This is the Castle Creations Phoenix-10 amp Sensorless ESC for Brushless motors
    This speed control is specifically designed for Brushless application.
         NOT to be used with Brushed motors. Doing so will ruin ESC.

FEATURES: Extremely low resistance (.013 Ohm)
          High rate (11kHz) switching
          Up to 10A continuous current with proper air flow, 15A surge
          Five to eight cells with four micro servos
          Up to ten cells with three micro servos
          16 cells max with BEC disabled
          Dynamic braking ensures folding props fold properly
          BEC (1.5A) provides power to receiver and servos-eliminates need for
            a separate receiver battery
          User programmable features:
            Low voltage cutoff
            Auto-LiPo setting automatically sets 3V/cellfor 2-4 cell LiPo packs
            Over-current protection
            Brake type
            Throttle range
            Timing advance
            Cutoff type
            Soft start ramp up
         Runs motor in forward or reverse
         Auto motor in cutoff with reset
         Safe power on arming program ensures motor won't accidentally turn ON
         Low torque soft start prevents damage to fragile gearboxes
         Auto Shut Down when signal is lost or radio interference becomes
            severe

INCLUDES: Instruction sheets
          Phoenix 10 ESC

REQUIRES: Soldering to motor and connector
          Soldering iron  HCAR0775
          Solder
          Battery connector (specific to customer's connectors)

SPECS:    Length:   1"    (25.4mm)
          Width:  3/4"      (19mm)
          Height: 1/8" thick (3mm)
          Wire Length:   4" (102mm) motor ends     5.5" (140mm) battery end
                       5.5" (140mm) servo wire with Universal connecter

COMMENTS: Be sure polarity is correct. Incorrect polarity can damage the
           speed control unit.
                                                                   dda 05/09/04
                                                                         ir/jxs