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China Suppliers MH03T Textile Pressure Sensors for Seat Backrest Measurement - Factory Direct Quality

The MH03T series textile pressure sensors are designed to accurately measure surface pressure distribution on seat backrests. Utilizing advanced piezoresistive technology, these sensors are essential for comfort design and assessment for automotive seats, office chairs, and aviation seats. As a leading supplier in China, our factory produces high-quality pressure sensors that enhance user experience and optimize seating comfort. Trust us for innovative textile pressure solutions tailored to your needs

    Technical parameters

    Sensing
    Sensor Technology Piezoresistive Pressure Sensor
    Sensor points 32X38 (1216 points)
    Pressure Range 0-250mmHg
    Accuracy ±10%FS
    Frequency of sample 25Hz
    Ambient Temperature 10-40℃
    Ambient Humidity 5-90%RH
    Physical Characteristics
    Total Area 635mm*740mm*1mm
    Fabric color black
    Fabric material PU
    Electrical Characteristics
    Communication interfaces USB/WIFI
    USB communication Using PC power supply to power the device
    WIFI communication Power the device with an external 5V/1A adapter
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    Product Introduction

    Frequently Asked Questions

    What sensor technology is used in this device?
    The device utilizes a high-precision Piezoresistive Pressure Sensor featuring 1,216 sensing points configured in a 32x38 matrix.
    What is the pressure range and accuracy of the sensor?
    The sensor supports a pressure measurement range of 0 to 250 mmHg with an accuracy tolerance of ±10% Full Scale (FS).
    What are the physical dimensions and material details?
    The device has a total surface area of 635mm * 740mm * 1mm. It is constructed from premium black PU fabric material.
    How does the device connect and power up?
    It features dual USB and WIFI communication interfaces. USB mode runs directly on PC power, while WIFI mode requires an external 5V/1A power adapter.
    What are the recommended operating environment conditions?
    For optimal performance, the device should be operated within an ambient temperature range of 10-40℃ and a relative humidity range of 5-90%RH.

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