The owner receives a set of keys comprising:
It contains the code used by the "hands free" system for the key-on, in different modes.
The active key (1, fig. 63) Is the one that is normally used: press button (a, fig. 63) To fully open the metal part, i.E.
Position (b, fig. 63). Holding depressed button (a, fig. 63) You can move the metal part and set it to the middle position (c, fig. 63); Once in place, release button to lock.
The metal part returns inside the grip by pushing it in.


The key contains a battery that must be replaced when the low key battery "warning" is displayed as soon as the instrument panel is turned on (fig. 64).
Note
In this case, replace the battery as soon as possible (page 88).
When the charge level goes below a certain limit, the key can only work in passive mode, like the passive key: in this case, the instrument panel will not display any message.
Warning
Do not ride with the key (1 or 2, fig. 62) Inserted in the lock of the tank cap or in the seat lock as it could come out and represent a potential danger. Furthermore, if bumped, the key mechanism and the integrated circuit could be damaged.
Also riding in poor weather conditions with the key inserted could cause damage to its integrated circuit.
Do not leave the key on the motorcycle when washing it as it could be damaged, not being watertight.

The immobilizer system
Replacing the battery in the active keyDisassembly of gear interlock plunger and pawl assembly
Unscrew the interlock plunger screw (5) and remove the seal (6), spring (7)
and the detent ball (8).
Unscrew the clutch-side crankcase half screw (3) and remove the pawl (4),
washer (2) and spring (1).
...
Overhauling the front brake components
Important
Critical safety components. The brake calliper manufacturer recommends
that you do not attempt to service the internal
components of the brake callipers. Incorrect overhaul of this component could
endanger rider safety.
Operations should be limited to renewal of the pads, fasteners ...
Engine temperature sensor
Introduction
The engine control system on the diavel uses a sensor that measures the
temperature of the coolant (engine
temperature). This sensor has a resistance of ntc type (negative temperature
coefficient), that reduces its own value
when the temperature increases. The engine temperature ...