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WF 130 ND - 8 Ohm

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    Purchase WF 130 ND - 8 Ohm

    SKU: V-9051-WF130ND WF 130 ND - 8 Ohm

    $213.00 each
    Brand: Visaton
    Quantity in Basket:  None

     

     



    Visaton Speaker Driver - WF 130 ND - 8 Ohm 13cm Low Midrange
    Art. No. 9051

    Visaton WF13ND - 8 Ohm 13cm Low-midrange.
    Visaton WF13ND - 8 Ohm 13cm Low-midrange - rear view.
    Visaton WF130ND - 8 Ohm 13cm Low Mid Range

     

    Characteristics and Sound Properties
    13 cm (5“) low-midrange driver with polypropylene membrane, neodymium magnet and rubber surround which is suited well for uses where very low installation depth and low weight is required but good sound cannot be renounced in the bass and midrange tone area.

    The basket front has an integrated fabric grille, which makes a real grille unnecessary and protects at the same time the usually bare air-gap, as well as the voice coil.

     

    Technical Specifications

    Rated power 40 W
    Maximum power 60 W
    Nominal impedance Z 8 Ohm
    Frequency response
    (fu: Lower cut-off frequency depending on cabinet)
    fu-10000 Hz
    Mean sound pressure level 84 dB (1W/1m)
    Excursion limit ± 8.1 mm
    Resonance frequency fs 46 Hz
    Magnetic induction 1.17 T
    Magnetic flux 376 µWb
    Height of front pole-plate 4 mm
    Voice coil diameter 25.6 mm
    Height of winding 7.6 mm
    Cutout diameter 123 mm
    Net weight 0.26 kg
    DC resistance Rdc 6.7 Ohm
    Mechanical Q factor Qms 2.97
    Electrical Q factor Qes 0.89
    Total Q factor Qts 0.69
    Equivalent volume Vas 10.6 Litres
    Effective piston area Sd 94 cm²
    Dynamically moved mass Mms 11.7g
    Force factor Bxl 5.39 Tm
    Inductance of the voice coil L 0.76 mH

     

     

    Driver Dimensions

    Loudspeaker Driver Dimensions and Measurements - all dimensions in mm (approx.)
    Loudspeaker Driver Dimensions and Measurements - all dimensions in mm (approx.)

     

    Frequency and Impedance Response

    Loudspeaker Frequency and Impedance Response Graph
    Loudspeaker Frequency and Impedance Response Graph