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Capacitive Sensor Pipe Liquid Level Detection CE10SN13DPO

  • $89.00
  • Save $40
  • (Exc. GST)

  • Available in stock

  • $ We Ship from our stock in AU (Perth) with pickup option, and Prices are Exc. GST
  • $ We Offer Quantity Discounts for Large Orders 10+ qty (Request for Quote)
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  • Capacitive Sensor Pipe Liquid Level Detection CE10SN13DPO

    This capacitive proximity sensor is used for non-contact detection of metallic and non-metallic objects such as liquid, powder and granular materials; it can also detect materials through glass or plastic walls.

    Note that the standard detecting distance is based on a standard shape approaching the sensor in a standard way. The real detecting distance will vary depending on the shape, thickness and type of material being detected.

    Output type: PNP NO

    Product Specifications

    Sensor Properties
    Controlled By Digital Input (5V)
    Sensor Type Proximity (Capacitive)
    Sensor Output Switch Type Normally Open
    Detection Hysteresis Min 3 %
    Detection Hysteresis Max 20 %
    Sensor Response Time Max 20 ms
    Electrical Properties
    Supply Voltage Min 10 V DC
    Supply Voltage Max 30 V DC
    Current Consumption Max 15 mA
    Protection Circuitry Reverse Polarity, Surge, Overload and Short-Circuit
    Physical Properties
    Cable Length 2 m
    Material PBT
    Operating Indicator Yellow LED
    IP Rating IP67
    Operating Temperature Min -25 °C
    Operating Temperature Max 70 °C
    Operating Humidity Min 35 %RH
    Operating Humidity Max 95 %RH

    1. Widely object detect range: metal, plastic, and fluid etc.
    2. Be able to detect different objects in the container through non-metal container wall.
    3. Sensibility could be adjusted by a potentiometer on the sensor.


      This sensor requires a 12V power supply and outputs a 0-5V signal depending on whether the sensor is triggered. For a simple way to provide 12 volts, you can use our 12V sensor adapter. It uses the 5V supply from your InterfaceKit or Hub and steps it up to 12V while simultaneously passing the 0-5V signal from the sensor into the Phidget cable.


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