation program.Installing and Wiring the FM 350-1 (Manual Chapter 3 and 4To connect the 24-V sensor used in the example you must insert the coding key on the module in position D before you insert the FM 350-1. This sets the adjustment to the sensor level (you will find more information on the coding key in Sections 1.3 and 3.2 of the manual.Plug the bus connector supplied with the FM 350-1 into the bus connector on the CPU. Hang theFM 350-1 into the rail, swing it downwards, and screw it in place (you will find more detailed instructions in Section 3.2 of the manual.Wire up the front connector as follows (you will find the full pin assignment of the front connector in Chapter 4 of the manual:Insert the front connector in the FM 350-1 and snap it into place.Test:Switch on the voltage on the power supply module. The red LED SF lights up. After you have switched on the power supply module for the first time, the FM 350-1 is in the preset default state (refer to Section 4.3 of the manual for default settings.Assigning Parameters to the FM 350-1Open your project in the SIMATIC Manager.Open the configuration table (HW Config in your project.From the hardware catalog select the FM 350-1 with the correct order number and drag it to the required slot (in the example: slot 4.Call the parameter assignment screen forms by double-clicking on this FM 350-1. To do this, you may have to close the dialog asking you to save the configuration with OK.Select the following settings by clicking on the buttons in the parameter assignment screen forms (please leave all other settings unchanged, as they are not yet required for commissioning:•Operating Modes:0 to +32 Bit, Continuous Counting, Hardware Gate•Encoders:24V Initiator, P Switch•Inputs:Level-Controlled Hardware Gate•Process interrupt enable:not p ossible as deselected in basic parameters•Outputs:DQ0 Inactive, DQ1 Inactive•Reaction to CPU stop:STOPEnter the FM 350-1 parameter assignments in your configuration using the menu command File →Save and close the parameter assignment window.Save the configuration created by you in your project using Station>Save and Compile.Download the configuration with the CPU in STOP mode using the menu command PLC →Download T o Module.The data are now downloaded directly to the CPU and into the FM 350-1. The red LED SF extinguishes. From now on, as long as the configuration remains buffered in theCPU, the data will be transferred from the CPU to the FM 350-1 every time the CPU switches from STOP to RUN.Test:You can now run simple tests without a program:Close the gate contact: the green LED I0 lights up.Close and open the count contact several times: you can monitor the state of the leastsignificant bit of the FM 350-1 counter via the green LED CR.Note that a mechanical count contact can bounce.When you open the gate contact, the gate LED I0 extinguishes and no more switchingoperations are counted (the timing diagram for this function can be found in Section 2.2 of the manual.Integrating into the User ProgramOpen the library FMx50LIB in the SIMATIC Manager using the menu command File →Open...Libraries.Copy the functions FC0 and FC1 and the user-defined data type UDT1 from the “Blocks” container of the FMx50LIB library to the “Blocks” container of your project.Insert DB1 in the “Blocks” container using the menu command Insert → S7 Block → Data Block. Open DB1 and create the DB1 as a data block referencing the user-defined data type UDT1.Save the DB 1 with File>Save and then close with File>Close.Open the popup menu in HW Config by clicking with the right mouse button on the FM350-1 entry. Using the Object Properties menu command start the Properties –FM350-1 COUNTER screen form. Using the Mod Addr... button you can now automatically enter the module address (MOD_ADR (in the example: 256 corresponds to 100 Hex, the channel address (CH-ADR and the channel length set under Addresses in the channel data block.You can achieve this by clicking the Select DB button in the Module Address for DB screen form. Click and select the DB 1 in the Open dialog which was started . By clicking OK the values are stored inDB 1 and the Open and Module address for DB screen forms are automatically closed. Exit the Properties – FM350-1 COUNTER screen form with OK.Alternatively you can also supply these parameters to DB1 in OB100 (see manual, Section 6.1. Open OB 1 in your project.Call FC0 in OB1 and supply parameters to FC0 (see manual, Section 6.1:CALL FC 0DB_NO := 1::Assign all remaining parameters of FC0 with free memory bits.Save OB1 using the menu command File → Sav e.Select all the blocks in your project (apart from VAT and UDT.Download your program to the CPU using the menu command PLC → Download.Test:Using the “Monitoring and Modifying Variables” application you can now monitor the count value and the gate, for example:In your project select the “Blocks” container. Insert the variable table VAT1 using the menucommand Insert → S7 Block → Variable T able and confirm with OK.Open the variable table VAT1 and enter the following variables in the “Address” column:db1.dbd34(actual count valuedb1.dbx43.6(status of internal gateSave the variable table VAT1 using the menu command Table → Sav e.Switch online using the menu command PLC → Connect To →Configured CPU.Switch to monitoring using the menu command Variable → Monitor.Switch the CPU to RUN-P.Generate pulses with the count contact and monitor the count value with relation to the state of your gate contact.DiagnosticsErrors can occur as a result of incorrect operation, incorrect wiring, or contradictory parameter assignments which the FM 350-1 displays with the group error LED SF.Refer to Section 6.2 and Chapter 13 of the manual for information on how you can diagnose errors and messages.ExampleIn the zEn23-1 project you will find another example which you can use to guide you and which you can adapt to your application.。

Simotion连接FM350模块Simotion Connect with FM350摘要 本使用入门做为 SIMOTION 附加编程参考文档的一部分，为SIMATIC FM 350-1 高速计数功能模块手册提供了如何通过Simotion来控制它的补充说明，为正确将FM350-1模块集成到Simotion控制系统中并完成调试提供帮助。

关键词Simotion，FM350-1Key Words Simotion，FM350-1IA&DT Service & Support Page 2-21目录一、概述 (4)二、产品描述 (4)三、安装及连接 (5)四、在SIMOTION项目中插入功能模块 (6)1．硬件组态 FM 350-1(分布式应用) (6)2．在用户项目中集成FM 350-1控制功能块 (6)五、FM350-1功能块 (9)1．概述 (9)2．功能块“_FM3501_control” (9)3．功能块“_FM3501_diagnostic” (12)4．FM350-1的数据结构 (14)5．功能块调用 (16)五、FM350-1应用程序示例 (19)1．使用的输入符号 (19)2．使用的输出符号 (19)3．示例内容 (19)IA&DT Service & Support Page 3-21一、概述本章描述了FM350模块在 SIMOTION 系统及 SIMATIC 系统中运行的相同及不同之处，它做为SIMATIC 手册“FM 350–1 Function Module Installation and Parameter Assignment”的补充部分。

对于Simotion系统，需要下述软件版本：• SIMOTION SCOUT V4.0 或更高• SIMOTION Kernel V4.0或更高• SIMOTION technology packages V4.0或更高Simotion 功能块不支持FM 350-1 模块(订货号：6ES7 350-1AH03-0AE0)的下述新功能： • 同步模式• 测量模式 (频率测量，速度测量，周期测量)二、产品描述FM 350-1FM 350-1 计数模块是一个单通道的高速计数模块，计数范围为：• 0 to 232 - 1• -231 to 231 - 1计数信号的最大输入频率为 500 kHz。

FM350 高速计数器模块怎么用
如题，请教高速计数器模块如何使用？
看程序是调用标准功能FC0，这个功能的各个形参代表什么呢？
为什么我两个编码器，都是用的FM350计数器模块，转动时间大致差不多，但是一个输入值9000多，另外一个输入值20000多，哪里可以设置吗？
最佳答案
FM350高速计数器模块怎么用，你可以下载入门手册进行学习——
《FM350-1/FM350-2常问问题集》下载：
/download/Upload/AS/faq/F050 9.pdf
《FM350-1工作原理及使用入门》下载：
/download/Upload/AS/applicati on/A0479.pdf
《FM350-1使用入门文档》下载：
/download/Upload/AS/applicati on/A0370.pdf
《FM350-2快速入门》下载：
/Download/Upload/AS/applicati on/A0025.pdf
《FM350-2计数模块的安装和参数配置》下载：
/download/Upload/AS/manual/1 105178.pdf
《SIMATICFM350-1功能模块》下载：
/download/Upload/AS/manual/1 086726.pdf。

FM350-1/FM350-2常问问题集∙文献∙涉及产品问题1：SIMATIC S7-300系列有哪些模板可以用于高速计数？解答表1 SIMATIC S7-300高速计数模板问题2：在哪里可以找到高速计数模块的手册和相关文档？解答：您可通过以下步骤获取您所需的文档：－请登陆网站：－在页面中点击技术资源库中：全球技术资源－在新窗口右上角的搜栏中输入“<关键字>”，并搜索－搜索结束后在窗口右侧列表中点击“只搜索手册/操作指南、只搜索证书、只搜索证书、只搜索FAQ常问问题只搜索更新信息”－最后列表中名为“<文档名称>”的条目即为您所需的文档。

常用文档的下载链接如下，您可以直接登陆如下网址下载相关资料：CPU31xC技术功能手册中文版：/CN/view/zh/12429336 FM350-1模板手册下载：/CN/view/zh/1086726FM350-2模板手册下载：/CN/view/zh/1105178关于西门子计数模板应用的文档可以参考相关产品手册，或登录下载中心网站/download/，搜索下载如下文档：(见表2 )表2 计数模板应用文档列表问题3：在哪里可以找到FM350-1/-2模块的软件包？解答：常用的驱动软件下载链接如下，您可以直接登陆如下网址下载相关软件：FM350-1 软件包下载：/CN/view/zh/28291262FM350-2 软件包下载：/CN/view/zh/28554065问题4：为何FM350-1 或FM350-2的软件包不能正常安装，提示1324 错误（见图1 ）？图1解答：FM350-1/2 软件包安装时需要将计算机中的区域语言及高级选项中的语言改为“英语（美国）”，具体如下：控制面板->区域语言-> 区域选项（高级选项Advanced中也需要更改语言），更改后电脑会自动重新启动，启动后即可安装，安装完成后将语言改回“中文”即可（见图2 ）。

电子组装设备1产品系列：电子组装设备产品名称：FM-350全电脑无铅波峰焊机产品型号：FM-350产品特点：（1）直联式入板结构，特制不锈钢链条传输，经久耐用；（2）预热系统采用远红外发热管，温度控制采用PID方式，使温控精度达到±2℃。

本预热区与焊接区的温度下降值≤5℃；（3）喷雾系统采用精密型调节阀进行数字化调节，方便管理。

喷嘴采用步进马达。

助焊剂自动稳压供给，可使喷雾流量迅速达到饱和，上下及后侧两级抽风过滤系统；（4）运输系统采用分段浮动式结构，有效防止导轨变形；（5）锡炉采用外热式加热，锡炉内胆采用铸铁制作，温度控制采用PID方式，控温精度达到±2℃。

两波峰近距离设计，第1波峰不带摇摆，完全适合无铅焊接；（6）强制式冷却系统，保证冷却速度在4~6℃/秒（可调）；（7）PC+PLC控制系统控制电脑，WINXP操作系统，工艺曲线/数据自动存储功能，温度曲线测试功能；电源缺相报警；助焊剂液面过低过高报警；锡液面过低报警；规格：型号FM-350运输马达3∮220V 90W运输速度0.5-1.8m/min运输链爪Spring Pressed Type(弹簧压片爪)基板尺寸50-350mm助焊剂装置气压/容量3-5Bar/Approx.18 L喷雾移动Stepping Motor预加热器1.6M(L) 3段220V 1000W x 18pcs锡炉发热板220V 1500W x 9pcs锡炉容量Approx. 500Kg波峰马达 3 ∮220V 180W x2pcs锡炉温度MAX 300℃冷却风机1∮220V 550W洗爪泵1∮220V 10W运输角度Adjustable4-6°机体尺寸3500(L)X1420(W)X1760(H)mm 总功率Approx. 37kw电源 3 ∮380V 50Hz控制系统PC+PLC净重Approx. 1100Kg整体示意图：01 液晶显示器02 接驳系统03 助焊剂自动供给系统04 洗爪装置05 排风风机06 助焊剂喷雾系统07 预热器08 锡炉升降装置09 双波峰锡炉10 冷却系统11 角度调节12 运输系统。

说明：
●FM350-1,FM350-2两种高速计数模块只能连接增量型码盘
●软件安装问题，如果安装期间出现“路径存在非法字符“等类似的故障，则可以通过更
改语言来解决
测试过程
●接线
以0通道为例, 接线情况如下
21 L+
22M
3 A
7 B
硬件组态：在软件安装完成后，在硬件组态窗口中双击该模块会弹出下面的窗口，然后接着按下图设置
上图中的1024输入窗口，是在下图选择ROTATION SPEED MEASUREMENT一项后才会出现编辑状态的
上面的10*10MS是指测量的时间段，既在100MS时间里接收的脉冲数
上面的窗口是在编辑选项栏里选出的，可以将源通道的设置拷贝到目标通道中。

程序测试：
将LIBRARY里的FC2,FC4，FB4拷贝到程序中，然后创建一个源自UDT1的数据块DB452 程序FC452中编写了相关程序，其中调用了FC2,FC4
可以从DB452中直接读取数据。

FM350无法计数问题
我按照FM350的相关手册组态了硬件,用FC2(程序里改成了FC32,),配置如附件,但一直无法计数,而且我用的是软件门,已经把门打开了,但无计数,诊断里说modulewithoutparaeters,是说!模块没参数吗?但配置已经下载,为何说无参数呢?应该如何操作才正确?谢谢!
FM350-1接了一个5-26V(配置成24V)的编码器(图11;12),另一个FM350-1外接了一个NPN的接近开关,(图21;22)
图片说明：1，351_1 配置12 2，module without parameters 3，351_1 配置11
最佳答案
FM350设置的时候需要选择一个数据块DB来存参数的,确保这个DB块已经建立,然后设定参数后,随硬件组太,程序一起下载到PLC中.。