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How to Use Modscan 64 for Modbus Communication and Testing
Modscan 64 is a Windows application that serves as a Modbus master device for protocol testing and simulation. It can communicate with Modbus slave devices using serial RTU, ASCII or TCP/IP connections. It can also monitor and modify data values in the slave devices. In this article, we will show you how to use Modscan 64 for Modbus communication and testing.
Step 1: Download and Install Modscan 64
You can download Modscan 64 from the official website of WinTECH Software[^2^]. There are two versions available: one for Windows 10 users and one for legacy users (NT, XP, Vista, Win2K, Win7). Choose the version that matches your system and download the self-installing file. Run the file and follow the instructions to install Modscan 64 on your computer.
Step 2: Connect to a Modbus Slave Device
Before you can use Modscan 64, you need to connect to a Modbus slave device that you want to test or simulate. You can use a physical device or a software simulator like Modsim 64 (also from WinTECH Software). Depending on the type of connection you use, you need to configure the communication parameters accordingly.
If you use a serial connection (RTU or ASCII), you need to select the COM port number, baud rate, parity, data bits and stop bits that match the settings of your slave device. You also need to specify the slave ID number and the function code that you want to use.
If you use a TCP/IP connection, you need to enter the IP address and port number of your slave device. You also need to specify the slave ID number and the function code that you want to use.
Step 3: Scan Data Values from the Slave Device
Once you have connected to a slave device, you can start scanning data values from it. You need to enter the starting reference number and the number of registers or coils that you want to scan. You can also choose the data format (binary, decimal, hexadecimal, floating point, etc.) and the display mode (table, graph, etc.) that you prefer.
Modscan 64 will send a Modbus request to the slave device and display the response data in the main window. You can see the status of the communication (success or error) in the status bar at the bottom of the window. You can also see the raw data bytes in hexadecimal format in a separate window.
Step 4: Modify Data Values in the Slave Device
Besides scanning data values from the slave device, you can also modify them using Modscan 64. You can do this by double-clicking on a data value in the main window and entering a new value. You can also use the write function codes (FC 5, FC 6 or FC 16) to write multiple values at once.
Modscan 64 will send a Modbus write request to the slave device and display the confirmation response in the main window. You can see the status of the communication (success or error) in the status bar at the bottom of the window. You can also see the raw data bytes in hexadecimal format in a separate window.
Conclusion
Modscan 64 is a useful tool for testing and simulating Modbus communication with slave devices. It can help you troubleshoot problems, monitor data values and modify them as needed. It supports various types of connections, function codes and data formats. It is easy to use and has a user-friendly interface. 061ffe29dd