6
3.1 Settings
The POWERJAZZ comes with this parameters:
Brake:
off
Battery type:
Lipo
Empty Battery:
slow down
Start up:
soft
Timing:
auto
RPM Control:
off
Stick positions:
auto (APM)
For changing this parameters use the
KONTRONIK ProgCARD (Order # 9305).
3.2 Part load capability and the active free
wheeling circuit
To optimize the efficiency at part load the
POWERJAZZ contains a special circuitry, called
active free wheeling circuit. It increases the
efficiency of the ESC at part load and so
reduces the heating. The active free wheeling
circuit can’t be used with very little load. There it
is switched off. This can result in a little
discontinuity of the motor RPM.
The POWERJAZZ can be operated unlimited in
part load conditions if at full throttle and full load
the
battery
current
not
exceeds
the
POWERJAZZ continuous current limit.
3.3 Connectors
With this POWERJAZZ ESC you’ve bought a
high quality product. To keep it, the use of high
quality connectors and well soldered batteries
with low resistant are mandatory. If any
questions are left, especially on the motor current
of your actual application please feel free to
contact the KONTRONIK service.
3.4 Sensorless Commutation
The POWERJAZZ works without sensors in the
motor. Therefore the commutation of the motor
will be optimized to the application auto-
matically. But this means also that the
POWERJAZZ can’t t detect the motor position at
zero RPM. Therefore it is possible that the motor
will oscillate a little bit when started.
For questions or if you are not sure what to
do, feel free to call +49 7457 94350 or send
an E-mail to
.
4. Connection of the cables
Motor cables
(blue - green - red)
The sequence of the motor cables is arbitrary.
Changing any 2 of the motor cables will reverse
the motor rotation direction.
Even with reverse polarity protection use
only polarized connectors for the battery
cables!
Battery cable
(red) = Battery Plus
Battery cable
(black) = Battery Minus
Receiver cable
(brown/red/orange)
red = plus receiver
black = minus receiver
orange = impulse receiver
