• | J 8614-01 Pinion Flange Holder |
• | J 23911 Pinion Oil Seal Installer |
• | J 33782 Pinion Oil Seal Installer |
Important: Observe and mark the positions of all the driveline components relative to the propeller shaft and the axles prior to disassembly. These components include the propeller shafts, drive axles, pinion flanges, output shafts, etc. Assemble all the components in the exact places in which you removed the parts. Follow any specifications, torque values, and measurements made prior to disassembly.
• | 2 lip pinion seal -- This seal type can be identified by the short deflector (1) used on the pinion yoke/flange. |
• | 3 lip pinion seal -- This seal type can be identified by the long deflector (2) used on the pinion yoke/flange. |
• | The pinion bearings |
• | The pinion seal |
• | The carrier bearings |
• | The axle bearings |
• | The axle seals |
Use a container in order to retrieve the lubricant.
Important: Do not damage the axle housing sealing surface.
Important: When replacing the pinion oil seal and/or
the pinion flange/yoke, observe the following guidelines:
• When replacing only the pinion oil seal, the same style pinion oil seal
must be used as the one that was removed. • If replacing both the pinion oil seal and the pinion flange/yoke, the
same style of pinion oil seal and the pinion flange/yoke must be used. • The 2 lip and the 3 lip style pinion oil seals and pinion flange/yokes
are not interchangeable.
Important: Install the pinion gear flange/yoke to the pinion gear shaft in the same position as marked during removal in order to maintain correct driveline balance.
Align the marks made during removal.
Notice: Do not hammer the pinion flange/yoke onto the pinion shaft. Pinion components may be damaged if the pinion flange/yoke is hammered onto the pinion shaft.
Notice: Refer to Fastener Notice in the Preface section.
Important: If the rotating torque is exceeded, the pinion will have to be removed and a new collapsible spacer installed.
Tighten
Tighten the nut until the pinion end play is removed.
Rotate the pinion while tightening the nut to seat the bearings.
Tighten
Tighten the nut in small increments, as needed,
until the rotating torque is 0.40-0.57 N·m (3-5 lb in)
greater than the rotating torque recorded during removal.