Operation Manual

Instructions
Seite 35
ENGLISH
œ
„Single-sided with curve“
Neutral position of control: End-point
two parameters: Point1 and point2
100%
-100%
-100%
100%
Control
travel
Servo travel
Pt2
Pt1
›-
„Single-sided, linear with dead
zone“
Neutral position of control: End-point
two parameters: Dead zone and travel
100%
-100%
-100%
100%
Control
travel
Servo travel
Trv
Dead
™-
„Symmetrical with dead zone“
Neutral position of control: Centre
two parameters: Dead zone and travel
100%
-100%
-100%
100%
Control
travel
Servo travel
Trv
Dead
Die Option "Einseitig/linear mit Offset" ist die einzige, bei der die
Bewegung nicht von der Mitte aus erfolgt, sondern von der mit Offset
bestimmten Position.
›+
„Single-sided, linear with offset“
Neutral position of control: End-point
two parameters: Offset and travel
100%
-100%
-100%
100%
Servo travel
Control
travel
Offs
Trv
Offs = 0%
Offs = -50%
13.3. Sub-menu “Assignment”
The ROYALevo enables the user to assign the various
physical elements present (sticks, sliders, switches, but-
tons) as transmitter controls or switches (function
switches)..
What are transmitter controls?
Transmitter controls are all those elements on your
transmitter which you can use to control a servo (speed
controller, etc.) on the model directly. In chapter 13.3.4.
you find a list of all possible controls for the ROYALevo.
What are switches?
What we term switches are physical controls which are
not used to control primary functions on the model.
They are used, for example, to switch mixer functions
(e.g. combi-switch), Dual Rates, timers and flight phases
on and off. In chapter 13.3.5. you find a list of all possi-
ble switches.

TIP:
For modellers familiar with the MULTIPLEX PROFI
mc 3000 and 4000:
All the control elements of the ROYALevo are perma-
nently installed. The ROYALevo does not differentiate
“electrically” between transmitter controls and switches;
this means that any control element can be used as a
transmitter control and/or as a switch. It is no longer
necessary to assign what are known as “transmitter
control switches” or “Gx switches”. For example, if you
wish to time the motor run, simply assign the throttle
transmitter control as the timer switch.
!
Note: Predefined assignment lists
3 of the 5 assignment lists contain default assignment
data. This can be changed at any time to suit your own
requirements. However, please note that we cannot
guarantee that the template will work 100% correctly if
you change the assignment lists and subsequently cre-
ate a new model using a model template (Î12.1.)
which works with one of the predefined lists. Appendix
1 (p. 57) shows the default settings.
The transmitter control
generates a linear
movement of the servo
from the servo centre,
with variable travel in
one direction.
Application sample:
Non-linear inputs for
compensation
(Spoiler in ELEVATOR+)
The transmitter control
generates a linear
movement of the servo
from the servo centre,
with variable travel in
one direction and
variable dead zone of
the transmitter control.
The offset moves the
end-pont of the servo
travel. Total travel of
the servo is Offs+Trv
Application sample:
Input Spoiler in the
mixer FLAP+ for large
travel down-wards
with butterfly (crow).
The control generates a
symmetrical move-
ment of the servo
starting at a point
remote from the con-
trol centre (dead zone),
with variable but iden-
tical travel in both
directions.
Attention:
Do not use
f AILERON i !