If the brake hoses (7), (8), (9) and (10) on the abs control unit are changed or removed, ensure that the fittings on the control unit are positioned correctly.
Warning
If incorrectly positioned, the hose can affect brake operation and foul moving parts. Position the hose as shown in the figure.
Pipes (7), (8), (9) and (10) fixing must be carried out by placing new gaskets (11) between the couplings.
Tighten the screws (17) to the torque of 23 nm +/- 10% (sect. 3 - 3, Frame torque settings).
Check that there are vibration dampers (22) and spacers (13) on the abs supporting bracket (12).
Refit the abs control unit (6) on the supporting bracket (12), and fix it by starting and tightening the retaining screws (16) to a torque of 10 nm +/- 10% (sect. 3 - 3, Frame torque settings).
Connect the connector (a) of the abs control unit (6).
If removed, refit the front rubber pad (15) applying the recommended threadlocker to the pin (c) and the rear face of the pad. Fit the pad inserting pin (c) into the corresponding hole (d).
If removed, refit the rear rubber pad (15) applying the recommended threadlocker to the cover of the exhaust valve motor until achieving engagement.
Note
The rubber pad (15) must be aligned with the corresponding reference notch (h) as shown.
To fill up the system, carry out the instructions for replacement of fluid of the front and rear braking system master cylinder or calliper to which the pipe is connected (sect. 4 - 3, Changing the brake fluid).
Important
If the abs control unit is replaced, this must be supplied with secondary circuit already full of fluid; the control unit must Be fitted and the system filled and bleeded as a traditional system.
Refitting the rear sprocket
Check the cush drive bushes (6) condition and, if necessary, replace them by
removing them from the flange.
Refitting is the reverse of removal.
Apply recommended grease on the rear sprocket flange (5) external diameter.
Place the rear sprocket flange (5) on sprocket (17) by inserting it ...
Engine
Twin cylinder, four-stroke, 90 "l" type, longitudinal, with
deep sump die-cast crankcase.
Bore, mm: 106
Stroke, mm:
67.9
Total displacement, cu. Cm:
1198
Compression ratio:
11.5В±0.5:1
Max power at crankshaft (95/1/ec), kw/hp:
119 kw/162 hp at 9,500 rpm
Max torque at crankshaf ...
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 ...