This function describes the "lap" time registration.
If the function is activated (see "lap activation/deactivation description), the lap time can be registered as follows: pressing the flash headlight button (6) the first time starts the "lap timer" for the first lap, and the dashboard shows the message "lap-start" flashing for 4 seconds, and then returns to the "previous" display; from this moment, each time that the flash (6) is pressed the display automatically shows the lap number and lap time for 10 seconds and then returns to the "previous" display.
You can save a maximum of 30 laps in the memory.
Once the memory is full, the dashboard no longer stores lap times when the flash headlight button (6) is pressed, and the flashing message "lap-full" is shown on the display for 4 seconds until the times are reset.
When the lap function is set disabled, the current "lap" is not stored.
If the lap function is active and suddenly the motorcycle is suddenly turned off (key-off), the function will be automatically disabled (even if the lap timer was active, the current "lap" is not stored).
If the time is never "stopped", it will roll over upon reaching 9 minutes, 59 seconds and 99 hundredths; the lap timer starts counting from 0 (zero) and will keep running until the function is disabled.
If however the lap function is switched on and the memory has not been cleared, but fewer than 30 laps have been saved (e.G. 18 Laps), the dashboard will store any remaining laps until the memory is full (in this case, it will store an additional 12 laps).
This function only displays the times for the lap being registered; but other data are also saved (max speed and max rpm) for viewing at a later date in the "lap data" function (stored lap display).
Fuel system circuit
The fuel system circuit consists of:
An electric pump, driven by the injection relay, which is in turn
controlled by the ecu (engine control unit)
A fuel filter
A pressure regulator
Two injectors (one per cylinder, located downstream of throttle valve)
The plastic mounting shown in t ...
Checking the camshafts and supports
Check the cam contact surfaces for scratches, grooves, steps and waving.
Worn cams are frequently the cause of poor timing, which leads to loss of engine
power.
Place the camshaft between two centres and check the run-out on the areas
indicated using two dial gauges.
Service limit: 0.1 ...
Steering angle adjustment
Loosen the nuts (17) and adjuster screws (16) on both sides of the bottom
yoke.
Use a 6 to 6.5 Mm spacer (a) fitted to the fork outer tube, or use a gauge.
Turn the front forks to the right until the spacer (a) is seated against the
frame top tube.
Tighten the adjuster screw (16) to ...