Multiplex Roxxy Bl-Smart Control940-6 Bedienungsanleitung Seite 11

3. Setting the BEC voltage
The BEC voltage can be adjusted to suit the receiver and the ser-
vos connected to it using the two micro-switches on the front of the
controller (see picture below). Default setting: 5 V.
The voltage can be set by using a small slot-head screwdriver to
move the switches to the appropriate position. Please refer to the
table for the switch positions and the corresponding voltages.
Note:
It is essential to check that the servos you wish to connect are suit-
able for the BEC voltage selected on the controller.
Switch position
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Disabling the BEC voltage
A special feature of these speed controllers is the ability to disable
the BEC voltage. This is particularly useful if you wish to switch the
model off for short periods without having to remove the wing, can-
opy etc.
This is accomplished by fitting a Futaba slide switch, and bridging
the white and black wires of one lead.
Example:
The monitor LED on the speed controller flashes green at one-sec-
ond intervals to indicate that it is switched off.
Note:
This method of switching off is not intended for long-term use or
storage, since a small current still flows; this would eventually dis-
charge the battery and ruin it.
4. Overview of monitor LED displays
flashing green
Working status
flashing blue
Program card pro-
Single green flash
gramming status
Connection to
S.BUS socket on
transmitter
Flashing green
BEC off
every second
Operating Instructions
Roxxy BL-Smart Control 940-6
Voltage
5V
6V
6.4V
7.4V
Connection /
LED
Status
green S.BUS input
no S.BUS signal
blue PWM input
no PWM signal
Parameter alterati-
on successful
Data transmission
yellow between transmitter
and controller
BEC voltage swit-
ched off
5. Programming the stick positions
1. Disconnect the flight battery from the speed controller.
2. If you are using a Futaba transmitter, set the throttle channel to
"Reverse" in the "SERVO REVERSE" menu.
3. Switch the transmitter on, and move the throttle stick to the full-
throttle position (away from you).
4. Connecting the flight battery to the controller.
5. The controller emits a long beep to confirm that it has registered
the full-throttle position.
6. Move the throttle stick to the Stop position; a brief beep
confirms that the Stop position has been programmed success-
fully.
Note:
If you prefer "full-throttle back", do not set the throttle channel to
"Reverse". In this case the full-throttle position is back (towards
you), and the "Stop" position is forward (away from you).
6. Programming the controller parameters without a program-
ming card
A total of seven parameters can be programmed.
Entering programming mode:
1. Disconnect the flight battery from the speed controller.
2. Switch the transmitter on, and move the throttle stick to the for-
ward
position.
3. Connect the flight battery to the speed controller.
4. After about four seconds the controller confirms programming
mode with a long beep.
5. After a further four seconds you will hear a melody (5-6-5).
The parameters are now available in an endless loop indicated by
a sequence of beeps; see table.
Beep
se-
quence
1. 1 x
2. 2 x
3. 3 x
4. 4 x
5.
5 x
6. 6 x
7. 7 x
8. 8 x
To select a parameter you must move the throttle stick
to the Stop position when you hear the appropriate sequence of
beeps. This action takes you into the corresponding sub-menu,
where you can alter the settings: see table. The grey fields are the
factory default settings.
Parameter
Braking
1.
power
2. Battery type
3. Cut-off mode
Cut-off vol-
4.
tage
5. Motor start
6. Motor timing
3
Parameter table
Parameter
Braking power
Battery type
Cut-off mode
Cut-off voltage
Motor start
Motor timing
Reset all data
End
Settings table
Beep 1 x Beep 2 x
Off 50%
NiCd /
LiPo
NiMH
Slow
Switch off
Reduce
Low Medium
Normal Soft
Low Medium
# 31 8573
Beep 3 x
100%
LiFe
-
High
Super-soft
High