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China Textile Pressure Sensors for Pillows - MH-04O-S01-UW Small - Top Suppliers & Factory Solutions

Introducing the MH-04O-S01-UW (SMALL) textile pressure sensors, designed specifically for measuring surface pressure distribution on pillows. These innovative sensors are essential tools for bedding manufacturers in China, helping them assess, validate, and enhance the comfort and support of their products. As a reliable solution for prototyping and design verification, our sensors are favored by suppliers and factories globally. Experience the difference in product development with our advanced pressure sensing technology.

    Technical Parameters

    Sensing
    Sensor Technology Piezoresistive Pressure Sensor
    Sensor points 24X36 (864 points)
    Pressure Range 5-100mmHg
    Accuracy ±10%FS
    Frequency of sample 20Hz
    Ambient Temperature 10-40℃
    Ambient Humidity 5-90%RH
    Physical Characteristics
    Total Area 430mm*610mm
    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
    Technical parameters diagram

    Product Introduction

    Frequently Asked Questions

    What type of sensor technology does this device use?
    This device utilizes high-precision Piezoresistive Pressure Sensor technology, featuring a resolution layout of 24X36 (864 points) to ensure accurate pressure mapping.
    What are the measurement range and accuracy specifications?
    The sensor supports a pressure range of 5-100mmHg with a measurement accuracy of ±10%FS and a sampling frequency of 20Hz.
    What are the dimensions and materials of the sensing fabric?
    The total physical area of the sensor is 430mm*610mm. It is constructed from a black PU fabric material, providing a durable and cleanable surface.
    How does the device connect to other systems?
    The system supports dual communication interfaces, allowing you to connect via either USB or WIFI depending on your integration needs.
    What are the power requirements for USB and WIFI modes?
    When using USB communication, the device is powered directly via the host PC power supply. For WIFI communication, the device requires power from an external 5V/1A adapter.
    What environmental conditions are suitable for operation?
    The device is designed to operate reliably within an ambient temperature range of 10-40℃ and an ambient humidity range of 5-90%RH.

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