What types of inclinometers are available?

There are several types of inclinometers available, including mechanical inclinometers, electronic inclinometers, and digital inclinometers. Mechanical inclinometers use a bubble level or pendulum to measure slope, while electronic and digital inclinometers use sensors to detect tilt and provide digital readouts of the angle.

What are some common applications of inclinometers?

Inclinometers are used in a variety of applications, such as measuring the slope of roofs and building foundations, monitoring the pitch and roll of ships and aircraft, and detecting changes in the angle of drilling equipment in the oil and gas industry. They are also used in surveying, geology, and other scientific disciplines.

How accurate are inclinometers?

The accuracy of an inclinometer depends on several factors, including the type of sensor used, the quality of the device, and the conditions in which it is used. Some high-end inclinometers can provide measurements with an accuracy of up to 0.01 degrees or better.

What should I consider when choosing an inclinometer?

When choosing an inclinometer, you should consider factors such as accuracy, range, durability, and ease of use. You should also consider the specific requirements of your application, such as whether you need a digital or analog readout, and whether you need a device that can be calibrated or programmed for specific angles.

Where can I buy inclinometers?

You can buy inclinometers from industrial equipment suppliers, online retailers, and other sources. FindLight.net offers a wide selection of high-quality inclinometers from top manufacturers, along with expert advice from manufacturers to help you choose the right product for your needs.

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Inclinometers for Precise Tilt and Structural Measurement

AM2-070 Dual-Axis Dynamic Inclinometer

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Sold by: Shanghai Aoshi Control Technology Co.Ltd Ships from: China

Specifications
Total Range:	-90 – 90 deg
Resolution:	0.01 deg
Repeatability:	0.05 deg
Static Accuracy:	-0.1 – 0.1 deg
Dynamic Accuracy:	-0.5 – 0.5 deg

Did You Know?

High-precision MEMS inclinometers can resolve tilt changes below 0.001° by measuring tiny differential capacitance changes between a proof mass and fixed electrodes under gravity. A common misconception is that they only measure static angles; in reality, bandwidth-limited devices can track low-frequency dynamic tilt, but are fundamentally constrained by cross-axis sensitivity, temperature drift, and vibration-induced accelerations that contaminate the pure gravitational reference. In structural health monitoring, dual-axis inclinometers are often combined with strain gauges to distinguish real rotations of beams or foundations from local deformations and settling.

Related Resources

Frequently Asked Questions

An inclinometer is a device that measures the angle of inclination or tilt of an object or surface with respect to gravity. It is commonly used in industrial inspection, civil engineering, and other applications that require precise measurements of slope or tilt.

What Are Inclinometers?

Inclinometers are sensors that measure angular tilt or slope relative to gravity, commonly expressed in degrees or milliradians. These devices are used for static or dynamic inclination measurement in civil structures, industrial machinery, vehicles, and scientific setups. Depending on design, inclinometers may be based on MEMS capacitive elements, electrolytic cells, servo accelerometers, or pendulum mechanisms.

Typical Specifications of Inclinometers

When evaluating inclinometers, engineers typically compare several key parameters:

Measurement range: Common ranges include ±5°, ±15°, ±30°, and up to ±90° depending on application.
Resolution and accuracy: Resolution may reach a few arcseconds or microradians in precision models, with accuracy specified as a percentage of full scale or in arcminutes.
Linearity and hysteresis: Defines how closely output follows the ideal tilt response and how repeatable the reading is when approaching an angle from different directions.
Temperature stability: Temperature coefficient and compensated operating range (for example −40 °C to +85 °C) are critical for outdoor or industrial installations.
Output type: Analog voltage or current, digital interfaces such as RS-485, CAN, or SPI, and sometimes USB for laboratory inclinometers.
Response time and bandwidth: Important for dynamic tilt applications on moving platforms.
Environmental protection: IP-rated housings and shock/vibration resistance for field deployment.

Applications of Inclinometers

Inclinometers are used for structural health monitoring of bridges, tunnels, dams, and high-rise buildings, where long-term deformation and settlement must be tracked. In industrial settings, they enable platform leveling, crane boom angle monitoring, and machine tool alignment. In vehicles and robotics, inclinometers provide attitude feedback for stability control and navigation. Laboratory and R&D teams use precision inclinometers to align optical benches, laser systems, and metrology equipment.

Buyer Guidance on FindLight

When sourcing inclinometers on FindLight, start by matching measurement range and required accuracy to your structural or mechanical measurement task. Check linearity, temperature stability, and environmental ratings against your deployment conditions. Confirm output format compatibility with your existing data acquisition or control system, and review power supply requirements and mounting options. Use FindLight to compare detailed specifications across available inclinometers, then contact suppliers directly to clarify performance data, integration notes, and pricing. You can request quotes for inclinometers without registration, streamlining procurement for both prototype and production projects.