Source reference 10235716
Manufacturer communication — 2006 GMC YUKON DENALI XL
Relation to the target vehicle
- The source's vehicle field includes the trim.
- Model year
- Match 2006 — Source vehicle field
- Model
- Match YUKON DENALI XL — Source vehicle field
- Trim
- Match Denali — Source vehicle field
What the manufacturer’s document says
12-03-10-001D ・ fault and correction ・ for GM vehicles in general
Applies to
Applies to 2023 and prior GM passenger cars and trucks.
the passage
2023 and Prior GM Passenger Cars and Trucks
Finding the cause
Possible causes
Vibration shortly after tires are mounted may be caused by the tire slipping on the wheel, which moves the tire's imbalance point away from the weight location.
the passage
A customer concern of vibration shortly after having a tire or tires mounted may be caused by slippage of the tires on the wheels, placing the imbalance point of the tire away from the weight location.
Wheel slip is most common on clear coated or chrome wheels with very smooth bead seat areas, but may also occur on other alloy or steel wheels.
the passage
Wheel slip is most common on clear coated or chrome wheels with very smooth bead seat areas, but may also occur on other alloy or steel wheels.
One reason is an excessive amount of lubricant, or lubricant applied in the wrong locations.
the passage
Excessive amount of lubricant used or lubricant applied in the wrong locations.
Steps to confirm (in the document’s order)
Put a temporary mark on the tire at the valve stem and drive; slip of less than one inch is probably not contributing to a ride disturbance.
the passage
Wheel slip can be checked by placing a temporary mark on the tire at the valve stem. After driving the vehicle, if the wheel slip is less than one inch, then wheel slip is probably not contributing to a ride disturbance.
If slip is greater than one inch and a ride disturbance was felt on the test drive, wheel slip may be causing the vibration.
the passage
When wheel slip is greater than one inch, and you felt a ride disturbance on the test drive, then wheel slip may be causing the vibration.
Correction
Repair
On the wheel, lubricate the safety humps, leave the rim flanges dry, and lubricate the drop center only for difficult-to-mount tires.
the passage
When lubricating the wheel, lubricate the safety humps, leave the rim flanges dry and lubricate the drop center area only for difficult to mount tires.
Complete the mounting within 10 minutes of applying the mounting lubricant.
the passage
7. The mounting process must be completed within 10 minutes of the application of the mounting lubricant.
Inflate the tires to 275 kPa (40 psi) when mounting, then reduce to the desired operating pressure.
the passage
8. Inflate the tires to 275 kPa (40 psi) when mounting, then reduce the air pressure to the desired operating pressure.
After rebalancing and fitting to the vehicle, park the vehicle for one hour to let the lubricant evaporate.
the passage
11. Park the vehicle for one hour to allow the lubricant to evaporate.
Caution
Do not use products containing silicone, alcohol, petroleum based products, solvents or corrosives for cleaning or lubrication.
the passage
4. Do not use products containing silicone, alcohol, petroleum based products, solvents or corrosives for cleaning or lubrication.
Do not drive aggressively (hard acceleration or braking) for up to 24 hours after tire mounting, so the lubricant can dry.
the passage
Also, the vehicle should not be driven aggressively (hard acceleration or braking) for up to 24 hours after tire mounting to allow the lubricant to dry.
Compiled by reading the full text of the document; each point stands on the passage shown. Check the document itself, linked below, before working on a vehicle.
Stated content
Communication summary
本サービスブレティンは、タイヤ装着直後の振動/ホイールスリップ(ホイール上でのタイヤスライド)防止に関する情報をディーラー/メカニックに提供するものです。 Machine translation (unreviewed)
This service bulletin provides information for dealers/technicians on Vibration Shortly After Tires are Mounted/Preventing Vibration from Wheel Slip (Tire Sliding on Wheel).
Go to this passage in the original
Source
- Source
- NHTSA Manufacturer Communications
- Source reference
- 10235716
- Received by source
- 2023-05-05
- Incident date
- Unknown
Open original text and sourceOpen the provider's page (external)
