This is the Great Planes ElectriFly
     Lithium Polymer 3200mAh 7.4V 25C Battery Pack with Balance Connector.

FEATURES: Balancing allows all cells to fully charge to 4.2V ensuring
            maximum power from the pack, plus conditions the cells better
            so they will last longer
          Safer as long as the Cell Balancer or a properly equipped Charger
            with Balancing Capabilities is used

INCLUDES: Great Planes ElectriFly Lithium Polymer 3200mAh 7.4V 25C Balance
            Battery Pack with ElectriFly Balance Connector, Deans Ultra Plug
            and Instruction Sheet

REQUIRES: Balancer such as the Equinox LiPo Cell Balancer (GPMM3160) and LiPo
            compatible charger OR
            LiPO compatible charger and balancer such as the ElectriFly
            AC/DC TritonEQ (GPMM3155) or the ElectriFly AC/DC Triton2 EQ
            (GPMM3156)
          LiPo Charging Bag

SPECS:    Capacity: 3200mAh
          Number of Cells in Series: 2
          Rated Voltage: 7.4V
          Discharge Current: 25C
          Maximum Recommended Charging Amps: 3.2A
          Pack Dimensions: 5.3 x 1.7 x 0.55" (134 x 44 x 14mm)
          Weight: 6.5oz (183g)

COMMENTS: READ the ENTIRE instruction sheet included with battery before use
          ALWAYS use a LiPo-approved Charger
          ALWAYS use a LiPo Cell Balancer
          NEVER Charge over 4.2V per cell
          NEVER Charge at currents greater than 1C
          NEVER Charge through the "To ESC or "DISCHARGE" lead
          NEVER Trickle Charge
          NEVER allow to Discharge below 2.5V per cell
          NEVER disassemble or modify pack wiring in any way or puncture cells
          NEVER place on combustible materials or leave unattended during
            Charging
          ALWAYS charge in a fireproof location
          ALWAYS set charger's output volts to match battery volts
          ALWAYS keep out of reach of children

                                                                   jxs 08/21/12
                                                                         ir/jxs