DACIA SOLENZA 2004 Owners Manual

ENGINE E7J-26216
16 - 4
ALTERNATOR – STARTER
SPECIAL TOOLS
MOT 1505 Belt tension measurement device
TIGHTENING MOMENTS (daNm)
Upper attachment screw 2,2
Lower attachment screw 5
MOT 1505
Ve
hicles without air conditioning.
DISMOUNTIN G
Place the vehicle on a two-column elevator.
Disconnect the battery.
Disconnect the fuel supply pipe.
Dismo unt :
- air filter;
- oil gauge pipe;
- alternator upper attachment screw;
- alternator’s belt;
- alternator tightening clamp.
Lift the vehicle.
Disconnec t the alternator electric connectors.
Di smount the alternator l ower attachment
screw.
Lower the vehicle.
Remove the alternator through the upper part.
REMOU NT I NG
Perform the dismounting operations in the
reverse order Tighten the alternator driving belt to 263
HZ ± 10% by means of the MOT 1505
device (see the method described in chapter
07 “ Accessories belts tightening”)
Tight e n to t he re qui red m om ent the
alternator’s attachment screws.
Alternator
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16ENGINE E7J-262
16 - 5
ALTERNATOR – STARTER
21
Vehicles equipped with air conditioning
DISMOUNTIN G
Place the vehicle on a two-column elevator
Disconnect the battery
Dismount the alternator upper attachment screw.
Dismount the front right wheel.
Lift the vehicle.
Dismo unt :
- protection fairing;
- lateral tie-rod ( 1);
-s hock absorber two attachment screws (2) on steering knuckle.
Swing over the steering knuckle and remove the right planetary transmission from the plan-
etary gear of the gearbox. Disconnect the electric connectors of the alternator.
Dismount the alternator lower attachment screw.
Dismount the alternator’s belt.
Remove the alternator, laterally by the right planetary transmission.
REMARK:
In order to replace the alternator belt, first dismount the accessories driving belt
(compressor and/or power steering pump).
R EMOU NT I NG
Perform the dismounting operations in the reverse order.
Tighten the alternator driving belt to 263 HZ ± 10% by means of the MOT 1505 device (see
the m ethod described in c hapter 07 “ Accessories belts tightening”)
Tighten to the required moment the alternator’s attachment screws.
REMARK:
A dismounted belt is not to be remounted, but replaced.
Alternator
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ENGINE E7J-26216
16 - 6
ALTERNATOR – STARTER
ENGINE STARTER
E7 J - 262 D 907 - M00 2T 13581
IDENTIFICATION
DIAGNOSTIC
Special tool : CLIP tester – TECHNIC for measuring the battery voltage and the absorbed
intensity in the starting stage.
OPERATION ABNORMALITIES THAT MIGHT BE NOTICED
- Battery failure = large voltage drop on starter during engine starting stage.
- Blocked starter = the absorbed current is very high.
- Solenoid failure = the absorbed current is very low.
In order to perform the measurements, it is necessary the engine drive by means of the starter,
but stopping the engine starting.
To do that, disconnect the RPM sensor (located on clutch casing).
REMARK:
After performing this checking, erase by means of the CLIP tester, the possible failures
memorized by the computer.
St arter
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16ENGINE E7J-262
16 - 7
ALTERNATOR – STARTER
TIGHTENI NG MOMENTS (daNm)
Starter attachment screws 4.4
Control bar attachment screw
on ge arbox connecting rod 2.7
DISMOUNTIN G
Place t he vehicle on a two-column elevator.
Disconnect the battery.
Dismount the attachment nuts of the gazes exhaust vessel.
Dismount the hoses support attachment nut on the engine lifting support.
Dismount the control bar attachment screw on the gearbox connecting control rod (recover
the bushing). Dismount the starter attachment screws (1).
Suspend the vehicle.
Disconnect the starter electric connectors.
Remove the starter through the lower part of the engine compartment.
R EMOU NT I NG
Perform the dismounting operations in the reverse order.
Tighten the screws and nuts to the required moment.
Fill the protection bellows of the gearbox connecting rod joint, with grease Molycote 33M –
10 ml.
St arter
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IGNITION AND INJECTION
17
17 - 1
PRESENTATION
The system is composed of : -electronic control unit (UCE injection);
-a double ignition coil;
-f our spark plugs;
- spark plugs cables.
OPERATING PRINCIPLE
Subject to the information received from different sensors, but mainly subject to engine RPM
and charge, the electronic control unit will establish the advance at ignition, will identify the cylinders
being at upper dead point and consequently , will control the corresponding coil to them.
This is producing the spark at the level of the two cylinders being at upper de ad point,
interrupting the mass connection of the corresponding coil.
Ignition system
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IGNITION AND INJECTION
17
17 - 2
IGNITION COIL
The system is including a double coil (X), controlled by the electronic control unit (UCE).
The coil has and electric connector (Y) with four ways, and is simultaneously producing sparks at cylinders
1 and 4, when it is controlled by the pin 32 of the UCE injection and at cylinders 2 and 3, when it is controlled
by the pin 1 of the UCE injection.
Ignition system
ELECTRIC CONNECTOR
PINS FUNCTION
AControlling ignition a t
cy linders 1 and 4
B Controlling ignition a t
cy linders 2 and 3
C Supply 12 V (+DC)
CHECKIN G RESISTANCE
BETWEEN PINS
A-C 0.52
± 10 % Ω
B-C 0.52 ± 10 % Ω
HT - HT 7.2 ± 10 % KΩ
X
Y
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IGNITION AND INJECTION
17
17 - 3
ENGI NE BRAND TYPE
E7J - 262 SAGEM RFC 52 LZ
Di stance between electrodes: 0.9 mm
Tightening moment: 2.5 - 3 daNm
Flat seat with gasket
Spark plags
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IGNITION AND INJECTION
17
17 - 4
Injection system
CHARACTERISTICS
• Electronic control unit (UCE injection) with 90 pins SIEMENS.
• Sequential multi-poin t injection.
• Controlling one injector each time.
• Static ignition with a double ignition coil.
• Canister purging valve controlled in opening duty cycle.
• Idling regime correction subject to:
- climate maintenance (air conditioning);
- battery voltage.
• Maxima l regime:
- 6200 rot/min for first, second and third speed;
- 6000 rot/min for fourth and fifth speed.
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IGNITION AND INJECTION
17
17 - 5
ELEMENTS LOCATION
1. RPM sensor ( tightening moment : 0.8 daNm);
2. Water temperature sensor (tightening moment: 2.5 daNm);
3. Atmospheric pressure sensor;
4. Step-by-step engine for idling adjustment;
6. Air temperature sensor;
7. UCE injection;
8. Choke sensor;
9. Fuse and relays box;
10. Air filter;
11 .D etonation sensor (tightening moment: 2.5 daNm);
12. Oxygen sensor (tightening moment: 4.5 daNm);
13. Ignition coil;
14. Carbon canister with purging valve included;
15. Power steering pressure controller(tightening moment: 1.2 daNm);
16. Air conditioning pressure controller (tightening moment: 0.8 daNm).
Injection system
13 10 11 5 4 6 3 2 1 8 9
14 1 6 15 12 7
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IGNITION AND INJECTION
17
17 - 6
7. UC E inj ection;
8. Choke sensor;1. R PM sensor;
2.
Wa ter temperature sensor;
Injection system
8
7
2
1
4
5
63
3. At mospheric pressure sensor;
4.
St ep- by - st ep engin e for idli ng
adjustment
;
5.
Valve position po tentiometer;
6.
A ir temperature sensor;
;
13. Ig nit ion coil;
13
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