Total: $995,00
INTRODUCING THE REVOLUTIONARY 3D SENSORTM: THE FIRST-EVER SHAPE DFOS SENSOR FOR GEOTECHNICS AND CIVIL ENGINEERING. CAPABLE OF TRACKING STRUCTURAL DISPLACEMENTS IN 3D SPACE ALONG ITS ENTIRE LENGTH.
The 3D SENSORTM 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.
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 SENSORTM, 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.
| 3D SENSOR | |
|---|---|
| Displacement measurement resolution | 1,0 mm |
| Displacement measurement range | Any, dependent on the medium deformations |
| Operating temperature | -20 to +60 °C |
| Sensor dimensions | 45 x 12 mm |
| Sensor weight | 252 kg/km (in situ version) |
| Sensor material | PLFRP + PE |
| Scattering used | Rayleigh, Brillouin or Raman |
| Sensor length | Any length made to order |
| The method of delivery | Storage coils or Straight sections |
| Tansduction factor 2000 V/m/s (S) | Precision factory calibration |
