Magnetic Digital Slope Inclinometer, 1 Axis ±90°, 2 Axis ±30°

Built with durable aluminum alloy, this magnetic digital inclinometer provides professional-grade accuracy for vehicle and slope leveling. The digital angle gauge boasts a 6-hour battery, 85% RH operation, an IP54 rating, and comes in both 1-axis and 2-axis models. Offering multiple measurement modes, this portable tool performs reliably in challenging environments from -10°C to +70°C.

Specification

Features

• High Accuracy: Features a best accuracy of <0.02° and 0.001° resolution for precision measurement.
• Rugged Design: The magnetic digital inclinometer withstands temperatures from -10°C to +70°C and supports three-sided magnetic mounting.
• Advanced Stability: MEMS technology and temperature compensation enable stable performance.
• Smart Display: Includes a night-vision four-color screen and data storage on the portable electronic inclinometer.

Dimension (Unit: mm)

Measuring Mode

Measuring Direction

Installation

Application

Tips: How does the car/slope magnetic digital inclinometer work?

The core operating mechanism of this digital inclinometer with level function is based on microelectromechanical systems (MEMS) technology. Its internal MEMS sensor can keenly sense minute changes in capacitance or resistance caused by angle variations.

After acquiring raw data, the high resolution inclinometer's internal processor activates a sophisticated, patented cross-calibration algorithm to fuse and cross-validate multi-axis data, effectively eliminating potential bias from individual sensors. Furthermore, an integrated temperature compensation model monitors ambient temperature fluctuations in real time and dynamically adjusts calculation parameters to offset measurement drift caused by temperature changes on electronic components.

Leveraging the computational advantages of MEMS, this series of real-time, online compensation and calibration processes ensures the digital inclinometer gauge maintains excellent long-term measurement stability and extremely high repeatability under a variety of complex operating conditions.