DESIGN OF FRONTEND APPLICATION FOR CONTROLLING AND MONITORING VARIABLE FREQUENCY DRIVE
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Abstract
This project involves the development of a front-end application for a variable frequency drive. The application is designed to provide an intuitive user interface that allows the user to control the drive's operation and set various parameters such as frequency, voltage, and current limits. The project uses Modbus development platform and involves designing the user interface, developing the application, testing it for various scenarios, and deploying it for use. The project aims to create a user-friendly and functional application that meets the requirements of the user, making it easier to operate and control the variable frequency drive. With the help of this application a non-technical employee can learn VFD controls and working very efficiently. When it gets connected to laptop or PC’s using USB to Serial com port the user gets access to it. It shows the basic information of VFD and its manufacturing industry. The live parameters of it are also shown in an particular pop up block by which one can read all the parameters which are consisting in VFD.
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References
- Curtis:- https://www.curtisinstruments.com/
- KEB Combivis 6:- https://www.kebamerica.com/products/combivis-6 -drivesoftware/
- ModScan :- https://www.win-tech.com/html/modscan32.htm
- Modbus: - https://en.wikipedia.org/wiki/Modbus
- APIs: - https://en.wikipedia.org/wiki/API
- Html, JavaScript, C++ :- https://www.w3schools.com/html/
- "User Experience Design for Motor Drives" by Michael Theodoridis - This article provides insights into designing user-friendly and intuitive frontend interfaces for motor drives, including VFDs.
- "Web Development Best Practices" by Mozilla Developer Network - This guide provides best practices for web development, including frontend development for web applications, which can be useful when designing frontend applications for VFDs.
- "Motor Drive Interface Design Considerations" by Texas Instruments - This article provides insights into designing frontend interfaces for motor drives, including VFDs, and addresses considerations such as user interface design, power supply requirements, and noise immunity.
- "Secure Development for the Internet of Things" by OWASP - This guide provides best practices for secure development of IoT devices and applications, including frontend applications for VFDs.
- "Variable Frequency Drive User Interface Design" by Eaton Corporation - This article provides insights into designing user-friendly and intuitive frontend interfaces for VFDs and addresses considerations such as user interface design, data accuracy, and compatibility with different devices and control systems.
- "Real-Time Monitoring and Control of VFDs" by Intech Magazine - This article provides insights into real-time monitoring and control of VFDs and discusses considerations such as data accuracy, communication protocols, and cybersecurity.