S71200选型用户手册(2017)
S7-1200 可编程控制器 系统手册说明书
通信11 S7-1200 可实现 CPU 与编程设备、HMI 和其它 CPU 之间的多种通信。
警告PROFINETPROFINET 用于使用用户程序通过以太网与其它通信伙伴交换数据：●在 S7-1200 中，PROFINET 支持 16 个最多具有 256 个子模块的 IO设备，PROFIBUS 允许使用 3 个独立的 PROFIBUS DP 主站，每个 DP 主站支持 32个从站，每个 DP 主站最多具有 512 个模块。
●S7 通信●用户数据报协议 (UDP)●ISO on TCP (RFC 1006)●传输控制协议 (TCP)通信PROFINET IO 控制器作为采用 PROFINET IO 的 IO 控制器，CPU 可与本地 PN 网络上或通过 PN/PN耦合器（连接器）连接的最多 PROFIBUS和PROFIBUSPROFIBUS 用于使用用户程序通过 PROFIBUS 网络与其它通信伙伴交换数据：●借助 CM 1242-5，CPU 作为 PROFIBUS DP 从站运行。
●借助 CM 1243-5，CPU 作为 1 类 PROFIBUS DP 主站运行。
●PROFIBUS DP 从站、PROFIBUS DP 主站和 AS-i（左侧 3 个通信模块）以及PROFINET 均采用单独的通信网络，不会相互制约。
AS-i通过 S7-1200 CM 1243-2 AS-i 主站可将 AS-i 网络连接到 S7-1200 CPU。
CPU 至 CPU S7 通信您可以创建与伙伴站的通信连接并使用 GET 和 PUT 指令与 S7 CPU 进行通信。
TeleService 通信在通过 GPRS 的 TeleService 中，安装了 STEP 7 的工程师站通过 GSM 网络 Internet和与具有 CP 1242-7 的 SIMATIC S7-1200 站进行通信。
该连接通过用作中介并连接到Internet 的远程控制服务器运行。
SIMATIC S7-1200 CPU 1214C 数据手册说明书
CPU 1214C DC/DC/DC V4.5
STEP 7 V17 or higher
Yes 20.4 V 28.8 V Yes
24 V 20.4 V 28.8 V
500 mA; CPU only 1 500 mA; CPU with all expansion modules 12 A; at 28.8 V 0.5 A²·s
14
24 V 5 V DC at 1 mA 15 V DC at 2.5 mA
0.2 ms, 0.4 ms, 0.8 ms, 1.6 ms, 3.2 ms, 6.4 ms and 12.8 ms, selectable in groups of four 0.2 ms 12.8 ms
Yes
Single phase: 3 @ 100 kHz & 3 @ 30 kHz, differential: 3 @ 80 kHz & 3 @ 30 kHz
2/15/2022
Subject to change without notice © Copyright Siemens
Output voltage ● for signal "0", max. ● for signal "1", min.
Output current ● for signal "1" rated value ● for signal "0" residual current, max.
Analog outputs Number of analog outputs
Analog value generation for the inputs Integration and conversion time/resolution per channel ● Resolution with overrange (bit including sign), max. ● Integration time, parameterizable ● Conversion time (per channel)
西门子工业自动化 SIMATIC S7-1200 控制器 手册
SIMATIC S7-1200以最低成本提供最大效能SIMATIC 控制器Answers for industry.2模組化. 功能強大. 方便使用.交互運作是致勝的關鍵全新的模組化 SIMATIC S7-1200 控制器，是本公司的核心產品，適用於高度精確的自動化作業。
SIMATIC HMI Basic Panel ，旨在整合這套新控制器和強大的整合型編程規劃系統，可簡化開發作業、快速啟動、進行精確監視，實現最高的可用性。
產品與其創新功能之間，緊密的整合與互動作用，使小型自動化系統帶來前所未有的超高效率。
控制器SIMATIC S7-1200 控制器是模組化，精巧而且多功能。
不僅可保障客戶的投資，也適合各種應用領域。
此控制器具備可擴充的彈性設計、符合工業通訊最高標準的通訊介面，以及全方位的強大整合性的運動控制功能，是全方位自動化解決方案的必備要素。
出眾的特色，還包括了控制器和 HMI 的共用介面、通訊，以及容易使用的整合型編程規劃系統。
新 SIMATIC S7-1200 控制器、各種 SIMATIC HMI Basic 型面板，與高度整合能力的 SIMATIC STEP 7 Basic 設計系統之間，效益斐然的交互運作，造就了獨一無二的整合性自動化解決方案，尤其適用於精巧型的控制器。
系統之間的互動為您量身打造之系統互動223414186810121620控制器人機面板軟體控制器的詳細介紹- 可擴充的彈性設計- 工業通訊- 整合的運動控制功能面板的詳細介紹軟體的詳細介紹3功能強大的組件，是自動化領域的 成功關鍵；不過，真正提供獨特優勢的，其實是所有組件的互動整合作用效益。
人機面板新增的視覺化功能，能改善小型機器或簡單應用的操作方式。
由於 SIMATIC HMI Basic 型面板提供了必要的功能，打造創新自動化解決方案的實惠途徑。
SIMATIC HMI Basic 面板附有觸控按鍵的高對比圖形化螢幕、簡易網路及通訊功能，極適合與全新的 SIMATIC S7-1200 搭配使用。
S7-1200选型手册
笙罄合音，无限创新SIMATIC S7-1200 引领小型自动化系统的未来SIMATIC 控制器Answers for industry.2模块化设计、功能强大、易于使用完美的整合在我们新推出的面向简单而高精确度自动化任务的产品中，核心组件是新型的模块化 SIMATIC S7-1200 控制器。
SIMATIC HMI 精简系列面板能够无缝兼容该控制器和功能强大的集成工程组态系统，其性能经过优化，确保了简化开发、快速启动、精确监控并具有高可用性。
上述产品的完美整合，以及其所具有的创新特点，为小型自动化系统带来前所未有的高效率。
控制器SIMATIC S7-1200 控制器具有模块化、结构紧凑、功能全面等特点，适用于多种应用，能够保障现有投资的长期安全。
由于该控制器具有可扩展的灵活设计，符合工业通讯最高标准的通讯接口，以及全面的集成工艺功能，因此它可以作为一个组件集成在完整的综合自动化解决方案中。
通用的接口、强大的通讯功能以及简单且与众不同的集成工程组态软件带给您全新的应用感受。
SIMATIC S7-1200 和 SIMATIC HMI 精简面板完美的应用集成以及 STEP 7 Basic 工程组态软件为您提供了全新整合的小型自动化解决方案。
整合整合的意义222414186810121620控制器面板软件控制器的详细信息– 可扩展的灵活设计– 工业通讯– 集成工艺面板的详细信息软件的详细信息在自动化领域中，功能强大的组件是取得成功的关键因素。
然而要想获得独特的优势，必须依靠组件之间的协作。
面板对小型机器或简单应用的操作可以通过可视化得到进一步的改善。
SIMATIC HMI 精简系列面板具有最基本的功能，为实现创新的自动化解决方案提供了一种经济可行的选择。
SIMATIC HMI 精简系列面板包括高对比度的图形显示屏（触摸和功能键操作），其简单组网和无缝通讯的特点使其成为了适用于 SIMATIC S7-1200 应用的理想面板。
S7-1200的选型与配置
S7-1200的选型与配置（1）本体硬件拓展S7-1211C=本体+1Board+3CM/CPS7-1212C=本体+1Board+3CM/CP+3SMS7-1214C/1215C/1217C=本体+1Board+3CM/CP+8SM相关说明：1Board(信号板）：SB-DI/DO AI/AO CB-RS485SM:DI/DO AI/AO 拓展模块CM:RS422/485 RS232 Profibus等通讯模块CP：远程通讯模块（2）本体各类型的接线图相关说明：电源：20.4-28.8VDCPNP(图示)输入自带AI/AO自带24VDC输出电源晶体管24VDC输出端，0.5A/28.8VDC输入接线：PNP/NPN开关，按钮旋钮开关，触电的哇区别以及注意事项。
相关说明：电源：20.4-28.8VDCPNP(图示）输入自带AI/AO自带24VDC输出继电器输出：交直流均可以输出：2.0A/220VAC/30VDC相关说明：电源：85-264VDCPNP(图示）输入自带AI/AO自带24VDC输出继电器输出：交直流均可以输出：2.0A/220VAC/30VDC(3)拓展模块-SM数字量输入模块类型：均支持PNP/NPN逻辑1信号（最小）：信号为1时最小电流及电压逻辑0信号（最大）：信号为0时最大电流及电压隔离（现场侧与逻辑侧）：光电隔离隔离组：通道之间不隔离滤波时间：将输入滤波时间设置为适合的值以避免高速计数器无法正常工作电缆长度：非屏蔽300m；屏蔽500m相关说明：1.24VDC输入接线与本体一样2.滤波时间需要在不同的应用情况下注意调整3.输入信号的电缆长度要注意考虑4.如果遇到交流220VAC的输入信号时建议通过中间继电器转成无源信号，然后用24VDC进行输入（当然，s7-1200PLC系列也有264VAC拓展模块可选）数字量输出模块1.电流：出点输出的最大电流2.通态触电电阻：通道内部电阻值3.每点的测电流：晶体管输出特性，当信号为0时通过的漏电流4.公共端的电流（最大）：每个通道组输出的电流综合。
SIMATIC S7-1200基本控制器说明文档说明书
Basic Controller SIMATIC S7-1200Be flexible thanks to networking possibilities Unrestricted / © Siemens AG/s7-1200SIMATIC controllers set new automation scaleTrends Solutions…Ethernet-based field busIT functionality Increased functionality and designflexibilityIncreased Integrated functionalityOptimized usabilityEasy to manage, reduced complexityPROFINET I/O as a standard at all PLCse.g. web server on-board all PLCsFor the same priceMore interfaces, higher performance, memory …e.g. motion control functions / PID controller /Trace / high speed counterse.g. integrated system diagnostics, project upload Simplified commissioning (serial machine building) Reduced, optimized portfolioIncrease of system functionalityHighlight performance•PROFINET Master –decentralized Profinet architectures possible for I/O, HMI, drives, and other Profinet field devices. NO communication module required!•PROFIBUS Master & Slave –decentralized Profinet architectures possible for I/O, drives, and other Profinet devices, including integration into existing system networks.•AS-i Master –The new AS-i-Master is configured in full in the TIA Portal and a new AS-i network can be created very easily with just a few clicks. AS-i networks do not therefore require separate software!•CANopen Master –Enables connection with CANopen devices, as well as with devices running Transparent CAN 2.0A.Highlight performance•Modbus TCP –Enables communication with devices as Modbus master or slave. Only one TCP function block is required for this. •IO-Link Master –Fast and easy integration of the SIRIUS compact starter, M200D starter and SIRIUS soft starter for simple starter control.•GPRS/LTE module –Easy implementation for data recording and control of decentralized computer.•TCP/IP –Via the instructions for open communication you can communicate with other CPUs, other PCs and with devices that use TCP/IP communication protocols as standard. NO communication module required!SIMATIC S7-1200 in the TIA PortalHighlight performance•RS-485, RS-422 & RS-232 –The S7-1200 CPU supports point-to-point (PtP) communication for character-based serial protocols, and this provides maximum freedom and flexibility for the use of PtP communication instructions in the user program.•Modbus RTU –Using the Modbus instructions the Modbus master or slave is able to communicate with devices that use the Modbus RTU protocol.•USS –Using simple USS instructions you can control the operation of drives that support the USS (Universal Serial Interface) protocolS7-1200CPUSMCM CP SM 1278CB 1241 RS485SINAMICS V20USSMODBUS RTUModuleCommunicationCM 1241RS232serial CM 1241RS422/485serialCM 1243-2AS-i master CM 1242-5PROFIBUS DP slave CM 1243-5PROFIBUS DP masterCP 1242-7GPRS Mobile communications telecontrolCP 1243-7LTE Mobile communications telecontrolCP1243-1Ethernet VPN/Firewall, Telecontrol Ethernet (DNP3, IEC 60870)RF120C RFID 1 Reader port; RS422CM CANopenCANopen3rd party: HMS 021620-BS7-1200 integrated PROFINET (Ethernet) interface… with the STEP 7 software•CPU hardware configuration•Loading a project•Monitoring/amending runtime tags•Set runtime I/O statuses•Diagnostics information... with HMI panels•Data from or to the CPU•System diagnostics... from CPU to CPU•Open communication with T-block instructions•Supported protocols: TCP/IP, ISO on TCP, UDP, S7 Com. (PUT/GET)MRP -Media redundancy protocolBased on ring topology (IEC 61158-5-10)Max. 50 nodes in the ring•PROFINET IO-Controller•PROFINET IO-Devices•Components of the network infrastructure (IE switches) 200 ms reconfiguration timeCPU 1215/17 as MRP Client at least FW V4.1 Configuration and diagnostics in STEP7Industrial Ethernet PROFINET•Improved plant availability•More flexibility•Lower costs since less equipment required > V4.1< V4.2S7 routing•Enables a connection between different subnets • A SIMATIC S7-1200 station acts as an S7 router •Based on PROFINET•Actually only with CP 1243-1 at least V2.0 (6GK7243-1BX30-0XE0) andCPU FW V4.2192.168.0.1 192.168.0.3 177.168.0.1192.168.0.2S7 routedConnectionSubnet1Subnet 2CommunicationWebserverIntegrated Web server•Access to system and process reports as well as identification data •System diagnostics for all configured assemblies centrally anddecentralized•Communication diagnostics on parameters, statistics, connection status •Access to process data via tag tables and freely definable tag lists •Pages to be defined by the user•Firmware updateArchive•Access via Webserver using Filebrowser for reciprocal exchanges of data in .csv format•Logging of user-defined tagsStation webserverVarious types of communication access: CPU PN interface, CP 1243-7 LTE,CP1242-7 V2•Central access via CPU page independentlyof the interface•User is then able to browse to the CP-specific webpages from thereuniform, consistent webserverfor entireS7-1200 stationRemote access viaInternet/mobile communicationsPN accessPROFINET i-Device•Simple configuration of S7-1200 CPUsin a master/slave architecture through reading and writing the reciprocal I/O images•Connection of CPUs in different projects•NO PN-PN coupler required (transparent network)IO controllerCPU1IE / PROFINETIO deviceOperational systemApplication / userprogramIO process imageInputaddr.Outputaddr.Operational systemApplication / userprogramIO process imageInputaddr.Outputaddr.PROFINET IOIO controller 1IO device 2IE / PROFINETIO device 1IO device 3i-deviceSavings with costs / installation / wiring of additional hardwareCPU2•Access for up to 2 controllers on S7-1200 as i-device •Rapid exchange of data in real time between S7-1x00 CPUs•Incorporation of 3rd party controllers under PROFINETAs ofV4.1Shared I-DeviceSerial communication•ASCII protocol (character-based serial communication)uses STEP 7 PtP instructions•USS Drive protocol is programmed with STEP 7 USSlibrary instructions•MODBUS protocol is programmed with STEP 7MODBUS library instructions•3964R ProtokollRS232RS485/422USS drivesUpdate rate Array•Fixed update rate (as fast as possible)•Enable instructions in an interrupt alarm OB in order toset a user-defined update rate.Support for drives•Maximum 15 drives per CM (communication module) supported•Non support:•MM3 drives•Deregistration of missing drives•S7-1200 CPU up to 8 IO-Link master modules -centralized•Data rate COM1 (4.8 kbaud), COM2 (38.4 kbaud), COM3 (230.4 kbaud)•Standard IO Mode (SIO Mode)•up to 4 IO-Link devices (3 wire) or 4 standard actuators•Diagnostics configurable for each port •I&M identification•IO-Link parameter allocation with S7-PCT (Port Configuration Tool) V3.2IO-Link supportSM 1278 4xIO-Link master (6ES7 274-1XK30-0XA0)•Point-to-point connection, no bus system•Existing wiring topologies are retained•Standard sensor/actuator cable (three wires with one signal wire), unshielded, 20 m in length,no special-purpose cable / connector•Manufacturer-independent communication standard for the PNO•Non-stop consistent communication•Cyclical, bidirectional process data communication (typ.2 ms cycle)•Non-cyclical service data transmission betweensensors/actuators and the controller as required •Integrated differentiated diagnostics alarms• LinkSwitchingdevices<20 mControl cabinet<20 m3RA6compact starters3RA27function modules for feeders3UG4monitoring relays3RW40soft startersSIMATIC RF120C –Fast communication module for S7-1200RF120CInterface to the applicationInternal S7 busConnection technology S7-1200 setup technology; screw terminals for 24 V supply Interface to the reader RS422 incl. 24 Volt; up to 115.2 KBaud Connection technology Submin-D connectorRFID system RF200, RF300, RF600, MOBY D/U, MV400FB, driver Instructions: Read, Write, Read_EPC-Mem, Write_EPC-Mem, Set_Ant_RF300, Set_Ant_RF600, Reset_Reader; based on FB101Number of readers 1 per RF120C; 3 per S7-1200Degree of protection IP 20Dimensions (W x H x D)30 x 100 x 75•Level measurement in silos and bunkers •Plattform scales•Force and tension measurements •Typical industries: Food & Beverage,Chemicals, Cement, Aggregate•Legal for trade certificate according OIML-R76•CPU 1212C →up to two SIWAREX modules •CPU 1214C orhigher→up to eight SIWAREX modules •Full parameter access from the CPU via free downloadable function block →Complete commissioning andcalibration via CPU/HMISIWAREX WP231 –Basic applications•Up to eight parallel connected analog 350 Ohm load cells per SIWAREX (1mV/V, 2mV/V, 3mV/V or 4mV/V)• 1 SIWAREX = 1 scale• 4 digital inputs / 4 digital outputs • 1 analog output•Ethernet (Modbus TCP & SIWATOOL)•RS485 (Modbus RTU)SIWAREX WP241 –Belt weigherapplications•Belt scales (Cement-, Aggragate plants, Mines, Food & Beverage plants)•Weigh feeder applications (Food & Beverage, Chemical, Steel)•CPU 1212C →up to two SIWAREX modules •CPU 1214C or higher→up to eight SIWAREX modules •Full parameter access from the CPU via free downloadable function block →Complete commissioning andcalibration via CPU/HMI•Up to eight parallel connected analog 350 Ohm load cells per SIWAREX (1mV/V, 2mV/V, 3mV/V or 4mV/V)• 1 SIWAREX = 1 scale• 3 digital inputs / 4 digital outputs / 1 speed sensor input • 1 analog output•Ethernet (Modbus TCP & SIWATOOL)•RS485 (Modbus RTU)SIMATIC S7-1200SIWAREX WP251 –Dosing , Batching and Bagging applications•Dosing and batching scales (Chemical-, Food-, Pharma, Packaging industries)•Bagging machines (Bulk solids industries)•Eichfähig gemäß OIML-R51, R61 und R76•CPU 1212C →up to twoSIWAREX modules •CPU 1214C or higher→up to eight SIWAREX modules •Full parameter access from the CPU via free downloadable function block →Complete commissioning andcalibration via CPU/HMI•Up to eight parallel connected analog 350 Ohm load cells per SIWAREX (1mV/V, 2mV/V, 3mV/V or 4mV/V)• 1 SIWAREX = 1 scale• 4 digital inputs / 4 digital outputs • 1 analog output•Ethernet (Modbus TCP & SIWATOOL)•RS485 (Modbus RTU)•RS485 (Modbus RTU)•A CANopen connection to a S7-1200 systemenables integration between devices and the S7-1200 system •Up to 3 CANopen modules per S7-1200 CPU •Connection type to the CAN: 9-pin DSUB (male)•Up to 16 CANopen nodes per module•256 bytes each for inputs and outputs with the CANopen module•Can be integrated in the hardware catalog of the TIA Portal configuration suite •Ready-made function blocks for simple PLC programming available in the TIA Portal • LinkController Area Network CANopen 021620-BMODBUS communication•Use of a CM or CB 1241 module for serial communication•MODBUS instructions of the communication module for simplified MODBUS RTU operation.•MB_COMM_LOAD for basic initialization of the master and slave operation•MB_MASTER and MB_SLAVE for controlling the report and connection allocations•Modbus addressing supports a maximum of 247 slaves (slave numbers 1 to 247).•Maximum of 32 devices per segment in the Modbus network depending on the loading and drive functions of the RS485 interface•Repeater required if using more than 32 devices to extend to the next segment•Open User Communication MODBUS TCP instructions usethe PROFINET port integrated in the CPUOverview of CP 1243-1 product features•Single-width S7-1200 enclosure (30 x 110 x 75)•Temperature range in operation: -20°C to +70°C•Standard rail mounting•Diagnostic LEDs (overall status and detail)•Power supply using backplane bus•1 x Ethernet Port RJ45 (10/100 Mbit/s) for connectinga modem/router such as SCALANCE M•Integrated security functions (VPN and Firewall)•Integration to Scada Systems via Telecontrol Protokolls(DNP3, IEC 60870)Communication Processor for connecting S7-1200 to Ethernet network withadditional Interface and security features firewall and VPN. Integration toScada Systems via Telecontrol Protokolls (DNP3, IEC 60870, TelecontrolBasic).Overview of CP 1243-7 product features•1 connection to LTE (4G) mobile network(different versions for EU and North America)•Single-width S7-1200 enclosure (30 x 110 x 75)•Temperature range in operation from -20ºC to +70ºC•Standard rail mounting•Diagnostic LEDs (overall status and detail)•Integrated security functions (VPN and Firewall)•Access to the CPU Webserver•Email and SMS Alarms•Process Monitoring and Control via Cellular networkPROFIBUS DP-Master CM 1243-5•Connection for up to 16 DP slaves•PG/OP communication:up to 4 connection for HMI and 1 connection for PG •S7 communication:4 S7 connections to other S7 stations with PUT/GETPROFIBUS DP-Slave CM 1242-5•as an intelligent DP slave for communication for the S7-1200 with any other DP masterCommunication for S7-1200 CPUs according to PROFIBUS standard IEC61158/61784SIMATIC S7-1200PROFIBUS communication DP master CM 1243-5 and DP slave CM 1242-5Challenges need innovative answersIndividualization Globalization Production Logistics •Global alliance ofproduction and suppliers •New business modelsProduction•Customized mass production•Top quality at a competitive priceTime to Market New Technology•Critical to success inhighly competitive industries•Pressure on productivity increases, shortening time for new developmentSustainabilityEnergy Consumption•The efficient use of energy and environmentally safe materialsAlways the appropriate controller with comprehensive functionalities!Innovations across the entire automation life cycle!Engineered in TIA PortalSecurity IntegratedIntegrated system diagnosis Technology Integrated+Design and Handling+Safety IntegratedInnovative system functions for more productivity!Protecting intellectual property and investment Protecting against unauthorized project changesSecurity integratedFor Efficient fault analysis, Uniform display concept and reducing plant downtimesSystem DiagnosticsInvestment protection while replacing S7-1200 with S7-1500 thanks to compatibility of programsScalabilityUser-friendly products, high efficiency and a scalableproduct portfolioFeature / Function BenefitIntegrated PROFINET◆Web server for service-and diagnostic informationTechnology Integrated◆perfect integration of drives through motion control functionalities and PROFIdriveIntegrated Trace functionality◆Program-and application diagnostics at real-time for recognizing even sporadic problemsUse of all TIA Portal advantages◆Efficient programming, commissioning and service toolshighest engineering requirementsEasily adapted to suit your needsFeature / Function BenefitSystem ModularityModular board concept is integrated customization ◆Adding I/O without increasing theCPU footprintExtensive built-in hardwarecapabilitiesEthernet,analog in/out-puts, MC I/O, HSC I/O, SD memory ◆Reduced need for additionalspecialty modules,smaller footprintand lower costOne Engineering SoftwareOne user program for logic, HMI, networking & drives. ◆Reduced engineering time/cost, easier to maintain, easier to reuseSafety IntegratedOne Controller for fail-safe and standard-automation◆reduction of types-and components by single automation system for Standard and SafetyOne Controller for Standard andSafetyNewNewFeature / Function Benefit•Basic Controller with SafetyIntegrated•Connecting ext. devices viaPROFIsafe•CPU 1212CF◆•One Controller, one Network andone Engineering for standardand fail-safe automation tasks•Energy Meter ModuleSM1238 AI ◆•Central Measurement andHandling of energy data •MRP at 2 Port CPUs 1215 / 17as client (FW 4.2)•S7-Routing (FW 4.2)◆•Higher flexibility in network set-up (flexible topology) and highernetwork availability •Userdefined web pages as startpages (FW 4.2)◆•Individual and easy adaption of(CPU) web pages to applications•Backup / Restore with retaindata (FW 4.2)◆•Protection of data loss(incl actual process values)Easy PLC selection thanks to an optimized Portfolio2xTMCPU 1211C-1PN CPU 1212C-1PN CPU 1214C-1PN CPU 1215C-2PN CPU 1217C-2PN CPU 1212FC CPU 1214FC CPU 1215FCCSM PM 13x CM / CP22x I/Q 11x SB 1x CB 1x BBSM 1226 F-DO 2x Relay SM 1226F-DO 4 x 24 V DC SM 1226 F-DI 16 x 24 V DCMarienhöher Milchproduktion Agro Waldkirchen GmbH / Waldkirchen, Germany -S7-1200 and Energy Meter ModuleAllow internal balancingduring operation without high effort and cost1Efficient operation and cost optimization2ReliableSystem Protection3Transparency in energy consumption... through the acquisition of energy data in acompact solutionIncrease of energy efficiency ... through analysisof the reactive power consumptionGuaranteeing plant availability ... by monitoring the current peaksCPU 1212C with SM1238 Energy Meter ModuleCPU 1212C with SM1238 and visualization via KTP 400CPU 1212C with SM1238 and visualization via KTP 400ChallengePreviously Now -CPU 1212CJanitza UMG96SM 1238 Energy Meter -Basic Panel, KTP 400TIA Portal BasicProducts usedCustomer benefitsProducts/solution Energy data acquisition of direct marketing(butcher shop, diary, cheese factory, sales room), transparency and internal balancing in an agricultural enterprise End customer /F&BWaldkirchen/GermanyiProject informationSIMATIC Controller Get more Information…Always up-to-date!•interesting news from and about AS, such as product innovations, success news, best practice information etc.Newsletter/newsletter Detailed product information and related subjects!•Product Websites •Twitter, Youtube..Internet/S7-1200References CenterFrom customer to customer! •Customers gives account to there experiences using our Products for their applicationsGetting Started/automation-tasksEasy Introduction to the new SIMATIC controller generation!•Learn about the new possibilitiesand get to know the new Hardware even betterhttps:///referen zen/#language=enSubject to changes and errors. The information given in this document only contains general descriptions and/or performance features which maynot always specifically reflect those described, or which may undergo modification in the course of further development of the products. The requested performance features are binding only when they are expressly agreed upon in the concluded contract.All product designations, product names, etc. may contain trademarks or other rights of Siemens AG, its affiliated companies or third parties. Their unauthorized use may infringe the rights of the respective owner.。
SIMATIC S7-1200数字I O模块6ES7223-1BL32-0XB0说明书
● for signal "1" permissible range, max. ● for signal "0" residual current, max. Output delay with resistive load ● "0" to "1", max. ● "1" to "0", max. Total current of the outputs (per group) horizontal installation
Yes
500 m 300 m
16 1 No; to be provided externally L+ (-48 V)
0.5 A 5W
24 V 0.1 V; with 10 kOhm load 20 V DC
6ES7223-1BL32-0XB0 Page 2/4
12/04/2017
Subject to change without notice © Copyright Siemens
Ambient conditions Free fall
0.5 A 10 µA 50 µs 200 µs
8 A; Current per mass
0.5 A 5W 0.5 A 500 m 150 m
Yes Yes Yes
2 1 500 V AC
Yes
Yes Yes Yes Yes Yes Yes
6ES7223-1BL32-0XB0 Page 3/4
Input current ● for signal "0", max. (permissible quiescent current) ● for signal "1", min. ● for signal "1", typ.
柳絮-S7-1200-6GK7277-1AA10-0AA0产品说明书
● at DC / at 24 V
Interfaces / others Number of electrical connections ● for power supply Type of electrical connection ● for power supply
Supply voltage, current consumption, power loss Type of voltage / of the supply voltage
Standards, specifications, approvals Standard
24 V 19.2 ... 28.8 V Yes 0.5 A / 60 V 0.07 A
1.6 W
0 ... 60 °C -40 ... +70 °C -40 ... +70 °C
95 %
IP20
SIMATIC S7-1200 device design 45 mm 100 mm 75 mm 0.15 kg
Product functions / management, configuration Product function ● multiport mirroring ● switch-managed
Product functions / Redundancy Product function ● Parallel Redundancy Protocol (PRP)/operation in the PRP-network ● Parallel Redundancy Protocol (PRP)/Redundant Network Access (RNA)
Siemens S7-1200 PLC 安装指南说明书
T ABLE OF CONTENTS How To Use This User Guide (iv)Assumptions (iv)Contents of This Manual (iv)Installation Process Overview (v)Installation Preparation (v)Chapter 1—Introduction (1)Chapter Objective (1)Product Description (1)Features (1)Following Option (SXF) (2)Chapter 2—Getting Started (3)Chapter Objectives (3)What You Should Have (3)High and Low Power Drives (3)Chapter 3—Installation (9)Chapter Objectives (9)Installation Precautions (9)Environmental Considerations (9)Wiring Considerations (9)Preventing Electrical Noise Problems (10)Installation Overview (10)Series vs. Parallel Motor Wiring (11)Motor Configurations (12)Configuration of the Drive (19)Fan Connection (20)I/O Connections (20)OPTO1 (24)CW and CCW Limits (25)OPTO2 (25)O1—O4 Outputs (27)Encoder Connections (28)Incremental Encoder Connection (29)Absolute Encoder Connection (29)AC Power Connection (30)Transformers (30)Transformer Specifications (30)Power Ratings (31)Installation Verification (33)Input Conventions (33)Output Conventions (33)Fault Output Convention (34)Motor Test (34)Incremental Encoder Test (34)Absolute Encoder Test (35)Drive Mounting (35)Minimum Width (35)Minimum Depth (35)Attaching the Load (37)Contents iCouplings (37)Tuning (38)Resonance (38)Mid-Range Instability (38)Tuning Procedures (38)Motor Waveforms (40)Anti-Resonance (40)Chapter 4—Application Design (41)Chapter Objectives (41)Motion Profile Application Considerations (41)Preset Mode Moves (42)Incremental Mode Preset Moves (42)Absolute Mode Preset Moves (42)Continuous Mode Moves (43)Closed Loop Operation (44)Setting Encoder Resolution (45)Encoder Step Mode (45)Motion Programs and Sequences (56)Sequence Commands (56)Creating and Executing Sequences (58)Subroutines (59)Sequence Debugging Tools (63)High-Level Programming Tools (67)Complex Branching and Looping (70)Conditionals (71)Error Flag (75)Branching Using Variables and Boolean Logic (76)Motion Profiling Mode—On-the-Fly Changes (77)Interfacing to the SX (81)Programmable Inputs and Outputs (81)PLC Operation (94)Rotary vs. Linear Indexers (97)Chapter 5—SXF Follower (99)Chapter Objectives (99)What is Following? (99)Types of Following (100)Velocity Following (100)Position and Velocity Following (103)Recede and Advance While Following (115)Synchronization (132)Other Following Features (135)Following Equation and Command Summary (137)Chapter 6—Hardware Reference (143)Chapter Objectives (143)Environmental Specifications (143)Drive Electrical Specifications (143)I/O Electrical Specifications (144)Motor Electrical Specifications (147)Operational Specifications (147)Motor Current & Torque (148)Drive Dimensions (149)Motor Dimensions (150)DIP Switch Summary (152)Non-Compumotor—Drive/Motor Connection (155)Wiring Configurations.............................................................................................................................155, 156 Terminal Connections. (157)Non-Compumotor Motors—Setting Motor Current (158)Motor Performance Specifications (158)ii SX/SXF Indexer/Driver User GuideChapter 7—Maintenance & Troubleshooting (161)Chapter Objectives (161)Maintenance (161)Battery Maintenance (161)Drive Maintenance (161)Motor Maintenance (162)Common Problems and Solutions (163)Software Debugging Tips (165)Returning the System (167)Appendices (169)Command Listing (169)SX Example Programs (171)Appendix C—LVD Installation Instructions (175)Complying with the Low Voltage Directive (LVD) (175)Additional Installation Procedures for LVD Compliance (175)Table of Graphic Symbols and Warnings (177)Index (179)Contents iiiHow To Use This User GuideThis user guide is designed to help you install, develop, and maintain your system. Each chapterbegins with a list of specific objectives that should be met after you have read the chapter. Thissection is intended to help you find and use the information in this user guide. AssumptionsThis user guide assumes that you have the skills or fundamental understanding of the followinginformation.t Basic electronics concepts (voltage, switches, current, etc.)t Basic motion control concepts (torque, velocity, distance, force, etc.)Contents of This ManualThis user guide contains the following information.Chapter 1:IntroductionThis chapter provides a description of the product and a brief account of its specific features.Chapter 2:Getting StartedThis chapter contains a detailed list of items you should have received with your SX shipment. Itwill help you to become familiar with the system and ensure that each component functions properly.Chapter 3:InstallationThis chapter provides instructions for you to properly mount the system and make all electricalconnections. Upon completion of this chapter, your system should be completely installed and readyto perform basic operations. Tuning considerations and procedures are also provided.Chapter 4:Application DesignThis chapter will help you customize the system to meet your application’s needs. Importantapplication considerations are discussed. Sample applications are provided.Chapter 5:SXF FollowerThis chapter explains the SXF Following function and the SXF’s capability to support absolute andincremental encoders.Chapter 6:Hardware ReferenceThis chapter contains information on system specifications (electrical, dimensions, and perfor-mance). It may be used as a quick-reference tool for proper switch settings and connections.Chapter 7:TroubleshootingThis chapter contains information on identifying and resolving system problems.iv SX/SXF Indexer/Driver User GuideInstallation Process OverviewTo ensure trouble-free operation, pay special attention to the environment in which the SX equip-ment will operate, the layout and mounting, and the wiring and grounding practices used. Theserecommendations are intended to help you easily and safely integrate SX equipment into yourmanufacturing facility. Industrial environments often contain conditions that may adversely affectsolid-state equipment. Electrical noise or atmospheric contamination, may also affect the SXSystem.Developing Your ApplicationBefore you attempt to develop and implement your application, there are several issues that youshould consider and address.Recognize and clarify the requirements of your application. Clearly define what you expect the system todo.Assess your resources and limitations. This will help you find the most efficient and effective means ofdeveloping and implementing your application (hardware and software).Follow the guidelines and instructions outlined in this user guide. Do not skip any steps or procedures.Proper installation and implementation can only be ensured if all procedures are completed in the propersequence.Installation PreparationBefore you attempt to install this product, you should complete the following steps:Review this entire user guide. Become familiar with the user guide’s contents so that you can quickly findthe information you need.Develop a basic understanding of all system components, their functions, and interrelationships.Complete the basic system configuration and wiring instructions (in a simulated environment, not apermanent installation) provided in Chapter 2, Getting Started.Perform as many basic functions as you can with the preliminary configuration. You can only perform thistask if you have reviewed the entire user guide. You should try to simulate the task(s) that you expect toperform when you permanently install your application (however, do not attach a load at this time). Thiswill give you a realistic preview of what to expect from the complete configuration.After you have tested all of the system’s functions and used or become familiar with tll of the system’sfeatures, carefully read Chapter 3, Installation.After you have read Chapter 3 and clearly understand what must be done to properly install the system,you should begin the installation process. Do not deviate from the sequence or installation methodsprovided.Before you begin to customize your system, check all of the systems functions and features to ensure thatyou have completed the installation process correctly.The successful completion of these steps will prevent subsequent performance problems and allowyou to isolate and resolve any potential system difficulties before they affect your system’soperation.ConventionsTo help you understand and use this user guide effectively, the conventions used throughout this userguide are explained in this section.CommandsAll commands that you are instructed to enter are shown in capital letters. The symbol >, is the SXcommand prompt. The command is displayed in boldface. A delimiter (space or carriage return) isrequired after each command. A description is provided next to each command example.Command Description>MR Sets motor resolution to 25,000 steps/revThe system ignores command syntax that is not within the valid range for a specific command. A ?prompt will be returned by the drive when the last command entered was not understood, or aparameter limit was exceeded.Contents vMotorsS Series and SX Series motors are one in the same (interchangeable terms).Warnings & CautionsWarning and caution notes alert you to possible dangers that may occur if you do not follow instruc-tions correctly. Situations that may cause bodily injury are present as warnings. Situations that maycause system damage are presented as cautions. These notes will appear in bold face and the wordwarning or caution will be centered and in all capital letters. Refer to the examples shown below:WARNINGDo not touch the motor immediately after it has been in use for an extended period of time. The motormay be hot.CAUTIONSystem damage will occur if you power up the system improperly.Related Publicationst Current Parker Compumotor Motion Control Catalogt SX Indexer/Drive Software Reference Guidevi SX/SXF Indexer/Driver User Guide。
S71200入门指南
说明
查看《S7-1200 可编程控制器系统手册》(S7-1200 Programmable Controller System Manual) 获取安全准则
本快速入门指南仅仅让用户快速了解 S7-1200 系列。在进行本指南中的练习之前，请查 看《SIMATIC S7-1200 可编程控制器系统手册》(SIMATIC S7-1200 Programmable Controller System Manual) 中的安全准则和其它信息。
有关 CPU 工作原理的基本信息 ............................................................................................ 8 每个扫描周期均执行的任务 .................................................................................................. 8 CPU 的操作模式................................................................................................................... 9 以位、字节、字等形式存储的数字数据 .............................................................................. 10 S7-1200 支持的数据类型.................................................................................................... 11 S7-1200 的存储区 .............................................................................................................. 12
西门子 S7-1200 功能安全手册 - 设备手册说明书
SIMATICS7S7-1200 功能安全手册设备手册Siemens AGDigital IndustriesⓅ 10/2022 本公司保留更改的权利 Copyright © Siemens AG 2022. 保留所有权利法律资讯警告提示系统为了您的人身安全以及避免财产损失，必须注意本手册中的提示。
人身安全的提示用一个警告三角表示，仅与财产损失有关的提示不带警告三角。
警告提示根据危险等级由高到低如下表示。
危险表示如果不采取相应的小心措施，将会导致死亡或者严重的人身伤害。
警告表示如果不采取相应的小心措施，可能导致死亡或者严重的人身伤害。
小心表示如果不采取相应的小心措施，可能导致轻微的人身伤害。
注意表示如果不采取相应的小心措施，可能导致财产损失。
当出现多个危险等级的情况下，每次总是使用最高等级的警告提示。
如果在某个警告提示中带有警告可能导致人身伤害的警告三角，则可能在该警告提示中另外还附带有可能导致财产损失的警告。
合格的专业人员本文件所属的产品/系统只允许由符合各项工作要求的合格人员进行操作。
其操作必须遵照各自附带的文件说明，特别是其中的安全及警告提示。
由于具备相关培训及经验，合格人员可以察觉本产品/系统的风险，并避免可能的危险。
按规定使用 Siemens 产品请注意下列说明：警告Siemens 产品只允许用于目录和相关技术文件中规定的使用情况。
如果要使用其他公司的产品和组件，必须得到 Siemens 推荐和允许。
正确的运输、储存、组装、装配、安装、调试、操作和维护是产品安全、正常运行的前提。
必须保证允许的环境条件。
必须注意相关文件中的提示。
商标所有带有标记符号 ® 的都是 Siemens AG 的注册商标。
本印刷品中的其他符号可能是一些其他商标。
若第三方出于自身目的使用这些商标，将侵害其所有者的权利。
责任免除我们已对印刷品中所述内容与硬件和软件的一致性作过检查。
然而不排除存在偏差的可能性，因此我们不保证印刷品中所述内容与硬件和软件完全一致。
SIMATIC S7-1200基本说明及应用
S7-1200 CPU描述新的模块化SIMATIC S7-1200 控制器是我们新推出产品的核心，可实现简单却高度精确的自动化任务。
SIMATIC S7-1200 控制器实现了模块化和紧凑型设计，功能强大、投资安全并且完全适合各种应用。
可扩展性强、灵活度高的设计，可实现最高标准工业通信的通信接口以及一整套强大的集成技术功能，使该控制器成为完整、全面的自动化解决方案的重要组成部分。
SIMATIC HMI 基础面板的性能经过优化，旨在与这个新控制器以及强大的集成工程组态完美兼容，可确保实现简化开发、快速启动、精确监控和最高等级的可用性。
正是这些产品之间的相互协同及其创新性的功能，帮助您将小型自动化系统的效率提升到一个前所未有的水平。
优势SIMATIC HMI 基础面板的性能经过优化，旨在与这个新控制器以及强大的集成工程组态完美兼容，可确保实现简化开发、快速启动、精确监控和最高等级的可用性。
正是这些产品之间的相互协同及其创新性的功能，帮助您将小型自动化系统的效率提升到一个前所未有的水平。
用于可扩展设计中紧凑自动化的模块化概念。
SIMATIC S7-1200 具有集成的PROFINET 接口、强大的集成技术功能和可扩展性强、灵活度高的设计。
它实现了通信简便，有效的技术任务解决方案，并完全满足一系列的独立自动化系统的应用需求。
在工程组态中实现最高效率.使用完全集成的新工程组态SIMATIC STEP 7 Basic，并借助SIMATIC WinCC Basic 对SIMATIC S7-1200 进行编程。
SIMATIC STEP 7 Basic 的设计理念是直观、易学和易用。
这种设计理念可以使您在工程组态中实现最高效率。
一些智能功能，例如直观编辑器、拖放功能和“IntelliSense”（智能感知）工具，能让您的工程进行的更加迅速。
这款新软件的体系结构源于对未来创新的不断追求，西门子在软件开发领域已经有很多年的经验，因此SIMATIC STEP 7 的设计是以未来为导向的。
S71200入门教程以及昆仑通态触摸屏通讯
S71200入门教程1．S7 1200硬件组态1.1 ET200SP 设备名称修改1.2 AI参数设置1.3 CPU参数设置2．S7 1200软件设计2.1 FC功能块调用---手自动选择功能块2.2 FB功能块调用---模拟量转换功能块2.3 PLC间通讯---不同项目中的S7通讯2.4 批量传数据2.5 程序加密解密2.6 PLC掉电保存数据3．昆仑通态画面设计3.1 画面切换3.2 画面加密3.3 和S7-1200 PLC通讯3.4 画面设计1.S7 1200硬件组态软件使用的是TIA15，硬件组态如下：硬件包括CPU,AI，ET200SP从站，DI,DO。
1.1 ET200SP 设备名称修改需要注意的是CPU 和从站名称和编号的命名，因为后续在和别人的PLC进行通讯时，人家的CPU和ET200SP也使用默认地址和名称的话会有冲突。
我们可以在下载的时候先手动命名其它的设备名称防止冲突。
CPU的IP和设备名称ET200SP的IP 和设备名称若使用的默认的，我们也可以在线时候修改：如上图，在线之后我们可以看到此网络所有设备，然后选择需要修改的设备，由于此处我使用的仿真，无法演示，实际是可以修改的。
1.2 AI参数设置地址设置电压电流选择1.3 CPU参数设置系统时钟和通讯需要设置一下：时钟设置此处勾选，用于和其它PLC S7通信2.软件设计此处简单介绍下操作，用过西门子软件的可以直接跳过了。
双击添加新块，可以选择OB,FB,FC,DB块进行添加2.1 FC功能块调用如下，添加了一个手自动选择的FC块：然后在其它FC块调用上面的FC4功能块，如下：2.2 FB功能块调用同样的，也可以添加FB块，然后调用，如下就是一个模拟量转换的FB块（因为用到了定时器只能FB，FC无法使用）调用模拟量转换FB块（0~27648 是PLC固定的）：2.3PLC间通讯详细介绍可以参考之前的文章---S71200 CPU间通讯方法S7-1200 的 PROFINET 通信口可以做 S7 通信的服务器端或客户端(CPU V2.0及以上版本)。
西门子-S7-1200-操作模式选取 (EKS)说明书
The safe choice – Selection of operation mode with EKS up to PL eService modeOverview of selection of operation modeSelection of operation mode up to PL d with controlsOperating panels have proven their worth over many years of practical use on machines and installations. If an additional operation mode, such as Service mode, is to be added to such machines, it is usually expedient to realize selection of operation mode with controls.Technical implementation is particularly easy in this case. The EKS with data interface or the EKS Light is used as the access system in order to restrict access to certain categories of people as required in the Machinery Directive. The controls are released with the authorization stored on the EKS Electronic-Key. For example, these controls flash depending on the content of the Electronic-Key. This can be realized with the standard PLC, because access to selection of operation mode does not have to fulfill any PL.Controls are used to achieve a PL for selection and activation of an operation mode. Practical examples of how operating mode selection can be implemented with EKS Light can be found in the download area at https://www.euchner.de/en-us/Service/ Downloads/Applications/EKS. Signals are read in the safe control system, and the selected operation mode is signaled byThe procedure was approved by the Institute for Occupational Safety and HealthIFAUrkundeThe EKS SystemThe Electronic-Key-System EKS consists of a read station and at least oneElectronic-Key. The Electronic-Key contains a writable memory. Two differentEKS systems are available: the EKS with data interface and the EKSEKS with data interfaceThe EKS with data interface features an Electronic-Key with freely pro-Compact (left) and mod-ular (right) EKS systemsare availableTIP! More safety through trainingTrain your customers about how to perform dangerous work on the machine. Thereby give them the opportunity to oper-ate the machine safely. If required, the training date or only general verification of training can be noted on the Electron-ic-Key using the EKS with data interface. With this training, you and your customers can be confident of doing everything right and meeting all legal requirements. Simply holding the Electronic-Key constitutes verification of training. Evaluation of the Performance Level (PL) of selection of operation modeThe access system does not have to be implemented according to EN ISO 13849-1. It is not possible to determine a PL for the monitoring of an authorization. by contrast, the selection system and the safe control system of a machine must fulfill the required PL. This is very simple for mechanical controls or key-operated rotary switches.SecuritySecuritySafety = PL e according to EN ISO 13849-1 FSA and EKS Light FSAoutputSelection of safe operation mode with controls and EKS LightPL dAccess systemSelection systemActivation systemActivation in the machineImplementation requires: EKS LightSafe control systemStandard PLC or NC control system Illuminated controlsEUCHNEr application AP000225Selection of safe operation mode with controls and EKS with data interfaceAccess systemActivation systemSelection systemImplementation requires:EKS with PrOFIbUS, PrOFINET, USb or Ethernet TCP/IP Safe control systemStandard PLC or NC control system Illuminated controlsEUCHNEr application AP000234PL dPLCPLCEKS LightEKS busA b C D STrFailsafe PLCFailsafe PLCbusActivation in the machineSelection of safe operation mode with touchscreen and EKS Access systemFurther informationFor detailed information about the various EKS systems and theaccessories, please refer to the product catalogs or visit ourhomepage at .Product informationDetailed product information about our EKS systems and the EKM and EKM Light software for convenient Electronic-Key administration can be found athttp://www.euchner.de/en-us/Products/Electronic-Key-System-EKSApplicationsThe complete AP000169, AP000200 and AP000225 applications, as well as the respective certificates from the Institute for Occupational Safety and Health of the German Social Accident Insurance (Institut für Arbeits- schutz, IFA), can be found in the download area athttp://www.euchner.de/en-us/Service/Downloads/Applications/EKSCatalogs and flyersEKS catalogs and flyers can be found athttp://www.euchner.de/en-us/Service/Downloads12127593-07-07/18 S u b j e c t t o t e c h n i c a l m o d i fi c a t i o n s ; n o r e s p o n s i b i l i t y i s a c c e p t e d f o r t h e a c c u r a c y o f t h i s i n f o r m a t i o n . © E U C H N E r G m b H + C o . K G · TAEUCHNER GmbH + Co. KG Kohlhammerstraße 1670771 Leinfelden-Echterdingen Germany Tel. +49 711 7597-0Fax +49 711 753316***************Your advantages when using EKSfor selection of operation modeC onsistent machine operating concept, including selection of operation modeF ulfills all specifications of the Machinery DirectiveS afe working according to the Occupational Health and Safety requirements can be realized ... with controlsC an be incorporated into existing control panelsF ulfills Pl d according to EN ISO 13849-1I FA-tested procedure ... with touch panelN o additional controls next to the touchscreen requiredF ulfills PL e according to EN ISO 13849-1I FA-tested procedureYour advantages when using EKS systems... with data interfaceA dditional access controls can be programmed, e.g. access to control systems or operating parametersS imple integration into existing bus structuresT raining measures can be stored on the Electronic-KeyA validity expiration date can be stored L ost Electronic-Keys can be blocked V arious interfaces are available:nPrOFINET n PrOFIbUS n USbn Ethernet TCP/IP... EKS LightN o bus system requiredS imple wiring to the control systemE lectronic-Key evaluation takes place in the EKS Light。
S7-1200新手上路
PLC 编程 (PLC programming)
可视化
使用“PLC 编程”(PLC Programming) 登陆选项为项目中的各个设备创建控制程序。 在“可视化”(Visualization) 登陆选项中为项目中的 HMI 设备创建画面。
在线和诊断
在“在线和诊断”(Online & Diagnostics) 登陆选项中可以显示可访问的设备及其在线状态。
巡视窗口 巡视窗口的“属性”(Properties) 下面包含当前所标记对象的相关信息。 在此处可更改所标记对象的设置。
在项目视图中添加设备
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2010-10-30
页码，13/45
在项目视图中插入设备 在项目视图中有多种方法可将 CPU 或 HMI 设备添加到硬件配置中，例如： z 项目树中的命令“添加新设备”(Add new device) z 在硬件产品目录中双击设备 z 从硬件产品目录中拖放到网络视图中 z 通过网络视图菜单栏中的命令“添加 > 设备”(Add > Device)
弹出项实例： Error message if value is invalid
工具提示 界面元素提供了工具提示，从而使标识更容易。 左侧有箭头符号的工具提示，其工具提示层叠项中包含了附加信息。 如果帮助中包含更多信息，则层叠项中会出现指向 相应帮助主题的链接。 下图显示了层叠项已打开的工具提示：
帮助 帮助介绍了概念、说明和功能。 而且还包含参考信息和实例。 “帮助”在屏幕右侧单独打开一个窗口。 可以在帮助中显示导航区域。 在此可访问下列功能： z 目录 z 搜索索引 z 整个帮助的全文搜索 z 收藏夹 有关使用帮助的更多信息，请参见“使用帮助系统”一章。
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S7-1200 Protecto EcoCube 产品说明书
Operating instructionsControl S7-1200for unit “Protecto EcoCube”Weldability sifPeters House, The Orbital CentreIcknield Way, Letchworth Garden CityHertfordshireSG6 1ETTel.: +44 (0) 845 862 2620Fax: +44 (0) 800 970 7757E-Mail:*************************Table of contents1Safety indications (3)2Overview of the HMI-Display (4)3Description of the function keys (5)4Description of the menu items (7)5Software functions (9)5.1Filter unit ON (9)5.2Filter unit OFF (9)5.3External Start / Stop of the fan (9)5.4External message System in operation (9)6Cleaning of the filter cartridges (10)6.1Manual cleaning (10)6.2Cleaning mode ...Pressure“. (10)6.3Cleaning mode ...Manual . (10)6.4Cleaning mode ...Pressure + Time .. (10)6.5Cleaning Offline (10)7System messages: Warning / Malfunction (11)8Declaration of conformity for the filter control (12)1 Safety indicationsOur engineers ensure that our filter systems reflect the state of the art through continuous devel-opment. Nevertheless, misuse or misconduct can endanger your safety.Please observe the following for a successful use of the filter system:•Please read these instructions before operating the system, and observe thesafety precautions to avoid injury!•Improper use of the equipment can cause serious injury or death!•Store this manual in a safe place!•Do not place the device in rooms with easily ignited or explosive medium or po-tentially explosive areas!•Do not place the device in rooms with aggressive media!•Protect the casing and the power cords from heat, moisture, oil and sharp edg-es!•Ensure the casing cannot fall down!•Pay attention to the admissible supply voltages!•Only use original spare parts!•When cleaning and servicing the device or the replacement of parts, the control unit must be disconnected from the power supply!• Do not use the control device if one or more parts of the device are not defective, missing, or damaged. In each of these cases, please call ourservice department on Tel: +44 (0) 845 862 2620.2 Overview of the HMI-DisplayFig.1: HMI-DisplayThe current status of the filter unit is visualized by the HMI-display of the control: •Enabled: Your system is ready!•System operation: Your system generates clean air!•System message: Information warning•System message: Information malfunction3 Description of the function keysTasteSymbolBeschreibungF0Filter unit On / OffSwitch the unit on/off.F1Previous menu itemChange to the previous menu item.F2Reduce parameterReduction of the selected parameter.F3Top menuChange to the top menu of the control unit.F4Increase parameterIncrease of the selected parameter.F5Next menu itemChange to the next menu item.F6Cleaning by handA single cleaning of all filter cartridges is triggered.This can be implemented in all cleaning modes (F7, F8, F9). F7Cleaning mode “Automatic“The cleaning of the filter cartridges starts automatically in relation to the car-tridge resistance (Delta-p). F8Cleaning mode “by hand“The cleaning of the filter cartridges can only be triggered by hand.F9Cleaning mode “Manual“The cleaning of the filter cartridges always happens in a defined time interval. This interval starts as soon as an adjusted parameter for cartridge resistance as been reached.Acknow-ledgeAcknowledgeAcknowledgement of a pending system message.DeletePassword DeletePressing the button activates the entry field for the password protected section.EnterEnter PasswordFirst of all the DEL button once has to be pressed, for activating the password intake. Then enter the password by using the function keys F1-F10. The entry must be confirmed with ENTER.4 Description of the menu itemsCorresponding to the fitting of the device, the settings of the steering are preset. False settings can con-tradict the fitting of the device or disturb its function. Therefore, several settings are protected against accidental changes. They can only be displayed and changed after having entered a “user password”. You can change only a few settings by yourself, especially functions in the main menu.Menu Menu name DescriptionMain menu: no password needed1Top menuCartridge resistance(Delta-p)&Cleaning modeDelta-pDisplay of the cartridge resistance value [mbar].Cleaning mode…Automatic“: The cleaning of the filter cartridges starts automat-ically in relation to the cartridge resistance (Delta-p).…by hand“: The cleaning of the filter cartridges can only be trig-gered by hand.…Manual“: The cleaning of the filter cartridges starts automati-cally in relation to the cartridge resistance (Delta-p), with a suc-ceeding cleaning break.2 System message Detailed display of the system messages. !: Message occurred3 Language Selection of the menu language [DE / EN].4 Operating hours Display of the operating hours [h].5Software&ParameterSoftwareDisplay of the used software version.PasswordEnter password to get to the secured part of the control.Parameter menu: user-Passwort (24364) with priority “low“P1 Cleaning start Setting range: 2 – 30 mbarsPressure value that triggers of a cleaning.P2 Cleaning stop Setting range: 1 – 30 mbars Pressure value that ends a cleaning.P3 Cleaning alarm Setting range: 5 – 40 mbarsPressure value that starts a cleaning alarm.P4 Cleaning valve break Setting range: 5 – 180 secRest time between the dedusting of the individual cartridges.P5 Cleaning offline Setting range: 0 – 20xThe value corresponds to the number of cleaning cycles with the fan switched off.P6 Cleaning break Setting range: 5 – 240 min.Resttime at the cleaning mode “Pressure + time“, between the individual cleaning cycles.5 Software functions5.1 Filter unit ONHMI-Display: Key F0If the filter unit is in operational status pressing the button starts the operation of the unit.5.2 Filter unit OFFHMI-Display: Key F0If the filter unit is in operation pressing the button stops the operation of the unit.5.3 External Start / Stop of the fanclamp X4:2 & X4:3 (24VDC)The interface allows for external activation/deactivation of the filter unit.The external single throw must be implemented as a normally open contact (NO).5.4 External message System in operationclamp X1:1 & X1:2 (Potential-free)The potential-free contact (NO) is activated as soon as the operation of the unit starts.6 Cleaning of the filter cartridgesRegarding the cleaning mode you can select between a manual and a pressure-dependent cleaning. In this regard, please note that a cleaning cycle is stopped when:- the cleaning mode is changed during a cleaning!- the unit is switched on/off during a cleaning!6.1 Cleaning by handHMI-Display: Key F6The manual cleaning is started by pressing the button. All filter cartridges are cleaned once.6.2 Cleaning mode …Automatic“HMI-Display: Key F7The online cleaning is started during the operation of the unit as soon as the pressure for the start of the cleaning is reached. Now cleaning cycles are carried out till the measured pressure corresponds to a cleaned condition. A manual cleaning of the filter cartridges remains possible.6.3 Cleaning mode …by hand“HMI-Display: Key F8The cleaning is inactive and is only started in case of cleaning by hand.6.4 Cleaning mode …Manual“HMI-Display: Key F9The online cleaning is started during the operation of the unit as soon as the pressure for the start of the cleaning is reached. Now a cleaning of all filter cartridges is regularly carried out in a certain interval (cleaning break). A manual cleaning of the filter cartridges remains possible.6.5 Cleaning OfflineThe offline cleaning is active as soon as the fan is switched off. However, the unit must remain connect-ed to the main power supply. The cleaning is carried out if the pressure of the beginning of the cleaning is reached at least once in operational mode. The cleaning is stopped when the fan is switched on again.7 System messages: Warning / MalfunctionThe system messages of the control have to be viewed in two different ways: •Message: WarningThe operation of the unit is still possible!•Message: MalfunctionThe operation of the unit is hereby stopped!No. Message Possible causes1 Motor faultThe message is generated as soon as the frequency invertercauses an error message. Possible causes:- insufficient voltage supply / phase failure- initiation of PTC / exceeding the maximumadmissible temperature- exceeding the maximum admissiblecurrent consumption2 Particle sensor(Option)The message is generated as soon as the particle sensor cap-tures an inadmissible high concentration of particles. The con-trol must be disconnected from the power supply so that theparticle sensor is reset. Possible causes:- damage of the filter cartridges / filter break- detection of a fire3 Filteralarm A warning message is generated if the filter resistance exceeds the value of the preset "cleaning alarm". After that it is neces-sary to clean or replace the filter cartridges.8 EC Declaration of conformityWeldability sifPeters House, The Orbital CentreIcknield Way, Letchworth Garden CityHertfordshireSG6 1ETTel.: +44 (0) 845 862 2620 Fax: +44 (0) 800 970 7757E-Mail: *************************Designation of the device: “control unit S7-1200”We declare under our sole responsibility that the following guidelines have been applied for the above mentioned product:Electromagnetic Compatibility:2014/30/ECLow Voltage Directive:2014/35/EUThis declaration will become void if the device is exposed to modifications that are not approved by the manufacturer in written form.Authorised representative for technical documentation: Weldability sif(Adrian Hawkins, managing director)。
SIMATIC S7-1200基本说明及应用
S7-1200 CPU描述新的模块化SIMATIC S7-1200 控制器是我们新推出产品的核心，可实现简单却高度精确的自动化任务。
SIMATIC S7-1200 控制器实现了模块化和紧凑型设计，功能强大、投资安全并且完全适合各种应用。
可扩展性强、灵活度高的设计，可实现最高标准工业通信的通信接口以及一整套强大的集成技术功能，使该控制器成为完整、全面的自动化解决方案的重要组成部分。
SIMATIC HMI 基础面板的性能经过优化，旨在与这个新控制器以及强大的集成工程组态完美兼容，可确保实现简化开发、快速启动、精确监控和最高等级的可用性。
正是这些产品之间的相互协同及其创新性的功能，帮助您将小型自动化系统的效率提升到一个前所未有的水平。
优势SIMATIC HMI 基础面板的性能经过优化，旨在与这个新控制器以及强大的集成工程组态完美兼容，可确保实现简化开发、快速启动、精确监控和最高等级的可用性。
正是这些产品之间的相互协同及其创新性的功能，帮助您将小型自动化系统的效率提升到一个前所未有的水平。
用于可扩展设计中紧凑自动化的模块化概念。
SIMATIC S7-1200 具有集成的PROFINET 接口、强大的集成技术功能和可扩展性强、灵活度高的设计。
它实现了通信简便，有效的技术任务解决方案，并完全满足一系列的独立自动化系统的应用需求。
在工程组态中实现最高效率.使用完全集成的新工程组态SIMATIC STEP 7 Basic，并借助SIMATIC WinCC Basic 对SIMATIC S7-1200 进行编程。
SIMATIC STEP 7 Basic 的设计理念是直观、易学和易用。
这种设计理念可以使您在工程组态中实现最高效率。
一些智能功能，例如直观编辑器、拖放功能和“IntelliSense”（智能感知）工具，能让您的工程进行的更加迅速。
这款新软件的体系结构源于对未来创新的不断追求，西门子在软件开发领域已经有很多年的经验，因此SIMATIC STEP 7 的设计是以未来为导向的。
西门子1200系列PLC教程-用户结构
S7-1200的用户程序结构一、程序组成二、功能FC1.功能的特点功能（Function，FC）和功能块（Function Block，FB）是用户编写的子程序，它们包含完成特定任务的程序。
FB与FC有与调用它的块共享的输入/输出参数，执行完FB和FC后，将执行结果返回给调用它的代码块。
功能没有固定的存储区，功能执行结束后，其局部变量中德临时数据就丢失了。
可以使用全局变量来存储那些在功能执行结束后需要保存的数据。
设压力变送器的压力下限为0Mpa，上限为High Mpa，经A/D转换后得到0-27648的整数。
下式是转换后的数字N和压力P之间的计算公式：P=（High*N）/27648Mpa用功能实现上述运算，并在OB1中调用。
2.功能创建打开博图软件的项目视图，双击项目树中德“添加新块”，打开对话框，点击其中的功能（FC），设置功能的名称，点击“确定”按钮，自动生成FC。
功能的局部数据将鼠标的光标放在FC的程序区最上面的分隔条上，按住鼠标的左键，往下拉动分隔条，分隔条上面是功能的接口区，下面是程序区。
将水平分隔条拉至程序编辑器窗口的顶部，不再显示接口，但它仍然存在。
在接口区中声明块专用的局部变量，局部变量只能在它所在的块中使用。
块的局部变量名称由字符和数字组成，不能使用汉字。
功能由5种局部变量：1）Input（输入参数）：由调用它的块提供的输入数据。
2）Output（输出参数）：返回给调用它的块的程序执行结果。
3）InOut（输入_输出参数）：初值由调用它的块提供，块执行后返回给调用它的块。
4）Temp（临时数据）：暂时保存在局部数据堆栈中德数据。
只是在执行块时使用临时数据，执行完后，不再保存临时数据的数值，它可能被别的临时数据覆盖。
5）Return中的Ret_Val（返回值），属于输出参数。
在变量声明中赋值时，不需要指定存储器地址；根据各变量的数据类型，程序编辑器自动地为所有局部变量指定存储地址。
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输入 / 输出扩展模块 SM（信号模块） SM 1221 数字量输入模块 SM 1222 数字量输出模块 SM 1223 数字量输入 / 直流输出模块 SM 1223 数字量输入 / 交流输出模块 SM 1231 模拟量输入模块 SM 1232 模拟量输出模块 SM 1231 热电偶和热电阻模拟量输入模块 SM 1234 模拟量输入 / 输出模块
附件 电源模块 PM 1207 输入仿真器 SIM 1274 存储卡
TIA 博途产品范围总览 TIA 博途安装的系统要求
SIMATIC HMI 系列面板
附录 附录 1 — 中央处理单元接线图
— 扩展模块接线图 附录 2 — 通用技术规范 附录 3 — 订货数据
4
11 12 13 13 14 14 14
LOGO! 8
PROFIBUS DP / RS485
PROFINET / TCP/IP
I/O能力，程序大小，指令速度，通讯能力, ...
SIMATIC S7-1200
SIMATIC S7-1200 具有集成 PROFINET 接口、强大的集成工艺功能 和灵活的可扩展性等特点，为各种工艺任务提供了简单的通信和有
输入 / 输出扩展模块 SB 及通信板 CB（信号板） SB 1221 数字量输入信号板 SB 1222 数字量输出信号板 SB 1223 数字量输入 / 输出信号板 SB 1231 热电偶和热电阻模拟量输入信号板 SB 1231 模拟量输入信号板 SB 1232 模拟量输出信号板 CB 1241 RS485 通信信号板
逻辑控制器的书本型迷你控制器 LOGO! 到基于 PC 的控制器，无 需求。在研发过程中充分考虑了系统、控制器、人机界面和软件的
论多么苛刻的要求，它都能满足要求 — 根据具体应用需求及预算， 无缝整合和高效协调的需求。SIMATIC S7-1200 系列的问世，标志
灵活组合、定制（系列化的控制器家族产品满足你的不同应用及 着西门子在原有产品系列基础上拓展了产品版图，代表了未来小型
W 90 mm 110 mm 130 mm 150mm 45 mm
70 mm 30 mm
H 100 mm 100 mm 100 mm 100mm 100 mm
100 mm 100 mm
D 75 mm 75 mm 75 mm 75mm 75 mm
75 mm 75 mm
① 侧视图 ② 水平安装
③ 垂直安装 ④ 空隙区域
效的解决方案，尤其满足多种应用中完全不同的自动化需求。
信号板（SB） CPU
信号模块（SM）
通信模块（CM）
I/O 端子连接器 PROFINET 接口 4
S7-1200 外形及安装
安装简单方便
所有的 SIMATIC S7-1200 硬件都具有内置安装夹，能够方便地安 装在一个标准的 35 mm DIN 导轨上。这些内置的安装夹可以咬合 到某个伸出位置，以便在需要进行背板悬挂安装时提供安装孔。 SIMATIC S7-1200 硬件可进行竖直安装或水平安装。这些特性为用 户安装 PLC 提供了最大的灵活性，同时也使得 SIMATIC S7-1200 成为众多应用场合的理想选择。
规划安装时，务必注意以下指导原则： • 将设备与热辐射、高压和电噪声隔离开。 • 留出足够的空隙以便冷却和接线。必须在设备的上方
需求）。
可编程控制器的发展方向，西门子也将一如既往开拓创新，引领自
动化潮流。
西门子 SIMATIC 系列产品定位IMATIC S7-300 SIMATIC S7-200 LOGO!0BA6
SIMATIC S7-1500
SIMATIC S7-1200 / S7-200 SMART
16 18 20 22 24
26 26 27 28 28 29 29 30
30 30 31 32 32 33 33
34 34 34 35 35 36
38 41 45 46
3
SIMATIC S7-1200 技术综述
西门子控制器家族产品
西门子控制器系列是一个完整的产品组合，包括从高性能可编程 SIMATIC S7-1200 小型可编程控制器充分满足中小型自动化的系统
可拆卸的端子
所有的 SIMATIC S7-1200 硬件都配备了可拆卸的端子板。因此只需
要进行一次接线即可，从而在项目的启动和调试阶段节省了宝贵的 时间。除此之外，它还简化了硬件组件的更换过程。
紧凑的结构
所有的 SIMATIC S7-1200 硬件在设计时都力求紧凑，以节省在控制 柜中的安装占用空间。例如，CPU 1215C 的宽度仅有 130 mm， CPU 1214C 的宽度仅有 110 mm，CPU 1212C 和 CPU 1211C 的宽 度也仅有 90 mm。通信模块和信号模块的体积也十分小巧，使得 这个紧凑的模块化系统大大节省了空间，从而在安装过程中为您提 供了最高的效率和灵活性。
S7-1200 设备 CPU
信号模块（SM） 通信模块（CM）
CPU 1211C 和 CPU 1212C CPU 1214C CPU 1215C CPU 1217C 8 和 16 点 DC 和继电器型（8I、16I、8Q、16Q、8I/8Q） 模拟量（4AI、8AI、4AI/2AQ、2AQ、4AQ） 16I/16Q 继电器型（16I/16Q） CM 1241 RS232 和 CM 1241 RS485/422
使用 TIA 博途软件平台进行工程组态
SIMATIC S7-1200
S产7品-1样20本0 可• 0编9程.20控16制器
/s7-1200
2
S7-1200 可编程控制器
产品样本 • 05.2017
技术综述
通信 CM 1241 通信模块 CSM 1277 紧凑型交换机模块 CM 1243-5 PROFIBUS DP 主站模块 CM 1242-5 PROFIBUS DP 从站模块 CP 1242-7 GPRS 模块 TS 模块 CM 1278 I/O 主站模块