One of the world’s largest engine manufacturers becomes the first in the industry to implement Dynamic limits to achieve better accuracy in predictive maintenance
Industry type: Discrete Manufacturing
Achieved ROI within 6 Months
Impact
Better Response Time to Unforeseen Issues
Predictive maintenance of CNC Machines
Overview
The client wanted to implement IIoT , so its factory could achieve superior accuracy in error detection and prevention by enforcing dynamic limits in detection.
Challenges
Connecting advanced and legacy machines on a single platform
Dynamic limits for servo and spindle currents
The availability of massive data leads to a challenge in gathering actionable intelligence
Strategy
High-density data capturing from CNC machines with high data fidelity
High-speed computation and representation of dynamic limits to facilitate real-time visualization
Identification and interpretation of faults to predict failure in motors, batteries, and CNC fans of CNCs.
Independent signature patterns were then created for the Dynamic limits of servo and spindle currents, and all further processing was measured against them, giving an accurate picture of the operation.
The issue was resolved using Electrono’s E-FORECAST tool, which issued Email & SMS alerts to the respective decision-makers.
Output
Reduction of line downtime by 30-40%
ROI with 6 Months
Better spares planning and optimization of inventory management