Renault Clio: Damper valve: Removal - Refitting
K9K

REMOVAL
I - REMOVAL PREPARATION OPERATION
- Disconnect the battery (see Battery: Removal - Refitting)

- Remove:
- the air inlet duct (1),
- the damper valve duct (2).

- Remove:
- the retaining bracket bolts (3),
- the retaining bracket.
II - OPERATION FOR REMOVAL OF PART
CONCERNED

- Remove:
- the damper valve connector,
- the damper valve mounting bolts (4),
- the damper valve.
REFITTING
I - REFITTING PREPARATION OPERATION
- Check the condition of the contact surfaces.
II - REFITTING OPERATION FOR PART
CONCERNED
- Refit:
- a new seal,
- the damper valve,
- the damper valve mounting nuts,
- the connector to the damper valve.
- Torque tighten the damper valve mounting nuts
(12 N.m).
III - FINAL OPERATION
- Refit:
- the damper valve bracket,
- the damper valve bracket mounting bolts,
- the damper valve duct,
- the outer air inlet duct.
- Connect the battery (see Battery: Removal - Refitting).
READ NEXT:
D4F, and 740 or 742 or 764
REMOVAL
I - REMOVAL PREPARATION OPERATION
Disconnect the battery (see Battery: Removal - Refitting).
Remove the air filter unit (see 12A, Fuel mixture,
Air filter unit:
D4F or F4R or K4J or K4M or M4R
IMPORTANT
Wear leaktight gloves (Nitrile type) for this operation.
IMPORTANT
Always wear protective gear (gloves, goggles and
breathing masks).
Note:
Be sure to work i
D4F, and 740 or 742 or 764
REMOVAL
I - REMOVAL PREPARATION OPERATION
Disconnect the battery (see Battery: Removal - Refitting).
Remove the air filter unit (see 12A, Fuel mixture,
Air filter unit:
SEE MORE:
K9K, and 764 or 772
REMOVAL
I - REMOVAL PREPARATION OPERATION
Remove the air filter box inlet air pipe (1).
Remove the turbocharger outlet air pipe retaining pins (2).
Remove:
the turbocharger outlet air pipe bolt (3),
the turbocharger outlet air pipe
Undo the clip (4) from the int
Always position the objects transported
so that the largest surface is against:
The rear bench seatback for normal
loads (example A).
The front seatbacks with the rear
seatbacks folded down, as is the case
for maximum loads (example B).
If you have to place objects on the
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