This power supply system, based on the PowerBox Competition, offers a range of
new, valuable and practical features in addition to those of its predecessor, which
will be of great advantage to many model applications.
Naturally the unit features double voltage stabilisation of the battery voltage for
servos and receiver at 5.9 Volts, as featured by the PowerBox Competition. The
two electronic switches can be operated by the SensorSwitch. The voltage
monitor system makes use of two LED chains and external LEDs, together with a
low voltage memory which monitors each battery. Viewed overall, this represents
the most reliable and sophisticated method of voltage monitoring available in any
power supply system.
The PowerBox Champion also features a facility for individual servo adjustment
on 3 channels and 12 servos (Servo Match Control). An Adjustor Board can be
connected and disconnected from the unit at any time using the captive cable
(approx. 1 metre long), and the board is used to adjust and program the individual
channels and servos. One Adju stor Board can be used for any number of Power-
Box Champions, and this provides a useful cost saving when you purchase addi-
tional units.
The system provides 7 channels which are accessed remotely from the receiver. All
channels are equipped with the latest short-circuit protected signal amplifiers
(advanced push-pull), and a separate signal is fed to each of the 24 servo sockets.
The signal amplifiers are voltage-independent; we also stabilise the servo signal.
Before you use the PowerBox Champion in your model it is necessary to carry out
an initialisation process in order to obtain optimum results in terms of servo oper-
ating characteristics. This process is necessary because every radio control system
manufacturer uses a slightly different neutral pulse width and end-points, and toler-
ances in the stick units may also arise. The advantage of the initialisation process is
that the PowerBox Champion can be used with all radio control systems, as it is
capable of compensating for any inaccuracy or wear in the potentiometers of the
stick units.
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