GM-Racing GENIUS 90 Bedienungsanleitung Seite 40

Programming the supplementary functions which are only programmable using the PC software:
#20 Full-throttle point
The full-throttle point setting in ms is normally dictated by the programmed MODE (1 to 8), but it can
also be programmed and altered using the PC. The full-throttle point must be set to at least 1600 or 0.1
ms greater than the zero point.
#21 Zero point
The zero point setting in ms is normally dictated by the programmed MODE (1 to 8), but it can also be
programmed and altered using the PC. The zero point must be set to at least 1600 or 0.1 ms greater
than the full brake point.
#22 Full brake point
The full brake point setting in ms is normally dictated by the programmed MODE (1 to 8), but it can also
be programmed and altered using the PC.
#23 Zero point width
The zero point width can be set individually. For example, this may be necessary if the dead zone of the
transmitter stick is excessive: in this case the zero point width should be enlarged.
#24 MODE
Modes 0 to 3, 6-8 for forward / zero point / brake
Caution! If you select a mode using the PC, note that you must set the battery type manually!
Mode 4, 5 for forward / zero point / brake / reverse
#25 PROGRAM NUMBER
To find adjustments and programms more easy, you can give each programm a Program number for
each Mode 0 - 8. Save the settings always together with the mode number and program number in your
file name.
#26 Low voltage power-down
The low voltage power-down can be programmed in V; see PC software.
This enables you to adjust the low voltage power-down setting in very fine increments, which is useful
for NiMH batteries, but especially important with Lithium packs.
Setting the programmed value to 250 disables this function; the controller then adopts the value dictated
by the RESERVED setting and the MAXREVERSE setting.
#27 Maximum start-up power (PWM width) without sensor
The maximum start-up power (PWM pulse width) with the sensorless motor stopped can be selected to
ensure that the motor starts as smoothly as possible. Start with as low a value as possible, and increase
the setting until the motor starts smoothly. Default setting 128.
Excessive values, i.e. settings which prevent the motor starting immediately, may ruin the controller.
#28 Maximum start-up current without sensor
The maximum start-up current with the sensorless motor stopped can be selected to ensure that the
motor starts as smoothly as possible (10 to 50 A). As soon as the motor starts running, the maximum
current is that dictated by the settings of the current limiter (START AMP) and / or current limiter (AMP
LIMIT). Default setting 30 A. Excessive values, i.e. settings which prevent the motor starting
immediately, can wreck the controller.
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