Showing posts with label Emissions - Pressure Cont. Crankcase Ventilation Info.. Show all posts
Showing posts with label Emissions - Pressure Cont. Crankcase Ventilation Info.. Show all posts

Sunday, 6 January 2019

2010 BMW M6 Convertible (E64) V10-5.0L (S85)DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



2010 BMW M6 Convertible (E64) V10-5.0L (S85) Page 411



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW M6 Convertible (E64) V10-5.0L (S85) Page 412



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW M6 Convertible (E64) V10-5.0L (S85) Page 413



2010 BMW M6 Convertible (E64) V10-5.0L (S85) Page 414



2010 BMW M6 Convertible (E64) V10-5.0L (S85) Page 415



2010 BMW M6 Convertible (E64) V10-5.0L (S85) Page 416



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Wednesday, 12 December 2018

2010 BMW 750Li xDrive AWD (F02) V8-4.4L Turbo (N63)DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



2010 BMW 750Li xDrive AWD (F02) V8-4.4L Turbo (N63) Page 433



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 750Li xDrive AWD (F02) V8-4.4L Turbo (N63) Page 434



2010 BMW 750Li xDrive AWD (F02) V8-4.4L Turbo (N63) Page 435



2010 BMW 750Li xDrive AWD (F02) V8-4.4L Turbo (N63) Page 436



2010 BMW 750Li xDrive AWD (F02) V8-4.4L Turbo (N63) Page 437



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Tuesday, 11 December 2018

2010 BMW M3 Sedan (E90) V8-4.0L (S65) DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



2010 BMW M3 Sedan (E90) V8-4.0L (S65) Page 303



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW M3 Sedan (E90) V8-4.0L (S65) Page 304



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW M3 Sedan (E90) V8-4.0L (S65) Page 305



2010 BMW M3 Sedan (E90) V8-4.0L (S65) Page 306



2010 BMW M3 Sedan (E90) V8-4.0L (S65) Page 307



2010 BMW M3 Sedan (E90) V8-4.0L (S65) Page 308



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Sunday, 9 December 2018

Emissions - Pressure Cont. Crankcase Ventilation Info.

2010 BMW 335Cic Convertible (E93) L6-3.0L Turbo (N54) Technical Service Bulletin # 110308 Date: 130301



Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



2010 BMW 335Cic Convertible (E93) L6-3.0L Turbo (N54) 505



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW 335Cic Convertible (E93) L6-3.0L Turbo (N54) 506



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 335Cic Convertible (E93) L6-3.0L Turbo (N54) 507



2010 BMW 335Cic Convertible (E93) L6-3.0L Turbo (N54) 508



2010 BMW 335Cic Convertible (E93) L6-3.0L Turbo (N54) 509



2010 BMW 335Cic Convertible (E93) L6-3.0L Turbo (N54) 510



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Wednesday, 28 November 2018

2010 BMW M5 (E60) V10-5.0L (S85)DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



2010 BMW M5 (E60) V10-5.0L (S85) Page 396



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW M5 (E60) V10-5.0L (S85) Page 397



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW M5 (E60) V10-5.0L (S85) Page 398



2010 BMW M5 (E60) V10-5.0L (S85) Page 399



2010 BMW M5 (E60) V10-5.0L (S85) Page 400



2010 BMW M5 (E60) V10-5.0L (S85) Page 401



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

2010 BMW 750i (F01) V8-4.4L Turbo (N63)DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



2010 BMW 750i (F01) V8-4.4L Turbo (N63) Page 420



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 750i (F01) V8-4.4L Turbo (N63) Page 421



2010 BMW 750i (F01) V8-4.4L Turbo (N63) Page 422



2010 BMW 750i (F01) V8-4.4L Turbo (N63) Page 423



2010 BMW 750i (F01) V8-4.4L Turbo (N63) Page 424



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Thursday, 22 November 2018

BMW 528i (E60) L6-3.0L (N52K) Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



2010 BMW 528i (E60) L6-3.0L (N52K) Page 484



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW 528i (E60) L6-3.0L (N52K) Page 485



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 528i (E60) L6-3.0L (N52K) Page 486



2010 BMW 528i (E60) L6-3.0L (N52K) Page 487



2010 BMW 528i (E60) L6-3.0L (N52K) Page 488



2010 BMW 528i (E60) L6-3.0L (N52K) Page 489



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Wednesday, 21 November 2018

2010 BMW M3 Convertible (E93) V8-4.0L (S65) DIAGNOSIS AND REPAIR, MAINTENANCE,Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



2010 BMW M3 Convertible (E93) V8-4.0L (S65) Page 309



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW M3 Convertible (E93) V8-4.0L (S65) Page 310



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW M3 Convertible (E93) V8-4.0L (S65) Page 311



2010 BMW M3 Convertible (E93) V8-4.0L (S65) Page 312



2010 BMW M3 Convertible (E93) V8-4.0L (S65) Page 313



2010 BMW M3 Convertible (E93) V8-4.0L (S65) Page 314



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Monday, 19 November 2018

2010 BMW 135i Convertible (E88) L6-3.0L Turbo (N54)DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



2010 BMW 135i Convertible (E88) L6-3.0L Turbo (N54) Page 510



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 135i Convertible (E88) L6-3.0L Turbo (N54) Page 511



2010 BMW 135i Convertible (E88) L6-3.0L Turbo (N54) Page 512



2010 BMW 135i Convertible (E88) L6-3.0L Turbo (N54) Page 513



2010 BMW 135i Convertible (E88) L6-3.0L Turbo (N54) Page 514



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Wednesday, 14 November 2018

2010 BMW 328Cic Convertible (E93) L6-3.0L (N52K) DIAGNOSIS AND REPAIR, MAINTENANCE, DIAGNOSIS AND Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



2010 BMW 328Cic Convertible (E93) L6-3.0L (N52K) Page 453



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW 328Cic Convertible (E93) L6-3.0L (N52K) Page 454



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 328Cic Convertible (E93) L6-3.0L (N52K) Page 455



2010 BMW 328Cic Convertible (E93) L6-3.0L (N52K) Page 456



2010 BMW 328Cic Convertible (E93) L6-3.0L (N52K) Page 457



2010 BMW 328Cic Convertible (E93) L6-3.0L (N52K) Page 458



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

2010 BMW 535xi Wagon AWD (E61) L6-3.0L Turbo (N54) DIAGNOSIS AND REPAIR, MAINTENANCE,Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



2010 BMW 535xi Wagon AWD (E61) L6-3.0L Turbo (N54) Page 655



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW 535xi Wagon AWD (E61) L6-3.0L Turbo (N54) Page 656



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 535xi Wagon AWD (E61) L6-3.0L Turbo (N54) Page 657



2010 BMW 535xi Wagon AWD (E61) L6-3.0L Turbo (N54) Page 658



2010 BMW 535xi Wagon AWD (E61) L6-3.0L Turbo (N54) Page 659



2010 BMW 535xi Wagon AWD (E61) L6-3.0L Turbo (N54) Page 660



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Sunday, 4 November 2018

2010 BMW 128i Convertible (E88) L6-3.0L (N51) DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



2010 BMW 128i Convertible (E88) L6-3.0L (N51) Page 484



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 128i Convertible (E88) L6-3.0L (N51) Page 485



2010 BMW 128i Convertible (E88) L6-3.0L (N51) Page 486



2010 BMW 128i Convertible (E88) L6-3.0L (N51) Page 487



2010 BMW 128i Convertible (E88) L6-3.0L (N51) Page 488



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Thursday, 1 November 2018

2010 BMW 750i xDrive AWD (F01) V8-4.4L Turbo (N63) DIAGNOSIS AND REPAIR, MAINTENANCE,Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



2010 BMW 750i xDrive AWD (F01) V8-4.4L Turbo (N63) Page 427



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 750i xDrive AWD (F01) V8-4.4L Turbo (N63) Page 428



2010 BMW 750i xDrive AWD (F01) V8-4.4L Turbo (N63) Page 429



2010 BMW 750i xDrive AWD (F01) V8-4.4L Turbo (N63) Page 430



2010 BMW 750i xDrive AWD (F01) V8-4.4L Turbo (N63) Page 431



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Monday, 29 October 2018

2010 BMW 550i Sedan (E60) V8-4.8L (N62TU) DIAGNOSIS AND REPAIR, MAINTENANCE,Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



2010 BMW 550i Sedan (E60) V8-4.8L (N62TU) Page 483



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW 550i Sedan (E60) V8-4.8L (N62TU) Page 484



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 550i Sedan (E60) V8-4.8L (N62TU) Page 485



2010 BMW 550i Sedan (E60) V8-4.8L (N62TU) Page 486



2010 BMW 550i Sedan (E60) V8-4.8L (N62TU) Page 487



2010 BMW 550i Sedan (E60) V8-4.8L (N62TU) Page 488



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Thursday, 25 October 2018

2010 BMW M3 Coupe (E92) V8-4.0L (S65) DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



2010 BMW M3 Coupe (E92) V8-4.0L (S65) Page 309



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW M3 Coupe (E92) V8-4.0L (S65) Page 310



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW M3 Coupe (E92) V8-4.0L (S65) Page 311



2010 BMW M3 Coupe (E92) V8-4.0L (S65) Page 312



2010 BMW M3 Coupe (E92) V8-4.0L (S65) Page 313



2010 BMW M3 Coupe (E92) V8-4.0L (S65) Page 314



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

Wednesday, 17 October 2018

2010 BMW 650i Convertible (E64) V8-4.8L (N62TU) DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



2010 BMW 650i Convertible (E64) V8-4.8L (N62TU) Page 515



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW 650i Convertible (E64) V8-4.8L (N62TU) Page 516



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 650i Convertible (E64) V8-4.8L (N62TU) Page 517



2010 BMW 650i Convertible (E64) V8-4.8L (N62TU) Page 518



2010 BMW 650i Convertible (E64) V8-4.8L (N62TU) Page 519



2010 BMW 650i Convertible (E64) V8-4.8L (N62TU) Page 520



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.

2010 BMW 760Li (F02) V12-6.0L Turbo (N74) DIAGNOSIS AND REPAIR, MAINTENANCE, Technical Service Bulletin # 110308 Date: 130301


Emissions - Pressure Cont. Crankcase Ventilation Info.



SI B11 03 08



Engine



March 2013



Technical Service



This Service Information bulletin supersedes SI B11 03 08 dated August 2011.



[NEW] designates changes to this revision



SUBJECT



Crankcase Ventilation System Diagnosis and Measurement



MODEL



All



INFORMATION



All current BMW engines incorporate a pressure-controlled crankcase ventilation system. The crankcase ventilation systems use various different



crankcase ventilation valves, depending on the engine type. Although the valves all look different, they function similarly, using a spring and



diaphragm assembly to control the crankcase pressure. A properly functioning pressure control valve is designed to maintain a slight vacuum



(underpressure) in the crankcase, which assures reliable crankcase venting during all engine operating conditions. Some of the causes and results of a



malfunctioning crankcase ventilation system are listed below.



Causes of Excessive Overpressure (Pressure)



^ Internal engine damage/wear



2010 BMW 760Li (F02) V12-6.0L Turbo (N74) Page 384



^ Obstruction in the crankcase ventilation system



^ Defective pressure control valve(s)



Results of Excessive Overpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption (can be misdiagnosed as a defective turbocharger)



^ Excessive engine oil in the intake system



^ Excessive engine oil in the charged intake tubes or the intercooler on turbocharged engines (can be misdiagnosed as a defective turbocharger)



^ Engine oil dip stick is dislodged from the guide tube (if equipped)



Cause of Excessive Underpressure (Vacuum)



^ Defective pressure control valve



Results of Excessive Underpressure



^ Damage to the engine oil seals



^ Increased engine oil consumption



^ Excessive engine oil in the intake system



^ Rough engine idling or engine misfire



^ Whistling or howling noise from the engine (can be misdiagnosed as a defective turbocharger)



^ Increased mixture adaptation values



Attached to this Service Information bulletin is a procedure for measuring the crankcase ventilation system, using the ISID and IMIB diagnostic



equipment.



2010 BMW 760Li (F02) V12-6.0L Turbo (N74) Page 385



[NEW] Specification and actual readings from the vehicle may vary by up to +/-10%, but not more than 5.0 mBar. Various measuring tools may



provide results that are not within specification. All measurements below were recorded using the IMIB. See the attachment for IMIB connection



hints.



WARRANTY



[NEW] Not applicable.



ATTACHMENTS



2010 BMW 760Li (F02) V12-6.0L Turbo (N74) Page 386



2010 BMW 760Li (F02) V12-6.0L Turbo (N74) Page 387



2010 BMW 760Li (F02) V12-6.0L Turbo (N74) Page 388



2010 BMW 760Li (F02) V12-6.0L Turbo (N74) Page 389



view PDF attachment B110308_Measuring_Crankcase_Pressure_Using_IMIB.