The Key Safeguard for Process Stability
Ensure uninterrupted chiller operations in high-tech fabs while eliminating the risk of sudden outages.
Unplanned Downtime: A Costly Nightmare
Water-cooled centrifugal and screw chillers operate continuously under heavy loads. When micro-wear occurs in core components like bearings, impellers, or compressors without detection, it can trigger sudden mechanical seizure or system trips.
The result? Rapid temperature spikes, halted production lines, and scrapped wafers or display panels—costing millions to tens of millions of dollars in an instant.
Vibration Monitoring for Worry-Free Chiller Operations
By deploying high-precision sensors, our solution continuously tracks chiller vibration patterns and streams real-time data to a central monitoring platform. Facility management teams gain complete, 24/7 visibility into machine health, drastically reducing the risk of unexpected failures.
What You Gain with the Prognosis PHM System
🛡️ Zero Unplanned Downtime Risk
🎯 95%+ Diagnostic Accuracy
💰 Save NT$3 Million Annually in O&M Costs
✔️ Chillers are high-load, continuously running core assets. Abnormal compressor or bearing vibration can cause sudden cooling outages, threatening entire cleanroom operations. Prognosis tracks abnormal vibration trends in real time to prevent unexpected shutdowns.
✔️ High-precision sensors continuously monitor core components (compressors, main shafts, bearings), providing actionable insights so facility engineers can schedule preventive maintenance long before breakdown occurs.
Smart Analytics: Moving from "Reactive" to "Predictive" Maintenance
By implementing Prognosis PHM technology, facility maintenance is no longer bound to rigid calendars or reactive firefighting. Maintenance decisions become data-driven, empowering teams to manage equipment health proactively.
Chillers are the heart of high-tech production stability—any anomaly directly compromises yield rates and delivery schedules. Prognosis Technology delivers smart monitoring solutions that transform "invisible" machine health into clear, actionable intelligence.