Price: $1,079.00
SKU: BCK112035
Brand: KBI
    Energy (kj):

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    Battery Booster KBI are the ultimate solution for guaranteed engine start from your battery.  When you are out at sea, or in an emergency situation and you absolutely positively have to crank your engine this is the solution the industry been waiting for.

     

    Battery Booster KBI Specifications

      35 kJ 70 kJ 120 kJ

    Electrical Characteristics

    Operating Voltage Windows 4 - 14.5 V 4 - 14.5 V 4 - 14.5 V
    Maximum Voltage * 16 V 16 V 16 V
    Minimum Voltage ** 4 V 4 V 4 V
    Internal Resistance 0.003 Ohm 0.002 Ohm 0.002 Ohm
    Pulse Cranking Amps (PCA) @ 1.5s *** 1778 2462 2909
    Capacitance 600 F 1200 F 2000 F
    Energy Stored Within Operating Voltage Window 55 kJ 110 kJ 190 kJ
    Energy Stored Within a Specified Voltage Window of 6.5 Volts - 13Volts 35 kJ 70 kJ 120 kJ
    Maximum Power 17.5 kW 26 kW 26 kW
    Leakage Current at 14.4 V 10 mA 20 mA 30 mA

    Operating Conditions

    Operating Temperature Range **** -58° to 122°F
    -50° to 50°C
    -58° to 122°F
    -50° to 50°C
    -58° to 122°F
    -50° to 50°C
    Storage Temperature Range -76° to 158°F
    -60° to 70°C
    -76° to 158°F
    -60° to 70°C
    -76° to 158°F
    -60° to 70°C
    Cycle Life **** ~ 1,000,000 ~ 1,000,000 ~ 1,000,000

    Dimensions and Weight

    Length 15.88" 14.49" 15.59"
    Width 10.63" 7.11" 8.11"
    Height (With Posts) 8.70" 8.44" 10.61"
    Height (Without Posts) 7.63" 7.36" 9.56"
    Weight 29 lbs 46 lbs 62 lbs
    KAPower is a electrochemical capacitor (aka supercapacitor or ultracapacitor) and all specifications subject to change without notice.
    * Module can be kept at this voltage for a short period.
    ** Short-term discharge of the module down to zero volts is possible.  However, it should be stored at a voltage not less than the minimum voltage specified.
    *** Pulse Cranking Amps (PCA) is measured at the rated voltage for the defined amount of time. Engine starting is considered to be a pulse power application because it requires a high rate of discharge for a short duration.
    **** Operating temperature is dependent not only on the ambient temperature, but also on the module operating mode.  High charge or discharge cycle frequency and high charge or discharge currents produce higher temperatures.  To insure guaranteed cycle life of the capacitor module, internal cell temperatures should not exceed 131° F (55° C).  Module operation at temperatures above 131° F (55° C) may temporary result in a reduction of the modules capacitance and delivered energy.  Capacitance and delivered energy can be fully restored by re-charging the capacitor at temperatures below 131° F (55° C).