Dual-axis Tiltmeters

The QT-2 dual-axis Tiltmeters have a range of +/- 0.2 radian
(~11.5° or 0.2 g's) and a resolution exceeding 0.2 nanoradian with very low self noise.
Their low intrinsic temperature sensitivity coupled with high
stability makes them the perfect tool for making sensitive measurements
of long-term tilt in applications monitoring boreholes, seafloor, volcanoes, and more.

Description

The QT-2 dual-axis Tiltmeters

Paroscientific's seismic sensor product line offers the unique advantages of the resonant quartz crystal technology for seismic and geodetic measurements. The sensors are inherently digital, are ultra compact, consume low power, have a large range, extremely low self noise, and market leading stability.
The remarkable performance of these sensors is achieved through the use of a precision quartz crystal resonator whose frequency of oscillation varies with acceleration induced stress. The tiltmeters are thermally compensated to achieve high accuracy over a broad range of temperatures.

The QT-2 dual-axis Tiltmeters have a range of +/- 0.2 radian
(~11.5° or 0.2 g's) and a resolution exceeding 0.2 nanoradian with very low self noise.
Their low intrinsic temperature sensitivity coupled with high
stability makes them the perfect tool for making sensitive measurements
of long-term tilt in applications monitoring boreholes, seafloor, volcanoes, and more.
All units come with a limited five-year warranty with first two years covered at 100%.

Advantages:
• Low energy consumption
• High tilt range
• Ultra-compact
• Very low self noise
• Market leading stability

 

Documentation can be downloaded from the “Download” section.

Additional information

Specifications

Compact
CE Compliant
Internal alignment matrix
Low energy consumption
Parts-per-billion Resolution
High stability and reliability
High Accuracy (better than 0.02%)
Completely calibrated and characterised
RS-232/485 Intelligent Outputs

Applications

Seismology
geodesy
Boreholes
Vulcanology
Oceanography
Gravimetria
Carbon Capture & Storage