• Français
  • English
  • Absolute analog multiturn hollow shaft encoder CODMULTIANA-AC

    Absolute analog multiturn hollow shaft encoder CODMULTIANA-AC

    This multiturn absolute sensor, based on battery-less technology, converts an angular position into a4…20 mA analog signal.

    As standard it measures 16 turns but the number of turns can be extended to 65536.

    13-bit output resolution

    Fixing by blind hollow shaft Ø10 or Ø12mm


    Array
    Product reference : -CODMULTIANA-AC suivant FP2598
    Availability : 2 weeks
    Technical sheets
    Consult

    Detailed description

    Power supply :  8 – 32 Vdc

    Output signal : 4..20 mA

    Analog precision : @ 20 mA = ±20 μA (with an ideal power supply)

    Electrical linearity : 0,15%

    Accuracy (INL) ±0,0878° (≤12 bits)

    Protection class : IP65

    Operating temperature : -40 °C to +85 °C

    Humidity 98%, non condensing

    16-turn multiturn resolution (default setting).
    User can use scalability feature to measure up to 65,536 revolutions.


    Do you have a question about this product ?
    Please enable JavaScript in your browser to complete this form.
    Stock of standard products

    Stock of standard products

    All types of sensors.
    We ensure the assembly of sensors and their implementation very quickly.
    Delivery, Traceability & Compliance

    Delivery, Traceability & Compliance

    Our internal quality system ensures full traceability of the equipment delivered:
    Serial number, batch number for all our components.
    Quality certifications

    Quality certifications

    We collect all material certificates and certificates of conformity for the subassemblies and components that we use in our manufacturing process.
    Technical expertise

    Technical expertise

    +50 years of know-how in the design, manufacturing, calibration and implementation of sensors for different sectors of activity.
    Automatic callback
    Your phone number
    Please enable JavaScript in your browser to complete this form.