1 x EVOX RIFA / KEMET 2700uF 420V DC ±20% PEH200OO427AMB2 Electrolytic Capacitor - EVOX RIFA

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£87.95

RS 870-4693
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In stock: 10

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    Unit Quantity:
    1
    Unit Type:
    Unit
    Capacitor Construction:
    Aluminium Electrolytic (Polarised)
    Location:
    TSB-9B


    EVOX RIFA

    • BMUK Stock No.870-4693
    • BrandEVOX RIFA / KEMET
    • Mfr Part No.PEH200OO427AMB2
    Product Details

    The PEH200 series of aluminium electrolytic converters from KEMET offer long life with low ESR and ESL in a compact size. These electrolytic capacitors feature a polarised, welded design with extended cathode construction, heavy duty screw terminals, plastic insulation and a safety vent. The sealing system allows for a low gas-diffusion rate of electrolyte and electrolyte leakage-free operation.

    Features

    Industrial grade
    Long life, high performance electrolytic capacitors
    High CV value with low equivalent series resistance (ESR), and low equivalent series inductance (ESL)

    Applications

    Ground power units,
    Uninterruptible power supplies Welding equipment and drives

    Note

    Supplied without any nuts, bolts or screws!

    Standards

    IEC 384-4 long life grade 40/85/56, DIN
    AEC-Q200 qualified

    Clamp-fixing +85°C

    Ideal for computer power supply applications or other applications that require long operational life

    Specifications
    Length
    105mm
    Voltage
    420V dc
    Technology
    Electrolytic
    Mounting Type
    Screw Mount
    Brand
    KEMET
    Dimensions
    65 x 105mm
    Capacitance
    2700µF
    Diameter
    65mm
    Maximum Operating Temperature
    +85°C
    Minimum Operating Temperature
    -40°C
    Series
    PEH200
    Height
    105mm
    Ripple Current
    12.4 (A @100 Hz 85°C), 40.1 (A @10 kHz 40°C), 57.3 (A @10 kHz 50°C)
    Lead Pitch
    28.5mm
    Polarised
    Polar
    Leakage Current
    7.402 μA
    Lifetime
    15000 h @ +85 °C/420V dc/Ir
    Tolerance
    ±20%
    Equivalent Series Resistance
    10 mΩ @ 100 kHz, 24 mΩ @ 100 Hz