FL869 – Clutch Flange may Break – 2021 Freightliner Cascadia

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November 30, 2020 NHTSA CAMPAIGN NUMBER: 20V742000

Clutch Flange may Break

If flange failure occurs, loose parts may fall into the clutch pressure plate assembly, resulting in clutch disengagement, thereby increasing the risk of a crash.

 

NHTSA Campaign Number: 20V742

Manufacturer Daimler Trucks North America LLC

Components POWER TRAIN

Potential Number of Units Affected 1,233

 

Summary

Daimler Trucks North America LLC (DTNA) is recalling certain 2021 Freightliner Cascadia vehicles. The clutch flange may break due to the heat treating and stamping process.

 

Remedy

DTNA will notify owners, and dealers will replace the clutch on the affected vehicles, free of charge. The recall began February 10, 2021. Owners may contact DTNA customer service at 1-800-547-0712. DTNA’s number for this recall is FL-869.

 

Notes

Owners may also contact the National Highway Traffic Safety Administration Vehicle Safety Hotline at 1-888-327-4236 (TTY 1-800-424-9153), or go to www.safercar.gov.

 

Check for Daimler Trucks North America Recalls

 


General Information

Daimler Trucks North America LLC, on behalf of its DETROITTM Powertrain Division, is initiating Recall Campaign D21R3 to replace the LuK Clutch Disk

 

Certain DT12 Transmissions equipped with the LuK clutch assemblies need the clutch disc and pressure plate replaced to prevent future damage and failure while in service.

 

All units with a clutch disk in the effected date range require a new clutch disc, pressure plate, mounting bolts.

 

Additionally, all the vehicles in the population require programming updates for the ACM, MCM, CPC and TCM. Please refer to the attached work instructions for MINIMUM software versions.

 

Affected LuK clutches were manufactured between July 8, 2020 and August 15, 2020. Identify them using the following date codes:

 

There are approximately 1244 units affected by this Recall Campaign.

 

Work Instructions

Please refer to the attached work instructions. Prior to performing the recall campaign, check the vehicle for a completion sticker (Form WAR261).

 

Replacement Parts

Replacement parts are now available. Order new part number(s), listed below, from your facing Parts Distribution Center.

 

Corrective Procedure

Transmission Removal

1. Park vehicle on a level surface, turn ignition OFF, set parking brake and chock tires.

2. Disconnect batteries at the negative post, including the batteries for the auxiliary HVAC, if equipped.

3. If required, remove the right-hand forward side-fairing panel. If needed, see the vehicle workshop manual.

4. Remove the left- and right-hand cab-mounted splash shields.

5. To improve access, raise the front of the vehicle and support it with safety stands.
6. Remove the ATD outlet/tail pipe, if it is routed inboard of the frame rail.

7. Remove the ATD inlet pipe and bellows in one piece.

8. Drop the front of the driveline. If needed, see the vehicle workshop manual.

9. Remove any brackets and wire routing attached to the transmission’s top.

10. Remove the battery cable routing brackets (if applicable) from the transmission’s bottom.

11. Disconnect the oil cooler lines, if equipped.

12. Disconnect the chassis harness connector from the transmission control module (TCM), and the transmission harness from the clutch position sensor pass-through.

 

13. Drain the main air system and the isolated transmission reserve air tank.

14. Remove the air supply quick disconnect from the transmission’s back.

15. Raise a transmission jack against the transmission’s bottom, and secure it to the jack.

16. Remove the flywheel-housing-to-clutch-housing fasteners.

17. Roll the transmission back, keeping the flange of the clutch housing parallel to the flywheel housing, and the input shaft centered in the clutch, until they clear the engine.

 

Clutch Inspection

18. With the pressure plate installed, find the date code etched in the hub of the disk, in the location shown below (between the “GEARBOX SIDE” text, and Data Matrix Code (DMC), on the center plate).

 

19. Determine if clutch is in, or out of the affected population, by comparing the code elements in the table below to the date code on the disk.

 

20. If the clutch has a build date between and including 0G08 through 0H15, continue with the Clutch Removal steps. If the build date is before, or after the affected range, continue with the Transmission Installation steps.

 

Clutch Removal

21. Remove two of the three bolts, from each bolt group, holding the pressure plate to the flywheel. Make sure the five bolts required to attach the Clutch Lift Adapter (DDE DSN012T16001), are included in those removed.

 

22. Insert the clutch disk alignment tool (DDE W950589006100) in the pilot bearing bore.

23. Loosen each remaining clutch bolt, in the four bolt groups, incrementally in a star pattern, until the pressure plate spring is unloaded. Do not remove bolts.

24. Install the Clutch Lift Adapter (DDE DSN012T16001), on a shop supplied clutch jack, and secure it to the pressure plate with the retaining pins.

 

NOTICE

The pressure plate has an internal adjustment mechanism, which cannot be reset. The pressure plate does not need to be “caged” nor adjusting during removal, but rough handling or an improper resting position can affect the adjustment. Do not drop the pressure plate, and always store it so it rests on the friction surface to prevent unintended adjustment.

 

25. Remove remaining bolts, and withdraw the clutch. If the pressure plate is removed from the jack, store it with the weight resting on the friction surface.

26. Inspect the flywheel surface for excessive signs of damage or heat fatigue. The accumulated mileage should not require replacing the pilot bearing or resurfacing the flywheel. If this is not the case, contact the Customer Support Center at 1-800-445-1980 or via email CSC@daimler.com

 

Clutch Installation

NOTICE

Do not apply lubricant to the input shaft splines. The dust will contaminate the lubricant and cause slow clutch response time.

NOTICE

The flywheel and/or pressure plate can be damaged if the spring force is not compressed incrementally.

 

27. Insert the disk alignment tool, with the disk installed, into the pilot bearing.

 

28. Use the Clutch Lift Adapter to load the pressure plate onto the jack, and secure the pressure plate using retaining pins.

 

NOTICE

Install the clutch using new bolts. The bolts are one-time use and must be replaced when installing, or re-installing the pressure plate.

 

29. Loosely install all accessible bolts.

30. Remove the lift adapter and loosely install remaining bolts.

 

NOTICE

While tightening the clutch bolts, if the force required changes significantly before the diaphragm spring is fully compressed, the pressure plate may not have piloted into the counter-bore of the flywheel correctly. Back all bolts off and start over, or the flywheel could be damaged.

NOTE: During the first steps of the tightening process, confirm the clutch alignment tool is centered and movable in the disk and pilot bearing, otherwise it will be difficult to remove the tool and install the input shaft.

 

31. Go to the bottom-most bolt group, and while lifting the pressure plate into alignment with the flywheel bore, tighten one of the three bolts in the group, in the order of 1-2-3-4, no more than two turns.

 

32. Move clockwise around the flywheel in the sequence shown, turning one bolt in each group no more than two turns.

33. Change to a criss-cross pattern and continue tightening the same four bolts, in the order of 5-6-7-8. Tighten each bolt one turn or less, until the pressure plate is seated against the flywheel.

 

34. Tighten the remaining bolts until snug.

35. Torque all bolts to 60 N·m (44 lbf·ft).

 

Transmission Installation

36. Ensure that the clutch actuator (CPCA) is fully collapsed before mating the transmission to the engine. If not, collapse the CPCA by hand, or loosen the attachment bolts enough to break the O-ring seal, hold the actuator collapsed, and tighten the fasteners to 55 N·m (41 lbf·ft).

 

NOTE: Do not apply lubricant to the input shaft splines. Dust will contaminate the lubricant and cause slow clutch response time.

 

37. Raise the transmission up, align the faces of the housings, center the input shaft in the clutch, and begin fitting the transmission to the engine. Using input shaft pliers (DDE W715589013700), align the splines with the clutch, then push the transmission to the flywheel housing.

 

38. Apply medium-strength thread locker to the fasteners that attach the flywheel housing to the clutch housing, or use new fasteners with pre-applied locking compound. Install the fasteners, and using a star pattern, tighten them finger-tight. Then, using the same star pattern, tighten the capscrews between 61 and 72 N·m (45 and 53 lbf·ft).

 

39. Remove the transmission jack from under the vehicle.

40. Connect the chassis wire harness to the TCM, and the transmission harness to the clutch position sensor pass-through, and secure harnesses with wire ties.

41. Attach the air supply connection to the quick-connect fitting at the transmission’s back.

42. If applicable, attach the battery cable routing to the transmission’s bottom.

43. Attach any brackets and wire routing to the transmission’s top.

44. Connect the driveline to the transmission output yoke. If needed, see the vehicle workshop manual.

45. Clean any gasket material from all the exhaust connection surfaces, being sure not to drop any material into the ATD or piping.

46. Using new clamps and gaskets, fit the ATD inlet pipe so all clamps and supports are in place and tight enough to close any gaps, but loose enough to still allow minor adjustments.

 

Note: The bellows is not designed to be bent. The pipe connections and supports must be adjusted to keep the bellows straight.

 

47. Center the ATD inlet and confirm the bellows are in-line.

48. For ATDs with a slip clamp inlet connection, confirm pipe has the minimum engagement. Only the upper depth engagement mark on the inlet pipe, should be visible above the slip gasket support ring.

 

49. Tighten the spherical, or slip clamp at the ATD inlet connection first, as follows.

  • Tighten the nut to 20 N·m (15 lbf·ft).
  • Using a plastic or rubber mallet, tap around the outside of the clamp, in several locations, to seat the clamp against the pipe.
  • Tighten the nut a second time to 20 N·m (15 lbf·ft).

 

50. If applicable, tighten the pipe support U-bolt to 22 N·m (16 lbf·ft).

51. Tighten the spherical clamp at the turbo outlet connection last, as follows.

  • Tighten the nut to 20 N·m (15 lbf·ft).
  • Using a plastic or rubber mallet, tap around the outside of the clamp, in several locations, to seat the clamp against the pipe.
  • Tighten the nut a second time 20 N·m (15 lbf·ft).

52. If applicable, install the ATD outlet piping.

53. Install the left- and right-hand cab-mounted splash shields.

54. Remove the safety stands and lower the vehicle.

55. If applicable, install the right-hand forward side-fairing panel. If needed, see the vehicle workshop manual.

56. Connect all batteries.

57. Charge the air system.

58. Connect DiagnosticLink® and under the actions dropdown menu, perform “Clutch Learn Procedure.”

 

Programming Procedure

59. You MUST use DiagnosticLink® Professional 8.13 Service Pack 1 (or higher) when reprogramming. REFERENCE DTNAConnect “My Communications” notice dated 12/15/2020 for more information on DiagnosticLink® 8.13 Service Pack 1.

60. Begin the process by connecting DiagnosticLink® to the vehicle. Make sure that all modules (ACM, CPC, MCM, and TCM) are connected.

 

NOTICE: BEFORE you begin programming, make sure the VIN is correct in all modules. If the VIN is incorrect in any modules, you will receive an error message when attempting to reprogram.

 

61. Make sure the VIN is correct in all modules by looking at the “Identification” screen in DiagnosticLink®. If the VIN is incorrect, you can correct the VIN under the Actions drop-down menu in DiagnosticLink® by selecting the “Check VIN Synchronization” item. Select “Start” from this panel and follow the prompts. You will be prompted to cycle the key until the routine has completed. When synchronization is complete, turn the key back on and continue with the download process.

62. On the Identification screen, check the current ACM, MCM, CPC, and TCM software and fuel map levels. Listed in the table above, are the MINIMUM levels required. See figure below for an example of the Identification screen for the TCM. TCM software NAMT191402 is not at the MINIMUM software level required, and needs updating.

 

63. Is the software and fuel map ZGS version level for the ACM, MCM, CPC, and TCM less than the software and fuel map ZGS revision levels listed in the table on page 1?

 

NOTE: The ACM, MCM, CPC, and TCM software and fuel map ZGS version level must meet the MINIMUM requirements.

 

a) Yes, proceed to step 64.

b) No; it is equal to, or greater than the minimum software and fuel map ZGS version levels. No programming is necessary. Proceed to the Completion Stickers section.

 

64. Select “Parameters” option along the left side of the DiagnosticLink® screen. Wait for parameters to be read.

65. Select “Program Device” option along the left side of the DiagnosticLink® screen. There will be “Data to Upload”. Click “Connect to Server”.

66. Select the “Add” button in the upper right corner of the DiagnosticLink® screen and enter the engine serial number. Then click the “Connect to Server” button in the bottom right corner of the DiagnosticLink® screen. See Figure 2.

 

67. Program the ACM, MCM, CPC, and TCM, based on the above inspection results and engine serial number listing included with this recall campaign.

  • NOTE: If equipped with ICUC, program the ICUC to the latest software.
  • NOTE: ACM software 7.61.1.0 with Model Year 2020 fuel map ending in ZGS 002 is older than ACM software 7.61.1.0 with Model Year 2021 fuel map ending in ZGS 001. Make sure that the ACM is programmed to 7.61.1.0 ZGS 001.

 

68. When programming is complete, click the “Finish” button and perform the following to allow the modules to synchronize with each other:

  • Disconnect the USB Link at 9-pin vehicle diagnostic port.
  • Turn the vehicle ignition OFF and wait one minute.
  • Turn the vehicle ignition ON and wait one minute.
  • Turn the vehicle ignition OFF and wait one minute.
  • Turn the vehicle ignition ON and wait one minute.
  • Reconnect the USB Link, reconnect DiagnosticLink® to the MCM, ACM, CPC, and TCM, and confirm the proper software and fuel map levels.

 

NOTICE: CHECK with the customer to see if Auto Elevate can be enabled. Auto Elevate can prevent Aftertreatment System (ATS) issues.

 

69. Ask the customer if they would like Auto Elevate activated. REFERENCE DetroitTM Technical Service letter 16 TS-18 for full details on Auto Elevate.

70. Repairs are complete.

 

 

 



1 Affected Product

Vehicle

MAKE MODEL YEAR
FREIGHTLINER CASCADIA 2021

 


9 Associated Documents

Recall 573 Report- Amendment 1

RCLRPT-20V742-6604.PDF 213.448KB

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Miscellaneous Document- Amended Defect Information Report

RMISC-20V742-5128.pdf 727.525KB

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Manufacturer Notices(to Dealers,etc)

RCMN-20V742-4364.pdf 2213.073KB

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Miscellaneous Document- Defect Information Report

RMISC-20V742-6023.pdf 854.602KB

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Defect Notice 573 Report

RCLRPT-20V742-3731.PDF 213.409KB

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Recall Acknowledgement

RCAK-20V742-5497.pdf 243.953KB

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ISSUED Owner Notification Letter(Part 577)

RCONL-20V742-9235.pdf 290.841KB

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ISSUED Owner Notification Letter(Part 577)

RCONL-20V742-9411.pdf 284.164KB

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Manufacturer Notices(to Dealers,etc)

RCMN-20V742-9244.pdf 2389.878KB

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Latest Recalls Documents

For the Latest and Most Recent Recalls Information Visit the link below…

https://www-odi.nhtsa.dot.gov/acms/cs/documentList.xhtml?docId=20V742&docType=RCL

 


 

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