Advertisement
g) Changing the Transmitter Lever Assignment
If you want to fly with the pre-set lever assignments described above, then you may skip this chapter. However, if you
wish to exchange the control of the pitch and nod function at the transmitter, you have the possibility to carry out
modifications on the transmitter. However, this requires some experience in handling remote control sensors and a bit
of skill.
Unscrew the six screws n the rear panel of the transmitter with a suitable screwdriver and lift off the rear panel
carefully. The cable connections between the main circuit board and the rear panel don't necessarily need to be
unplugged.
On the right hand side lever unit (as seen from behind)
remove the two attachment screws (1) for the coach
spring (2) and remove the spring. Now remove the at-
tachment screws (3) for the return lever.
The lever is then pushed against the lever unit by spring
force and now serves as the return function for the con-
trol lever.
Lift the return lever (4) of the left lever unit (as seen
from behind) far enough to insert the attachment screw
(3) that you removed previously into the lug (5) through
the pre-drilled hole. The lever is now held in the top
position and is no longer able to return the lever to its
original position.
Then screw the coach spring (2) into place on the left
lever unit. The two attachment screws (1) must thread
into the pre-drilled holes (6). With the upper screw,
which is passed through the oblong coach spring open-
ing, you can custom set the frictional force of the coach
spring.
Once you have checked the mechanical function of the
two lever units, replace the rear panel and screw it back
into place.
The electronic switching of the lever functions that are
now required can afterwards be taken from chapter 11
(Programming Possibilities for the Remote Control
Transmitter) under section: „Changing the Control Le-
ver Allocation".
60
Fonction Nick
A l'aide de la fonction Nick vous pouvez bouger votre hélicoptère vers l'avant ou vers l'arrière (voir fig 14). La commande
a lieu également au moyen du levier de commande de droite (voir fig. 1, pos. 4).
Si l'on appuie sur le levier légèrement vers l'avant, le modèle vole vers l'avant.
Si l'on tire le levier vers l'arrière, le modèle vole en marche arrière.
Les fonctions Nick et Roulis se commandent mécaniquement par le plateau oscillant (voir fig 10, pos 4).
Pour cela, le plateau oscillant est toujours basculé ou incliné dans exactement la même direction, selon le
sens de vol désiré.
Cela permet aussi de reconnaître très facilement si la tête rotor est pilotée dans la bonne direction quand
le rotor principal est arrêté.
Figure 15
Figure 14
97
Advertisement
Chapters
