KBC-60 Eaton Bussmann 1500V 60A Semiconductor Fuse
KBC-60 Eaton Bussmann 1500V 60A Semiconductor Fuse

KBC-60 Eaton Bussmann 1500V 60A Semiconductor Fuse

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Eaton Bussmann KBC-60 — 1500V 60A semiconductor fuse, 200 kAIC interrupting. Protects semiconductors in drives, rectifiers and inverters.
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    KBC-60 Eaton Bussmann 1500V 60A Semiconductor Fuse

    At a Glance
    • 1000 Vdc rated voltage, 60 A rated current
    • 200 kAIC interrupting rating
    • Non Indicating

    The Eaton Bussmann KBC-60 is a fuse with 1000 Vdc rated voltage, 60 A rated current, 200 kAIC interrupting capacity. Construction is non indicating.

    Specifications

    General specifications
    UPC051712490603
    EAN5027590455183
    Product Length/Depth0.75 in
    Product Height4.35 in
    Product Width0.75 in
    Product Weight6.525 lb
    Electrical rating
    Amperage Rating60 A
    Interrupt rating200 kAIC
    Voltage rating1000 Vdc
    Physical details
    Packaging typeStandard
    General information
    Fuse indicatorNon Indicating
    Mounting methodStud

    Series Selection Table

    KBC-60 series selection table
    Ampere ratings, dimensions and catalog numbers across the Fuse family, reproduced from the Eaton Bussmann datasheet.

    Applications

    • Industrial equipment

    Selection Notes

    • Check the voltage rating against the system voltage, and the interrupting rating against the available fault current, before specifying.

    Common Questions

    What are the ratings of the Eaton Bussmann KBC-60?
    1000 Vdc / 60 A, with a 200 kAIC interrupting rating.
    How much fault current can the KBC-60 interrupt?
    200 kAIC. The available fault current at the installation point must not exceed this value.
    How should I select the KBC-60 for a circuit?
    Match the voltage rating to the system voltage, keep the continuous current above the load current, and check that the interrupting rating exceeds the available fault current. In medium voltage work, select on the transformer or feeder fault level rather than the load current alone.

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