Unplanned downtime is costly – early anomaly detection is the key.Epson vibration and acceleration sensors, deployed via AMCORIS, provide the core of modern predictive maintenance strategies. Their ultra-low noise and long-term measurement stability make them ideal for FFT-based diagnostics, condition monitoring, and fault prediction in rotating and structural systems.
Use Case Overview
Whether in rail infrastructure, factory automation, robotics or reneweable energy, asset health monitoring is increasingly dependent on precise motion feedback. Epson's MEMS sensors allow continuous measurement of vibration signatures and tilt orientation, enabling early detection of imbalance, misalignment or structural fatique.
Typical applications:
- Monitoring motor and bearing wear
- Detecting machinery misalignment and resonance
- Structural health monitoring of bridges and gantries
- Rail bogie vibration diagnostics
- Rotating machine condition analytics (e.g. turbines, compressors)
We help OEMs and System Integrators embed Epson sensors into industrial edge systems or connect them to cloud diagnostics, leveraging low-power consumption, high thermal stability and minimal signal noise.
Real-world Integration Example
In a smart rail application, an AMCORIS customer installed Epson M-A542VR1 vibration sensors on train bogies to detect deviations in vibration patterns. By applying spectral analysis to the sensor output, bearing degradation was detected weeks before failure. In another factory setting, M-A352AD accelerometers were used to monitor rotary motors – identifying unbalance under load.
Why AMCORIS
- FFT & time-domain use case expertise
- Pre-integration support for embedded and industrial systems
- Flexible interface design (SPI, CAN, UART)
- Vibration-tolerant, temperature-stable sensor portfolio
