RM36D0EC _51 Engine / Hybrid System _083058 M20D-FKS ENGINE CONTROL _0401821 ACTIVE CONTROL ENGINE MOUNT(for Rear Side) A

M20D-FKS ENGINE CONTROL  ACTIVE CONTROL ENGINE MOUNT(for Rear Side)  REMOVAL  


CAUTION / NOTICE / HINT

The necessary procedures (adjustment, calibration, initialization or registration) that must be performed after parts are removed and installed, or replaced during rear engine mounting insulator removal/installation are shown below.

Necessary Procedure After Parts Removed/Installed/Replaced
Replaced Part or Performed Procedure Necessary Procedure Effect/Inoperative Function when Necessary Procedure not Performed Link
ECM Perform Vehicle Identification Number (VIN) or frame number registration DTC P063051 is output (Click here)
Perform Total Short Trip Estimate Registration -
GPF Deposition Values:
·

GPF deposition values save

·

GPF deposition values write


·

MIL comes on

·

Deterioration of fuel efficiency


ECU communication ID registration Engine start function See Service Bulletin for the registration method.
for K121:

If transaxle compensation code read from ECM

-

Transfer transaxle compensation code

-

Deceleration sensor zero point calibration

-

CVT oil pressure calibration

-

Perform road test to allow ECM to learn



·

Large shift shock

·

Deterioration of fuel efficiency


for Initialization:
(Click here)
for Registration:
(Click here)
for K121:

If transaxle compensation code not read from ECM

-

Reset transaxle compensation code

-

Deceleration sensor zero point calibration

-

CVT oil pressure calibration

-

Perform road test to allow ECM to learn



for K121F:

If transaxle compensation code read from ECM

-

Transfer transaxle compensation code

-

Deceleration sensor zero point calibration

-

CVT oil pressure calibration

-

Perform road test to allow ECM to learn



·

Large shift shock

·

Deterioration of fuel efficiency


for Initialization:
(Click here)
for Registration:
(Click here)
for K121F:

If transaxle compensation code not read from ECM

-

Reset transaxle compensation code

-

Deceleration sensor zero point calibration

-

CVT oil pressure calibration

-

Perform road test to allow ECM to learn



Front exhaust pipe assembly GPF deposition value clear
·

MIL comes on

·

Deterioration of fuel efficiency


(Click here)
·

Engine assembly

·

Gas leak from exhaust system is repaired


Inspection after repair
·

Poor idle, etc.

·

Engine start function, etc.


(Click here)
for K121:

Continuously variable transaxle assembly


Air bleed oil pump with motor assembly Stop and start system (Click here)
·

Input transaxle compensation code into ECM

·

Perform reset memory

·

Deceleration sensor zero point calibration

·

CVT oil pressure calibration

·

Perform road test to allow ECM to learn


·

Large shift shock

·

Deterioration of fuel efficiency


for Initialization:
(Click here)
for Registration:
(Click here)
for K121F:

Continuously variable transaxle assembly


Air bleed oil pump with motor assembly Stop and start system (Click here)
·

Input transaxle compensation code into ECM

·

Perform reset memory

·

Deceleration sensor zero point calibration

·

CVT oil pressure calibration

·

Perform road test to allow ECM to learn


·

Large shift shock

·

Deterioration of fuel efficiency


for Initialization:
(Click here)
for Registration:
(Click here)
CVT fluid ATF thermal degradation estimate reset The value of the Data List item "ATF Thermal Degradation Estimate" is not estimated correctly for K121:
(Click here)
for K121F:
(Click here)
Air bleed oil pump with motor assembly Stop and start system (Click here)
Front bumper assembly (Including removal and installation) Front television camera view adjustment Panoramic view monitor system (Click here)
Suspension, tires, etc. Parking assist ECU initialization
Wheel alignment adjustment
1.

Perform "Reset Memory".

2.

Perform acceleration sensor zero point calibration and store system information memorization.


·

VSC is disabled or malfunctions

·

DTCs are output

·

Slip indicator light illuminates

·

ABS warning light illuminates


(Click here)

NOTICE:

After turning the ignition switch off, waiting time may be required before disconnecting the cable from the negative (-) battery terminal.

Click hereGeneral>SETUP>WHEN DISCONNECTING OR RECONNECTING BATTERY TERMINAL>BEFORE DISCONNECTING BATTERY


HINT:

When the cable is disconnected / reconnected to the battery terminal, systems temporarily stop operating. However, each system has a function that completes learning the first time the system is used.

·

Learning completes when vehicle is driven

Effect/Inoperative Function When Necessary Procedures are not Performed Necessary Procedures Link
Stop and start system Drive the vehicle until stop and start control is permitted (approximately 5 to 60 minutes). (Click here)
Lane tracing assist system Drive the vehicle straight ahead at 15 km/h (10 mph) or more for 1 second or more. (Click here)
Pre-collision system

·

Learning completes when vehicle is operated normally

Effect/Inoperative Function When Necessary Procedures are not Performed Necessary Procedures Link

*: w/ Power back door system

Power back door function* Fully close the back door by hand.
HINT:

Initialization is not necessary if the above procedures are performed while the back door is closed.


(Click here)
Power door lock control system If the back door is locked and therefore cannot be opened, it is necessary to unlock the back door using the door control switch, electrical key transmitter sub-assembly switch. (Click here)
Air conditioning system After the ignition switch is turned to ON, the servo motor standard position is recognized -



PROCEDURE

Hide 12371A 2.REMOVE REAR ENGINE MOUNTING INSULATOR

a.
A433254

Remove the bolt and rear engine mounting insulator from the rear engine mounting bracket.


b.
A432652

Remove the bolt and wire harness clamp bracket from the rear engine mounting insulator.


c.
A432653

Detach the clamp and remove the vacuum hose from the rear engine mounting insulator.