Description:
The Tiltmeter is an inclinometer used extensively in geotechnical monitoring to measure angular changes in the surface of the ground, structures, or constructions under the influence of loads or movement. These sensors typically use vibrating wire technology or other electronic sensing methods, offering high precision in measuring very small angular variations, often as small as a few arc seconds. Tiltmeters are constructed with high-strength materials, ensuring reliable operation in harsh environments, and providing accurate data for infrastructure projects and monitoring systems.
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Key Features:
- Advanced Sensor Technology: Utilizes vibrating wire or electronic sensors to measure tilt with high precision, typically within a few arc seconds.
- Durable Materials: Constructed from stainless steel or specialized alloys, the sensor is protected against mechanical stress and corrosion, making it ideal for outdoor use.
- Noise Resistance: Designed to resist electromagnetic interference and radio frequency interference, ensuring stable and accurate measurements.
- Automatic Temperature Compensation: Equipped with a temperature sensor to compensate for temperature variations, improving measurement accuracy in fluctuating environments.
- Wide Applications: Commonly used for monitoring movement in structures like dams, bridges, tall buildings, and foundation systems.
- Real-time Data Provision: Capable of providing continuous data, supporting engineers and managers in making accurate decisions for maintenance and ensuring structural safety.
Applications:
- Monitoring vertical rotation, deflection, and deformation of diaphragm & retaining walls.
- Monitoring inclination and rotation of dams, piers piles, etc.
- Monitoring structures for the effects of tunneling and excavation.
- Monitoring the stability of structures in landslide and earthquake-prone areas.
- Monitoring tunnels for convergence and other movements.
- Evaluating the performance of bridges & struts under load.
