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2004 tundra 4 7l engine bank 1 location

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2004-2007 FORD E-150, E-250, E-250, E-350 4.6L / 5.4L ENGINE-SLOW FUEL FILL REPAIR MANUAL

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ISSUE carbon canister inlet. If there is no free flow Some 2004-2007 E-150 – E-350 vehicles equipped past the CVV, the CVV is failed or frozen with a 4.6L or 5.4L engine and mid-ship fuel tank closed. Replace the CVV. may experience a “Slow to Fill” condition. c. If you have free flow through the CVV and the vent hose, the restriction must be at the ACTION Separator Assembly (Dust Box). Check the Use the Service Procedure to check the canister Canister Separator Assembly for damage, vent tube for a spider web or other obstruction dirt, water or ice contamination and replace before replacing the fuel tank. the Separator Assembly. SERVICE PROCEDURE 2. If the fuel tank is still difficult to fill with the 1. Disconnect the evaporative emission (EVAP) carbon canister disconnected, replace the fuel lines where it connects from the fuel tank to the tank assembly. carbon canister assembly inlet. If the tank can be easily filled, the carbon canister and EVAP PART NUMBER PART NAME lines should be investigated for restriction, 5C2Z-9S327-CA Fuel Vapor Vent continue to Step 1a. If the fuel tank is still 6F1Z-9F945-AA Solenoid Canister Vent difficult to fill with the carbon canister XF2Z-9B328-AA Separator Asy Fuel 6C2Z-9002-AA Tank Asy Fuel disconnected, proceed to Step 2. (Figure 1) F75Z-9F945-CA Solenoid Canister Vent WARRANTY STATUS: Eligible Under Provisions Of New Vehicle Limited Warranty Coverage IMPORTANT: Warranty coverage limits/policies are not altered by a TSB. Warranty coverage limits are determined by the identified causal part. OPERATION DESCRIPTION TIME MT071501 Use SLTS Operations If Actual Available; Claim AdditionalTime Diagnosis Or Labor Figure 1 – Article 07-15-1 Performed As Actual Time DEALER CODING a. Spider webs and other debris in the vent CONDITION hose 5C2Z-9S327-CA may restrict the hose. BASIC PART NO. CODE Disconnect and blow out vent hose with 9S327 55 shop air or roll a bearing down the hose to remove the debris.

1994 Chevy Truck C 1500 Truck 2WD Tune-up and Engine Performance Checks/ Ignition-Timing Connector Location Change Manual

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SUBJECT: TIMING CONNECTOR LOCATION CHANGE MODELS: 1994 CHEVROLET AND GMC C/K TRUCKS WITH GASOLINE ENGINES The timing connector, which can be disconnected to return engine timing to base for adjustment purposes, has been moved from the engine compartment to inside the cab. This new location is not currently reflected in the Service or Owner’s Manual. The new location is under the dash directly below the glove compartment. The tan/black wire is routed for a short distance outside of a large wiring harness. This large harness is routed between the heater blower motor and evaporator case. The timing connector is taped to the wire bundle (Figure 1)

2007-2008 Toyota Tundra Crew Cab Installation Manual

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1. Cover the front seats, floorboards, dash and steering wheel with a clean drop cloth or disposable plastic covers. Note: Always wear eye and hand protection when working with glass. Make sure that you have the right glass and the urethane systems are current. Windshield part numbers are FW02724, FW02723, FW02722 or FW02721. 2. Remove the rearview mirror by loosening the Tork screw using a T-20 Tork screwdriver. Slide the wire-harness trim cover off the headliner. Slide the mirror off the mirror bracket in an upward motion. 3. Disconnect the wire harness from the underside of the hardware with a small flat-tip screwdriver or your fingernails. 4. Remove the windshield-wiper nuts using a wrench or socket. If the nuts are tight, loosen them with a 14-millimeter wrench and then come back with your socket. Move the wiper arm in an up-and-down motion to break it loose from the post, or use a wiper puller. Caution: Wipers can sometimes be hard to remove. To avoid stressing the post, use a wiper puller. The wipers are marked; take note to ensure proper re-installation. 5. Using a No. 2 Phillips-tip screwdriver, remove the two plastic screw inserts on the fasteners located on the outer edge of the cowling corners. There is one on the passenger’s side and one on the driver’s side. A5a A5b 2007-08 Toyota Tundra Crew Cab By Gilbert R. Gutierrez Vehicle type: Four-door, crew-cab pickup truck NAGS numbers*: Windshield part numbers are FW02724, FW02723, FW02722 or FW02721; front door glass FD23323- 24 R-L; rear door glass FD23325-26 R-L; and back glass FY95054, FY95053, FB23336, FB23335 and FB23334. Helpful tools or supplies: Retention tape or a rubber hose to protect the fenders and hood; a PryBaby for molding and panel removal. Watch for: Be careful not to pull too hard on the rearview mirror harness during removal to avoid ripping the headliner. When removing or re-installing the A-pillar trim panels, take care to avoid disturbing the curtain air-bag harness. *With permission from National Auto Glass Specifications. Call NAGS at 800/551-4012 or visit www.nags.com. Vehicle information A1 A2 A3a A3b A4a A4b 35 6. Remove the rubber corner pieces from the corners of the cowling at the base of the windshield. Using an outward motion, pull out the rubber piece, and then gently pull the rubber insert from the cowling. 7. With the hood open, push in and pop loose the six plastic tab fasteners using a No. 1 PryBaby tool from the underside. There are three on the passenger’s side and three on the driver’s side, with a guide pin at the center. 8. Remove the two-part cowl by sliding it in an upward-outward motion toward the engine compartment, disengaging the eight underside tabs on the front part of the cowling from the base of the windshield. Tape the hood and fender with molding-retention tape to avoid gnarling or scratching the cowling. Note: When re-installing the cowling, use a No. 1 PryBaby tool to assist in the installation of the cowling onto the bottom of the windshield. 9. If using a cold knife or power tool to cut out the glass, remove the A-pillar trim panels, as the windshield fits close to the pinchweld. 10. Remove the door weatherstrip. 11. Remove the screw covers using a No. 2 PryBaby. 12. Remove the two 10-millimeter bolts hidden beneath the covers using a 10-millimeter socket-wrench driver. Pull the handle loose. 13. Remove the A-pillar trim panels using a door-panel remover or No. 2 PryBaby tool. Caution: Be careful not to dis- A6a A6b A6c A7a A11a A11b A12a A12b A7b A7c A8 A10 A13a A13b 36 AutoGlass™ •March/April 2008 Installation ? F or T echnicians Only turb the curtain air-bag harness when removing or re-installing the A-pillar trim panels. Note: Before beginning windshield removal, verify the new windshield is the correct one and the urethanes and primers are current. Never use outdated products as this could jeopardize the structural integrity of the vehicle and the safety of its passengers. Removal 14. Make sure cutting blades are sufficiently sharp. 15. Before cutting out the windshield, remove contaminants from the glass and pinchweld to prevent contact with the urethane. 16. If using a cold knife, use a 3? 4 -inch blade. Cut three sides; then use a long knife or power tool to cut the bottom of the windshield. Note: There are no gravity stops on this windshield. 17. If trying to save the windshield, use an Equalizer with an 8-inch blade. Note: When using any power tool, lubricate the cutting area with water. Spray the top and sides; then make your cuts. 18. After cutting the sides and top, cut out the bottom portion of the glass using an Equalizer Express. Spray the bottom of the windshield with water at least 4-to-5 inches above the urethane on the glass, so the water flows down into the urethane while you make your final cut across the bottom of the windshield. Caution: Never use your head to push, as this could result in back and neck injuries. 19. Take the windshield out of the opening using a set of vacuum cups. Lift the glass and place it on a windshield stand or suitable workstation. Installation 20. After cutting the windshield out, remove contaminants such as dirt, moisture and other debris from the pinchweld. Clean the dashboard. 21. Dry fit the new glass to the opening. Mark your glass using a grease pencil or molding-retention tape. 22. Place your vacuum cups on the windshield in the appropriate location for a one-person set. 23. For driver-side setting of the windshield using a Glass Handler Kit, place the kit’s elbow-setting pad on the driver’s side of the hood area; then lift the windshield from the stand using the vacuum cups. 24. Reach over, place your elbow on the setting pad and set the windshield onto the old urethane. 25. With the windshield resting in the opening, make sure it is in the right spot. 26. Adjust both sides to the correct setting, marking the passenger’s side, then the driver’s side. Lift the glass and place it on a windshield stand or suitable workstation. 27. Follow the urethane manufacturer’s recommendations for installation. 28. Clean the inside of the windshield using a urethane manufacturer-recommended product; follow recommended steps. Note: Do not touch the bonding area of the windshield after cleaning, prepping or priming it. 29. Wear powder-free Nitrile gloves to keep off chemicals. 30. Apply the glass prep and primer, following the urethane manufacturer’s recommendations.

2000-2004 Toyota Tundra 4.7L V-8 Two and Four Wheel Drive Installation Manual

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1. Place vehicle in a location where the floor is solid and flat, with adequate lighting. Do not attempt to work on a hot engine. Heat causes metal to expand and makes removal of fasteners difficult at best. Disconnect the battery cables from the battery. Raise the front of the vehicle to obtain adequate access to the bottom exhaust manifold flanges. Use large-base jack stands to support the vehicle. Do not rely on the jack! Block the tires to prevent the vehicle from rolling off the jack stands. 2. Spray WD-40 or some type of penetrating oil on all accessible fasteners and fittings before attempting to remove them. 3. From underneath the vehicle disconnect the exhaust system from the exhaust manifolds by unbolting the (3) bolts at the collectors. Then unbolt the driver side catalytic converter from the exhaust assembly and temporarily remove it from the vehicle. PASSENGER SIDE 4. On the passenger side remove the (4) bolts attaching the heat shields to the factory manifold. 5. Next, carefully unplug the O2 sensor from its harness. 6. Now remove the nuts attaching the factory manifold to the cylinder head. With the manifold out of the way remove the mounting studs from the cylinder head. 7. Using a small wire brush or similar instrument, clean any carbon deposits left on the head surface. Be careful not to gouge the aluminum head. 8. Transfer the O 2 sensor from the factory manifold to the new passenger side header. Apply a small amount of anti seize to the threads for the sensor before installing it in the new header. Use caution not to drop or damage the sensor, they are fragile. 9. Now you are going to install the new JBA Header, but first there is some preparation of the hardware required. Apply anti seize to the threads of the new fasteners. Install the new JBA Header using the supplied gasket and fasteners. Torque to 23 ft./lbs. DRIVER’S SIDE 10. Just like you did in step (4) remove the (4) bolts attaching the heat shields to the driver side factory mani- fold. 11. Next, carefully unplug the O2 sensor from its harness. Unbolt the dipstick bracket from the head and remove the dipstick tube. 12. Remove the nuts attaching the factory manifold to the cylinder head. With the manifold out of the way remove the mounting studs from the cylinder head. 13. Using a small wire brush or similar instrument, clean any carbon deposits left on the head surface. Be careful not to gouge the aluminum head. 14. Transfer the O 2 sensor from the factory manifold to the new driver side header. Apply a small amount of anti seize to the threads for the sensor before installing it in the new header. Use caution not to drop or damage the sensor, they are fragile. 15. As you did on the passenger side, prepare the hardware before installing the driver side header. Apply anti seize to the threads of the new fasteners. Install the new JBA Header using the supplied gasket and fasteners. Torque to 23 ft./lbs. Re-install the dipstick tube. 16. Install the driver side catalytic converter. 17. Connect the exhaust system to the new headers using hardware and gaskets supplied. Reconnect O2 sensors. 18. Check to insure adequate clearance between header and shifter cable (small cable that runs from firewall, to brace on fender well, to transmission) . More clearance can be gained by adjusting (bending) brace on fender well. 19. Recheck everything

1993 Ford Crown Victoria V8-281 4.6L SOHC Engine – Lean Driveability Symptoms Manual

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1. Look at the BARO PID. Refer to the Barometric Pressure Reference Chart in this article. At sea level, BARO should read about 159 Hz (29.91 in. Hg). As a reference, Denver, Colorado at 1524 meters (5000 ft.) altitude should be about 144 Hz (24.88 in.Hg). Normal learned BARO variability is up to +/- 6 Hz (+/- 2 in. Hg.). If BARO indicates a higher altitude than you are not at (7 or more Hz lower than expected), you may have MAF contamination. If available, Service Bay Diagnostic System (SBDS) has a Manifold Absolute Pressure (MAP) sensor that can be used as a barometric pressure reference. Use “MAP/BARO” test under “Powertrain,” “Testers and Meters.” Ignore the hookup screen. Connect GP2 to the reference MAP on the following screen. 2. On a fully warmed up engine, look at Long Term Fuel Trim at idle, in Neutral, A/C off, (LONGFT1 and/or LONGFT2 PIDs). If it is more negative than -12%, the fuel system has learned lean corrections which may be due to the MAF sensor over-estimating air flow at idle. Note that both Banks 1 and 2 will exhibit negative corrections for 2-bank system. If only one bank of a 2-bank system has negative corrections, the MAF sensor is probably not contaminated. 3. On a fully warmed up engine, look at MAF voltage at idle, in Neutral, A/C off (MAF V PID). If it’s 30% greater than the nominal MAF V voltage listed in the Powertrain Control/Emissions Diagnosis (PC/ED) Diagnostic Value Reference Charts for your vehicle, or greater than 1.1 volts as a rough guide, the MAF sensor is over-estimating air flow at idle. 4. If at least tow of the previous three steps are true, proceed to disconnect the MAF sensor connector. This puts the vehicle into Failure Mode and Effects Management (FMEM). In FMEM mode, air flow is inferred by using rpm and throttle position instead of reading the MAF sensor. (In addition, the BARO value is reset to a base/unlearned value.) If the lean driveability symptoms go away, the MAF sensor is probably contaminated and should be replaced. If the lean driveability symptoms do not go away, go to the PC/ED Service Manual for the appropriate diagnostics.