The Challenge: Unplanned downtime hits your schedule hard — missed production targets, crews standing around, and operations thrown into chaos. In high-volume plants, even a short stop can wipe out days of margin. The Problem with “Sensor-Only” Solutions: Other vendors install sensors, hand you a dashboard, and walk away. No one’s watching. Alarms get missed,...
A Hybrid Strategy Combining Banner VT3 Sensing with MTI’s Local Intelligence. Limitations of Snapshot-Based Monitoring on Slow-Speed Equipment Are your slow-speed assets truly being monitored—or are they invisible between inspections, silently degrading until failure? Slow-speed machines—like gearboxes, agitators, and cooling tower fans—are notoriously difficult to monitor using traditional methods. They produce faint vibration signals that...
Executive Summary Unplanned equipment downtime is a costly burden across industries, sapping productivity and profits. Studies show that unplanned outages consume up to 11% of annual revenues for top manufacturers (about $1.4 trillion globally). In automotive alone, downtime can cost $2.3 million per hour, and surveys find two-thirds of plants suffer unplanned shutdowns at least...
Reliability & ROI The real cost of failure is bigger than the repair invoice In today’s competitive landscape, the question isn’t if your equipment will fail, but when. Yet, the cost of a failure extends beyond immediate repair expenses. It delves into operational downtime, collateral damage to adjacent equipment, and lost production opportunities. Ask the...
Why Condition-Based Monitoring Matters Now Condition-Based Monitoring (CBM) has become a cornerstone of modern maintenance strategy. Instead of reacting to failures after they occur, facilities are shifting toward real-time visibility that identifies developing problems before they become shutdown events. MTI Wireless combines over 25 years of CBM experience with the 40+ year legacy of Motor...
Motor Technology, Inc. faced a monitoring limitation within a rewind bake oven operation. Temperature readings were confined to an on-site Human Machine Interface (HMI), providing no remote visibility or proactive alerting capability. When the oven exceeded preset temperature limits, the absence of automated alerts resulted in part damage — highlighting the need for a more...
In bustling factories, the essence of keeping machinery functioning flawlessly cannot be overstated. MTI Wireless, utilizing the robust 900MHz frequency, empowers a vigilant monitoring system—Condition-Based Monitoring (CBM)—to ensure seamless machinery health tracking. Unlike the short, choppy waves of 2.4GHz or the limitations of Bluetooth, the broad, smooth waves of 900MHz navigate around obstacles with finesse, ensuring vital machinery health data reaches monitoring stations, loud and clear. MTI Wireless, as a trusted Banner Wireless integrator, leverages 900MHz's innate capabilities to provide reliable, superior industrial wireless monitoring solutions, embodying precision and trust in every ripple of data transmitted.
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