216316
Service Bulletin Details
Public Details for: 216316
This service information bulletin provides new inspection and repair procedures for avcs (active valve control system) -related dtcs on the fa and fb engine equipped models listed above. The applicable service manuals will be revised with t
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ATTENTION: CLAIMS PERSONNEL q IMPORTANT - All Service Personnel Should Read and Initial in the boxes provided, right. SERVICE MANAGER © 2016 Subaru of America, Inc. All rights reserved. GENERAL MANAGER q PARTS MANAGER q q SERVICE BULLETIN APPLICABILITY: 2013MY to Current Legacy and Outback 2.5L Models 2012MY to Current Impreza 2.0L Models 2013MY to Current XV Crosstrek 2011MY to Current Forester 2.5L Models 2014MY to Current Forester 2.0L DIT Models 2015MY to Current WRX 2013MY to Current BRZ NUMBER: 02-163-16 DATE: 08/12/16 SUBJECT: Inspection and Repair Procedures for AVCS-Related DTCs INTRODUCTION: This Service Information bulletin provides new inspection and repair procedures for AVCS (Active Valve Control System) -related DTCs on the FA and FB engine equipped models listed above. The applicable Service Manuals will be revised with this new information in the near future. CHAPTER 1: DTCs and their Descriptions which will be covered in this bulletin: DTC DESCRIPTION P000A "A" CAMSHAFT POSITION SLOW RESPONSE BANK1 P000B "B" CAMSHAFT POSITION SLOW RESPONSE BANK1 P000C "A" CAMSHAFT POSITION SLOW RESPONSE BANK2 P000D "B" CAMSHAFT POSITION SLOW RESPONSE BANK2 P0011 "A" CAMSHAFT POSITION-TIMING OVER ADVANCED OR SYSTEM PERFORMANCE BANK1 P0014 "B" CAMSHAFT POSITION-TIMING OVER ADVANCED OR SYSTEM PERFORMANCE BANK1 P0021 "A" CAMSHAFT POSITION-TIMING OVER ADVANCED OR SYSTEM PERFORMANCE BANK2 P0024 "B" CAMSHAFT POSITION-TIMING OVER ADVANCED OR SYSTEM PERFORMANCE BANK2 P0016 CRANKSHAFT POSITION-CAMSHAFT POSITION CORRELATION BANK1, SENSOR A P0017 CRANKSHAFT POSITION-CAMSHAFT POSITION CORRELATION BANK1, SENSOR B P0018 CRANKSHAFT POSITION-CAMSHAFT POSITION CORRELATION BANK2, SENSOR A P0019 CRANKSHAFT POSITION-CAMSHAFT POSITION CORRELATION BANK2, SENSOR B ‘ CHAPTER 2: Inspection and Repair Procedures: The actual Troubleshooting Charts (CHAPTER 3) referenced in Tables 2-1 and 2-2 below begin on Page 3. CAUTION: VEHICLE SERVICING PERFORMED BY UNTRAINED PERSONS COULD RESULT IN SERIOUS INJURY TO THOSE PERSONS OR TO OTHERS. Subaru Service Bulletins are intended for use by professional technicians ONLY. They are written to inform those technicians of conditions that may occur in some vehicles, or to provide information that could assist in the proper servicing of the vehicle. Properly trained technicians have the equipment, tools, safety instructions, and know-how to do the job correctly and safely. If a condition is described, DO NOT assume that this Service Bulletin applies to your vehicle, or that your vehicle will have that condition. SUBARU OF AMERICA, INC. IS ISO 14001 COMPLIANT ISO 14001 is the international standard for excellence in Environmental Management Systems. Please recycle or dispose of automotive products in a manner that is friendly to our environment and in accordance with all local, state and federal laws and regulations. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 1 Table 2-1: For DTCs P000A, P000B, P000C, P000D, P0011, P0014, P0021, P0024: Model Engine MY LEGACY/ OUTBACK 2.5L NA 13MY and after IMPREZA 2.0L NA 12MY and after XV 2.0L NA 13MY and after 2.5L NA 11MY and after 2.0L DIT 14MY and after WRX 2.0L DIT 15MY and after BRZ 2.0L DI NA 13MY and after FORESTER Use Troubleshooting Chart Number: (1). P000A, P0011 Table 2-2: For DTCsP0016, P0017, P0018 and P0019: Model LEGACY/ OUTBACK IMPREZA XV Engine MY VVT Initial Position Learning Value VVT Adv. Angle Amount Readability? Method Standard Angle Data Use Troubleshooting Chart Number: 2.5L NA 13MY to current Yes SSM Data Monitor 0 deg. (2)-1. P0016 General 2.0L 14MY to current Yes SSM Data Monitor 0 deg. (2)-1. P0016 General 12MY and 13MY No None 0 deg. (2)-4. P0016 for No Learning Value 14MY to current Yes SSM Data Monitor 0 deg. (2)-1. P0016 General 13MY No None 0 deg. (2)-4. P0016 for No Learning Value 14MY to current Yes SSM Data Monitor 0 deg. (2)-1. P0016 General 2011, 12 and 13MY No None 0 deg. (2)-4. P0016 for No Learning Value 16MY to current Yes SSM Data Monitor 0 deg. (2)-1. P0016 General 14MY and 15MY Yes SSM Data Monitor 27 deg. (2)-2. P0016 for 27deg NA 2.0L NA 2.5L NA FORESTER 2.0L DIT WRX 2.0L DIT 15MY to current Yes SSM Data Monitor 0 deg. (2)-1. P0016 General BRZ 2.0L NA 13MY to current Yes SSM Work Support 0 deg. (2)-3. P0016 for Work Support IMPORTANT NOTES AND REMINDERS: • When directed to replace the engine oil and filter, always use the specified viscosity. DO NOT supplement the engine oil with any additives. • When installing new cam carrier oil filters, use caution to not press them into the cam carriers any deeper than flush with the machined cylinder head mating surface. • The wiring connector chart referenced throughout the Troubleshooting Charts (CHAPTER 8) is found at the end of this TSB. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 2 CHAPTER 3: Troubleshooting Charts (1). P000A, P0011 Troubleshooting for P000A, B, C or D / P0011, 14, 21 or 24 Step LEGACY / OUTBACK 2.5L: 13MY and after IMPREZA: 12MY and after XV: 13MY and after FORESTER 2.5L NA: 11MY and after FORESTER 2.0L DIT: 14MY and after WRX: 15MY and after BRZ: 13MY and after Check YES NO 1 Check the DTC Is there any DTC except P000A, B, C or D / P0011, 14, 21 or 24? Go to concerned DTC troubleshooting. Save the FFD. Go to step 2. 2 Check the engine oil condition. Does the oil level gauge show out of range? Is the oil excessively dirty? Is the oil clotted due to use of additives? Is undesignated viscosity oil used? Correct the oil level. Go to step 3. Replace the engine oil, filter and the oil control valve with brand new one. Go to step 3. 3 4 Check if the car is fixed. 1) Replace the oil control valve with brand new one. 2) Clear the memory by using SSM. 3) Perform the drive cycle. (Refer to Chapter 5) 4) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. Diagnostic value of applicable AVCS ≧1000? Check the harness. Is there a poor contact among the oil control valve, cam angle sensor, crank angle sensor and ECU? Go to step 4. If the value is less than 1000, is the value definitely greater than the other AVCS value? Change the engine oil and the filter. If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. * The diagnostic value is updated repeatedly, therefore, please watch it while test driving. - Is there any damage on the connector pin of oil control valve, cam angle sensor, crank angle sensor or ECU? Change the engine oil. Idle the engine for 5minutes. END Repair the problem. Go to step 6. Go to step 5. - Are following resistances more than 1Ω? Between the oil control valve and the ECU. Between the cam angle sensor and the ECU. Between the crank angle sensor and the ECU. *Connector Numbers are found in Chapter 8. 5 Check if the car is fixed. 1) Clear the memory by using SSM. 2) Perform the drive cycle. (Refer to the Chapter 5) 3) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. Diagnostic value of applicable AVCS ≧ 1000? Go to step 6. END If the value is less than 1000, is the value definitely greater than the other AVCS value? If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 3 Step 6 7 Check engine oil pressure. Check The engine oil pressure is lower than standard? Check the oil passage in Is there any abnormality on the O-ring for suction and the chain cover. discharge port of the oil pump? Is there any damage or contamination with the oil control valve? Is there any trace mark of contamination on the oil pump? Check the camshaft condition. Go to step 7. NO Go to step 7. Replace the chain cover with new one after the inspection is completed. Is there any abnormality on the O-rings for oil passage to both sides of cylinder heads? 8 YES Remove the timing chain and rotate camshafts. Compare four camshaft of rotating friction. Is there particular friction in the camshaft which had DTC? Is there any scratch or damage on the surface of the cam journal? Repair the problem. Go to step 8. Go to step 8. In case of contamination, replace the chain cover with new one after the inspection is completed Replace cam carrier and camshaft with new one. Go to step 9. Go to step 9. Is the resistance felt? Compare the intake camshaft with the exhaust camshaft. Is there any scratch or damage on the surface of the cam journal? 9 Check the oil line between the oil pump and the sprocket. Replace the oil filter on the cam carrier. (Don’t reuse) Refer to the applicable section of Service Manual to remove cam carrier. Is there any contamination or clog visually in the cam carrier or cylinder head oil line? Is there any contamination or clog visually in the oil line between the sprocket and the camshaft? (Remove the sprocket from the camshaft.) Is there any contamination or clog visually in the sprocket oil line? Is there any contamination or clog visually in the camshaft oil line? In case of there is problem, repair the wrong part and replace cam sprocket with new one. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. *Please do not push in oil filter excessively. The upper end of the filter should be flush with the cam carrier. *Please do not push in oil filter excessively. The upper end of the filter should be flush with the cam carrier. Go to step 10. Go to step 10. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 4 Step 10 Check the oil strainer. 11 Check if the car is fixed. 1) Clear the memory by using SSM. 2) Perform the drive cycle. (Refer to the Chapter 5) 3) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. Check Is there any debris or contamination in the oil strainer on the oil pan? Diagnostic value of applicable AVCS ≧ 1000? If the value is less than 1000, is the value definitely greater than the other AVCS value? YES NO In case of there is problem, remove the debris and clean it. Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. Go to step 11. Go to step 11. Replace ECU with new one. END END If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping engine. * The diagnostic value is updated repeatedly, therefore please watch while test driving. (2)-1. P0016 General Troubleshooting for P0016, 17, 18 or 19 - No.1 General: Models for SSM “Data Monitor” showing “VVT Initial Position Learning Value” Displayed “VVT Adv. Ang. Amount” at the standard angle is “0 deg.”. Step Check LEGACY / OUTBACK 2.5L: 13MY and after IMPREZA / XV: 14MY and after FORESTER 2.5L NA: 14MY and after FORESTER 2.0L Turbo: 16MY and after WRX: 15MY and after YES NO 1 Check the DTC Is there any DTC except P0016, 17, 18 or 19? Go to the concerned DTC troubleshooting 2 Check the engine oil condition. Does the oil level gauge show out of range? Is the oil excessively dirty? Is the oil clotted due to use of additives? Is undesignated viscosity oil used? Correct the oil level. Go to step 3. Replace the engine oil and filter. Save the FFD. Go to step 2. Go to step 3. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 5 Step 3 4 YES Check the chain timing. Does “VVT Adv. Ang. Amount” have more than ± 10deg difference from the reference value (0 deg.)? 1) Clear the memory by using SSM. - Connect the connector after the check. 2) Disconnect the - Record the “VVT Adv. Ang. Amount” because the step below oil control valve uses the value. connector. DTC comes on but *Detailed process there is no problem for 1. Clear the memory by using SSM. this check process. 2. Disconnect the applicable AVCS connector which had the 3) Start the engine and DTC. check the “VVT Adv. 3. Turn IG on and start monitor the AVCS advance timing value Ang. Amount” at idle which is the item “VVT Adv. Ang. Amount” in the SSM. within 10 sec. from 4. Start engine and read out “VVT Adv. Ang. Amount” within starting the engine by 10 sec. using SSM. (The value changes to “0” after 10 sec.) (Refer to 4.1 in Chapter 5. Stop the engine. 4) Correct the chain timing. Check if the car is fixed. Go to step 5. 1) Replace the oil control valve with brand new one. 2) Clear the memory by using SSM. 3) Perform the drive cycle. (Refer to the 6th chapter) 4) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. 5 Check Check the harness. Diagnostic value of applicable AVCS ≧ 1000? Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. Go to step 12. * The diagnostic value is updated repeatedly, therefore please watch it while test driving - Is there any damage on the connector pin of oil control valve, cam angle sensor, crank angle sensor or ECU? Go to step 4. Go to step 12. If the value is less than 1000, is the value definitely greater than the other AVCS value? Is there a poor contact among the oil control valve, cam angle sensor, crank angle sensor and ECU? NO Repair the problem. Go to step 7. Go to step 6. - Are following resistances more than 1Ω? Between the oil control valve and the ECU. Between the cam angle sensor and the ECU. Between the crank angle sensor and the ECU. *Connector Numbers are found in Chapter 8. 6 Check if the car is fixed. 1) Clear the memory by using SSM. 2) Perform the drive cycle. (Refer to the 6th chapter) 3) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. Diagnostic value of applicable AVCS ≧ 1000? Go to step 7. Go to step 12. If the value is less than 1000, is the value definitely greater than the other AVCS value? If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 6 Step 7 8 Check Check engine oil pressure. The engine oil pressure is lower than standard? Check the oil passage in the chain cover. Is there any abnormality on the O-ring for suction port and discharge port of the oil pump? Is there any abnormality on the O-rings for oil passage to both sides of cylinder heads? Is there any trace mark of contamination on the oil pump? Check the camshaft condition. Go to step 8. NO Go to step 8. Replace the chain cover with new one after the inspection is completed. Is there any damage or contamination with the oil control valve? 9 YES Remove the timing chain and rotate camshafts. Compare four camshaft of rotating friction. Is there particular friction in the camshaft which had DTC? Is there any scratch or damage on the surface of the cam journal? Repair the problem. Go to step 9. Go to step 9. In case of contamination, replace the chain cover with new one after the inspection is completed. Replace Cam carrier Go to step 10. and camshaft with new one. Go to step 10. Is the resistance felt? Compare the intake camshaft with the exhaust camshaft. Is there any scratch or damage on the surface of the cam journal? 10 Check the oil line between the oil pump and the sprocket. Replace the oil filter on the cam carrier. (Don’t reuse) Refer to the applicable section of Service Manual to remove cam carrier. Is there any contamination or clog visually in the cam carrier or cylinder head oil line? Is there any contamination or clog visually in the oil line between the sprocket and the camshaft? Remove the sprocket from the camshaft. Is there any contamination or clog visually in the sprocket oil line? Is there any contamination or clog visually in the camshaft oil line? In case of there is problem, repair the wrong part and replace cam sprocket with new one. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. *Please do not push in oil filter excessively. The upper end of the filter should be flush with the cam carrier. *Please do not push in oil filter excessively. The upper end of the filter should be flush with the cam carrier. Go to step 11. Go to step 11. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 7 Step 11 Check the oil strainer. Check Is there any debris or contamination in the oil strainer on the oil pan? YES In case of there is problem, remove the debris and clean it. Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. NO Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. *Don’t apply too much THREE BOND when reassembling. Refer to the *Don’t apply too applicable section much THREE BOND of Service Manual when reassembling. and apply correct Refer to the type of THREE applicable section BOND with proper of Service Manual quantity. and apply correct type of THREE Go to step 12. BOND with proper quantity. Go to step 12. 12 Check the learning value. 1) Clear the memory by using SSM. 2) Turn IG on. 3) Read the “VVT Initial Position Learning Value” by using SSM “Data Monitor”. (Refer to 4.1 in Chapter 4) Is the following value out of normal range? “VVT Initial Position Learning Value” + “VVT Adv. Ang. Amount” *”VVT Adv. Ang. Amount” is read out in the step 3 of this troubleshooting. Replace the ECU with new one. END Drive the test driving cycle. END *Refer to Chapter 7 which shows a normal range of the learning value. (2)-2. P0016 for 27deg. Troubleshooting for P0016, 17, 18 or 19 - No.2 27 deg.: Models for SSM “Data Monitor” showing “VVT Initial Position Learning Value” Displayed “VVT Adv. Ang. Amount” at the standard angle is “27deg”. Step Check FORESTER 2.0L Turbo: 14MY and 15MY YES NO 1 Check the DTC Is there any DTC except P0016, 17, 18 or 19? Go to the concerned DTC troubleshooting. 2 Check the engine oil condition. Does the oil level gauge show out of range? Is the oil excessively dirty? Is the oil clotted due to use of additives? Is undesignated viscosity oil used? Correct the oil level. Go to step 3. Replace the engine oil and filter. Go to step 3. Save the FFD. Go to step 2. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 8 Step 3 4 Check the chain timing. Diagnostic value of applicable AVCS ≧ 1000? 1) Clear the memory by using SSM. 2) Disconnect the oil control valve connector. DTC comes on but there is no problem for this check process. 3) Start the engine and check the “VVT Adv. Ang. Amount” at idle within 10 sec. from starting the engine by using SSM. (Refer to 4.1 in Chapter 4) If the value is less than 1000, is the value definitely greater than the other AVCS value? Check if the car is fixed. Diagnostic value of applicable AVCS ≧ 1000? 1) Replace the oil control valve with brand new one. 2) Clear the memory by using SSM. 3) Perform the drive cycle. (Refer to Chapter 5) 4) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. 5 Check Check the harness. YES Go to step 5. If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. NO Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. Go to step 12. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Go to step 5. If the value is less than 1000, is the value definitely greater than the other AVCS value? If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. Go to step 12. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Is there a poor contact among the oil control valve, cam angle sensor, crank angle sensor and ECU? - Is there any damage on the connector pin of oil control valve, cam angle sensor, crank angle sensor or ECU? Repair the problem. Go to step 7. Go to step 6. - Are following resistances more than 1Ω? Between the oil control valve and the ECU. Between the cam angle sensor and the ECU. Between the crank angle sensor and the ECU. *Connector Numbers are found in Chapter 8. 6 Check if the car is fixed. 1) Clear the memory by using SSM. 2) Perform the drive cycle. (Refer to the 6th chapter) 3) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. 7 Check engine oil pressure. Diagnostic value of applicable AVCS ≧ 1000? Go to step 7. Go to step 12. Go to step 8. Replace the chain cover with new one after the inspection is completed. Go to step 8. If the value is less than 1000, is the value definitely greater than the other AVCS value? If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. The engine oil pressure is lower than standard? Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 9 Step 8 Check the oil passage in the chain cover. Check Is there any abnormality on the O-ring for suction port and discharge port of the oil pump? Is there any abnormality on the O-rings for oil passage to both sides of cylinder heads? Is there any damage or contamination with the oil control valve? Is there any trace mark of contamination on the oil pump? 9 Check the camshaft condition. Remove the timing chain and rotate camshafts. Compare four camshaft of rotating friction. Is there particular friction in the camshaft which had DTC? Is there any scratch or damage on the surface of the cam journal? YES NO Repair the problem. Go to step 9. Go to step 9. In case of contamination, replace the chain cover with new one after the inspection is completed. Replace cam carrier Go to step 10. and camshaft with new one. Go to step 10. Is the resistance felt? Compare the intake camshaft with the exhaust camshaft. Is there any scratch or damage on the surface of the cam journal? 10 Check the oil line between the oil pump and the sprocket. Replace the oil filter on the cam carrier. (Don’t reuse) Refer to the applicable section of Service Manual to remove cam carrier. Is there any contamination or clog visually in the cam carrier or cylinder head oil line? Is there any contamination or clog visually in the oil line between the sprocket and the camshaft? Remove the sprocket from the camshaft. Is there any contamination or clog visually in the sprocket oil line? Is there any contamination or clog visually in the camshaft oil line? In case of there is problem, repair the wrong part and replace cam sprocket with new one. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. *Please do not push an oil filter excessively. The upper end of the filter should be flush with the cam carrier. Go to step 11. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section of Service Manual and apply correct type of THREE BOND with proper quantity. *Please do not push an oil filter excessively. The upper end of the filter should be flush with the cam carrier. Go to step 11. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 10 Step 11 Check the oil strainer. Check Is there any debris or contamination in the oil strainer on the oil pan? YES In case of there is problem, remove the debris and clean it. Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. NO Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. *Don’t apply too much THREE BOND when reassembling. Refer to the *Don’t apply too applicable section much THREE BOND of Service Manual when reassembling. and apply correct Refer to the type of THREE applicable section BOND with proper of Service Manual quantity. and apply correct type of THREE Go to step 12. BOND with proper quantity. Go to step 12. 12 Check the learning value. 1) Clear the memory by using SSM. 2) Turn IG on. 3) Read the “VVT Initial Position Learning Value” by using SSM “Data Monitor”. (Refer to 4.1 in Chapter 4) Is the following value out of normal range? “VVT Initial Position Learning Value” + “[VVT Adv. Ang. Amount] – 27deg.” *”[VVT Adv. Ang. Amount] – 27deg.” is read out in the step 3 of this troubleshooting. Replace the ECU with new one. END Drive the test driving cycle. END *Refer to Chapter 7 which shows a normal range of the learning value. (2)-3. P0016 for Work Support Troubleshooting for P0016, 17, 18 or 19 - No.3 Work Support: Models for SSM “Work Support” showing “VVT Initial Position Learning Value” Displayed “VVT Adv. Ang. Amount” at the standard angle is “0 deg.”. Step Check BRZ: 13MY and after YES NO 1 Check the DTC Is there any DTC except P0016, 17, 18 or 19? Go to the concerned DTC troubleshooting. 2 Check the engine oil condition. Does the oil level gauge show out of range? Is the oil excessively dirty? Is the oil clotted due to use of additives? Is undesignated viscosity oil used? Correct the oil level. Go to step 3. Replace the engine oil and filter. Go to step 3. Save the FFD. Go to step 2. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 11 Step 3 Check the chain timing. 1) Clear the memory by using SSM. 2) Disconnect the oil control valve connector. DTC comes on but there is no problem for this check process. 3) Start the engine and check the “VVT Adv. Ang. Amount” at idle within 10 sec. from starting the engine by using SSM. (Refer to 4.1 in Chapter 4) 4 Replace the oil control valve with brand new one. Check if the car is fixed. 1) Replace the oil control valve with brand new one. 2) Clear the memory by using SSM. 3) Perform the drive cycle (Refer to Chapter 5) 4) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. 5 Check the harness. Check Does “VVT Adv. Ang. Amount” have more than ± 10 deg. difference from the reference value (0 deg.)? - Connect the connector after the check. - Record the “AVCS advance timing value” because the step below uses the value. YES NO Correct the chain timing. Go to step 12. Go to step 4. Go to step 5. Change the engine oil. Idle the engine for 5 minutes. *Detailed process 1. Clear the memory by using SSM. 2. Disconnect the applicable AVCS connector which had the DTC. 3. Turn IG on and start monitor the AVCS advance timing value which is the item “VVT Adv. Ang. Amount” in the SSM. 4. Start engine and read out “VVT Adv. Ang. Amount” within 10 sec. (The value changes to “0” after 10 sec.) 5. Stop the engine. Diagnostic value of applicable AVCS ≧ 1000? If the value is less than 1000, is the value definitely greater than the other AVCS value? Change the engine oil and the filter. If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. Go to step 12. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Is there a poor contact among the oil control valve, cam angle sensor, crank angle sensor and ECU? - Is there any damage on the connector pin of oil control valve, cam angle sensor, crank angle sensor or ECU? Repair the problem. Go to step 7. Go to step 6. - Are following resistances more than 1Ω? Between the oil control valve and the ECU. Between the cam angle sensor and the ECU. Between the crank angle sensor and the ECU. *Connector Numbers are found in Chapter 8. 6 Check if the car is fixed. 1) Clear the memory by using SSM. 2) Perform the drive cycle. (Refer to Chapter 5) 3) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. Diagnostic value of applicable AVCS ≧ 1000? Go to step 7. Go to step 12. If the value is less than 1000, is the value definitely greater than the other AVCS value? If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 12 Step Check YES NO 7 Check engine oil pressure. The engine oil pressure is lower than standard? Go to step 8. Replace the chain cover with new one after the inspection is completed. 8 Check the oil passage in the chain cover. Is there any abnormality on the O-ring for suction and discharge port of the oil pump? Repair the problem. Go to step 9. Is there any abnormality on the O-rings for oil passage to both sides of cylinder heads? Is there any damage or contamination with the oil control valve? Is there any trace mark of contamination on the oil pump? 9 Check the camshaft condition. Remove the timing chain and rotate camshafts. Compare four camshaft of rotating friction. Is there particular friction in the camshaft which had DTC? Is there any scratch or damage on the surface of the cam journal? Go to step 8. Go to step 9. In case of contamination, replace the chain cover with new one after the inspection is completed. Replace cam carrier Go to step 10. and camshaft with new one. Go to step 10. Is the resistance felt? Compare the intake camshaft with the exhaust camshaft. Is there any scratch or damage on the surface of the cam journal? 10 Check the oil line between the oil pump and the sprocket. Replace the oil filter on the cam carrier. (Don’t reuse) Refer to the applicable section of Service Manual to remove cam carrier. Is there any contamination or clog visually in the cam carrier or cylinder head oil line? Is there any contamination or clog visually in the oil line between the sprocket and the camshaft? Remove the sprocket from the camshaft. Is there any contamination or clog visually in the sprocket oil line? Is there any contamination or clog visually in the camshaft oil line? In case there is problem, repair the wrong part and replace cam sprocket with new one. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section *Don’t apply too of Service Manual much THREE BOND and apply correct when reassembling. type of THREE Refer to the BOND with proper applicable section quantity. of Service Manual and apply correct *Please do not type of THREE push in oil filter BOND with proper excessively. quantity. The upper end of the filter should be *Please do not flush with the cam push in oil filter carrier. excessively. The upper end of Go to step 11. the filter should be flush with the cam carrier. Go to step 11. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 13 Step 11 Check the oil strainer. Check Is there any debris or contamination in the oil strainer on the oil pan? YES In case of there is problem, remove the debris and clean it. Change the engine oil. NO Change the engine oil. Idle the engine for 5 minutes. Change the engine oil and the filter. *Don’t apply too Idle the engine for 5 much THREE BOND minutes. when reassembling. Change the engine oil and the filter. Refer to the applicable section of Service Manual *Don’t apply too and apply correct much THREE BOND type of THREE when reassembling. BOND with proper quantity. Refer to the applicable section Go to step 12. of Service Manual and apply correct type of THREE BOND with proper quantity. Go to step 12. 12 Check the learning value. 1) Clear the memory by using SSM. 2) Turn IG on. 3) Read the “VVT Initial Position Learning Value” by using SSM “Work Support”. (Refer to 4.2 in Chapter 4) Is the following value out of normal range? “VVT Initial Position Learning Value” + “VVT Adv. Ang. Amount” *”VVT Adv. Ang. Amount” is read out in the step 3 of this troubleshooting. Replace the ECU with new one. END Drive the test driving cycle. END *Refer to Chapter 7 which shows a normal range of the learning value. (2)-4. P0016 for No Learning Value Troubleshooting for P0016, 17, 18 or 19 - No.4 No learning data: Models for SSM No showing “VVT Initial Position Learning Value” Displayed “VVT Adv. Ang. Amount” at the standard angle is “0 deg.”. Step Check IMPREZA: 12MY and 13MY XV: 13MY FORESTER 2.5L NA: 11MY, 12MY and 13MY YES NO 1 Check the DTC Is there any DTC except P0016, 17, 18 or 19? Go to the concerned DTC troubleshooting. 2 Check the engine oil condition. Does the oil level gauge show out of range? Is the oil excessively dirty? Is the oil clotted due to use of additives? Is undesignated viscosity oil used? Correct the oil level. Go to step 3. Replace the engine oil and filter. Go to step 3. Save the FFD. Go to step 2. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 14 Step 3 Check the chain timing. 1) Clear the memory by using SSM. 2) Disconnect the oil control valve connector. DTC comes on but there is no problem for this check process. 3) Start the engine and check the “VVT Adv. Ang. Amount” at idle within 10 sec. from starting the engine by using SSM. (Refer to 4.1 in Chapter 4) 4 Replace the oil control valve with brand new one. Check if the car is fixed. 1) Replace the oil control valve with brand new one. 2) Clear the memory by using SSM. 3) Perform the drive cycle. (Refer to Chapter 5) 4) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. 5 Check the harness. Check YES Does “VVT Adv. Ang. Amount” have more than ± 10 deg. difference from the reference value (0 deg.)? Correct the chain timing. - Connect the connector after the check. - Record the “VVT Adv. Ang. Amount” because the step below uses the value. Go to step 12. NO Go to step 4. *Detailed process 1. Clear the memory by using SSM. 2. Disconnect the applicable AVCS connector which had the DTC. 3. Turn IG on and start monitor the AVCS advance timing value which is the item “VVT Adv. Ang. Amount” in the SSM. 4. Start engine and read out “VVT Adv. Ang. Amount” within 10 sec. (The value changes to “0” after 10 sec.) 5. Stop the engine. Diagnostic value of applicable AVCS ≧ 1000? Go to step 5. If the value is less than 1000, is the value definitely greater than the other AVCS value? Change the engine oil and the filter. If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. Go to step 12. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Is there a poor contact among the oil control valve, cam angle sensor, crank angle sensor and ECU? - Is there any damage on the connector pin of oil control valve, cam angle sensor, crank angle sensor or ECU? - Are following resistances more than 1Ω? Change the engine oil. Idle the engine for 5minutes. Repair the problem. Go to step 7. Go to step 6. Between the oil control valve and the ECU. Between the cam angle sensor and the ECU. Between the crank angle sensor and the ECU. *Connector Numbers are found in Chapter 8. 6 Check if the car is fixed. 1) Clear the memory by using SSM. 2) Perform the drive cycle. (Refer to Chapter 5) 3) Read the “AVCS diagnostic value” by using SSM. Please refer to Chapter 6 to read out MODE$06. Diagnostic value of applicable AVCS ≧ 1000? Go to step 7. Go to step 12. If the value is less than 1000, is the value definitely greater than the other AVCS value? If the value is 0, the diagnosis process has not yet completed. Continue to perform a drive cycle without stopping the engine. * The diagnostic value is updated repeatedly, therefore please watch it while test driving. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 15 Step Check YES NO 7 Check engine oil pressure. The engine oil pressure is lower than standard? Go to step 8. Replace the chain cover with new one after the inspection is completed. 8 Check the oil passage in the chain cover. Is there any abnormality on the O-ring for suction port and discharge port of the oil pump? Repair the problem. Go to step 9. Go to step 9. Is there any abnormality on the O-rings for oil passage to both sides of cylinder heads? Is there any damage or contamination with the oil control valve? In case of contamination, replace the chain cover with new one after the inspection is completed. Is there any trace mark of contamination on the oil pump? 9 Check the camshaft condition. Remove the timing chain and rotate camshafts. Compare four camshaft of rotating friction. Is there particular friction in the camshaft which had DTC? Is there any scratch or damage on the surface of the cam journal? Is the resistance felt? Go to step 8. Replace Cam carrier Go to step 10. and camshaft with new one. Go to step 10. Compare the intake camshaft with the exhaust camshaft. Is there any scratch or damage on the surface of the cam journal? 10 Check the oil line between the oil pump and the sprocket. Replace the oil filter on the cam carrier. (Don’t reuse) Refer to the applicable section of Service Manual to remove cam carrier. Is there any contamination or clog visually in the cam carrier or cylinder head oil line? Is there any contamination or clog visually in the oil line between the sprocket and the camshaft? Remove the sprocket from the camshaft. Is there any contamination or clog visually in the sprocket oil line? Is there any contamination or clog visually in the camshaft oil line? In case there is problem, repair the wrong part and replace cam sprocket with new one. *Don’t apply too much THREE BOND when reassembling. Refer to the applicable section *Don’t apply too of Service Manual much THREE BOND and apply correct when reassembling. type of THREE BOND with proper Refer to the quantity. applicable section of Service Manual *Please do not and apply correct push in oil filter type of THREE excessively. BOND with proper quantity. The upper end of the filter should be *Please do not flush with the cam push in oil filter carrier. excessively. Go to step11. The upper end of the filter should be flush with the cam carrier. Go to step 11. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 16 Step 11 Check the oil strainer. Check Is there any debris or contamination in the oil strainer on the oil pan? YES In case of there is problem, remove the debris and clean it. NO Change the engine oil. Idle the engine for 5 minutes. Change the engine Change the engine oil and the filter. oil. Idle the engine for 5 *Don’t apply too minutes. much THREE BOND when reassembling. Change the engine oil and the filter. Refer to the applicable section *Don’t apply too of Service Manual much THREE BOND and apply correct when reassembling. type of THREE BOND with proper Refer to the quantity. applicable section of Service Manual Go to step 12. and apply correct type of THREE BOND with proper quantity. Go to step 12. 12 Check if the car is fixed. Same DTC reset again? 1) Clear the memory by using SSM. 2) Perform the drive cycle. (Refer to Chapter 5) Replace the ECU with new one. END Drive the test driving cycle. END CHAPTER 4: Reading SSM Data: 4.1- SSM Data Monitor for “VVT Adv. Ang. Amount” or “VVT Initial Position Learning Value”. “VVT Adv. Ang. Amount” for all models “VVT Initial Position Learning Value” for all models except BRZ (1). SSMIII All other models →Each System Check → Engine Control System → Current Data Display & Save → Normal sampling Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 17 “VVT Adv. Ang. Amount” (L&R) Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 18 “VVT Initial Position Learning Value” (#1 & #2) (2). SSM4: Diagnosis → Each System → Engine Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 19 “VVT Adv. Ang. Amount” (R & L) Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 20 “VVT Initial Position Learning Value” (#1 & #2) 4.2- SSM Work Support Reading “VVT Initial Position Learning Value” for BRZ (1). SSMIII Inspection of BRZ → Each System Check → Engine Control System → Work Support → → VVT Initial Position Learning Value Display Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 21 VVT Initial Position Learning Value Display for BRZ on SSM III (2). SSM4 Diagnosis → Each System → Engine → Work Support → VVT Initial Position Learning Value Display Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 22 VVT Initial Position Learning Value for BRZ Using SSM4 CHAPTER 5: Drive Cycle for Duplication Test: Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 23 (1). (2). (3). (4). (5). Clear the memory by using the SSM Start the engine in a warmed up condition (coolant temp. should be more than 160 deg.F.). Idling the engine for 3 min. or more. Accelerate to 50 mph. Keep the acceleration pedal at 0% for 5 sec. then move to 20% and hold for 5 seconds. Repeat this mode for 20 minutes or more. The vehicle speed should be kept around 50mph while in this mode. (The diagnosis process is completed repeatedly during this step. This step requires 2 people. One person should monitor the diagnostic value while another person is performing the driving cycle because the diagnostic value cannot be saved). (6). Foot off accelerator pedal (0%) and decelerate for more than 5 seconds. (The learning process is completed during this part). (7). Idle the engine and check the SSM data (Initial position learning value, diagnosis value). (8). If the SSM shows the data is OK, turn the engine off to finish the procedure. *Remarks: + Acceleration level can be changed depending on the traffic situation. + If no diagnosis data is memorized, perform driving cycle again without turning the engine off. CHAPTER 6: OBD MODE $06 Monitor Read out diagnosis value of OBD MODE&06 monitor: Mode$06 stands for “Test result for continuously and non-continuously monitored system supported” and one of the OBD-II diagnosis modes. It shows diagnosis value “Val.”, threshold, ”Min.”, “Max.” and diagnosis test result: “Result”. “MID” stands for OBD Monitor ID and shows items being tested. MID $35 means Right bank [Bank 1] AVCS test and MID $36 means Left bank [Bank 2] AVCS test. “TID” stands for The Test ID which shows specific test item being run. $8B and $8C are positive and negative side of the intake AVCS slow response. $8C and $8C are positive and negative side of the exhaust AVCS slow response. While the test is not completed, the Result shows “-“. If it is completed, “OK” or “NG” is displayed and the diagnostic test is repeated. “Min” and “Max” is threshold of normal range. If the diagnosis value is greater than the threshold, then “NG” is displayed and MIL is turned on. The inspection procedure in this bulletin uses the diagnosis value for judgment of the symptom duplication or completion of the repair because the trouble symptom is intermittent and sometimes hard to duplicate. Threshold value of the diagnosis value for the judgment is newly setup and smaller than the criteria of MIL ON. Therefore, it is possible to judge the trouble even though there is no MIL condition. For example: the threshold is “4000” deg. in the table described in Chapter 7.3. The judgment criteria in the troubleshooting in Chapter 4 is “1000”. That means if the diagnosis value “Val.” is greater than 4000, then MIL turns on. However, if the “Val.” is greater than 1000, it should be judged failure of the AVCS system. The case completely and constantly failure the “Val.” should be greater than 4000, but in the case of intermittent or slightly failure case, it could be between 1000 and 4000. This strategy is able to catch such cases. Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 24 6.1- SSM III Each System Check → Engine Control System → OBD System → Result of on-board monitor test The diagnosis results will be displayed. *For more details, see Chapter 6.3 below. Diagnostic Value Normal Range Threshold (MIN) Threshold (MAX) Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 25 6.2- SSM4 Generic OBDII → Each System → ECM-Engine Control → OBD Mode test result *For more details, see Chapter 6.3 below. Normal Range Diagnostic Value Threshold (MIN) Threshold (MAX) Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 26 Check the diagnosis value “Val.” as described the troubleshooting in the 4th chapter. If the value is greater than 1000 then it judges failure. (1). Except LEGACY / OUTBACK 2.5L NA, FORESTER 2.5L NA *Intake AND Exhaust AVCS-equipped models Diagnosis Value MID INTAKE Right Bank Bank 1 EXHAUST INTAKE Left Bank Bank 2 EXHAUST Scaling ID TID Normal Range (Threshold) Val. Min. Max. Result + $35 $8B $9D 148.5° 0.0° 4000° OK - $35 $8C $9D -187.0° -4000° 0.0° OK + $35 $8D $9D 157.0° 0.0° 4000° OK - $35 $8E $9D -185.5° -4000° 0.0° OK + $36 $8B $9D 162.0° 0.0° 4000° OK - $36 $8C $9D -154.0° -4000° 0.0° OK + $36 $8D $9D 155.0° 0.0° 4000° OK - $36 $8E $9D -169.5° -4000° 0.0° OK *Diagnostic values listed here are just examples (2). LEGACY / OUTBACK 2.5L NA, FORESTER 2.5L NA * Intake ONLY AVCS equipped models Diagnosis Value Right Bank Bank 1 INTAKE Left Bank Bank 2 INTAKE Normal Range (Threshold) MID TID Scaling ID Val. Min. Max. Result + $35 $8B $9D 148.5° 0.0° 4000° OK - $35 $8C $9D -187.0° -4000° 0.0° OK + $36 $8B $9D 162.0° 0.0° 4000° OK - $36 $8C $9D -154.0° -4000° 0.0° OK *Diagnostic values listed here are just examples CHAPTER 7: AVCS Initial Learning Value If the “VVT Initial Position Learning Value” is within the normal range, the chain timing is correct. The normal range is + and – 10deg from the Standard angle. Normal Range Model INTAKE Standard EXHAUST Min. Max. Min. Max. INTAKE EXHAUST LEGACY / OUTBACK 2.5L NA 21.5 41.5 - - 31.5 - FORESTER 2.5L NA 21.5 41.5 - - 31.5 - FORESTER 2.0L DIT 68.0 88.0 97.0 117.0 78.0 107.0 WRX 2.0L DIT 68.5 88.5 98.5 118.5 78.5 108.5 IMPREZA / XV 2.0L NA 50.5 70.5 79.5 99.5 60.5 89.5 BRZ 2.0L NA 52.0 72.0 78.0 98.0 62.0 88.0 Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 27 Model MY Description EXC. HEV 12MY 13MY 14MY IMPREZA/ XV EXC. HEV 15MY HEV 14MY 15MY 13MY 14MY LEGACY/ OUTBACK 2.5L 15MY 16MY 11MY 12MY 13MY 2.5L 14MY 15MY 16MY FORESTER 2.0L DIT 14MY 15MY 16MY ECU Bulkhead connector Sensor / Actuator Connector Pin Connector Pin Connector Pin Intake oil control solenoid (LH) B134 17 B21 E2 32 E37 1 Intake oil control solenoid (RH) B134 34 B21 E2 21 E38 1 Exhaust oil control solenoid (LH) B134 5 B21 E2 42 E66 1 Exhaust oil control solenoid (RH) B134 7 B21 E2 7 E63 1 Intake camshaft position sensor (LH) B137 16 B21 E2 13 E35 2 Intake camshaft position sensor (RH) B137 24 B21 E2 2 E36 2 Exhaust camshaft position sensor (LH) B137 29 B21 E2 26 E65 2 Exhaust camshaft position sensor (RH) B137 23 B21 E2 15 E62 2 Crankshaft position sensor B137 17 B21 E2 3 E10 1 Intake oil control solenoid (LH) B134 16 B21 E2 33 E37 2 Intake oil control solenoid (RH) B134 17 B21 E2 22 E38 2 Exhaust oil control solenoid (LH) B134 5 B21 E2 43 E66 2 Exhaust oil control solenoid (RH) B134 7 B21 E2 17 E63 2 Intake camshaft position sensor (LH) B136 15 B21 E2 13 E35 2 Intake camshaft position sensor (RH) B136 26 B21 E2 2 E35 2 Exhaust camshaft position sensor (LH) B136 25 B21 E2 26 E65 2 Exhaust camshaft position sensor (RH) B136 14 B21 E2 15 E62 2 Crankshaft position sensor B136 16 B21 E2 3 E10 1 Crankshaft position sensor B136 16 B21 E2 3 E10 1 Intake oil control solenoid (LH) B134 16 B21 E2 33 E37 2 Intake oil control solenoid (RH) B134 17 B21 E2 22 E38 2 Intake camshaft position sensor (LH) B136 15 B21 E2 13 E35 2 Intake camshaft position sensor (RH) B136 26 B21 E2 2 E36 2 Crankshaft position sensor E158 40 - - - E10 1 Intake camshaft position sensor RH E158 54 - - - E36 2 Intake camshaft position sensor LH E158 41 - - - E35 2 Intake oil control solenoid RH E158 20 - - - E38 2 Intake oil control solenoid LH E158 6 - - - E37 2 Crankshaft position sensor B137 17 B21 E2 3 E10 1 Intake oil control solenoid (LH) B134 17 B21 E2 32 E37 1 Intake oil control solenoid (RH) B134 34 B21 E2 21 E38 1 Intake camshaft position sensor (LH) B137 16 B21 E2 13 E35 2 Intake camshaft position sensor (RH) B137 24 B21 E2 2 E36 2 Crankshaft position sensor B136 16 - - - E10 1 Intake oil control solenoid (LH) B134 16 - - - E37 2 Intake oil control solenoid (RH) B134 17 - - - E38 2 Intake camshaft position sensor (LH) B136 15 - - - E35 2 Intake camshaft position sensor (RH) B136 26 - - - E36 2 Crankshaft position sensor E158 19 - - - E10 2 Intake camshaft position sensor (LH) E158 21 - - - E35 2 Intake camshaft position sensor (RH) E158 20 - - - E36 2 Exhaust camshaft position sensor (LH) E158 33 - - - E65 2 Exhaust camshaft position sensor (RH) E158 32 - - - E62 2 Intake oil control solenoid (LH) E159 15 - - - E37 2 Intake oil control solenoid (RH) E159 7 - - - E38 2 Exhaust oil control solenoid (LH) E159 31 - - - E66 2 Exhaust oil control solenoid (RH) E159 23 - - - E63 2 Continued... Bulletin Number: 08-163-16; Date: 08/12/16 Page 28 Model WRX 2.0L DIT BRZ 2.0L MY 15MY 16MY 13MY 14MY 15MY 16MY Description ECU Bulkhead connector Connector Sensor / Actuator Connector Pin Pin Connector Crankshaft position sensor E158 19 - - - E10 Pin 2 Intake camshaft position sensor (LH) E158 21 - - - E35 2 Intake camshaft position sensor (RH) E158 20 - - - E36 2 Exhaust camshaft position sensor (LH) E158 33 - - - E65 2 Exhaust camshaft position sensor (RH) E158 32 - - - E62 2 Intake oil control solenoid (LH) E159 15 - - - E37 2 Intake oil control solenoid (RH) E159 7 - - - E38 2 Exhaust oil control solenoid (LH) E159 31 - - - E66 2 Exhaust oil control solenoid (RH) E159 23 - - - E63 2 Crankshaft position sensor A34 16 - - - C33 2 Intake camshaft position sensor (LH) A34 15 - - - C26 2 Intake camshaft position sensor (RH) A34 26 - - - C12 2 Exhaust camshaft position sensor (LH) A34 25 - - - C25 2 Exhaust camshaft position sensor (RH) A34 14 - - - C6 2 Intake oil control solenoid (LH) A36 16 - - - C24 2 Intake oil control solenoid (RH) A36 17 - - - C7 2 Exhaust oil control solenoid (LH) A36 5 - - - C23 2 Exhaust oil control solenoid (RH) A36 7 - - - C5 2 IMPORTANT REMINDERS: • • • SOA strongly discourages the printing and/or local storage of service information as previously released information and electronic publications may be updated at any time. Always check for any open recalls or campaigns anytime a vehicle is in for servicing. Always refer to STIS for the latest service information before performing any repairs. Bulletin Number: 08-163-16; Date: 08/12/16 Page 29