Dynamic Displacement Sensor

The sensor operates on a threshold-based trigger system. When the detected displacement exceeds a user-configurable threshold, the device records a complete event consisting of 1600 samples at 50 Hz, corresponding to a 32-second window. Each recorded event includes the full displacement waveform, peak displacement value, dominant frequency, and temperature at the time of acquisition. Events are stored locally and transmitted wirelessly via LoRaWAN.

The sensor supports two selectable ranges: ±1.5 mm and ±3.0 mm. Corresponding resolutions are 0.012 mm and 0.024 mm, respectively. These can be configured through MyMove to match the precision and amplitude requirements of each specific use case.

Mounting orientation must match the sensor version. The vertical model must be installed with the “UP” arrow facing upward, while the horizontal model must respect specific lateral orientations to maintain measurement accuracy. It can be mounted to floors, walls, or ceilings using the supplied fixing plate and hardware.

With a typical configuration of 5 events per hour, battery life is estimated at around 2 years. However, frequent triggering, high structural vibration, or poor radio signal quality can significantly reduce autonomy. Optimal battery duration is achieved by calibrating the activation threshold appropriately and ensuring good line-of-sight connectivity to the nearest gateway.