Description

The 3D SENSOR^TM captures three-dimensional displacements throughout its entire length. Whether embedded directly into structures such as soil or concrete, or mounted on the surface of existing structures, its adaptability ensures it meets the specific demands of any project. It is an ideal choice for monitoring pipelines, landslide-prone areas, roads, bridges, embankments, and various linear structures. Its precision allows for accurate data representation, with movements or deflections directly presented in millimeters.

KEY BENEFITS

• Complete VERTICAL & HORIZONTAL DISPLACEMENT measurements spanning the sensor’s entire length.
• Available in both LABORATORY and FIELD versions.
• FLEXIBLE GEOMETRY tailored to enhance sensitivity for distinct projects.
• Zero disruption to the monitored environment (minimal stiffness).
• Built to endure various ENVIRONMENTAL CONDITIONS, including electromagnetic disturbances and lightning.
• STREAMLINED INSTALLATION – lightweight and ready for deployment straight out of its drum.

WHERE IT SHINES

• Ensuring STRUCTURAL INTEGRITY in engineering constructions.
• Optimal for GEO-TECHNICAL & HYDRO-TECHNICAL applications like slurry walls, retaining structures, piles, dams, and more.
• Perfect for LINEAR INFRASTRUCTURES like highways, bridges, tunnels, railway tracks, pipelines, etc.
• Essential in monitoring LANDSLIDES and MINING regions.

Utilizing DFOS shape Sensors for monitoring the health of actual engineering structures facilitates precise displacement measurements across the full sensor length, beginning at a spatial resolution of just 5 mm. It’s crucial to employ sensors that are both accurate and dependable. The 3D SENSOR^TM, with its minimal stiffness, identifies the slip plane without disrupting the soil configuration. This ensures that data interpretation remains accurate and free from potential distortions.

TECHNICAL SPECIFICATIONS