Place the stand plate on the rear shock absorber support; bring adjuster (14) in line with bracket (s) and start the screw (12) in the nut behind the bracket (s).
Insert the screws (11), (3) and (10) fully home in this order, but do not tighten.
Loosen the screw (12) with the relative nut, tighten the adjuster (14) to a torque of 0.6 Nm +/- 10% (sect. 3 - 3, Frame torque settings) and tighten the screw (12) to a torque of 2 nm +/- 10% (sect. 3 - 3, Frame torque settings) while holding the nut.
Locate service tool no. 88713.3166 On the ring nut (13) and fit the torque wrench to the tool. While holding the adjuster (14), tighten the ring nut (13) to a torque of 100 nm +/- 5% (sect. 3 - 3, Frame torque settings).
Tighten screws (11), (3) and (10) in this order to a torque of 44 nm +/- 10% (sect. 3 - 3, Frame torque settings).
Finally, tighten the screw (12) to a torque of 45 nm +/- 10% (sect. 3 - 3, Frame torque settings) while holding the nut.
Connect connector (a) of the side stand switch to the main wiring harness.
To place the stand switch wiring refer to the table (sect. 6 - 1, Routing of wiring on frame).
Frame torque settings
*Dynamic safety-critical point; tightening torque must be within nm +/-5%.
Note
For product specifications and symbols, refer to "product specifications"
(sect. 1 - 2). ...
Overhaul of the crankcase halves
Carefully examine the engine crankcase halves.
Check that the surfaces of the crankcase halves are perfectly flat using a
reference surface.
Check that the bearings (1) and (18), and the bushings (2) and (17) are in
optimum conditions. Note that the main
bearings must always be changed in p ...
Cylinder compression test
Note
The on-screen icons used during this procedure are explained in a table at
the end of this section.
Engine performance is directly correlated to the pressure that can be
measured in the combustion chambers of the two
cylinders. Pressure which is too high/low or an excessive difference be ...