step7 micro win4.0 Download: MicroWIN_V40_SP5 Step7 Micro Win v4.0.4.16 (Electronic Programming): STEP7-MICRO/WIN programming software, powerful industrial control programming and configuration software The SIMATIC S7-200 software running on the Windows platform is simple and easy to learn. It can solve complex automation tasks. It can be quickly entered to save programming time. It has extended functions. Based on standard Windows software (similar to standard application software such as Winword, Outlook, etc.), STEP 7-Micro/WIN programming software provides users with a good programming environment for developing, editing and monitoring their own applications. 1. Basic functions: STEP 7-Micro/WIN is a SIMATIC S7-200 PLC programming software running on the Windows platform. It is simple, easy to learn and can solve complex automation tasks. It is suitable for software programming of all SIMATIC S7-200 PLC models. It supports three programming languages: IL, LAD, and FBD, and you can switch between the three at any time. It has password protection function. STEP 7-Micro/WIN provides software tools to help you debug and test your programs. These features include: monitoring the status of the user program being executed by the S7-200, specifying the number of scans for the S7-200 to run the program, forcing variable values, etc. Instruction wizard function: PID self-tuning interface; PLC built-in pulse train output (PTO) and pulse width modulation (PWM) instruction wizard; data logging wizard; recipe wizard. Supports TD 200 and TD 200C text display interface (TD 200 wizard). 2. Other functions (1) Motion control S7-200 provides three methods of open-loop motion control: Pulse width modulation (PWM) - built-in S7-200, used for speed, position or duty cycle control. Pulse train output (PTO) - built-in S7-200, used for speed and position control. EM253 position control module - an additional module for speed and position control. To simplify the use of position control functions in your application, the position control wizard provided by STEP7-Micro/WIN can help you complete the configuration of PWM, PTO or position control modules in just a few minutes. The wizard can generate position control instructions, which you can use to dynamically control speed and position in your application. For position control modules, STEP 7-Micro/WIN also provides a control panel that can control, monitor and test your motion operations. (2) Create a modem module program The EM241 modem module can be used to connect the S7-200 directly to an analog telephone line and support communication between the S7-200 and STEP 7-Micro/WIN. The modem module also supports the Modbus slave RTU protocol. The communication between the module and the S7-200 is achieved through the expansion I/O bus. STEP 7-Micro/WIN provides a modem expansion wizard that can help you set up a remote modem or set up a modem module that connects the S7-200 to a remote device. (3) USS protocol library STEP 7-Micro/WIN instruction library, which includes pre-configured subroutines and interrupt programs that are specifically designed to communicate with the drive via the USS protocol. With USS instructions, you can control the physical drive and read/write drive parameters. These instructions can be found in the library folder of the STEP 7-Micro/WIN instruction tree. When you select a USS instruction, the system automatically adds one or more related subroutines (USS1 to USS7). The Siemens library is sold on a separate CD, STEP 7-Micro/WIN Add-on: Instruction Library, order number 6ES7 830-2BC00-0YX0. After ordering and installing version 1.1 of the Siemens library, any subsequent STEP 7-Micro/WIN V3.2x and V4.0 upgrades will automatically upgrade your library at no additional cost (when adding or modifying the library). (3) Modbus Slave Protocol Instructions The STEP 7-Micro/WIN instruction library contains predefined subroutines and interrupt service routines designed specifically for Modbus communications, making communication with a Modbus master simple and easy. Using the Modbus Slave Protocol Instructions, you can configure the S7-200 as a Modbus RTU slave to communicate with a Modbus master. You can find these instructions in the Library folder of the STEP 7-Micro/WIN instruction tree. With these new instructions, you can use the S7-200 as a Modbus slave. When you select a Modbus Slave instruction, one or more associated subroutines are automatically added to your project. The Siemens library is sold on a separate CD, STEP 7-Micro/WIN Add-on: Instruction Library, order number 6ES7830-2BC00-0YX0. After ordering and installing version 1.1 of the Siemens library, any subsequent STEP 7-Micro/WIN V3.2x and V4.0 upgrades will automatically upgrade your library at no additional cost (when adding or modifying libraries). (4) Using recipes STEP 7-Micro/Win software provides a recipe wizard to help you organize and define recipes. Recipes are stored in the memory card, not in the PLC. STEP 7-Micro/WIN software and S7-200 PLC already support recipe functions. STEP 7-Micro/Win software provides a recipe wizard to help you organize and define recipes. All recipes are stored in the memory card. Therefore, in order to use the recipe function, a 64K or 256K memory card must be inserted in the PLC. For more information about memory cards. (5) Using data archiving STEP 7-Micro/Win provides a data archiving wizard to store process measurement data in the memory card. Moving process data to the memory card can save address space in the V memory area, which would otherwise be stored in the V memory area. (6) PID self-tuning and PID tuning control panel S7-200PLC already supports PID self-tuning function, and STEP 7-Micro/WIN has also added PID tuning control panel. This greatly enhances the function of S7-200PLC and makes it easier to use this function. The self-tuning function can be started using the user program in the operator panel or the PID tuning control panel. At the same time, not only one PID loop can be self-tuned, but all 8 PID loops can be self-tuned at the same time if necessary. The PID self-tuning algorithm recommends gain values, integral time values and derivative time values to you. You can also choose the regulation type such as fast response, medium response, slow response or very slow response for your regulation loop. With the PID tuning control panel, you can start the self-tuning process, cancel the self-tuning process and monitor the results in the chart. The control panel will display all possible errors and warning messages. It also allows you to apply the gain values, integral time values and derivative time values obtained after self-tuning to the actual control.
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