The ITI-INCLINOMETER-46 digital inclinometer is a handheld device designed to measure slope with high accuracy. It can measure slope with an accuracy of 10 seconds of arc at ±5° and 1 minute of arc at ±46°. ITI-INCLINOMETER-46 features temperature compensation and fast calibration, making it reliable for operational environments. Thanks to its low-power design, intelligent power-saving features, and lithium-ion rechargeable battery, the ITI-INCLINOMETER-46 offers up to 33 hours of battery life on a single charge.

Besides, taking advantage of a 2.8″ touch screen and user-friendly graphical user interface (GUI), along with measurement in units of degrees, arc seconds, mm/m and mil make slope measurement easier with the ITI-INCLINOMETER-46. By using microelectromechanical sensors (MEMS) and 3D acceleration data processing, ITI-INCLINOMETER-46’s has been able to maintain its accuracy throughout the measurement interval. In addition, thanks to temperature compensation and the use of “multi-factor temperature calibration” technology Utilizing microelectromechanical sensors (MEMS) and 3D processing of acceleration data, ITI-INCLINOMETER-46 inclinometers maintain their accuracy throughout the measuring range. In addition, owing to temperature compensation and the use of multi-factor temperature calibration technology, the temperature drift of ITI-INCLINOMETER-46 is less than 0.03° in the entire temperature range (0°C ~ +40°C).

Technical Specifications:

● Number of Axis – Dual Axis.

● Resolution – 0.01mm/m.

● Measuring range ±46°

● Size – 100 x 30 x 75 mm approx.

● User Quick Calibration.

● 2.8-inch Touchscreen.

● Error limit of 10 seconds of arc in ±5° range (S-Mode).

● The error limit of 1 arc minute in ±46° (Full Range).

● Temperature compensation in the operating range (0°C ~ +40°C).

● Maintaining accuracy throughout the range with “3D Processing of Acceleration Data”.

● Capability of connecting to a computer and transferring data.

● More than 33 hours of continuous work with a single charge.

● Capability of measuring absolute and relative (Relative Zero).

● Possibility of measuring relative rotation on a plane (Plane-Mode).