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lug nut torque specks for 2007 f 250 super duty

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2005-2007 Ford F-Super Duty STEERING WHEEL OSCILLATION REPAIR MANUAL

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This article supersedes TSB 07-5-7 to update the NOTE Parts. SETTING TIRE PRESSURE TO DOOR SPECIFICATION IS ONE OF THE SINGLE MOST ISSUE IMPORTANT MEASURES IN RESOLVING THIS Some 2005-2007 F-Super Duty vehicles may exhibit ISSUE. LOWERING TIRE PRESSURE WILL MAKE steering wheel oscillation (back and forth motion), THIS ISSUE WORSE. immediately following front or rear wheel impacts ROAD TEST (i.e. pavement joints, frost heaves, rough roads, etc.). Steering wheel motion is typically in the range 1. Ask customer what type of road surface and of ± 5 degrees, and typically dampens out in fewer speed generates the steering wheel oscillation. than five oscillations. This condition occurs mostly on F-250/F-350 4X4 vehicles, and is more evident 2. Road test vehicle on similar road surface and on trucks equipped with a gas engine. speed, to gain a feel for the customer’s issue. ACTION 3. If no issues are identified during the road test, do not proceed with the rest of this TSB. Refer to the following Service Procedure to minimize the steering wheel oscillations on impacts, STEERING DAMPER however, there may be some remaining minor INSPECTION/REPLACEMENT AND oscillation which would be considered normal. STEERING/SUSPENSION FASTENER TORQUE CHECK SERVICE PROCEDURE SUMMARY F-250/F-350 4X4 Applications: 1. Set tire pressure and road test vehicle to evaluate vehicle before proceeding with further 1. Remove existing steering damper and frame repairs. If issue is resolved, do not proceed attachment bracket. with the rest of this TSB. 2. Replace steering damper and frame mounting 2. If concern still exists, install a new steering bracket with steering damper and frame damper (frame-mounted bracket and steering bracket. damper assembly on F-250/F-350 4X4 applications only). For F-250/F-350 4X2 and all 3. Attach steering damper to frame bracket and F-450/F-550 applications, inspect damper for torque bolt to 76 lb-ft (103 N•m). leaks and replace if necessary, torque steering 4. Assemble bracket and shock assembly to the and suspension fasteners per Workshop frame with attachment bolt retainer pointing to Manual (WSM). rear of vehicle. Torque frame bracket nuts to 59 3. If concern still exists, check front alignment and lb-ft (80 N•m). reduce front caster. 5. Attach other end of shock to the steering drag 4. Replace redundant control steering wheel (if link and torque to 66 lb-ft (90 N•m). equipped and vehicle built prior to 10/8/2004). 6. Install damper bolt cap to assure a friendly VEHICLE INSPECTION – TIRE PRESSURE surface for the battery cable in case of casual contact. 1. Set tire pressures as indicated on the vehicle label (located on driver’s door label).

2004-2007 Ford F-Super Duty SLIDING POWER WINDOW (BACK GLASS) SERVICE MANUAL

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FORD: 2004-2007 F-Super Duty ISSUE SERVICE PROCEDURE Some 2004-2007 F-Super Duty vehicles, equipped with a power sliding rear window (back glass), may 1. Prior to window removal, verify that center exhibit a stuck or binding concern. This condition glass is centered in the upper plastic channel may be due to the center glass not being positioned (Figure 1). If center glass is not inside upper correctly inside the upper or lower channel, the plastic channel, pull channel down and out of channel being warped, bent, or center glass upper aluminum channel and slide back in de-bonded. making sure the entire center glass is inside the plastic channel. ACTION Follow the Service Procedure steps to correct the condition. Figure 1 – Article 06-15-5 2. If Step 1 resolves the issue, return the vehicle 4. Refer to window removal procedure. (Refer to back to customer after verifying the window Workshop Manual (WSM), Section 501-11-24 functions properly. If it did not resolve the and 501-11-25.) issue, proceed to Step 3. 5. Remove cable clips from sheet metal. (Refer to 3. Open the rear window approximately half way. WSM, Section 501-11-28.) 6. Remove three (3) motor bracket attaching bolts. (Refer to WSM, Section 501-11-28. 7. Disconnect motor wiring harness from vehicle 9. Pull outer rubber seal from window frame body harness. (Refer to WSM, Section (Figure 2). 501-11-29.) 8. Remove window assembly from vehicle window opening. Figure 2 – Article 06-15-5 10. Locate two (2) screws in bottom of lower frame and remove them with a R1 square bit screw driver (Figure 3). Figure 3 – Article 06-15-5

2003 Ford F-Super Duty 250-550/ Excursion Rear Drive Axle/Differential/ Ford 10.50-Inch Ring Gear Installation Manual

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1. Remove the differential case. For additional information, refer to Differential Case in this section. 2. NOTE: The differential bearings need not be removed to overhaul the Ford limited slip differential. If bearing removal is required, for additional information, refer to Differential Case in this section. NOTE: The anti-lock speed sensor ring cannot be reused once removed. Remove the differential pinion shaft lock bolt and remove the differential pinion shaft. ? If required, remove the ring gear and anti-lock speed sensor ring. 3. NOTE: This tool does not have the 1/2-inch drive hole. Install the special tool in a suitable vise. 2003 F-Super Duty 250-550/Excursion Workshop Manual 5. Install the special tool in the bottom side gear bore. ? Apply a small amount of grease to the centering hole of the special tool. 6. Install the nut in the upper differential side gear. Hold the nut in position while installing the hex screw. Tighten the hex-head screw until contact is made with the Step Plat 2003 F-Super Duty 250-550/Excursion Workshop Manual 7. Insert a suitable dowel bar in the hole of the nut. Tighten the forcing screw to force the differential side gear away from the differential pinion gears. The dowel bar is used to keep the nut from turning when the forcing screw is tightened. NOTE: Differential pinion thrust washers cannot be removed independently of the differential pinion gears and so must be removed simultaneously with the differential pinion gears. Insert the special tool in the pinion shaft bore and turn the differential case to “walk” the differential pinion gears and differential pinion thrust washers out to the differential case windows. 9. Remove the differential pinion gears and differential pinion thrust washers. 10. Remove the differential side gears and differential clutch packs and tag them RIGHT and LEFT with the shim

2008-2010 FORD F-Super Duty DIESEL ENGINES REPEAT RADIATOR LEAK BUILT ON OR BEFORE SERVICE PROCEDURE

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DIESEL ENGINES REPEAT RADIATOR LEAK BUILT ON OR BEFORE ISSUE ECT temp. Some 2008-2010 F-Super Duty vehicles built on or b. Test results/next steps: before 9/14/2009 and equipped with a 6.4L diesel engine may exhibit repeat radiator leaks due to (1) If EOT is less than 8 °F (4.4 °C) malfunctioning (hyper-extended) high temperature higher than ECT, and the coolant temp thermostats. fluctuates roughly 5 °F (2.7 °C) – the thermostats are okay and do not need ACTION to be replaced. Replace just the Follow the Service Procedure steps to correct the radiator. Refer to WSM, Section 303-03 condition. (Engine Cooling). SERVICE PROCEDURE (2) If EOT exceeds ECT by greater than 8 °F (4.4 °C) or if the ECT readings 1. Verify the coolant leak is from the radiator, refer fluctuate 10 to 12 °F (5.55-6.66 °C) to pinpoint test (PPT) A found in the Workshop roughly every 30 seconds – replace Manual (WSM), Section 303-03. both thermostats and radiator. Refer to 2. Verify the venturi tee is installed. WSM, Section 303-03 (Engine Cooling). a. If installed, confirm it is installed correctly (note – orientation direction on part). 5. If vehicle is not drivable and the coolant leak is found to be from the radiator, remove and b. If not installed, install Venturi Tee Kit on replace both thermostats and radiator. Refer to vehicles built on or before 5/15/2008. WSM, Section 303-03 for both radiator and thermostat removal procedure and approved 3. Prepare the vehicle for a test drive. cooling system draining, filling and bleeding a. If the coolant leak at the radiator is large procedures. enough to cause an unsafe test drive or potential for engine/vehicle damage, proceed PART NUMBER PART NAME to Step 5. 8C3Z-8575-D Thermostat Assembly 8C3Z-8009-B Radiator Assembly b. Before driving the vehicle confirm the 8C3Z-8B379-B Venturi Tee coolant level is at minimum level or above in the degas bottle. If required, add 50/50 WARRANTY STATUS: Eligible Under Provisions Of mix to coolant bottle. New Vehicle Limited Warranty Coverage 4. Test Drive – use an Integrated Diagnostic IMPORTANT: Warranty System (IDS) or equivalent and monitor engine coverage limits/policies are oil temperature (EOT) and engine coolant not altered by a TSB. temperature (ECT) parameter identifiers (PIDS). Warranty coverage limits are determined by the identified causal par

2007 & NEWER TOYOTA TUNDRA SPORT DUTY UNDERCARRIAGE MOUNTING INSTRUCTIONS

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The mounting procedure outlined below covers the 2007 and Newer 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 frame and the rear cross member. Remove the skid plate. Do not discard the skid plate or bolts so that they can be reinstalled if the undercarriage is removed. 2. Remove the two bolts from both tow hooks. Remove both tow hooks. Retain the bolts as they will be reinstalled further into the installation procedure. Do not discard the tow hooks so that they can be reinstalled if the undercarriage is removed. 3. Remove the three bumper mount nuts located on the front end of the driver side frame rail. Retain the nuts as they will be reinstalled further into the installation procedure. 4. Place Driver Side Push Beam Support Plate (62B) against the bottom of the driver side truck tow hook mount and against the outside of the driver side frame rail. The front tab of Push Beam Support Plate (62B) must clear the bumper mount studs on the front end of the truck frame. 5. Slide Driver Side Push Beam Support Plate (62B) backward until the three bumper mount studs on the end of the truck frame fully engage the three holes located on Driver Side Push Beam Support Plate (62B). 6. Reinstall the three bumper mount nuts that were removed in step 3. Fasteners should only be finger tight. 7. Assemble Driver Side Push Beam Support Plate (62B) to the tow hook mount using the two bolts removed in step 2. Fasteners should only be finger tight. 3 8. Using Bolt Puller (102) insert one ½” X 1-½” Hex Head Bolt (A) through the hole located on the outside of the driver side frame rail and through the hole located in Driver Side Push Beam Support Plate (62B). Secure with one ½” Split Lock Washer (D) and one ½” Hex Head Full Nut (C). Fasteners should only be finger tight. 9. Tighten the truck tow hook bolts. The heads of these bolts will not be accessible once Push Beam (62) is installed. 10. Repeat steps 3-9 for Passenger Side Push Beam Support Plate (62A). 11. Slide three Nut Plates (101) through the truck cross member. Align Nut Plates (101) with the front side of the two large outside holes and large center hole. 12. Place Angle Bracket (75) against the bottom of the truck cross member. Secure with three ½” X 1-½” Hex Head Bolts (A) and three ½” Split Lock Washers (D) and Nut Plates (101) previously installed inside the truck cross member. Fasteners should only be finger tight. 13. Install Push Beam (62) between Passenger Side and Driver Side Push Beam Support Plates (62A & 62B) using eight ½” X 1-½” Hex Head Bolts (A) and eight ½” Nylon Lock Nuts (B). Push Beam (62) should be mounted at a height of 14-½” from the ground to the center of the hook hole. Fasteners should only be finger tight. 14. Assemble Angle Bracket (75) to Push Beam (62) using four ½” X 1-½” Hex Head Bolts (A) and four ½” Nylon Lock Nuts (B). Fasteners should only be finger tight. 15. Tighten all fasteners, starting with Angle Bracket (75) and continuing forward. 16. 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.