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Non-contact open linear incremental encoders

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    Non contact incremental encoders

     

     

    INCREMENTALS
    Series Section Measuring
    lengths
    Accuracy Signals Pitch
    Resolution up to
    Model
    Incremental EXA
    Adhesive
    EXA_incremental_section 70 mm up to
    16 020 mm  
    ± 10 μm/m onda-senoidal

    1 Vpp

    0,1 μm TA + L2RP / L2SP
    salida-TTL-diferencial TTL  5 μm  TA + L2RD / L2SD
    salida-TTL-diferencialTTL  1 μm  TA+ L2RX / L2SX
    salida-TTL-diferencialTTL  0,5 μm  TA + L2RY / L2SY
    salida-TTL-diferencialTTL  0,1 μm  TA + L2RW / L2SW
    salida-TTL-diferencialTTL 0,1 μm TA + L2RW1/L2SW1
    Incremental EXG
    Guided
    EXG_incremental_section 240 mm up to
    6 040 mm
    ± 10 μm/m onda-senoidal

    1 Vpp

    0,1 μm PG + TG + L2RP / L2SP
    salida-TTL-diferencial TTL  5 μm  PG + TG + L2RD / L2SD
    salida-TTL-diferencialTTL  1 μm  PG + TG + L2RX / L2SX
    salida-TTL-diferencialTTL  0,5 μm  PG + TG + L2RY / L2SY
    salida-TTL-diferencialTTL  0,1 μm  PG + TG + L2RW / L2SW
    salida-TTL-diferencialTTL 0,1 μm PG + TG + L2RW1/L2SW1
    Incremental EXT
    Tensioned
    EXT_incremental_section 140 mm up to
    30 040 mm 
    ± 5 μm/m onda-senoidal

    1 Vpp

    0,1 μm PT + TT + L2RP / L2SP
    salida-TTL-diferencial TTL  5 μm  PT + TT + L2RD / L2SD
    salida-TTL-diferencialTTL  1 μm  PT + TT + L2RX / L2SX
    salida-TTL-diferencialTTL  0,5 μm  PT + TT + L2RY / L2SY
    salida-TTL-diferencialTTL  0,1 μm  PT + TT + L2RW / L2SW
    salida-TTL-diferencialTTL 0,1 μm PT + TT + L2RW1/L2SW1

     

    Installation
    Consider the physical length of the installation and the space available for it.
    These aspects are crucial to determine the type of linear encoder to use (type of profile).

     

    Mechanical Design:
    EXA: adhesive model with the smallest cross section for constraint spaces, it consists of an engraved steel tape glued directly onto the machine surface, recommended if the tape is under thermally stable conditions.
    EXG: guided model for long measuring lengths it comprises an aluminium extrusion glued to the surface and an engraved steel tape. The steel tape is guided in the extrusion and secured in the mid point to the machine surface that allows the tape to expand/contract freely at its ends and ensures a defined thermal behaviour.
    EXT: tensioned model for very long measuring lengths and high accuracy it comprises an aluminium extrusion glued or screwed to the surface, an engraved steel tape and tensioning system. The steel tape is guided in the extrusion and tensioned between its ends. The tensioned steel tape is fixed on the machine base so it replicates the thermal behaviour of the surface.

     

    Accuracy
    Each linear encoder is subjected to quality control showing its accuracy along its measuring length.

     

    Signal
    Consider the following variables for selecting the type of signal: resolution, cable length and compatibility.

     

    Resolution
    The resolution of the control of machine depends on the linear encoder.

     

    Cable length
    The length of the cable depends on the type of signal.

     

    Speed
    The speed requirements for the application must be analyzed before choosing the linear encoder.

     

    Shock and Vibration
    Fagor linear encoders withstand vibrations of up to 200 m/s2 and shocks of up to 1000 m/s2.

     

    Alarm signal
    All TTL and 1 Vpp models offer an alarm signal.

     

     

     

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