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    Accelerometer Sensor Price List

    An accelerometer sensor is an electronic component used to detect the acceleration, vibration, or tilt of an object. Some sensors can measure the linear acceleration of objects in the X, Y, and Z directions (including gravity).

    The accelerometer sensor can measure linear acceleration in the X, Y, and Z directions (including gravity). It operates based on the piezoelectric effect, capacitance changes, or MEMS (Micro-Electro-Mechanical Systems) technology, converting physical motion into electrical signals. It is widely used in various fields such as smartphones (screen rotation, step counting), automobiles (airbag deployment), industrial equipment (vibration monitoring), and the Internet of Things (IoT).

    This article will introduce you to the various types of accelerometer sensors available on the ATO and their prices, helping you find the most suitable solution.

    ATO Accelerometer sensor price list

    Product SKU Specifications Price
    Three-axis Accelerometer Sensor
    Three axis accelerometer sensor ATO-AS-AKF392

    Measuring Range: ±2g; ±4g
    Frequency Response: 2.4kHz; 5.5kHz
    Output: digital output

    $1,289.60-$1,320.59  
    ATO-AS-AKF398

    Measuring Range: ±2; ±4g
    Frequency Response: 2.4kHz; 5.5kHz
    Output: current output

    ATO-AS-AKF390

    Measuring Range: ±2; ±4g
    Frequency Response: 2.4kHz; 5.5kHz
    Output: voltage output

    Capacitive Accelerometer Sensor 
     Capacitive accelerometer sensor  ATO-AS-SADR

    Measuring Range: ±1g; ±5g; ±50g
    Frequency Response: 0~400/1000/2000Hz
    Sensitivity: 38/250/1000mV/g
    Axis: three axis

    $454.61-$1,039.23
    ATO-AS-R0150

    Measuring Range: ±1g; ±5g; ±50g
    Frequency Response: 0~400/1000/2000Hz
    Sensitivity: 38/250/1000mV/g
    Axis: single axis

    $454.61-$608.46
    Piezoelectric Accelerometer Sensor    
    Piezoelectric accelerometer sensor ATO-PAS-KT22

    Measuring Range: 5~50g; 50~100g
    Frequency Response: 1~4000Hz
    Sensitivity: ±5V/range
    Output: ±5V

    $419.68
    ATO-PAS-KT06

    Measuring Range: 0~200g; 0~500g; 0~1000g
    Frequency Response: 1~4000Hz
    Sensitivity: 16mA/range, ~5V/range
    Output: 4~20mA/0~5V

    $467.33
    ICP/IEPE Accelerometer Sensor    
     ICP/IEPE accelerometer sensor ATO-AS-SAE051

    Measuring Range: 10g/50g/100g
    Frequency Response: 0.5~5000Hz
    Sensitivity: 50/100/500mV/g
    Output: M12 aviation plug

    $952.66-$1,002.66
    Industrial Piezoelectric Accelerometer Sensor
    Industrial piezoelectric accelerometer sensor ATO-AS-100T

    Measuring Range: ±50g (peak)
    Frequency Response: 0.2~10,000Hz (±3dB)
    Sensitivity: 100mV/g (160HZ) (25°C)
    Output: 5/8-24 2-pole socket

    $377.14
    PE Piezoelectric Accelerometer Sensor
    PE piezoelectric accelerometer sensor ATO-AS-PC015

    Measuring Range: 150g (1500m/s2 peak)
    Frequency Response: 0.3~3,000 Hz
    Sensitivity: 500pC/g (20±5°C)
    Output: Side L5

    $532.65
    Accelerometer Vibration Sensor
    Accelerometer vibration sensor ATO-AS-R4D

    Measuring Range: 0~50mm/s, 
    Frequency Response: 10~1600Hz
    Output: RS485

    $278.14-$303.14
    ATO-AS-1020A

    Measuring Range: 0~20mm/s
    Frequency Response: 10~1000 Hz
    Output: 4~20mA

    $258.77-$308.77

     

    How to choose an accelerometer sensor

    When selecting an appropriate accelerometer sensor, it is essential to consider various factors such as the application scenario, performance parameters, and environmental conditions.

    1. Clearly define the measuring requirements, such as the measuring range (50g is suitable for general industrial vibrations or moderate impact scenarios, while 100g is more suitable for detecting high-intensity impacts or extremely high accelerations) and frequency response (low-frequency applications only require a few Hz bandwidth, while vibration analysis or impact testing may require hundreds of Hz or even kHz-level bandwidth).
    2. Consider the sensor type: MEMS accelerometers are suitable for consumer electronics and IoT applications (low power consumption, compact size), while piezoelectric accelerometer sensors are more suitable for industrial vibration analysis (high dynamic range).
    3. Environmental factors such as temperature range, shock resistance, and waterproof rating are critical. Industrial applications should select models that are heat-resistant, dustproof, and waterproof.
    4. Considering cost constraints, choose the most cost-effective solution that meets performance requirements.

    If you are seeking an accelerometer sensor and have any questions or need further assistance, please visit ATO store platform, where we will provide you with the necessary services and professional support.

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