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80
BATTERY - FRONT HEADLIGHTS
80 - 7
HEADLAMPS ADJUSTMENT
MEETING LIGHTS ADJUSTMENT (LOW BEAM) This is performed by acting upon the V screw
(vertically p lane adjustment) or H (horizontally
p lane adjustment). By screwin g, t he lighting beam
is ”lowering” and by unscrewing is “ascending”.
Check if the lighted area i s centered on the
vertical axis and if the optical separation at 15°
coincide with the headlamp lighting. An error
of 1 cm is admissible.
A lighting beam displaced towards left has
the aspect shown in ( pict.a) and a lighting beam
displaced towards right has the aspect shown
in (pict.b).
RO AD LIGHTS ADJUSTMENT (LONG BEAM)
Check the position to coincide with the
adjustment performed for low beam a nd with
the lighting beam distributed between the two
vertical lines on the panel. When checking the long beam, the lighting
center of the ellipse, must be located on the
cross marking the screen center.
If a m ajor de viation c ompared with t he low be am i s noticed, i t is re commended t he bul b
replacement, this one being in most of the cases, responsible for such defect.
pict.a
pict.b
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Page 463 of 933
REAR AND INTERIOR LIGHTING
81COCKPIT FUSE BOX81 - 6
DISMOUNTING
Disconnect the (-) plug of the battery.
Turning the button
(4) open, then carefully remove the access little door (1) to the fuse box,
placed under left side dashboard. Dismount the attaching screws (2) of the fuse box on back of the little door.
Rotate the fuse box in order to have access at the connectors of its back then carefully discon-
nect the wiring connectors. If it is necessary the replacement of the module (3 ) attached on the
fuse box, for the fuses F11 – F16, first note the position of the wires connected to these fuses,
then perform the wires disconnecting .
Remove the fuse box.
REMOUNTING
Connect the wiring connectors to the fuse box printed circuit. Observe the form correspon-
dence of each connector with its drawing, marked on the printed circuit of the fuse box. Connect the wires corresponding to the fuses F11 – F16, if those have been previously disconnected.
Position the wires appointed for the fuses F11- F16 and the module (3) of those fuses, then
attach the fuse box on the back of the access little door (1).
Carefully mount the fuse box access little door, then close it.
Connect the (-) battery plug.
Perform functional tests, noticing the correct operation of all consumers supplied by means of
the cockpit fuse box.
OBSERVAT ION
For vehicle equipped with radio-tape player, after battery reconnecting, the radio
code must be introduced, in order to make it again running.
1
4
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81
REAR AND INTERIOR LIGHTING
B. FOR VEHICLES MANUFACTURED AFTER 01.06.2001
AND VEHICLES RESPECTING EURO 2000 POLLUTION NORM
The fuses are protecting the following electric circuits:
FUSE
NUMBER FUSE
TYPE
PROTECTED CIRCUIT
Clock, radio, STOP contact, climate blower relay control
Reverse driving contact
UCE decoder, speed transducer, instrument panel supply, diagnostic
socket, AC starting button, UCE anti intrusion.
Turning and hazard lights
Front/rear parking lights, lighting: switches, instrument panel, climate
control, documents compartment, cigarette lighter, ashtray, radio.
Cigarette lighter, clock, instrum
ent panel (anti-starting indic ator), front right
ceiling la mp, UCE anti intrusion, anti intrusion indicator, diagnostic socket.
UCE decoder, FLASH relay, anti starting bushing
Rear window defrosting
Climate blower
Left fo g lamp
F01
F02
F03
F04
F05
F06
F07
F08
F09
F10 15A
5A
15A
7,5A
5A
15A
15A
20A
15A
5A
81 - 9
COCKPIT FUSE BOX
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Page 488 of 933
82A
HORN - ENGINE IMMOBILISER
82A - 21
DIAGNOSTIC – FAILURES AND STATES INTERPRETATION
1. FAILURE OF COMUNICATION CLIP TESTER/ E.C.U. DECODER
RECOMMENDATION Check if the lines K and L are not disturbed by another computer of the vehicle.
Check the fuse state F15 (vehicles up to 01.06.2001) or F07 (vehicles after 01.06.2001).
Replace the fuse if necessary.
Check if the CLIP tester is not the cause of the failure; check if the tester communicates with
another computer of the same vehicle (injection computer).
M easure the tension of the vehicle’s battery (U> 10,5V). If necessary, charge the battery.
Check if the E.C.U. decoder is well connected to the vehicle’s wiring.
Check the right supply of the E.C.U. decoder: - presence of t he ground at pin A8 of the E .C.U. decoder
- supply + I.C. at pin A9 of t he E .C.U. decoder
Be sure that the diagnostic socket i s proper supplied, according to the circuit diagram.
Check the continuity and the isolation of the electric wiring on the corresponding pins layout.
E.C.U. decoder A3 7 diagnostic socket
A4 15
If the connection tester CLIP – E.C.U. decoder can’t be established, then replace the decoder.
{ }
After establishing the communication with the tester, fix the
A FTER REPAIRING possible failures.
Perform a conformity checking.
DIAGNOSTIC
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Page 494 of 933
82A
HORN - ENGINE IMMOBILISER
82A - 27
7. 11 STATE: OPERATE THE RF REMOTE CONTROL / GOOD RF SIGNAL
INDICATION
Do not access the following diagnostic
unless the state 11D
RECOMMENDATION becomes ACTIVE when operating the RF remote control. Check if the keys belong to the vehicle in question.
There is a desynchronising between the code of the RF remote control and the E.C.U. decoder
if at the activation of the remote control, the 111D state remains PASSIVE and the state 11G
becomes AC TIVE for 3 seconds, then becomes PASSIVE. The blocking / unlocking of the
do ors is not possible in this case.
Apply the corresponding procedure of resynchronisation (for one or two keys).
AFTER REPAIRING Perform a conformity checking.
Check the operation of the anti starting system.
DIAGNOSTIC
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Page 496 of 933
82A
HORN - ENGINE IMMOBILISER
82A - 29
FA
ILURES LOCATING BASED ON CLIENT CLAIM
(algorithm for damage locating)
A LP1. MISSING COMMUNICATION CLIP TESTER / E.C.U DECODER
RECOMMENDATION Check if the lines K and L are not perturbed by another computer
of the vehicle.
Check the situation of the F15 fuse ( up to 01.06.2001) or F7 (after 01.06.2001)
Replace it if necessary.
Be sure the CLIP t ester is not the cause of t he failure, by trying the communication with
another computer of the vehicle.
Check the tension of the battery (U>10,5V). If it is necessary, charge the battery.
Check the correct c onnection of the E.C.U. decoder to the wiring.
Check the supply of the E.C.U. decoder : - ground at pin A8 - supply (+IC) at pin A9
Be sure that the diagnostic socket is correctly supplied.
Check the continuity and the isolation of the electric wiring on the pins’ line corresponding to:
E.C.U. decoder A3 7 diagnostic socket
A4 15
If the dialogue CLIP tester – E.C.U. decoder cannot be established, then replace the decoder.
When the communication with the tester is established, solve
AFTER REPAIRING the failures displayed by CLIP.
Perform a conformity checking.
DIAGNOSTIC
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Page 506 of 933
82A
HORN - ENGINE IMMOBILISER
82A - 39
THE CONFORMITY CHECKING
Next, the checking of different states and configurations of the anti starting system is to be
performed.
In case of finding some failures at the diagnostic by means of
RECOMMENDATION the CLIP tester, analyse them based on the diagnostic (ALP)
corresponding to the respective failure.
Nr.
crt.Function State / configuration Observ
at i ons
1. Conformity E.C.U decoder Computer identification Display of the E.C.U.
decoder item
2. Remote control type 2G = remote control IR = infrared configuration RF = radio frequency
3. Dome ceiling Without dome ceiling or Validation on the blue button
with dome ceiling on CLIP screen
4. Key programming 3G = configuration key With one or 2 keys
programming
5. Configuration petrol/ diesel 3D = configuration coded Without = for petrol engine dies el electric valve With = for diesel engine
6. Forced starting protection 9D = forced protecting mode ACTIVE = only after
validation on the blue button
7. Anti starting state 10G = anti starting ACTIVE = with the contact
taken off or after 10 seconds
from the co ntact taken off
8. Key presence 8D = key present ACTIVE at the setting on the
c ontact if there is a coded key.
NOTE: the states 8D, 9D,
10 D must be ACTIVE at a
co rrec t operation
9. Code key receiving 9D = received key code ACTIVE at the setting on the
contact if the key is coded in
a good format
10 . Correct key code 10D = right key code ACTIVE at the setting on the
contact if the key is coded in
a good format and has the
correct code.
NOTE: after the analyse of the states 8D, 9D, 10 D the
co ntact will be set o when
the LED indicator blinks
(
ACTIVE anti starting)
DIAGNOSTIC
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83
INSTRUMENT PANEL
CONNECTOR C
1. Instrum ent panel lighting
2. Ground
3. Anti starting indicator
4. Supply (+ IC)
5. Free
6. Injection failure indicator
CO NNECTOR D
1. Battery charging circuit failure indicator
2. Fuel minimum level warning
3. Free
4. Free
5. Free
6. Free
7. Free
8. Free
83-2
The corresponden
ce between the positions from A,B,C,D connectors of the instrument panel
and the components of the vehicle electric equipment is the following :
CONNECTOR A
1. Free
2. Rear window defrosting indicator
3. RPM
4. Cooling fluid temperature indicator
5. Oil pressure warning
6. Cooling fluid temperature warning
7. Left turning indicator
8. Left turning indicator
9. Hazard lights indicator
10. Instrument panel ground
CONNECTOR B
1. High beam indicator
2. Free
3. Free
4. Right turning indicator
5. Right turning indicator
6. Supply ()+DC)- after contact
7. Hand brake, braking system failure warning
8. Brake pads wear indicator
9. Free CO
NNECTORS ( until 01.06.2001)
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