PROJECT GOAL: This project aims to develop a PHM system that will demonstrate the ability to conduct monitoring and prognostics for manufacturing assets through the use of an edge computing solution for sensor signals, the MTConnect standard, cloud data storage and IA techniques.
TECHNICAL APPROACH: The solution will be developed, evaluated, validated and demonstrated using spindle bearings degradation data and cutting tool degradation tests from TechSolve’ s spindle test-bed and machining centers, respectively.
KEY TASKS AND MILESTONES:
- Task 1 – Install SMP and familiarize with its modules and functionality
- Task 2 – Design and develop data acquisition routine and integration with SMP
- Task 3 – Explore data analysis algorithms and the edge computing approach
- Task 4 – Develop edge computing solution and integrate it with SMP
- Task 5 – Validation, demonstration and final report
POTENTIAL IMPACT: This project will support the current industrial needs for a more accurate and predictive approach to manufacturing asset health condition evaluation. Considering that the combination of vibration, electrical current/power and temperature can be used to assess the condition of various systems, the solution will be applicable to a wide range of applications from multiple industries for discrete and continuous manufacturing. The project will leverage and demonstrate the benefits of SM Platform not only to CESMII membership but also to the manufacturing community in general, and the small and medium size manufacturing in particular.
BENEFITS: The proposed solutions contributes to energy efficiency and productivity improvements (estimated to 20% or higher), reduction in cost and time to deploy smart manufacturing technologies. A successful completion of this project will provide to CESMII member companies an example of how MTConnect and CESMII’s Smart Manufacturing Platform can be integrated to monitor and predict the health of manufacturing assets and processes.
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