8532 Low-cost compression load cell with IN-LINE amplifier

Measurement accuracy < 1 % F.S., normalized output signal 0 ... 10 V, stainless steel sensor, compact design, customer-specific versions possible from 20 pieces up

  • Features

    • Measuring ranges between 0 ... 500 N and 0 ... 20 kN
    • Measurement accuracy < 1% F.S.
    • Normalized output signal 0 ... 10 V
    • Stainless steel sensor
    • Compact design
    • Customer-specific versions possible from 20 pieces up
  • Product data

    Model 8532
    Measuring range

    0 … 500 N
    0 … 1 kN
    0 … 2 kN
    0 … 5 kN
    0 … 10 kN
    0 … 20 kN

    Direction of force Compression
    Standardization No
    Signal output 2 mV/V
    Protection class IP60
    Overload protection No
    Pull-plate No
    Load introduction button Yes
    Range of operating temperature -20 ... +80 °C
    Specific characteristics
    • Stainless steel sensor
    • Compact design
  • Description

    This force measurement chain was developed for applications where a low cost solution is more important than achieving high levels of accuracy. The sensors strain gauge technology allows the measurement of static and dynamic forces. The load cell is also designed for applications that provide only little space due to its compact design. These properties, together with the sensors dust protection, make the measuring chain suitable for a wide range of applications, such as

    • Industrial manufacture
    • Manufacture of customized machinery
    • Geological investigations
    • Motor vehicle engineering
    • Commercial agriculture
    • Bridge building

    The body of the sensor is a flat, cylindrical disk, into which a domed force application knob is integrated. It is important that the force is applied axially to the center of the sensor. The domed form, however, minimizes the effect of a force that is not exactly axial.

    A full-bridge strain gauge is used as the measuring element inside the sensor, by means of which the force to be measured is converted into a proportional electrical voltage.

    The in-line amplifier increases this voltage from 0 up to 10 V. The surface against which the sensor rests is important for the quality of the measurement. It should be ground. It must be sufficiently hard and thick and not deform under load

  • Data Sheet & Downloads

    Data sheet
    Further info
  • Videos

    Example showing load cell fitted under pre-load with extreme overload protection

    Youtube channel Burster Youtube Channel

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