1997 RENAULT KANGOO engine oil

TOP AND FRONT OF ENGINE
Cylinder head gasket
11
Unhook the wiring loom at (14).
Remove :
- the cylinder head bolts except for (F) which
must simply be loosened, then pivot the cylin-
der head around the bolt.
92106R
- the cylinder head .
Fit the cylinder liner retaining brackets, tool
Mot. 588.
92062R
- the mounting at (10),
- the bolt (11) of the strut and slacken the nut
at (12),
- the mounting bolt (13) of the dipstick guide
tube,
13336-1R1
E7J Engine
CLEANING
It is very important not to scratch the gasket faces
of the aluminium components.
Use the Décapjoint product to dissolve any part of
the gasket which remains attached.
Apply the product to the parts to be cleaned; wait
about ten minutes, then remove it using a
wooden spatula.
Wear gloves whilst carrying out this operation.
Care must be taken whilst carrying out this ope-
ration in order to avoid any foreign bodies ente-
ring the oilways supplying oil under pressure to
the camshaft (oilways are located both in the cy-
linder block and the cylinder head).
Failure to follow to this advice could lead to the
blocking of the jets and thus cause rapid deterio-
ration of the cams and tappets.
11-20

TOP AND FRONT OF ENGINE
Cylinder head gasket
11
11733R
Remove the fuel pipe support (7).
Slacken the mounting bolts for the lower timing
cover, without removing them.
99173-1R
13093R
Remove :
- the accessories belt tensioning system,
- the cylinder head bolts.
Release the cylinder head by setting aside the
lower part of the lower camshaft housing,
without causing the cylinder head to pivot, since
this is centred by the two dowels at ( C ).
Using a syringe, extract any oil which may have
entered the cylinder head mounting holes .
This is necessary in order to obtain the correct
tightening of the bolts.
Protect the oil outlet duct in order to prevent any
foreign bodies from entering the oilways in the
cylinder head.
Failure to take this advice could lead to the
blocking of the oilways, resulting in a rapid dete-
rioration of the camshaft. F8Q Engine
11-26

TOP AND FRONT OF ENGINE
Replacement of valve adjusters
11
REPLACEMENT OF VALVE ADJUSTERS
In order to carry out this operation it is necessary
to remove the inlet and exhaust manifolds (see
section 12 Inlet/Exhaust Manifolds) .
Fully open the valve concerned (by turning the
engine in its operating direction).
Insert tool Mot. 1366-01 into the duct concerned .
11231R
For inlet valves
Turn the engine in the operating direction,in
order to bring the valve into contact with tool
Mot. 1366-01 (rotate the camshaft by 90° in
relation to the fully open position).
For the exhaust valves
It is vital to turn the engine in the opposite direc-
tion to normal operation (in order to avoid the
locking of the engine), until the valve comes into
contact with tool Mot. 1366-01 (rotate camshaft
by 90° in the relation to the fully open position).
Extract the valve adjuster using a screwdriver and
a magnetic tool.
11232-1R
NOTE : during the refitting of the valve adjuster,
extract any oil which may be in the bottom of the
pushrod bore ( C ) .
98895R1
REFITTING
Refitting is the reverse of removal. F8Q Engine
11-30

FUEL MIXTURE
Specifications
12
DESCRIPTIONMAKE/TYPESPECIAL NOTES
Computer SAGEM or
MAGNÉTI MARÉLLI
35 tracks on manual gearbox vehicles without option
55 tracks on air conditioning vehicles
Injection - Multipoint with semi-sequential regulation
Ignition
-Static with 2 dual output
monobloc coils
Power module integral
in computer
One pinking sensor
tightening torque : 2.5 daN.m
TDC sensor - Resistance 220 Ω
Plugs
EYQUEM : RFC50LZ2E
NGK : BKR5EKGap: 0.9 mm
Tightening torque: 2.5 to 3 daN.m
Fuel filter - Mounted under vehicle in front of fuel tank
Replaced during major service
Fuel pump
WALBROSubmerged in fuel tank
Flow: at least 80 litres/hour at a regulated pressure
of 3 bars and a voltage of 12 V
Pressure regulator
-Regulated pressure
Zero vacuum :3 ± 0.2 bars
Vacuum of 500 mbars :2.5 ± 0.2 bars
Solenoid injectors
SIEMENSVoltage:12 Volts
Resistance :14.5 ± 1 Ω
Tracks Resistance
1 - 2 1.5 Ω
1
- 4 |1 - 3
2 -3 | 2 - 41 Ω
3 - 4 0.6 Ω
HT - HT8 KΩ
D7F engine
12-2

FUEL MIXTURE
Specifications
12
DESCRIPTIONMAKE/TYPESPECIAL NOTES
ComputerSIEMENS
FENIX 555tracks
Injection - Multipoint with semi-sequential regulation
Ignition
-Static with 2 dual output
monobloc coils
Power module integral
in computer
One pinking sensor
tightening torque : 2.5 daN.m
TDC sensor - Resistance 220 Ω
Plugs
EYQUEM : RFC52LS
CHAMPION
: RC10PYC
Gap: 0.9 mm
Tightening torque: 2.5 to 3 daN.m
Fuel filter - Mounted under vehicle in front of fuel tank
Replaced during major service
Fuel pump
WALBROSubmerged in fuel tank
Flow: at least 80 litres/hour at a regulated pressure
of 3 bars and a voltage of 12 V
Pressure regulator
-
Regulated pressure
Zero vacuum :3 ± 0.2 bars
Vacuum of 500 mbars :2.5 ± 0.2 bars
Solenoid injectors
SIEMENSVoltage:12 Volts
Resistance :14.5 ± 1 Ω
Tracks Resistance
1 - 2 0.5 Ω
1 - 3
2 -31 Ω
HT - HT10 KΩ
E7J engine
12-5

ANTIPOLLUTION
Oil vapour rebreathing
14
CIRCUIT DIAGRAM
1 Cylinder head cover
2 Inlet manifold
3 Oil vapour rebreathing pipe connected upstream from the throttle body (the circuit is used
for medium and high loads)
4 Oil vapour rebreathing pipe connected downstream from the throttle body
5 Air pipe
6 Throttle body
99932R
D7F Engine
14-7

ANTIPOLLUTION
Oil vapour rebreathing
14
CHECKING THE CIRCUIT
To ensure the correct operation of the
antipollution system, it is important to keep the
oil vapour rebreathing system clean and in good
working condition.
PRC14.2
D7F Engine
14-8

ANTIPOLLUTION
Oil vapour rebreathing
14E7J Engine
CIRCUIT DIAGRAM
1 Cylinder head
2 Inlet manifold
3 Oil vapour rebreathing pipe connected
upstream from the throttle body (the circuit is
used for medium and high loads)
4 Oil vapour rebreathing pipe connected
downstream from the throttle body
CHECKING
To ensure the correct operation of the
antipollution system, it is important to keep the
oil vapour rebreathing system clean and in good
working condition.
13335R
14-9