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MEMS Analog Tiltmeters

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MEMS Analog Tiltmeters

The MEMS analog tiltmeters monitor tilt changes in either one or two axial planes perpendicular to the surface of the base plate. MEMS analog tiltmeters are permanently installed to provide a long-term observation and are designed for spot readings or remote data acquisition by compatible data loggers like OMNIAlog Datalogger, MIND Portable Readout, CRD-400 and WR-Log Wireless Node.

Designed with a high dynamic range, low thermal sensitivity, and long-term stability, ensures reliable performance for continuous monitoring over extended periods. With minimal maintenance required, the SISGEO tiltmeters deliver excellent performance and come in various measuring ranges and sensitivities, allowing them to be tailored to meet specific requirements.

Tiltmeters are available in uniaxial and biaxial versions and are typically installed in civil engineering projects such as bridges, retaining walls, historical buildings, and open-pit mining areas.

Typically, the user should select bill of materials based on deployment scenario:

  1. Tiltmeter: The core component responsible for detecting tilt variations available in different ranges and sensitivities.
  2. Data Logging Interface: This is the interface that allows the tiltmeter to connect with compatible data loggers for data collection and monitoring.
  • WR-Log Wireless Node: Wireless data transmission and remote monitoring through the node.
  • OMNIAlog Datalogger: Centralized data collection for remote monitoring and analysis.
  • MIND Portable Readout: A compact, multichannel readout unit for local readings of Sisgeo instruments.
  • CRD-400 READOUT: CRD-400 is a new generation multipurpose readout designed to take readings of all instruments including vibrating wire.

Applications of the MEMS Analog Tiltmeters:

  • Structural Health Monitoring: Monitoring the condition of structures over time to ensure their stability and safety.
  • Bridges and Piers: Detecting tilt changes in bridges and piers to monitor structural integrity.
  • Historical Buildings: Used to track tilting in historical or heritage buildings for conservation and safety purposes.
  • Structural Load Testing: Measuring the impact of various loads on structures to ensure they are performing as designed.
  • Building Safety During Adjacent Excavations: Monitoring buildings for tilting or shifting when excavation occurs nearby.
  • Berms in Open Pit Mines: Monitoring the stability of berms in mining operations to prevent collapse.
  • Retaining Walls: Tracking tilt in retaining walls to detect potential failure or shifting.
  • Ground Subsidence: Detecting tilt caused by ground movement or subsidence to assess the risk of structural damage.

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MEMS Analog Tiltmeters
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