High Precision Digital Inclinometer, Single Axis, Output RS485/ RS232

Single axis digital slope meter adopts the micro-electromechanical control principle and is equipped with a dual-core measurement unit. During the measurement process, the Y-axis can be used to compensate the X-axis. Then, the interleaving and temperature compensation model algorithms are applied to leverage the operational advantages of the micro-electromechanical principle, ensuring the long-term stability and repeatability of the instrument's measurements.

Specification

Features

• High precision: Accuracy <0.003°, repeatability 0.003°, angle resolution 0.001° for reliable measurements.
• Flexible ranges: The digital inclinometer sensor offers ±15°/±30° angle ranges to fit different application needs.
• Versatile modes: Switchable absolute/relative measurement; measurable from sides and bottom.
• Easy installation: Double benchmark strong magnets for quick, stable attachment to ferromagnetic surfaces.
• Intelligent compensation: Auto-angle interleaved and auto temperature drift compensation to reduce errors.
• Clear display: 64-color luminous LCD (L57.6mm*W43.2mm visible area) with night vision 4-color screen.
• Practical functions: Data storage; VC software compatibility (via 5-pin USB) for data analysis.
• Durable & portable: Aluminum anodizing material, 300g weight, L117mmW75mmH27.1mm size, IP54 waterproof.
• Long battery life: The electronic inclinometer has 3.7V rechargeable lithium battery, 5h charging for 11h continuous use.
• Customizable performance: The clinometer digital offers filter frequency to adjust response speed.

Dimension (unit=mm)

Measuring Direction

Absolute/Relative Measurement Mode

Default absolute measurement mode

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

Application

6 Tips for Using & Maintaining Your Single Axis Magnetic Digital Clinometer

1. Proper calibration frequency of the single axis magnetic digital inclinometer to maintain measurement accuracy
2. Precautions for using the single axis magnetic digital inclinometer near strong magnetic interference sources
3. Recommended storage conditions for the single axis magnetic digital clinometer when not in use
4. How to troubleshoot common data transmission issues between the digital inclinometer and PC
5. Maintenance methods for the lithium battery of the digital inclinometer to extend its service life
6. Differences in application scenarios between the ±15° and ±30° measuring range versions of the single axis digital clinometer