Graupner GmbH & Co. KG MC-20 Manual De Usuario
299
Programming examples - Eight-fl ap wing
FL.pos
Diff.
Ail-tr.
AI
Thermal
AILE
+100%
FL2
0 0%
+10
0
+10
0%+100+100%+100+100%
+77%
+55%
–9%
–7%
–5%
0%
0%
+100%
+77%
+55%
0%
FL
AILE2
FLAP
+88%
+88%
0%
–12%
EL
FL
0 0%
+10
0
+10
0%+100+100%+100+100%
Note:
Whether positive or negative values must be set in
the "FL.pos" line depends on the installation of the
servos, among other things.
Whether positive or negative values must be set in
the "FL.pos" line depends on the installation of the
servos, among other things.
However, if the alternative …
variable camber fl ap positions per fl ight phase with
a proportional rotary control setting is preferred,
… then the basic settings for all 8 fl aps can be
additionally varied on a fl ight-phase basis by way of a
single control.
This is accomplished via the …
a proportional rotary control setting is preferred,
… then the basic settings for all 8 fl aps can be
additionally varied on a fl ight-phase basis by way of a
single control.
This is accomplished via the …
»Control adjust«
(page 108)
… menu, by assigning the same transmitter control in
every fl ight phase to inputs 5, 6 and 11, for example
the proportional slider, and in parallel, reducing travel
to about 50 % or even less so that the trimming of
fl aps has appropriate sensitivity. Deviating throw
travel for individual fl ap pairs can also be matched to
one another on a fl ight-phase specifi c basis by way
of travel settings in a menu. For this purpose, you
only have to switch the corresponding inputs from the
standard default "GL" (global) to "PH" (phase):
every fl ight phase to inputs 5, 6 and 11, for example
the proportional slider, and in parallel, reducing travel
to about 50 % or even less so that the trimming of
fl aps has appropriate sensitivity. Deviating throw
travel for individual fl ap pairs can also be matched to
one another on a fl ight-phase specifi c basis by way
of travel settings in a menu. For this purpose, you
only have to switch the corresponding inputs from the
standard default "GL" (global) to "PH" (phase):
0%
+25%
I5
I6
I7
I8
Typ
+25%
0.0 0.0
– travel +
–time+
0%
+25%
+25%
0.0 0.0
0%
+100%
+100%
0.0 0.0
0%
+100%
+100%
0.0 0.0
GL
GL fr
fr
---
---
---
offset
PH Sl1
PH
---
SEL
Sl1
Ther mal
0%
+100%
I10
I11
I12
I13
Typ
+100%
0.0 0.0
– travel +
–time+
0%
+25%
+25%
0.0 0.0
0%
+100%
+100%
0.0 0.0
0%
+100%
+100%
0.0 0.0
GL
GL fr
fr
---
---
---
offset
GL fr
PH
---
SEL
Sl1
Ther mal
Note:
With the use of a switch, set the respective
"Deviation" of the offset point symmetrically or
asymmetrically in the "- Travel +" column.
With the use of a switch, set the respective
"Deviation" of the offset point symmetrically or
asymmetrically in the "- Travel +" column.
Elevator compensator with actuation of the
camber changing fl aps
If it should become evident in the fl ight that a
correction of the elevator is necessary after setting
the fl aps, this correction can be made in the …
camber changing fl aps
If it should become evident in the fl ight that a
correction of the elevator is necessary after setting
the fl aps, this correction can be made in the …
»Wing mixers«
(beginning page 160)
... For this purpose, select the line "FL
¼ EL" and
enter an appropriate fl ight-phase specifi c value, for
example:
example:
Brake settings
Aileron
+50%
W I N G M I X E R S
Flaps
aileron
+5%
+5%
–––
–––
rudder
2
6
4
3
Thermal
Multi-flap menu
If you have assigned the same control to the inputs
5, 6 and 11 – as specifi ed above – all eight fl aps move
simultaneously while the elevator follows the set
degree of mixture.
5, 6 and 11 – as specifi ed above – all eight fl aps move
simultaneously while the elevator follows the set
degree of mixture.
Camber changing fl ap movement on elevator
actuation
Camber changing fl ap movement on elevator
actuation – normally only used in "High gear" to
increase the agility over the transverse axis – is also
carried out in the "Multi-fl ap menu" of the...
actuation
Camber changing fl ap movement on elevator
actuation – normally only used in "High gear" to
increase the agility over the transverse axis – is also
carried out in the "Multi-fl ap menu" of the...
»Wing mixers«
(beginning page 160)
... menu. Enter the desired fl ight-phase dependent
values in the line "EL
values in the line "EL
¼ FL":
FL.pos
Diff.
Ail-tr.
AI
Thermal
AILE
+100%
FL2
0 0%
+10
0
+10
0%+100+100%+100+100%
+77%
+55%
–9%
–7%
–5%
0%
0%
+100%
+77%
+55%
0%
FL
AILE2
FLAP
+88%
+88%
0%
–12%
EL
FL
5 5%
+10
7
+10
7% +9+ 9% +111
+11%
In addition to the two camber changing fl ap pairs
(servos 6 + 7 and 9 + 10), the two aileron pairs
(servos 2 + 5 and 11 + 12) are now tracked with
the degree of mixture corresponding to the camber
changing fl aps – normally opposite the elevator.
(servos 6 + 7 and 9 + 10), the two aileron pairs
(servos 2 + 5 and 11 + 12) are now tracked with
the degree of mixture corresponding to the camber
changing fl aps – normally opposite the elevator.