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Service bulletin LI18_40-N-080867_1_en

Manufacturer communication, from NHTSA Manufacturer Communications

Published by NHTSA
Sep 3, 2026
Manufacturer
FREIGHTLINER
NHTSA ID
11036851
NHTSA category
Service Bulletin/Repair Instructions
Applies to, as stated by NHTSA
FREIGHTLINER SPRINTER 1500 2023-2024; FREIGHTLINER SPRINTER 2500 2023-2024; FREIGHTLINER SPRINTER 3500 2023-2024; FREIGHTLINER SPRINTER 4500 2023-2024; MERCEDES-BENZ SPRINTER 1500 2023-2025; MERCEDES-BENZ SPRINTER 2500 2023-2026; MERCEDES-BENZ SPRINTER 3500 2023-2026; MERCEDES-BENZ SPRINTER 4500 2023-2024
Component, as stated by NHTSA
POWER TRAIN

Text of the manufacturer communication

OM654 Engine Oil Consumption Complaint The customer may report repeated low engine oil level warnings in the instrument cluster. The customer may also state that engine oil must be added between scheduled maintenance intervals. During diagnosis, oil residue may be observed at the oil filler neck, cylinder head cover, crankcase ventilation connection, charge air pipes, charge air cooler, intake tract, or turbocharger area. In some cases, the complaint may be accompanied by increased diesel particulate filter (DPF) regeneration frequency or aftertreatment‑related fault entries. Cause Increased engine oil consumption may be caused by external oil leakage, crankcase ventilation system concerns, reduced oil separation efficiency in the cylinder head cover, turbocharger oil leakage, charge air system oil accumulation, fuel dilution, vehicle operating profile, oil level sensor plausibility concerns, or internal engine mechanical damage. A measured engine oil consumption test is required before a repair direction is determined. Customer‑reported oil additions or instrument cluster oil level messages alone are not sufficient to determine the repair. Remedy 1. Perform the engine oil consumption measurement according to AR18.00‑D‑ 0025TSM. 2. If the measured oil consumption is within specification, no repair related to engine oil consumption is required. • Verify the correct engine oil specification and review the vehicle operating profile, maintenance history, idle time, and regeneration frequency. If the complaint is based mainly on an oil level message and measured oil consumption is not confirmed, verify oil level sensor plausibility before continuing with engine oil consumption diagnosis. 3. If the measured oil consumption exceeds specification, inspect the engine for external oil leaks. • Pay close attention to the oil filler neck, oil filler neck seal, cylinder head cover area, oil filter housing, crankcase ventilation connections, turbocharger oil supply and return areas, and other visible sealing points. 4. If an external oil leak is identified, repair the leak according to the applicable repair instructions. • Correct the engine oil level and repeat the oil consumption measurement if necessary. 5. Inspect the crankcase ventilation connection, turbocharger inlet and outlet, charge air pipes, and charge air cooler for oil accumulation. • A light oil film alone does not confirm a turbocharger or engine failure. Oil pooling, heavy oil accumulation, debris, or oil migration into the intake tract requires further inspection. 6. If there is no clear external oil leak, no severe charge air system oil contamination, and no obvious turbocharger damage, inspect the crankcase ventilation system first. 7. Perform the crankcase ventilation shutoff valve leak‑tightness test according to AR01.40‑D‑0050TSM. 8. If the crankcase ventilation shutoff valve fails the leak‑tightness test, replace the shutoff valve and the cylinder head cover with integrated oil separator. Replace all required seals and hardware. 9. If the crankcase ventilation shutoff valve passes the leak‑tightness test, no external oil leak is identified, no abnormal turbocharger oil entry is found, and the engine mechanical condition is not suspect, replace the cylinder head cover with integrated oil separator. • Fill the engine with oil meeting MB 229.52 SAE 5W‑30 and repeat the engine oil consumption measurement according to AR18.00‑D‑0025TSM.
Manufacturer document number
LI18_40-N-080867_1_en
Date of the communication
2026-08-05
View original source on NHTSA.gov

NHTSA reuses some ID numbers across record types. If its page lists more than one record, this one is the manufacturer communication dated Sep 3, 2026.

For the 2023 Toyota Camry

SE

Ignored

Relevance of 2% is under one half, so the notice is ignored whatever the other figures say.

Vehicle relevance
2%
Attention
6%
Interrupt probability
6%
Importance to this owner
0.0 of 4, none
Vehicle area the notice is about
None

This manufacturer communication does not appear to warrant attention for this vehicle.

Decided by jev-1.13.0 in 157 ms from 2,428 input tokens. Jev returns these figures and nothing else. It gives no reasons, and none are written for it here. The figures describe how relevant the notice is, not the condition of any vehicle.

Checked by code against NHTSA's fields

A plain comparison with the structured fields NHTSA filled in. Separate from Jev's decision.

  • NoNHTSA names this make
  • NoNHTSA names this model
  • n/aNHTSA lists model year 2023 for this model

The same notice, every vehicle

VehicleRelevanceState
2%Ignored
2%Ignored
2%Ignored
2%Ignored
2%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored
1%Ignored

Select a vehicle to see its attention and interrupt figures above.