Wireless Tiltmeter Tilt90-i

The Wireless Tiltmeter Tilt90‑i is a high-precision instrument designed for accurate monitoring of tilt and angular changes in geotechnical and civil engineering projects. Its wireless capability allows for real-time data transmission, providing engineers with timely insights into structural and ground movements in tunnels, slopes, dams, and retaining walls.

The Tilt90‑i delivers drift-free, stable measurements, converting angular variations into reliable data. Its rugged construction ensures consistent performance in harsh field conditions, including vibration, moisture, and temperature fluctuations.

Engineers use the Wireless Tiltmeter Tilt90‑i to monitor tilt variations, assess structural stability, and support proactive maintenance strategies. Integration with automated monitoring platforms and data visualization systems enables continuous monitoring, efficient reporting, and informed decision-making.

The Wireless Tiltmeter Tilt90‑i provides engineers with a precise, reliable, and versatile solution for tilt monitoring, ensuring real-time assessment and long-term safety in geotechnical and civil engineering projects.

Loadsensing

Advantages

01

Accurate monitoring of structural and geotechnical tilt

02

Real-time data collection enhances safety and project control

03

Supports automated monitoring, reducing manual inspections

04

Suitable for tunnels, slopes, dams, retaining walls, and other civil projects

05

Durable and low-maintenance design for long-term deployment

06

Enables proactive maintenance and efficient project management

Key Features

  • Wireless real-time tilt measurement
  • High-accuracy, drift-free performance
  • Robust design for harsh field environments
  • Resistant to vibration, moisture, and temperature changes
  • Compatible with dataloggers and monitoring platforms
  • Easy integration into automated monitoring networks

Get in Touch

Secure your Infrastructure with Advanced Monitoring Solutions

We provide end-to-end monitoring solutions for safer and more efficient operations.

Scroll to Top