CAUTION / NOTICE / HINT
HINT:
PROCEDURE
1. | VEHICLE BROUGHT TO WORKSHOP |
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2. | CUSTOMER PROBLEM ANALYSIS |
HINT:
What | Vehicle model, system name |
When | Date, time, occurrence frequency |
Where | Road conditions |
Under what conditions? | Driving conditions, weather conditions |
How did it happen? | Problem symptoms |
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3. | READ AND SAVE OPERATION HISTORY* |
NOTICE:
(a) Read and save operation history using the GTS.
Body Electrical > Main Body > Utility Tester Display |
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Vehicle Control History (RoB) |
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4. | PRE-CHECK |
(a) Measure the auxiliary battery voltage with the ignition switch off.
Standard Voltage:
11 to 14 V
If the voltage is below 11 V, recharge or replace the auxiliary battery before proceeding to the next step.
(b) Check the fuses and relays.
(c) Check the connector connections and terminals to make sure that there are no abnormalities such as loose connections, deformation, etc.
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5. | INSPECT COMMUNICATION FUNCTION OF CAN COMMUNICATION SYSTEM* |
(a) Using the GTS, check for CAN communication system DTCs.
Click here
NG | GO TO CAN COMMUNICATION SYSTEM |
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6. | INSPECT COMMUNICATION FUNCTION OF LIN COMMUNICATION SYSTEM* |
(a) Using the GTS, check for LIN communication system DTCs.
Click here
Result | Proceed to |
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LIN DTCs are not output | A |
LIN DTCs are output | B |
B | GO TO LIN COMMUNICATION SYSTEM |
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7. | CHECK FOR DTC* |
(a) Check for DTCs and make a note of any codes that are output.
Body Electrical > Master Switch > Trouble Codes Body Electrical > D-Door Motor > Trouble Codes Body Electrical > P-Door Motor > Trouble Codes(b) Clear the DTCs.
Body Electrical > Master Switch > Clear DTCs Body Electrical > D-Door Motor > Clear DTCs Body Electrical > P-Door Motor > Clear DTCs(c) Recheck for DTCs.
Body Electrical > Master Switch > Trouble Codes Body Electrical > D-Door Motor > Trouble Codes Body Electrical > P-Door Motor > Trouble Codes Result | Proceed to |
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DTCs are not output | A |
DTCs are output | B |
B | GO TO DIAGNOSTIC TROUBLE CODE CHART |
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8. | PROBLEM SYMPTOMS TABLE |
Click here
Result | Proceed to |
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Fault is not listed in problem symptoms table | A |
Fault is listed in problem symptoms table | B |
B | GO TO STEP 10 |
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9. | OVERALL ANALYSIS AND TROUBLESHOOTING* |
(a) Operation Check
Click here
(b) Terminals of ECU
Click here
(c) Data List / Active Test
Click here
(d) Fail-safe Chart
Click here
(e) Inspection
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10. | ADJUST, REPAIR OR REPLACE |
(a) Check if any of the door window regulator sub-assemblies, power window regulator motor assemblies,, power window regulator motor assemblies, door glass or door glass runs have been removed and reinstalled.
Result | Proceed to |
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Any of the door window regulator sub-assembly, power window regulator motor assembly, door belt moulding or door glass weatherstrip inner have been removed and installed, or if a power window regulator motor assembly have been removed and reinstalled. | A |
The door window regulator sub-assembly, power window regulator motor assembly, door belt moulding or door glass weatherstrip inner have been removed and installed, or if a power window regulator motor assembly have not been removed and reinstalled. | B |
B | GO TO STEP 12 |
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11. | INITIALIZE POWER WINDOW CONTROL SYSTEM |
(a) If any of the power window regulator motor assembly, door window regulator sub-assembly, front door belt moulding or front door glass weatherstrip inner have been removed and installed, or if a power window regulator motor assembly have been removed and reinstalled, perform "Initialize Power Window Control System" for the applicable door glass.
Click here
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12. | CONFIRMATION TEST |
NEXT | END |
The front seat belt pretensioners are designed to deploy in moderate or severe frontal, near frontal collisions.
In addition, the pretensioners operate when a side collision or a rollover accident is detected. The pretensioners operate differently depending on what types of air bags are equipped. For more details about the seat belt pretensioner operation, refer to the SRS Air Bag Deployment Criteria.