Ambient Vibration Measurement – Church
Portable ambient vibration monitoring with xDAS Ambient. Supports heritage preservation, conservation, and structural safety of a XIV-century Orthodox church.
View case study →Critical infrastructure extends far beyond bridges, dams, and buildings. Assets such as tunnels, wind turbines, oil & gas platforms, reservoirs, and tall chimneys all play vital roles in modern civil society.
Each carries its unique operational and environmental challenges, but they all share the same need: continuous monitoring!Â
At Digitex Systems, our xDAS Distributed SHM platform provides a unified solution for monitoring diverse structures. Also, the xWave accelerometers capture vibrations and dynamic responses. These responses are usually a result of traffic in tunnels, wind loads on tall chimneys, or operational stresses on oil & gas platforms.
xSense displacement sensors allow precise crack and movement detection, while xStrain provides insights into material stress and load distribution. To account for external influences, xMet weather stations record environmental parameters such as wind, temperature, and rainfall.
The xAlarm device ensures that whenever thresholds are exceeded, operators receive instant alerts via SMS and digital outputs.
Because many of these assets cover large or remote areas, reliable communication is also essential. That’s why Digitex works with trusted partners to implement robust wireless communication networks. These networks guarantee seamless data transmission. This is highly effective in challenging offshore, underground, or high-altitude environments.
Monitoring diverse structures requires tailored approaches depending on the environment and function:
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Across all these applications, the Voyager platform automates OMA in real time. On the other side, the Observer software supports advanced analysis of modal properties.Â
Our systems combine xWave accelerometers, xSense for connecting displacement sensors, xStrain for measuring stress and strain, and xMet with weather stations, adapting seamlessly to tunnels, wind turbines, oil & gas platforms, reservoirs, and tall chimneys.
With Observer software and the Voyager platform, you can extract modal properties such as frequencies, damping, and mode shapes in real-time. This will help you get continuous insight into dynamic performance across diverse structures.
The xAlarm device, together with trigger mechanisms and ring buffer functionality, issues instant SMS and digital alarms. This way, it ensures that operators take immediate safety measures.
For large, remote, or offshore assets, Digitex deploys state-of-the-art wireless communication solutions through trusted partners, guaranteeing uninterrupted data transfer and simplified system management regardless of location.
Designed for extreme environments, Digitex SHM systems deliver low-maintenance, rugged monitoring—equally effective in underground tunnels, offshore platforms, or high-altitude chimneys.
A top-notch system for instrumenting large and complex structures. All in all, a fully digital monitoring solution for every type of civil infrastructure.
Researchers, engineers, and contractors can now do a rapid and reliable structural health assessment with ease.Â
A Structural Health Monitoring (SHM) and earthquake engineering software – a powerful suite that covers the full lifecycle of any project!
Portable ambient vibration monitoring with xDAS Ambient. Supports heritage preservation, conservation, and structural safety of a XIV-century Orthodox church.
View case study →Deployment of xDAS Ambient system for ambient vibration measurement of a children’s kindergarten in Sochi, Russia. Provided structural validation data to support…
View case study →Deployment of xDAS Ambient system for portable ambient vibration measurement of a residential building in Krasnodar, Russia. The campaign provided high-quality vibration…
View case study →Unlock the full potential of your Structural Health Monitoring with Digitex.
Digitex Systems
Provider of real-time structural health monitoring systems to assist engineers with non-destructive testing and early structural damage detection