3 Axis MEMS Accelerometer Sensor, 0~5V Output

SKU: SUCH-AS-390
$1,289.60
● Output voltage: 0~5V ● Measuring rang: ±2g, ±4g, ±8g, ±10g, ±20g, ±40g ● Measuring axial: X, Y, Z axis ● Deviation calibration: <1mg
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🕒 Delivery date: 6-12 days
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Overview

Three-axis MEMS accelerometer sensor with dynamic response performance is now available for sale, offering six range options from ±2g to ±40g. By simultaneously measuring acceleration along the X, Y, and Z axes, it can be widely applied in industrial vibration detection, structural monitoring, and other scenarios. This accelerometer sensor provides a 0–5V analog voltage signal output, making it easy to integrate into various data acquisition systems. It supports magnetic base and L-shaped bracket mounting options for convenient deployment.

Feature

MEMS accelerometer sensor features

  • MEMS accelerometer sensors are low power, calibrated, robust, and provide stable output.
  • L-shaped adapter plate/magnetic base optional.
  • New electronics provide solid-state power for reset and comprehensive protection against overvoltage.
  • Excellent bias stability and environmental performance (shock, vibration, and temperature).

Dimension (Unit:mm)

MEMS accelerometer sensor dimension

Adsorption Base Plate Dimension

MEMS accelerometer sensor adsorption base plate dimension

Accelerometer Sensor Curve

Sensitivity amplitude frequency response characteristic curve voltage current output

sensitivity amplitude frequency response characteristic curve

Sensitivity linearity chart voltage current output

sensitivity linearity chart


3-axis Direction/ Wiring Diagram

Accelerometer sensor 3 axis direction
MEMS accelerometer sensor wiring
Specs
Measuring Rang ±2g, ±4g, ±8g, ±10g, ±20g, ±40g (optional)
Deviation Calibration <1mg
Measuring Axial X,Y,Z axis
Up/Off Power Repeatability <2mg (max)
Resolution/Threshold (@1Hz) <1mg (max)
Frequency Response 500Hz
Bandwidth (3dB) 1000Hz
Output Voltage 0~5V
Power Supply Input (Vdd-Vss) 9~36 VDC
Power Consumption <60mA @ 12VDC
Interface Type Industrial standard M12 connector
Protection Rating IP67
Weight Product net weight: 82g
Magnetic base: 48g
L-shaped mounting plate: 20g
Dimensions Product dimensions: 34.3*34.3*38.5 mm
Magnetic base: 34.23*34.23*6 mm
L-shaped mounting plate: 36*44*15 mm


Other Specs

Rang Sensitivity Temp coefficient error Nonlinearity (max) Cross-axis sensitivity
±2g 1250mV/g 0.01%/°C <0.5% FS 1%
±4g 625mV/g 0.01%/°C <0.5% FS 1%
±8g 312.5mV/g 0.01%/°C <0.8% FS 1%
±10g 250mV/g 0.05%/°C <1% FS 2%
±20g 125mV/g 0.05%/°C <1% FS 2%
±40g 62.5mV/g 0.05%/°C <1% FS 2%

 

Rang Resonant frequency Noise density 0g output 2.5V Vibration sensitivity ratio
±2g 2.4kHz 21μg/√Hz <0.001mA 1%
±4g 2.4kHz 21μg/√Hz <0.001mA 1%
±8g 2.4kHz 21μg/√Hz <0.001mA 2%
±10g 5.5kHz 86.6μg/√Hz <0.008mA 5%
±20g 5.5kHz 86.6μg/√Hz <0.008mA 5%
±40g 5.5kHz 86.6μg/√Hz <0.008mA 5%
Application
Bridges

Bridges

Automobiles

Automobiles

Medical equipment

Medical Equipment

FAQ

This 3-axis MEMS accelerometer sensor is widely used in structural health monitoring, industrial equipment vibration detection, vehicle dynamic analysis, robot posture control, and other fields.

The accelerometer sensor provides a standard 0–5V analog voltage output, corresponding to the acceleration signals of the X, Y, and Z axes, respectively. Users can read the signals from each axis in real time through the analog input channel of the data acquisition device. The power supply input range is 9–36 V DC, and the standard M12 industrial connector facilitates quick wiring. Simply connect the power supply, ground wire, and output signal line to begin measurement, compatible with most industrial control systems.

This 3-axis MEMS accelerometer sensor features excellent electromagnetic compatibility and low-noise design, with a noise density as low as 21 μg/√Hz, making it suitable for applications requiring high signal accuracy. Additionally, it has a bandwidth of up to 1000 Hz, supports dynamic response, and includes built-in temperature drift compensation, ensuring stable and reliable data output even in complex operating conditions.

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