Where communication drivers and PLC connections are configured.
Allows the HMI to communicate with different brands of PLCs at the same time. 3. Advanced Data Management
Double-click the to create screens (e.g., Main Dashboard, Manual Control, Alarm Log, Trend Charts). Drag and drop buttons, numeric displays, and graphical symbols onto the canvas. Double-click any element to bind it to a database tag, turning a static image into a dynamic control indicator. Step 5: Simulation and Hardware Deployment
To help customize this guide or troubleshoot your system further, tell me: What are you connecting to the HMI? mcgs pro hmi software
To protect sensitive industrial processes, MCGS Pro offers granular security permissions. Administrators can set up multiple user groups with distinct access privileges for viewing screens, modifying setpoints, or clearing faults. IoT and Remote Monitoring (Industry 4.0)
To give you a practical sense, here is a typical workflow for creating a simple "Water Tank Level Control" system.
Manages multi-zone building automation, boiler statuses, and industrial refrigeration loops. Advanced Data Management Double-click the to create screens
Use the software’s built-in security features to restrict access. Ensure only authorized maintenance staff can modify sensitive calibration settings or PID loops, while standard operators are restricted to basic start/stop and monitoring functions. Conclusion
The is the critical interface between your HMI project and the outside world of industrial hardware. It establishes the communication links to all field devices, such as PLCs, smart sensors, and variable frequency drives (VFDs). In this window, you select the appropriate driver (e.g., for a Siemens PLC or a Modbus device) and configure communication parameters like baud rate, IP address, or COM port. This modular design means that changing a hardware device only requires updating this window, leaving the rest of the project untouched, making MCGS Pro a "device-independent" system.
Assign a static IP address to the HMI within the same subnet as your PLC. Step 3: Populate the Real-Time Database Open the Real-Time Database window. Click Add Tag to create variables. Define the data types for each tag: Step 5: Simulation and Hardware Deployment To help
: Password-protected user levels restrict access to critical machine calibrations. Scripting and Automation
: Allows managers to view and operate the HMI screen securely from smartphones, tablets, or remote office computers.