Industrial Digital Inclinometer, Single Axis ±180°, Dual Axis ±90°

The industrial digital angle inclinometer is designed for precise angle measurement and control in diverse industrial settings. Utilizing micromachined sensing technology and dual-core measurement units, it provides exceptional accuracy and stability. With features like automatic cross-axis and temperature compensation, user calibration, and strong magnetic mounting, this clinometer is both versatile and reliable for demanding applications.

Specification

Feature

• Dual Measurement Modes: This digital inclinometer supports both angle (°) and mm/m measurements, providing flexibility for various application needs.
• High Precision: Angle accuracy up to 0.05° and resolution of 0.01°.
• Dual-Axis Compensation: Y-axis compensates X-axis for enhanced accuracy.
• Magnetic Mounting: Featuring side or bottom strong magnetic adsorption, the horizontal/vertical angle inclinometer allows for quick, secure, and easy installation on metal surfaces.
• Wide Operating Range: This robust inclinometer operates reliably in temperatures from -10°C to +70°C.
• Data Storage & Display: The tilt gauge inclinometer includes a convenient data hold function and a clear night-vision four-color LCD screen for viewing data in various lighting conditions.
• Robust Construction: Housed in metal aluminum with an IP54 waterproof rating, this industrial-grade inclinometer is built to withstand demanding conditions.
• Rechargeable Battery:  Powered by a 3.7V lithium battery with up to 8 hours of continuous operation.

Dimension (unit: mm)

Measuring Mode

Default absolute measurement mode

Click the "ZERO" button to switch to "REL" relative mode

Application

Tips: What is the Industrial Digital Inclinometer's work principle?

The inclinometer tilt angle meter operates based on micromachined sensing technology with dual-core measurement units. During measurement, the Y-axis compensates for the X-axis, and through Refine's patented cross-compensation and temperature drift compensation algorithms, tilt meter leverages the absolute computational advantages of micro-electromechanical systems to ensure long-term stability and repeatability in measurements.