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Assembly of the upper part to the lower part of the chassis
Put the prepared controller supporting plate between the two side-frame plates of the upper part of the chassis according to
the drawing. The remaining third stud 0238 is positioned between the free holes just behind the front tail boom holder.
Widen the two side-frame plates of the lower part of the chassis at the top such that it can be slipped over the lower edge of
the upper part of the chassis. The plates have to be widened such that the two large holes at the upper edge of the lower part
of the chassis can be positioned above the screw heads of the already mounted lower frame plate of the intermediate shaft.
Tighten the upper and the lower part on both sides to the 58mm spacers using the three M3x10 screws 0265. The rear screw
is tightened from the inside using a washer 0257 and a M3 nyloc nut 0263 because there is no spacer provided.
The front spacer of the controller supporting plate is tightened using the two front canopy mounting bolts 0235. For that
purpose at first screw the M3x 16 stud bolts 0253b into the canopy mounting bolts using Loctite and then attach them to the
front spacer of the controller supporting plate. To tighten the canopy mounting bolt you can use a 7mm flat wrenche.
Then the two rubber end caps are attached to the ends of the canopy mounting bolts. These caps fit exactly in the
circumferential canopy edge so that they keep their correct position.
(Bag 2-
V
)
Assemble the sensor bottom plate 0250 on the rear tail boom holder using the two M3x12 screws. Tighten the
screws carefully in order not to destroy the hole in the plastics. Finally, the swash plate can be slid onto the rotor shaft (using
some glutinous grease and
never
thin oil).
The main rotor can be tightened using the M4x 18 shaft screw 0136 and the M4 nut 0136a.
Attention!
This has to be tightened well using a 90° offset allen wrench so that the centre hub is clamped on the rotor shaft
and the screw is not submitted to shear strain. When the centre hub on the rotor shaft moves during a flight with a loose
screw there is the danger that the rotor shaft as well as the centre hub holes are widened. The result is that the centre hub
cannot be removed from the rotor shaft any more and in extreme cases the screw of the shaft may shear because of the
changing vibrations.
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