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instructions on replacing a 2006 yukon denali wheel hub

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1999-2002 CHEVROLET SILVERADO 2000-2002 CHEVROLET TAHOE, SUBURBAN 2002 CHEVROLET AVALANCHE 1999-2002 GMC SIERRA 2000-2002 GMC YUKON, YUKON XL LOCATED IN THE SEVERE CORROSION AREAS LISTED BELOW Service Procedure The following procedure provides instructions for repairing a corrosion condition where the front wheel speed sensor mounts on the front wheel bearing assembly. 1. Raise the vehicle on a suitable hoist and support as necessary. 2. Remove both front tires and wheels. 3. Compress the front brake caliper pistons. 3.1. Install a large C-clamp over the top of the caliper housing and against the back of the outboard pad. 3.2. Slowly tighten the C-clamp until the pistons are pushed completely into the caliper bores. 3.3. Remove the C-clamp from the caliper. Important: It is not necessary to remove the front brake caliper from the bracket when removing the bracket in the next step. 4. Remove the two bolts that attach the front brake caliper mounting brackets to the knuckle. Notice: Support the brake caliper with heavy mechanic’s wire, or equivalent, whenever it is separated from its mount, and the hydraulic flexible brake hose is still connected. Failure to support the caliper in this manner will cause the flexible brake hose to bear the weight of the caliper, which may cause damage to the brake hose and in turn may cause a brake fluid leak. 5. Remove the brake caliper and bracket as an assembly and support it with heavy mechanic’s wire or equivalent. DO NOT disconnect the hydraulic brake flexible hose from the caliper. 6. Mark the relationship of the rotor to the bearing hub. 7. If equipped, remove the rotor retaining push nuts from the wheel studs


2000 – 2006 TOYOTA TUNDRA SPORT DUTY UNDERCARRIAGE MOUNTING INSTRUCTIONS The mounting procedure outlined below covers the 2000 – 2006 Toyota Tundra trucks. You will need to refer to the illustrations and familiarize yourself with each of the undercarriage components and their relative position to each other. Then proceed as follows: 1. Begin by removing the bolts holding the skid plate to the bottom of the bumper and the rear cross member. Remove the skid plate. Some vehicles are equipped with an additional skid plate that wraps up in front of the bumper. This skid plate must be removed also. 2. Remove the bolts connecting the tow hook, tie down brackets, and skid plate brackets (Refer to Figure 1) to the bottom of the frame. The bolts and tow hook will be used in the undercarriage installation. 3. Assemble Driver Side Push Beam Support Plate (62B) to the bottom of the driver side frame rail. Begin by installing the bolts removed in Step 2 into the two holes in the bottom of Diver Side Push Beam Support Plate (62B) . Tighten these two bolts. Next, drill the inside and outside frame wall for the upper hole in Driver Side Push Beam Support Plate (62B). Install one ½”-13 X 4-1/2″ Hex Head Bolt (D) and one ½”-13 Lock Nut (B) in the drilled hole. Tighten this bolt. 4. Repeat Step 3 on the passenger side frame rail. Include the tow hook over Passenger Side Push Beam Support Plate (62A). The skid plates, tie down brackets, and skid plate brackets (See Figure 1) will no longer be used but should be retained in case the undercarriage is ever removed. 5. Install Push Beam Assembly (62) between Push Beam Support Plates (62A & 62B) using eight ½”-13 X 1-1/2″ Hex Head Bolts (A) and eight ½”-13 Lock Nuts (B). For Light Duty Plow applications, the center of the receiver hole in Push Beam Assembly (62) should be 14-1/2″ from the ground. Leave hardware finger tight. 6. Assemble Angle Bracket (75) to the back of Push Beam Assembly (62) using four ½”-13 X1- 1/2″ Hex Head Bolts (A) and four ½”-13 Lock Nuts (B). Leave hardware finger tight. 3 7. Assemble the rear portion of Angle Bracket (75) to the truck’s cross member using two Nut Plates (101), two ½” Split Lock Washers (C) and two ½”-13 X 1-1/2″ Hex Head Bolts (A) . Nut Plates (101) must be inserted into the cross member through the large hole in the rear of the cross member. 8. Tighten all hardware beginning at the rear of Angle Bracket (75) and working forward. 9. With all undercarriage parts in place, securely fasten all mounting hardware. It is important that all fasteners be properly torqued (see Fig. 3) to assure a safe operating plow. Re-tighten all fasteners after 2 hours of plowing.

Coil Spring Spacer Installation Instructions

1. Check to see that the spacer kit you purchased matches the year and model of your vehicle. Spacer kits two inches or taller may require a spring compressor to install. Ball joint and tie rod forks may also be useful. 2. A good portion of your front suspension will be disassembled so this would be a good time to replace any worn parts (i.e. tie rod ends, ball joints, idler arm and any bushings) Replace bushings with polyurethane replacement parts. 3. Jack up vehicle as high as possible using jack stands for support at all times. 4. With vehicle safely off the ground remove front tires. It is advisable to disassemble on side at a time so that you can use the other side as a reference for re-assembly in the event you get side tracked. 5. Remove the brake caliper from the rotor (attached with 2 bolts inside the caliper or with press-in clips depending on the vehicle). Do not remove the brake line from the caliper unless you intend to bleed the brakes at this time. Set the caliper aside or tie it up to the frame rail. Avoid pinching the brake line. 6. Remove the tie rod from the spindle using the proper tools. Do not hit the tie rod itself or the nut on the threaded portion of the tie rod or it may cause damaged and need replacing. 7. Remove the anti-sway bar from the lower control arm. This would be a good time to replace the end link bushings with polyurethane replacement bushings. 8. If your vehicle is equipped with anti-lock brakes you must now disconnect the front rotor sensor from the dust shield or spindle and set it aside. 9. Disconnect your shock absorber completely from the vehicle whether it is mounted inside the coil spring or not. 10. Support the lower control arm with jack just touching the arm. This will prevent it from dropping when the ball joint is disconnected. 11. The use of a coil spring compressor is recommended before the following steps are taken. 12. Disconnect the upper ball joint from the top of the spindle using the proper tools. Do not hit the ball joint or the threaded end of the ball joint. Once the ball joint is free the spindle should move easily. 13. Be careful when lowering the lower control arm. The coil spring is under high compression and may shoot out when released. Do not stand near the side of the truck during this step. Lower the jack so that the lower control arm swings down. If the coil spring has not fallen out on it’s own you may need to use a pry bar from the front of the vehicle to remove it. 14. Note which end of the coil spring is “bottom” for installation. Also note the depression in the lower control arm. It is important that the last winding of the coil spring fit into the indentation completely so that the vehicle will sit level. Do not switch coil springs from side to side as some vehicles have a specific “right” and “left” coil spring. 15. Check the coil spacer for proper fitment into the coil spring mount in the frame. The flat part of the spacer should face up and touch the top of the spring mount. Some vehicles have guiding tabs to center the coil spring in its top mount. These tabs may have become bent and need to be bent back to allow the spacer to properly fit in the mount. 16. Install the coil spring with the spacer on top of it. If used the coil spring compressor should still be on the spring in a compressed state. If it is not you may need to compress the spring before re-installing. Make sure the spacer is centered in the upper mount and the bottom of the spring is properly nested in the receptor groove on the lower control arm. If you are installing a two-inch or taller spacer you may need a spring compressor. Follow all safety rules when installing the coil spring as it will be under extreme compression. 17. Raise the lower control arm with a jack once the coil spring and spacer are properly lined up. Raise until the spindle is high enough to bolt on the upper ball joint. Before bolting on the upper ball joint make sure the brake caliper and brake line are where they need to be since some brake lines run inside the spindle and outside the coil spring. 18. With the upper ball joint tight and a cotter pin re-installed you may now remove the jack from under the lower control arm. 19. Assemble all of the components previously removed (sway bar with new polyurethane bushings, tie rod ends with polyurethane grease boot, brake caliper and anti-lock sensor). Don’t forget the shock with a new colored boot while it is off. 20. Repeat instructions for other side. 21. After properly installing both spacers you can install your front tires and lower vehicle back to the ground. 22. Your vehicle may sit too high at first because the suspension needs to settle. Carefully back the vehicle up and drive forward a few times using the brakes frequently. Park on level ground and check out your lift. 23. The vehicle will now require a front wheel alignment. Failure to do so may result in severe wear on your tires and may pull to one direction

2006-2009 Dodge Ram 1500 4×4 Installation Instructions

2006-2009 Dodge Ram 1500 4×4 1. Jack the truck up and support with jack stands. 2. Remove the wheels 3. Remove the sway bar link from below the control arm, remove the tie rod end, and the upper ball joint. 4. Remove the strut 5. Install the leveling kit on the strut 6. Reinstall the strut into the truck 8. Re-attach the tie rod end before the upper ball joint. 9. Using a floor jack, apply pressure to the lower ball joint and reattach the upper ball joint Align and adjust headlights


SPECIFICATIONS Rim size 18 x 7 J (offset 45) Tire size 215/40ZR18 89W Bolt hole PCD 114.3 (5 holes) Tire pressure Front 250 kPa (2.5 kgf/cm2, 36 psi) Rear 250 kPa (2.5 kgf/cm2, 36 psi) INSTALLATION Customer Information: The information in this installation instruction is intended for use only by skilled technicians who have the proper tools, equipment, and training to correctly and safely add equipment to your vehicle. These procedures should not be attempted by “do-it-yourselfers.” NOTE: •This aluminum wheel is designed for use on the TPMS (Tire Pressure Monitoring System) vehicle. •This aluminum wheel is equipped with the TPMS sensor. See the Service Manual for tire replacement procedure and TPMS sensor installation procedure (paragraph of Tire Pressure Sensor Replacement). •The illustration of the aluminum wheels are shown for reference purposes only. •Install the correct size tire. •Use a tire changer to remove and install the tires. Using a tire lever to remove and install the tires can damage to the tire, the wheel, and the TPMS sensor. •The wheel nut torque is 108 N·m (80 lbf-ft) 1. Clean the mating surface and the valve hole of the aluminum wheel. the aluminum wheel, and loosely install the valve nut. Make sure the pressure sensor is resting on the wheel. NOTE: Install the tire pressure sensor so that the sensor housing surface does not protrude into the bead area of the wheel to prevent the sensor housing from being caught on the bead of the tire. 3. Torque the valve nut to 4 N·m (3 lbf-ft) while holding the tire pressure sensor toward the wheel. NOTE: •Do not reuse the grommet that had been tightened, even one time, to the specified torque, as they are deformed inside. •Do not use air or electric impact tools to tighten the valve stem nut. •Tightening the nut beyond the specified torque can damage the nut. 4. Install the tires according to the instructions in the service manual. 5. Install the wheels on the vehicle and torque the wheel nuts to 108 N·m (80 lbf-ft