DRIVE SHAFT 6E6330 - Caterpillar

Illustration 3 g00722919
Use a suitable lift in order to install differential carrier assembly (1) onto axle housing (4). Remove Tool (A) .
Illustration 4 g00722921
Reinstall two bolts (6) into seal flange (7) .Tighten the bolts to the following torque: ... 130 27 N m (95 20 lb ft)
Install nuts (5) that secure differential carrier assembly (1) to the axle housing (4) .Tighten the nuts to the following torque: ... 183 34 N m (135 25 lb ft)
Illustration 5 g00722924
Position the spider brake assembly (9) onto the axle spindle. Install bolts (8) that secure the spider brake assembly and the axle spindle to the axle housing.Tighten the bolts to the following torque: ... 230 27 N m (170 20 lb ft)Note: Refer to Disassembly and Assembly, "Brake Shoes - Install" if the brake shoes were removed from the spider assembly.
Illustration 6 g00722932
Caution must be observed when the brake drum is installed in order to prevent damage to the seal.
Use a suitable lifting device and Tool (C) in order to install brake drum (10) on the axle housing.
Illustration 7 g00722939
Position dust shield (12) and install three bolts (11) and washers.Tighten the bolts to the following torque: ... 115 14 N m (85 10 lb ft)
Illustration 8 g00722941
Install planetary ring gear hub (13) in the brake drum.
Illustration 9 g00722945
Install wheel bearing adjusting nut (16). Perform the following procedure in order to adjust the wheel bearings:
Use Tool (D) to tighten the wheel bearing adjusting nut to the following torque in order to seat the wheel bearings: 542 N m (400 lb ft)Note: The hub must be rotated in both directions while the wheel bearing adjusting nut is tightened.
Rap the hub several times with a soft faced hammer. Then use Tool (D) in order to tighten the wheel bearing adjusting nut to the following torque: 542 N m (400 lb ft)
Loosen the wheel bearing adjusting nut in order to relieve the preload on the wheel bearings. The wheel bearing adjusting nut should have a torque of 0 N m (0 lb ft).
Determine the rolling torque of the wheel hub. The torque value must be obtained while the hub is rotated at a steady rate. Record the torque value that is obtained.
Tighten the wheel bearing adjusting nut in order to increase the rolling torque of the wheel hub.
Recheck the rolling torque of the wheel hub. The rolling torque of the wheel hub that was recorded in Step 10.d should have an increase of 8 to 14 N m (6 to 10 lb ft).
Position lock (15) for the wheel bearing adjusting nut (16). Secure the lock in place with allen head screws (14) .Tighten the allen head screws to the following torque: ... 47 7 N m (35 5 lb ft)Note: The lock for the wheel bearing adjusting nut can be installed in two positions. The first position is shown in Illustration 9 and the second position is shown in Illustration 10.
Illustration 10 g00722947
Install planetary ring gear (17) into brake drum (10). Ensure that