Move Wireless Triaxial Tiltmeter [Static Sensor]

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The Move Solutions Triaxial Tilt Monitoring sensor is a highly accurate and exceptionally stable three-axis wireless Tiltmeter. Variable and remotely configurable sampling rates, a rugged design and a battery life of up to 8 years make this wireless Tiltmeter suitable for many environments and solutions. The wireless Tiltmeters transmit accurate readings from the site via the LoRaWAN wireless communication protocol via a Gateway.
You can view and interact with your data online using the Move Cloud Platform. There are multiple data processing and correlation algorithms developed by Move. It is possible to calculate the deflection of the structure with respect to a baseline. It also mounts a temperature sensor to relate thermal excursion and static deformation. Ideal for static monitoring of large structures and static load tests. 

The Wireless Triaxial Tiltmeter measures the inclination and temperature of the point where it is installed relative to the gravitational axis. By installing a system composed of these sensors it is possible to reconstruct the deformation of the structure. All Tiltmeters are battery powered, they use LoRaWAN wireless transmission, and they can be perfectly synchronized with each other, making them perfect for static load tests. The acquisition methods can be set by the user through the Cloud Platform provided by Move Solutions™.



Building Monitoring
Monitor the static angular variation of the structural elements and to obtain the deflection of floors, walls and beams.

Bridge Monitoring
Monitor all the static parameters of a bridge as pier rotations or span static deflections.

Railways Monitoring
Monitor the longitudinal deflection and the transversal deformation of the rail track.

Geotechnical Monitoring
Monitor all the slow movements for measuring horizontal displacement, lateral displacement, settlement and heave.

Key Parameters:

  • Tilt monitoring
  • Wireless communication
  • 1-second time accuracy synchronization
  • Resolution of 0.000015°
  • Repeatability of ±0.0005°
  • Optimised communication between sensors and gateway
  • Up to 8 years of battery life
  • Temperature monitoring

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