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Cebu University – Standalone Vibration Monitoring

2023 • Cebu • Philippines ,

Quick Facts

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Challenge

Deliver a cost-effective, self-contained monitoring system that enables continuous vibration measurements without external excitation, while offering easy data access and compatibility with seismic and SHM networks.

Solution

The solution was based on the xWave MAX standalone unit, featuring:

  • Embedded triaxial accelerometer with 24-bit AD conversion for high-precision vibration measurements.
  • Continuous data storage on a 32 GB internal SD card for reliable long-term data logging.
  • Integrated web server for convenient local data management and direct SD card downloads.
  • SeedLink protocol support for real-time data streaming to seismic and SHM networks.
  • FTP capabilities for secure remote transfer and redundancy.

Outcomes

This compact and network-ready system provides the university with a simple yet powerful tool for monitoring building vibrations. It supports research and educational activities, facilitates inspection and validation studies, and serves as a cost-effective entry point into advanced SHM practices. With its integrated web server, SeedLink, and FTP connectivity, the xWave MAX delivers a reliable, low-maintenance solution tailored to both academic and structural monitoring needs.

Tech Stack

xWave Max

KPIs / Results

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