mileage RENAULT SCENIC 2012 J95 / 3.G Engine And Peripherals EDC16CP33 Workshop Manual

13B-201
AFTER REPAIRDeal with any other faults. Clear the fault memory.
Switch off the ignition until the end of the power-latch phase, and carry out a road test
followed by a check with the diagnostic tool.
V12 MR-372-J84-13B300$073.mif
DIESEL INJECTION
Fault finding – Interpretation of faults13B
DF312
CONTINUED 2
Repair request with DF312 Speed request present or stored ONLY
Read the information from theParticle filter history sub-function: PR784 to PR793 Stored DF312 No. 1 to No. 10
Are PR784 to PR793 all equal to 0 miles (0 km)?
Among these parameters (PR784 to PR793):
– Find the parameter with the highest mileage: it is the Mileage of the last DF312.
– Note the parameter index on the order of repair with the relevant mileage value.
E.g.: PR787 = 2794 miles (4657 Km).
Read the information in the Particle filter history sub-function:
PR794 to PR803 Stored regeneration failures No. 1 to No. 10.
Is at least one of parameters PR794 to PR803 = 19660 miles
(32766 km)?
Identify the distance(s) from the values of parameters PR794 to PR803 Stored regeneration failures No.
1 to No. 10 included between the Distance of the last DF312 and the Distance of the last DF312 - 120
miles (- 200 km). This is the Distance of the most recent failures.
Example: 2674 miles (4457 km) < PR801 = 2760 miles (4600 km) < 2794 miles (4657 km)YES
NO
B
Vdiag 18, 1C, 54
Vdiag 20, 58, 5C and 24YES
NO
A
EDC16CP33
Program No.: C4
Vdiag No.: 18, 1C, 20, 24,
26, 54, 58, 5C, 60

13B-203
AFTER REPAIRDeal with any other faults. Clear the fault memory.
Switch off the ignition until the end of the power-latch phase, and carry out a road test
followed by a check with the diagnostic tool.
V12 MR-372-J84-13B300$074.mif
13B
DF312
CONTINUED 4
PART B
1. No particle filter regeneration.
2.Write on the repair order the parameter and status relating to the last failure:
– Mileage of the last DF312 Speed request.
– Mileage of the last failures.
– Engine statuses of the last failures.
E.g.: PR787 = 2794 miles (4657 km); PR801 = 2760 miles (4600 km); engine status = STOPPED
3. Interpretation of the values written on the repair order by the service advisor for the customer:
Before the last time the particle filter warning light or message came on (appeared at the Mileage of the last
DF312), the customer had not respected the driving recommendations: the failure that occurred at the Mileage of
the last failure is due to the engine being switched off.
4. Explain to the customer the procedure to turn off the warning light, making use of the parameters noted in the
repair order: see PART D.
PART C
If Vdiag 18:
Reprogram the computer in Vdiag 1C.
Then apply the procedure corresponding to Vdiag 1C.
If Vdiag 1C, 54, 58, 20 and 24:
– Check that there are no leaks or blockages in the exhaust pipe,
Repair if necessary.
– Carry out an After-Sales regeneration with approval from the Techline.
– Follow the procedure for command SC017 Particle filter regeneration (see Interpretation of commands).
– Explain to the customer the procedure for regeneration when driving to avoid unnecessary repairs: see PART D.
DIESEL INJECTION
Fault finding – Interpretation of faults
EDC16CP33
Program No.: C4
Vdiag No.: 18, 1C, 20, 24,
26, 54, 58, 5C, 60

13B-319V12 MR-372-J84-13B300$102.mif
DIESEL INJECTION
Fault finding – Interpretation of statuses13B
ET706
ET707
ET708
ET709
ET710
ET711
ET712
ET713
ET714
ET715
CONTINUED
Conformity check: Engine stopped and ignition on, or engine running, and engine coolant
temperature > 80°C
This status indicates the recorded engine status in the event of a regeneration failure when driving:
NONE, + AFTER IGNITION, RUNNING, STOPPED.
Each STATUS between ET706 and ET715 corresponds to failed regenerations for which the mileage is recorded
by PR794 Stored regeneration failure No. 1 to PR803 Stored regeneration failure No. 10 (for example, PR797
Stored regeneration failure No. 4 is linked to ET709).
"RUNNING"If the STATUS is RUNNING, the regeneration failed because:
– the customer's driving did not generate enough heat,
– an engine management system component is defective.
"STOPPED"If the STATUS is STOPPED, the regeneration failed because the engine was
switched off.
+ APCPOWER LATCH
"NONE"No failed regeneration is present.
EDC16CP33
Program No.: C4
VDiag No.: 18, 1C, 20, 24,
26, 54, 58, 5C, 60
AFTER REPAIRCarry out a road test, then check with the diagnostic tool.

13B-320V12 MR-372-J84-13B300$102.mif
DIESEL INJECTION
Fault finding – Interpretation of statuses13B
ET742
ET743
ET744
ET745
ET746
ET747
ET748
ET749
ET750
ET751STORED REGEN. REQUEST STATUS No. 1
STORED REGEN. REQUEST STATUS No. 2
STORED REGEN. REQUEST STATUS No. 3
STORED REGEN. REQUEST STATUS No. 4
STORED REGEN. REQUEST STATUS No. 5
STORED REGEN. REQUEST STATUS No. 6
STORED REGEN. REQUEST STATUS No. 7
STORED REGEN. REQUEST STATUS No. 8
STORED REGEN. REQUEST STATUS No. 9
STORED REGEN. REQUEST STATUS No. 10
STATUS
DEFINITION
Statuses ET742 to ET751 correspond to the causes for the regeneration request. They
are associated with the parameters PR816 Stored regeneration start No. 1 to PR825
Stored regeneration start No. 10 which contain the record of the vehicle mileage at
the start of regeneration (e.g. PR745 Stored regeneration start No. 4 is associated
with ET745).
NOTESSpecial notes:
These statuses should only be interpreted for ALP 9 Particle filter warning light
comes on too frequently.
EDC16CP33_V18_ET742 / EDC16CP33_V18_ET743 / EDC16CP33_V18_ET744 / EDC16CP33_V18_ET745 / EDC16CP33_V18_ET746 /
EDC16CP33_V18_ET747 / EDC16CP33_V18_ET748 / EDC16CP33_V18_ET749 / EDC16CP33_V18_ET750 / EDC16CP33_V18_ET751 /
EDC16CP33_V1C_ET742 / EDC16CP33_V1C_ET743 / EDC16CP33_V1C_ET744 / EDC16CP33_V1C_ET745 / EDC16CP33_V1C_ET746 /
EDC16CP33_V1C_ET747 / EDC16CP33_V1C_ET748 / EDC16CP33_V1C_ET749 / EDC16CP33_V1C_ET750 / EDC16CP33_V1C_ET751 /
EDC16CP33_V54_ET742 / EDC16CP33_V54_ET743 / EDC16CP33_V54_ET744 / EDC16CP33_V54_ET745 / EDC16CP33_V54_ET746 /
EDC16CP33_V54_ET747 / EDC16CP33_V54_ET748 / EDC16CP33_V54_ET748 / EDC16CP33_V54_ET749 / EDC16CP33_V54_ET750 /
EDC16CP33_V54_ET751 / EDC16CP33_V20_ET742 / EDC16CP33_V20_ET743 / EDC16CP33_V20_ET744 / EDC16CP33_V20_ET745 /
EDC16CP33_V20_ET746 / EDC16CP33_V20_ET747 / EDC16CP33_V20_ET748 / EDC16CP33_V20_ET749 / EDC16CP33_V20_ET750 /
EDC16CP33_V20_ET751 / EDC16CP33_V58_ET742 / EDC16CP33_V58_ET743 / EDC16CP33_V58_ET744 / EDC16CP33_V58_ET745 /
EDC16CP33_V58_ET746 / EDC16CP33_V58_ET747 / EDC16CP33_V58_ET748 / EDC16CP33_V58_ET749 / EDC16CP33_V58_ET750 /
EDC16CP33_V58_ET751 / EDC16CP33_V5C_ET742 / EDC16CP33_V5C_ET743 / EDC16CP33_V5C_ET744 / EDC16CP33_V5C_ET745 /
EDC16CP33_V5C_ET746 / EDC16CP33_V5C_ET747 / EDC16CP33_V5C_ET748 / EDC16CP33_V5C_ET749 / EDC16CP33_V5C_ET750 /
EDC16CP33_V5C_ET751 / EDC16CP33_V24_ET742 / EDC16CP33_V24_ET743 / EDC16CP33_V24_ET744 / EDC16CP33_V24_ET745 /
EDC16CP33_V24_ET746 / EDC16CP33_V24_ET747 / EDC16CP33_V24_ET748 / EDC16CP33_V24_ET749 / EDC16CP33_V24_ET750 /
EDC16CP33_V24_ET751 / EDC16CP33_V26_ET742 / EDC16CP33_V26_ET743 / EDC16CP33_V26_ET744 / EDC16CP33_V26_ET745 /
EDC16CP33_V26_ET746 / EDC16CP33_V26_ET747 / EDC16CP33_V26_ET748 / EDC16CP33_V26_ET749 / EDC16CP33_V26_ET750 /
EDC16CP33_V26_ET751 / EDC16CP33_V60_ET742 / EDC16CP33_V60_ET743 / EDC16CP33_V60_ET744 / EDC16CP33_V60_ET745 /
EDC16CP33_V60_ET746 / EDC16CP33_V60_ET747 / EDC16CP33_V60_ET748 / EDC16CP33_V60_ET749 / EDC16CP33_V60_ET750 /
EDC16CP33_V60_ET751
EDC16CP33
Program No.: C4
VDiag No.: 18, 1C, 20, 24,
26, 54, 58, 5C, 60
AFTER REPAIRCarry out a road test, then check with the diagnostic tool.

13B-327V12 MR-372-J84-13B300$110.mif
DIESEL INJECTION
Fault finding – Parameter summary table13B
EDC16CP33
Program No.: C4
VDiag No.: 04, 08, 18, 1C,
20, 24, 26, 28, 34, 38, 44,
4C, 54, 58, 5C, 60, 62, 74
repl*: replacement,
diff.*: differential,
OCR*: Opening Cyclic Ratio.Tool parameter Diagnostic tool title
PR385Exhaust pipe flow
PR391Mileage since particle filter repl*
PR405Cylinder no. 2 fuel flow correction
PR406Cylinder no. 3 fuel flow correction
PR412Mileage at last successful regeneration
PR414Particle filter diff* pressure
PR415Time since last regeneration
PR484Fuel regulation solenoid valve OCR*
PR490Engine air flow
PR636Turbine upstream pressure
PR667Turbine upstream temperature
PR668Turbine upstream temperature sensor voltage
PR672Damper valve position setpoint
PR739Fuel flow solenoid valve current
PR747Damper valve position
PR782Turbine upstream pressure sensor voltage
PR784DF312 recording No. 1
PR785DF312 recording No. 2
PR786DF312 recording No. 3
PR787DF312 recording No. 4
PR788DF312 recording No. 5
PR789DF312 recording No. 6
PR790DF312 recording No. 7
PR791DF312 recording No. 8

13B-390V12 MR-372-J84-13B300$122.mif
DIESEL INJECTION
Fault finding – Interpretation of parameters13B
REPL*: REPLACEMENT
PR391DISTANCE SINCE PARTICLE FILTER REPL*
PARAMETER
DEFINITIONThis parameter indicates the distance since the particle filter was last replaced in
miles (km).
NOTESNone.
Conformity check with engine stopped and ignition on, or engine running, and engine coolant
temperature > 80°C
Indicates the mileage travelled since replacement of the particle filter.
EDC16CP33_V18_PR391 / EDC16CP33_V1C_PR391 / EDC16CP33_V54_PR391 / EDC16CP33_V20_PR391 / EDC16CP33_V58_PR391 /
EDC16CP33_V5C_PR391 / EDC16CP33_V24_PR391 / EDC16CP33_V28_PR391 / EDC16CP33_V62_PR391 / EDC16CP33_V26_PR391 /
EDC16CP33_V60_PR391
EDC16CP33
Program No.: C4
Vdiag No.: 18, 1C, 20, 24,
26, 28, 54, 58, 5C, 60, 62
AFTER REPAIRCarry out a road test, then check with the diagnostic tool.

13B-393V12 MR-372-J84-13B300$122.mif
DIESEL INJECTION
Fault finding – Interpretation of parameters13B
PR412DISTANCE AT LAST SUCCESSFUL REGENERATION
PARAMETER
DEFINITIONThis parameter indicates the distance at the last successful regeneration in miles (km).
NOTESNone.
Conformity check with engine stopped and ignition on, or engine running, and engine coolant
temperature > 80°C
This parameter indicates the vehicle's mileage at the last successful regeneration.
EDC16CP33_V18_PR412 / EDC16CP33_V1C_PR412 / EDC16CP33_V54_PR412 / EDC16CP33_V20_PR412 / EDC16CP33_V58_PR412 /
EDC16CP33_V5C_PR412 / EDC16CP33_V24_PR412 / EDC16CP33_V28_PR412 / EDC16CP33_V62_PR412 / EDC16CP33_V26_PR412 /
EDC16CP33_V60_PR412
AFTER REPAIRCarry out a road test, then check with the diagnostic tool.
EDC16CP33
Program No.: C4
Vdiag No.: 18, 1C, 20, 24,
26, 28, 54, 58, 5C, 60, 62

13B-405V12 MR-372-J84-13B300$122.mif
DIESEL INJECTION
Fault finding – Interpretation of parameters13B
PR784
PR785
PR786
PR787
PR788
PR789
PR790
PR791
PR792
PR793
CONTINUED
These parameters are used so that the history of the last ten activations of the particle filter warning light are
known.
In Vdiag 18, 1C, 54:
Each parameter from PR784 to PR793 records the distance when the particle filter warning light comes on which
is associated with the appearance of DF312.
Each time the particle filter warning light comes on, the vehicle mileage is stored in the following parameter (PR+1).
When all ten parameters have a value other than zero, and the particle filter warning light comes on again, the
distance information for PR784 is cleared and replaced by the new value.
For other Vdiags:
Each parameter from PR784 DF312 record no. 1 to PR793 DF312 record no. 10 contains a record of the vehicle
mileage when the particle filter warning light comes on. The appearance of fault DF312 Speed request is
associated with each of these parameters.
PR784 to PR793 operate through successive copying (when the particle filter warning light comes on, the value of
PR784 is copied to PR785 DF312 record no. 2, the value of PR785 is copied to PR786 DF312 record no. 3 and
so on).
When there are more than ten records, the value of PR793 is deleted. The new mileage is allocated to PR784.
If none of the parameters between PR784 and PR793 is available in the sub-function, this means that no data has
been saved. The parameters appear in the sub-function when they have a value above zero.
EDC16CP33
Program No.: C4
Vdiag No.: 18, 1C, 20, 24,
26, 54, 58, 5C, 60
AFTER REPAIRCarry out a road test, then check with the diagnostic tool.

13B-407V12 MR-372-J84-13B300$122.mif
DIESEL INJECTION
Fault finding – Interpretation of parameters13B
PR794
PR795
PR796
PR797
PR798
PR799
PR800
PR801
PR802
PR803
CONTINUED
In Vdiag 18, 1C, 54:
Each of these parameters contains the vehicle mileage during a failed particle filter regeneration when driving.
Each parameter relates to an engine status. The statuses and parameters are recorded at the same time (for
example PR797 is associated with ET709 Stored engine status no. 4).
Each new recorded value is saved under the next PR (PR+1).
When all ten parameters have a value other than zero and there is a regeneration failure when driving, the distance
information for PR794 is cleared and replaced by the new value.
For other Vdiags:
Every parameter between PR794 Stored regeneration failure no. 1 and PR803 Stored regeneration failure no.
10 contains the vehicle mileage at the time of a particle filter regeneration failure when driving. Each parameter
relates to an engine status. They are recorded simultaneously (for example PR797 is associated with ET709
Stored engine status no. 4).
PR794 to PR803 operate through successive copying (when there is a regeneration failure when driving, the value
of PR794 is copied to PR795 Stored regeneration failure no. 2, the value of PR795 is copied to PR796 Stored
regeneration failure no. 3 and so on).
When there are more than ten records, the value of PR803 is deleted. The new mileage is allocated to PR794.
EDC16CP33
Program No.: C4
Vdiag No.: 18, 1C, 20, 24,
26, 54, 58, 5C, 60
AFTER REPAIRCarry out a road test, then check with the diagnostic tool.

13B-409V12 MR-372-J84-13B300$122.mif
DIESEL INJECTION
Fault finding – Interpretation of parameters13B
rege*: Regeneration
PR816
PR817
PR818
PR819
PR820
PR821
PR822
PR823
PR824
PR825
CONTINUED
In Vdiag 18, 1C, 54:
Each parameter between PR816 and PR825 contains the vehicle distance stored when particle filter regeneration
starts when driving. Each parameter is connected with a status "Regeneration request status record". They are
recorded simultaneously (for example PR819 is associated with ET745 Stored regeneration request status
No. 4).
Each new recorded value is saved under the next PR (PR+1).
When all ten parameters have a value other than zero, and a new regeneration starts when driving, the distance
information for PR816 is cleared and replaced by the new value.
For other Vdiags:
Each parameter from PR816 Stored regeneration start No. 1 to PR825 Stored regeneration start No. 10
records the mileage when particle filter regeneration starts for which the status request is recorded in ET742
Stored rege*. request status No.1 to ET751 Stored rege*. request status No.10. (for example PR819 Stored
regeneration start No. 4 is associated with ET745 Stored rege*. request status No.4).
Each time a new regeneration when driving is started, the vehicle mileage is recorded in PR816, as well as its
status in ET742.
PR816 to PR825 operate through successive copying (when regeneration starts, the value of PR816 is copied to
PR817 Stored regeneration start no. 2, the value of PR817 is copied to PR818 Stored regeneration start no. 3
and so on).
AFTER REPAIRCarry out a road test, then check with the diagnostic tool.
EDC16CP33
Program No.: C4
Vdiag No.: 18, 1C, 20, 24,
26, 54, 58, 5C, 60