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Fuel Injection And Induction System Cleaning (13 01 07)

Publication date: 2010-08-12
Reference number: 13 01 07

FUEL INJECTION AND INDUCTION SYSTEM CLEANING

FUEL INJECTION AND INDUCTION SYSTEM CLEANING

TECHNICAL SERVICE BULLETIN

Reference Number(s): SI B 13 01 07, Date of Issue:  August 2010
BMW: E46 (3 Series) vehicles equipped with M54 or M56 engines; E46 (M3) vehicles equipped with S54 engine; E53 (X5) vehicles equipped with M54 engine; E53 (X5) vehicles equipped with N62 engine; E83 (X3) vehicles equipped with M54, N52 or N52K engines; E85 and E86 (Z4) vehicles equipped with M54, N52 or N52K engines; E85 and E86 (M Roadster and M Coupe) with S54 engine; E60 and E61 (5 Series) vehicles equipped with M54, N52 or N52K engines; E60 (5 Series) vehicles equipped with N62 or N62TU engines; E63 and E64 (6 Series) vehicles equipped with N62 or N62TU engines; E65 and E65 (7 Series) vehicles equipped with N62 or N62TU engines; E70 (X5) vehicles equipped with N52K engine; E70 (X5) vehicles equipped with N62TU engine; E90, E91, E92 and E93 (3 Series) vehicles equipped with N51, N52 and N52K engines; E82 and E88 (1 Series) vehicles equipped with N51, N52 and N52K engines; E89 (Z4) vehicles equipped with N52K engine
GROUP: 13 - Fuel Systems
Superceded Bulletin(s): SI B13 01 07, Date of Issue:  August 2010
NOTE: This Service Information bulletin supersedes SI B13 01 07 dated August 2010  .

SUBJECT

Fuel Injection and Induction System Cleaning 

SITUATION

Deposits found in the injection and induction system may cause the vehicle to experience a variety of driveability complaints, eventually leading to the Service Engine Soon lamp to be illuminated. Some of the possibilities are listed below.

FUEL INJECTORS

Deposits at the fuel injector's tip can impact fuel flow, disturbing the air/fuel mixture ratio.

Symptoms are the following: Hesitation or stumble during acceleration, or even loss of power; poor fuel efficiency; increased emissions of HC and CO; and "Service Engine Soon" lamp illumination due to misfire faults, or lean mixture adaptations.

INTAKE VALVES

Deposits at the valves and on the intake manifold ports can absorb fuel during the warm-up phase, leaning out the air/fuel mixture ratio. Carbon buildup may disturb the mixture flow at low throttle conditions and/or idle speeds.

Symptoms are the following: Poor driveability; loss of power; unstable and/or rough idle; increased emissions of HC, CO and NOx; and "Service Engine Soon" lamp illumination due to intermittent misfire faults.

COMBUSTION CHAMBER

Combustion Chamber Deposit Interference (CCDI) occurs when there is contact between carbon deposits on the piston crown and the cylinder head. The noise can be confused or misdiagnosed as a ping, knock, or other noises that could indicate a mechanical failure. CCDI occurs first as a cold start noise that can fade as the engine warms to operating temperature. The noise will reoccur at the next cold start. As deposits build, there is an increase in compression temperature that may cause pre-ignition detonations.

Symptoms are the following: Knocking; pinging; run-on; poor acceleration; octane requirement increase; increased emissions of NOx; and engine idle speed surges.

Depending on the manufacturer, fuels may contain various additives such as: oxidation and corrosion inhibitors; metal deactivators; emulsifiers; and anti-icing agents and dyes. In addition, they are required to include some form of an intake system deposit control package. Unfortunately, not all fuels are created equal, and some additive packages are not effective enough to maintain the integrity of the intake systems in high performance engines, or engines operating under severe environmental conditions. Even worse, the intake system deposit control additives in some fuels may actually contribute  to the combustion chamber deposits accumulation, and to the problems associated with those deposits, i.e., knock, run-on and increased emissions of oxides of nitrogen.

To remedy these complaints, the BMW Group has developed a new special tool and cleaner concentrate to clean the fuel injectors, induction system and combustion chamber of harmful deposits.

NOTE: The fluids and tools described in this Service Information bulletin are the only BMW approved items that can used to clean the fuel injection system, induction system and combustion chamber. Using non-approved fluids or tools can lead to premature component failure and will not be covered under Warranty.

Fuel Injector and Induction System Cleaner Concentrate P/N 82 14 0 428 376 - 1 bottle, 16 fl. oz.

Fig 1: Fuel Injector And Induction System Cleaner Concentrate
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Fuel Injector and Induction System Cleaner Applicator Kit P/N 82 14 0 429 692

This item will be shipped via the automatic Tool Shipment Program. Refer to SI B04 07 07 for complete details.

Fig 2: Fuel Injector And Induction System Cleaner Applicator Kit P/N 82 14 0 429 692
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  1. Chain with hook
  2. Shop air connection
  3. Regulator
  4. Cylinder
  5. Gauge
  6. Pressure relief button
  7. Quick connect
  8. Pressure relief hose with rubber plug

Pressure Relief Button, Shutoff Valve and 40 Micron filter location

Fig 3: Pressure Relief Button, Replaceable If Found Restricted, P/N 83 30 0 440 139
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  1. Shutoff valve
  2. Pressure relief button, replaceable if found restricted, P/N 83 30 0 440 139
  3. 40 Micron Filter, replaceable if found restricted, P/N 82 14 0 429 702

Kit Overview:

M56 SULEV only

Fig 4: Pressure Adaptor, High Pressure Threaded Female Cap, And High Pressure Threaded Male Plug
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  1. Pressure Adaptor P/N 81 11 0 394 963 not included in kit. Refer to SI B16 05 04 .
  2. High Pressure Threaded Female Cap, P/N 82 14 0 429 693
  3. High Pressure Threaded Male Plug, P/N 82 14 0 429 696

Male Quick Disconnect Adaptor P/N 83 30 2 158 083

NOTE: Sent to all centers via Automatic Tool shipment in August 2010. Not included with the original kit, the adaptor must be ordered separately if additional kits are ordered. Refer to SI B04 06 10 for more information.
Fig 5: Male Quick Disconnect Adaptor
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Quick Disconnect Male Plug P/N 82 14 0 429 694

Fig 6: Quick Disconnect Male Plug
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Quick Disconnect Female Cap P/N 82 14 0 429 695

Fig 7: Quick Disconnect Female Cap
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Braided Line/Female Quick Disconnect (Future Use) P/N 82 14 0 429 697

Fig 8: Branded Line/Female Quick Disconnect
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EFI Quick Disconnect Fitting (.307-32) P/N 82 14 0 429 698

Fig 9: EFI Quick Disconnect Fitting
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EFI Quick Disconnect 90° Fitting (7/16-20) (Future Use) P/N 82 14 0 429 699

Fig 10: EFI Quick Disconnect 90° Fitting (7/16-20)
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Fig 11: Bottle And Plastic Beaker
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  1. Bottle
  2. Plastic Beaker
  3. P/N 82 14 0 429 700

Applicator (replacement part only) P/N 82 14 0 429 701

The applicator lid replacement o-ring can be ordered by calling the BMW Equipment Program at (888) 222 7997, using P/N 16-213209.

The steel braided application hose can be ordered separately using P/N 82 14 2 155 163.

Fig 12: Applicator
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Clear Drain Hose Assembly (with chain and rubber plug, replacement part only) P/N 82 14 0 429 703

Fig 13: Clear Drain Hose Assembly (With Chain And Rubber Plug)
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Refer to the attached procedures described below by model. It is recommended that two applications be made consecutively on each vehicle. If more applications are required, please contact your Regional Technical Engineer via PuMA.

Procedure A - All vehicles equipped with the M54, N51, N52, and N52K engines

Procedure B - All vehicles equipped with the M56 (SULEV) engine

Procedure C - All vehicles equipped with the N62, N62TU, and S85 engines

Procedure D - All vehicles equipped with the S54 engine

Procedure E - E89 Z4 vehicles equipped with N52K engines

IMPORTANT: Before starting the cleaning procedure, place the vehicle in a well-ventilated area. If the cleaning procedure occurs indoors, be sure to have the vehicle connected to an exhaust removal system. It is necessary to wear Nitrile rubber gloves and safety glasses during this procedure.

The shop air supply should be dried using a general purpose filtering system; the tool is not recommended for use with a lubricating system.

FINAL PROCEDURE FOR RELEASING THE VEHICLE TO THE CUSTOMER

Advise the customer that it is necessary to add one bottle of BMW Group Fuel System Cleaner Plus, P/N 82 14 0 413 341, with either TOP TIER Detergent Gasoline or Premium Fuel with a minimum octane rating of AKI 91, the next time that the vehicle is refueled.

For optimum cleaning, advise the customer to add one bottle every 3,000 miles when refueling. Refer to SI B13 05 06 , BMW Fuel System Cleaner Plus.

More information regarding fuel systems and fuel additives can be found in the following Service Information bulletins:

PARTS INFORMATION

PARTS INFORMATION

Part Number Description Quantity
82 14 0 428 376 Fuel injection and induction system cleaner concentrate 1
82 14 0 413 341 BMW Group Fuel System Cleaner Plus 1

WARRANTY INFORMATION

Because carbon deposit build up is related to fuel quality, it cannot be considered a defect in a vehicle's materials or workmanship. Consequently, performing the BMW Group Fuel Injection & Induction System Cleaning Procedure is not covered under the terms of the BMW New Vehicle Limited Warranty, maintenance plan or the Certified Pre-Owned Program.

Listed below are the approximate time allowances for performing the cleaning service (two applications) on various model and engine types:

TIME ALLOWANCES

Vehicles with M54, N52, N52KP, and N51 engines 12 FRU
E89 vehicles with the N52K engine 12 FRU
E46 with the M56 SULEV engine 9 FRU
Vehicles with the N62 and N62TU engines 8 FRU
Vehicles with the S54 engine 8 FRU

TOOL WARRANTY INFORMATION

The use of non-approved  materials voids the warranty of the Fuel Injector and Induction System Cleaner Applicator Kit, P/N 82 14 0 429 692, and its contents. All of these tools are returned for inspection. If materials causing damage to these tools have been identified, then the tool will be returned to your center and a replacement credit will not be applied. When the tools described above are returned for warranty reimbursement, the tool must be accompanied by contact information and a reason for return in the shipping carton. Using a non-approved material can lead to deterioration of the tool, resulting in incorrect operation and a possible safety concern.

The Fuel Injector and Induction System Cleaner Applicator is constructed with materials that are compatible with gasoline and the Fuel Injector and Induction System Cleaner Concentrate, P/N 82 14 0 428 376, only  .

Refer to Parts Information bulletin PIB06 03 02 for tool warranty details.

ATTACHMENTS

Fig 14: Fuel Injection And Induction System Cleaning Procedure A - Page 1
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Fig 15: Fuel Injection And Induction System Cleaning Procedure A - Page 2
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Fig 16: Fuel Injection And Induction System Cleaning Procedure A - Page 3
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Fig 17: Fuel Injection And Induction System Cleaning Procedure A - Page 4
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Fig 18: Fuel Injection And Induction System Cleaning Procedure A - Page 5
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Fig 19: Fuel Injection And Induction System Cleaning Procedure A - Page 6
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Fig 20: Fuel Injection And Induction System Cleaning Procedure B - Page 1
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Fig 21: Fuel Injection And Induction System Cleaning Procedure B - Page 2
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Fig 22: Fuel Injection And Induction System Cleaning Procedure B - Page 3
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Fig 23: Fuel Injection And Induction System Cleaning Procedure B - Page 4
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Fig 24: Fuel Injection And Induction System Cleaning Procedure B - Page 5
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Fig 25: Fuel Injection And Induction System Cleaning Procedure C - Page 1
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Fig 26: Fuel Injection And Induction System Cleaning Procedure C - Page 2
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Fig 27: Fuel Injection And Induction System Cleaning Procedure C - Page 3
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Fig 28: Fuel Injection And Induction System Cleaning Procedure C - Page 4
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Fig 29: Fuel Injection And Induction System Cleaning Procedure C - Page 5
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Fig 30: Fuel Injection And Induction System Cleaning Procedure C - Page 6
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Fig 31: Fuel Injection And Induction System Cleaning Procedure D - Page 1
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Fig 32: Fuel Injection And Induction System Cleaning Procedure D - Page 2
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Fig 33: Fuel Injection And Induction System Cleaning Procedure D - Page 3
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Fig 34: Fuel Injection And Induction System Cleaning Procedure D - Page 4
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Fig 35: Fuel Injection And Induction System Cleaning Procedure D - Page 5
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Fig 36: Fuel Injection And Induction System Cleaning Procedure D - Page 6
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Fig 37: Fuel Injection And Induction System Cleaning Procedure E - Page 1
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Fig 38: Fuel Injection And Induction System Cleaning Procedure E - Page 2
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Fig 39: Fuel Injection And Induction System Cleaning Procedure E - Page 3
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Fig 40: Fuel Injection And Induction System Cleaning Procedure E - Page 4
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Fig 41: Fuel Injection And Induction System Cleaning Procedure E - Page 5
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