Position the filter box (1).
Operate on the vehicle lh side, connect connector (f) of the tps/div motor.
Operating on the right side of the vehicle, connect connector (e) from the aps sensor.
Check for the vibration dampers (20) on the map sensor supporting bracket (19).
Insert the spacers with collar (18) fully home onto the vibration dampers (20).
Note
Two spacers with collar (18) must be fitted on the upper side of the bracket (19) and the other two spacers with collar (18) must be fitted on the lower side of bracket (19).
Set the map sensors (9) as shown on bracket (19) and fix them starting the screws (10).
Note
When fitting the map sensors, make sure to insert sensors (a) correctly into their seats in bracket (19) as shown.
Tighten the screws (10) to a torque of 10 nm +/- 10% (sect. 3 - 3, Frame torque settings).
Insert a clip (11) on the longer hose (c1) and a clip (11) on the shorter hose (c2).
Fit the longer hose (c1) and the shorter hose (c2) on the map sensors (9) and position them so as to match the marks on longer hose (c1) and shorter hose (c2) with the arrows on the map sensor supporting bracket (19).
Fix the hoses (c1) and (c2) with the clips (11).
Refit the air pressure sensors (9) with the support (19) by starting and tightening the screws (17) to a torque of 5 nm +/- 10% (sect. 3 - 3, Frame torque settings).
Block the hoses (c) of the air pressure sensors (9) with the tab (d) on the airbox.
Position and tighten the clamps (6), as indicated, to the torque of 2.5 Nm +/- 10% (sect.3 - 3, Frame torque settings).
If the drainage pipe has been removed, fit clamp (21) onto drainage pipe (26).
Fit the drainage pipe (26) by inserting it fully home on fitting (u) on the filter box (1).
Orient the clamp (21) as indicated.
Fix the drainage pipe (26) by tightening the clamp (21).
Refit the blow-by pipe to the airbox by tightening the clamp (z) to a torque of 5 +/- 10% (sect. 3 - 3, Frame torque settings).
Refit the plate (b) retaining the main wiring to the airbox by tightening the screws (a) to a torque of 5 nm +/- 10% (sect.
3 - 3, Frame torque settings).
Positioning of the airbox drain hose
Positioning of the horizontal and vertical head air sensor hoses
Operating principle and characteristics of the ride-by-wire system
The engine control system of the diavel uses a ride-by-wire system with
motorised throttle valves. This eliminates all
direct connection with metal cables between the throttle grip and the throttle
valves themselves. Cables are used to
rotate the aps potentiometer, which generates an electric ...
Key-on/key-off using the key on the hands free lock with the passive key
Key-on can be performed by pressing the button (7) on the
hands free lock and with the presence of the passive key (4,
fig. 77).
Note
The passive key (4, fig. 77) Has a range of a few cm,
therefore the key (4, fig. 77) Must be positioned near the
antenna (2). Remove the seat (see "remova ...
Air temperature sensor
Introduction
The engine control system on the diavel uses a sensor that measures air
temperature. This sensor has a resistance of
ntc type (negative temperature coefficient), that reduces its own value when the
temperature increases. The air
temperature sensor allows the engine control unit t ...