• Click PN for complete PDF data sheet
  • Click Full C Discharge Derating for Discharge Graph

    Cell Series:
    Pack Voltage (nominal):
    Fresh Charge (VDC):
    Cut off Voltage (VDC):
    		Amps:
    Throttle: up
    down

    = Editable Fields
    FMA Base PN Nominal Cell Capacity (mAh) This battery used in Battery "C" Rating Full C Discharge Derating Parallel Requirement Configuration Total mAh Full C mAh (Derated) Time @ Full Capacity (Minutes) Time @ De-rated Capacity (Minutes) Cell Weight (gms) Total Weight (gm-Cells Only) Total Cells
    Super High Discharge Type
    CP0350 350 This battery used in CP0350 25 80% 2 3s2p 700 560 03:30 02:48 11 66 6
    CP0750 750 This battery used in CP0750 20 80% 1 3s1p 750 600 03:45 03:00 19 57 3
    CP0950 950 This battery used in CP0950 25 80% 1 3s1p 950 760 04:45 03:48 27.5 82.5 3
    CP02100 2100 This battery used in CP02100 18 80% 1 3s1p 2100 1680 10:30 08:24 46 138 3
    CP03200 3200 This battery used in CP03200 20 80% 1 3s1p 3200 2560 16:00 12:48 80 240 3
    CP04800 4800 This battery used in CP04800 20 80% 1 3s1p 4800 3840 24:00 19:11 121 363 3
    Customer Defined (Allows you to enter custom data)
    N/A This battery used in N/A %                

    Calculations are approximate and may be affected by several variables, including input parameters, battery age, throttle management, and even charging practices and charger quality. Time calculations are linear and may not predict actual system performance. To increase run time, consider increasing battery pack capacity by connecting packs of same voltage, same capacity, and same charge state in parallel. Also, be sure the cells are comparable in age when paralleling cells. Aging cells lose capacity over time. Going from a 1p configuration to a 2p will double run time, all other things being equal.