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    MEMS Inclinometer Sensor, ±10°~±90°, 0-5V

    SKU: SUCH-INS-610620
    $949.85
    ● Measuring Range: ±10° / ±30° / ±60° / ±90° ● Measuring Axis: X / X, Y (Single / Dual) ● Output Signal: 0-5V ● Protection Rating: IP67
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    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    The industrial tilt sensor offers single or dual-axis options with full temperature compensation and a 0-5V output signal. It has selectable measuring ranges of ±10°, ±30°, ±60°, or ±90°, and provides high-precision tilt detection with an accuracy of up to 0.003°. The sensor can be installed horizontally or vertically and is ideal for measuring tilt relative to gravity in various industrial applications.

    Feature

    • The sensor provides full temperature compensation with an analog voltage output for single or dual-axis measurement.
    • It has a high-precision 24-bit A/D differential converter to ensure output voltage linearity.
    • The non-contact installation allows for easy system integration, with the tilt angle automatically calculated after installation.
    • The sensor uses MEMS technology, offering compact size, resistance to electromagnetic interference, and high durability against shock and vibration, making it ideal for industrial measurements.

    Dimension (Unit:mm)

    MEMS inclinometer sensor dimension

    *Signal ground: Output voltage signal. Connect the GND of acquisition device.

    Wiring Definition

    Single Axis Tilt Sensor Line Color Function

    Single axis MEMS inclinometer sensor wiring

    RED WHITE GREEN BLACK GRAY
    DC 11.5-36V
    Power positive
    Out X
    X axis output voltage
    NC GND
    Power negative
    Signal GND

    Dual Axis Tilt Sensor Line Color Function

    Dual axis MEMS inclinometer sensor wiring

    RED WHITE GREEN BLACK GRAY
    DC 11.5-36V
    Power positive
    Out X
    X axis output voltage
    Out Y
    Y axis output voltage
    GND
    Power negative
    Signal GND

     

    Installation Diagram

    The installation should ensure that the bottom of the inclinometer sensor is parallel to the measured surface and minimize the impact of dynamic forces and acceleration on the sensor. This inclinometer sensor can be installed either horizontally or vertically. For installation, please refer to the following guidelines.

    MEMS inclinometer sensor installation

    Specs
    Measuring Axis X/XY (single/dual)
    Measuring Range* ±10° ±30° ±60° ±90°
    Zero Output (0° output) 2.5V
    Resolution 0.0007°
    Measuring Accuracy (@25℃) 0.003° 0.01° 0.02° 0.03°
    Long Term Stability 0.01° 0.02° 0.03° 0.04°
    Zero Temperature Coefficient (-40~85℃) ±0.0005°/℃
    Sensitivity Temperature Coefficient (-40~85℃) ≤50 ppm/℃
    Power On Time 0.5s
    Response Time 0.02s
    Response Frequency 1~20Hz
    Output Signal 0-5V
    Electromagnetic Compatibility According to EN61000 and GBT17626
    MTBF ≥50000 hours/times
    Insulation Resistance ≥100MΩ
    Shockproof 100g@11ms, 3 times/axis (half sinusoid)
    Anti-Vibration 10grms, 10~1000Hz
    Protection Rating IP67
    High Seismic Performance >2000g
    Cables Standard 2m length, wearproof, wide temperature, shielded cables 5P*5.7mm, aviation connector
    Dimension 92*48*36mm
    Weight 235g (without cable)
    *Note: This Technical data only list ±10°, ±30°, ±60°, ±90° series for reference, other measuring range please refer to the adjacent specifications.

    Electrical Specification

    Item Min. Standard Max. Condition
    Power Supply 9V 12V, 24V 36V Standard
    Working Current / 40mA / /
    Output Load 10kΩ / / Resistive
    / / 20nF Capacitive
    Working Temperature -40℃ / +85℃ /
    Store Temperature -55℃ / +100℃ /

    PDF computingMEMS Inclinometer Sensor, ±10°~±90°, 0-5V User Manual

    Application
    Tilt sensor for oil drilling

    Oil Drilling

    Tilt sensor for construction vehicle

    Construction Vehicle

    Tilt sensor for geological monitoring

    Geological Monitoring

    FAQ

    The sensor works by detecting changes in the angle of an object with respect to the gravitational field. It uses micro-electromechanical components such as accelerometers or gyroscopes to measure the tilt and then outputs an analog voltage (typically 0-5V) corresponding to the tilt angle.

    Typically, MEMS inclinometer sensors are factory-calibrated and do not require additional calibration. However, to maintain optimal accuracy, ensure correct installation and proper environmental conditions.

    This could be due to incorrect installation (e.g., the sensor bottom is not parallel to the measured surface), or external dynamic forces or accelerations affecting the sensor. Ensure stable installation and check electrical connections for proper setup.

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