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1994 Ford Explorer FRONT WHEEL BEARINGS MANUAL

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Filed Under (Ford Manuals) by admin on 08-07-2012

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FRONT WHEEL BEARINGS Dana 35-IFS & Automatic Locking Hubs 1. Raise and support vehicle. Remove front wheel assemblies. Remove retaining washers from wheel lug nut studs. See Fig. 1 . 2. Remove automatic locking hub assemblies. Remove snap ring and axle shaft spacer. Carefully pull plastic cam assembly from bearing adjusting nut. Remove 2 plastic thrust washers from adjusting nut. 3. Using magnet, remove locking key from spindle keyway. It may be necessary to rotate adjusting nut slightly to relieve pressure for locking key removal. Loosen adjusting nut with 2 3/8″ Hex Socket (T70T- 4252-B). 4. Tighten adjusting nut to 35 ft. lbs. (47 N.m) while turning hub back and forth to seat bearings. Spin hub and back off adjusting nut 90 degrees. Retighten adjusting nut to 16 INCH lbs. (1.8 N.m). 5. Align nearest hole in adjusting nut with center of spindle keyway slot. If necessary, advance nut to next lug. Install locking key in spindle keyway under adjusting nut. Install 2 thrust washers. Press plastic cam assembly onto adjusting nut while lining up key in fixed cam with spindle keyway. 6. Install axle shaft spacer. Clip snap ring onto end of spindle. Install automatic locking hub assembly with 3 legs of hub assembly inserted into 3 pockets of cam assembly. Install retaining washers and wheel assembly. Check hub and rotor assembly end play. End play should be 0-.003″ (0-.08 mm)

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1984 Mercedes Benz 190E Fuel Delivery and Air Induction Engine Testing And Adjustment Manual

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Filed Under (Mercedes-benz Manuals) by admin on 13-04-2012

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Note: Test and adjust lambda control with a lambda control tester. The lambda control and the idle speed emissions level must not be tested when the engine is very hot, e.g. immediately after driving sharply or after measuring engine output on the dynamometer. Testing, adjusting 1 Complete measurement sheet. 2 Switch off air conditioning or automatic climate control. Move selector lever into position “P”. 3 Read out DTC memory. Note: Not available on model year 1984-1986. 4 Connect testers: oil remote thermometer (018)124 589 07 21 00 lambda control tester (012) twin socket (031) trigger clamp (011) exhaust probe (005)126 589 11 63 00 CO measuring instrument (006) engine tester with oscilloscope (030) multimeter (003) test cable (033)102 589 04 63 00. 5 Position extraction device (014) at exhaust tail pipe. 6 Check engine coolant level, adjust to correct level. 7 Check engine oil level, pay attention to condition of oil (visual inspection). 8 Take off air cleaner. 9 Check ease of movement and condition of throttle control linkage and throttle valve. Grease all bearing points and ball sockets. 10 Check fulcrum lever, adjust. Check whether the roller (15) in the fulcrum lever (13) is resting free of tension against end stop. Adjust fulcrum lever (13) with the connecting rod (2), if necessary, so that the roller (15) is resting free of tension against end stop. 11 Idle stop. Check whether the throttle valve is resting against idle stop. Disconnect connecting rod (2) for this step. Adjust throttle control. Engines with cruise control only. Check whether the actuator is resting against idle stop of cruise control by pressing the lever of the actuator clockwise against idle stop at cruise control. When attaching the connecting rod (21), ensure that the lever of the actuator is lifted approx. 1 mm off the idle stop at the cruise control. Adjust tie rod, if necessary. Adjust throttle control. 12 Check wide open throttle stop from the accelerator pedal , adjust. 13 Voltages Test (battery and ignition coil ): No-load voltage Connect voltmeter to the battery, paying attention to the polarity, and take reading of voltage. Specification: 12.2 volts . Ignition coil Switch on ignition with engine not running. Test the voltage terminal 15 to ground at contact 5 of diagnostic connector. Specification: battery voltage Test difference in voltage between terminal 15 and terminal 1 at contacts 5 and 4 of diagnostic connector. Specification: 0 volts If the specified values are not reached, test

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Ford 455C 555C 655C Tractor Loader Backhoe Service Manual

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Filed Under (Ford Manuals) by admin on 23-05-2012

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Engine Systems Chapter 1 3-Cylinder Diesel Engine 3-Cylinder Diesel Engine – Description and Operation 3-Cylinder Diesel Engine – Overhaul Chapter 2 4-Cylinder Diesel Engine 4-Cylinder Diesel Engine – Description and Operation 4-Cylinder Diesel Engine – Overhaul Chapter 3 Cooling System Cooling System – 3-Cylinder Engine Description and Operation Cooling System – 4-Cylinder Engine Description and Operation Cooling System – Overhaul Chapter 4 Troubleshooting, Specifications and Special Tools Troubleshooting Specifications Special Tools Part 2 Fuel Systems Chapter 1 Fuel System – General Fuel System – Description and Operation Fuel System – Adjustments DPA Distributor Type Fuel Injection Pump Fuel System – Adjustments DPS Distributor Type Fuel Injection Pump Fuel System – Fuel Tanks, Filters and Fuel Lines Overhaul Chapter 2 Fuel Injection Pump – DPA Distributor Type Fuel Injection Pomp – Description and Operation Fuel Injection Pump – Overhaul Fuel Injection Pump – ISO Test Conditions Fuel Injection Pump – Test Procedures Chapter 3 Fuel Injection Pump – DPS Distributor Type Fuel Injection Pump – Description and Operation Fuel Injection Pump – Overhaul Fuel Injection Pump – ISO Test Conditions Fuel Injection Pump – Test Procedure Chapter 4 Injectors Ford 455C Injectors – Description and Operation Injectors – Overhaul Chapter 5 Injectors Ford 555C and 655C Injectors – Description and Operation Injectors – Overhaul Chapter 6 Air Cleaners Dry Type Air Cleaner – Description and Operation Dry Type Air Cleaner – Overhaul Chapter 7 Turbocharger Turbocharger – Description and Operation Turbocharger – Overhaul Chapter 8 Troubleshooting, Specifications, Test Plans and Special Tools Troubleshooting – Diesel Engines Troubleshooting – Turbocharger Specifications Special Tools Test Plans Part 3 Electrical System Chapter 1 Wiring, Lights and Controls Wiring, Lights and Controls – Description and Operation Wiring, Lights and Controls – Fault Finding and Repair Circuit Diagrams and Wiring Harness Chapter 2 Battery
Battery – Description and Operation Battery – Maintenance and Tests Chapter 3 Starting System Starting System – Description and Operation Starting Motor – Overhaul Chapter 4 Charging System – A127 55 Amp Alternator with Integral Regulator Charging System – A127 55 Amp Alternator with Integral Regulator – Description and Operation Charging System – A127 55 Amp Alternator with Integral Regulator – Service Precautions, Preliminary Checks, Initial Tests and Alternator Component Tests Charging System – A127 55 Amp Alternator with Integral Regulator – Overhaul Chapter 5 Troubleshooting, Specifications and Special Tools Troubleshooting Specifications Special Tools Part 4 Power Reversing Transmission Chapter 1 4×4 Fully Synchronized Power Reversing Transmission Power Reversing Transmission – Description and Operation Introduction to Overhauling the Transmission Gear Shift Lever, Modulator Unit and Solenoid Control Valve – Overhaul Front End Overhaul Complete Overhaul Component Overhaul Chapter 2 8X8 Fully Synchronized Power Reversing Transmission Power Reversing Transmission – Description and Operation Introduction to Overhauling the Transmission Gear Shift Lever, Modulator Unit, Lockup Valves and Solenoid Control Valve – Overhaul Front End Overhaul Complete Overhaul Component Overhaul

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Toyota Corolla DVD GPS Navigation Installation Manual

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Filed Under (Toyota Manuals) by admin on 05-12-2011

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onvulsed timbre and enjoy all your journey! Auto-memory function As you must stop the DVD or CD display to switch other interface, auto-memory function will keep the currently information, as your back entertainment system, it can display on top of the stop point automatically. Convulsed timbre and topping enjoy! Four channel outputs, built-in 4 HI-FI amplifiers, presentinga perfect audio and video quality, The sound combining with scene can give you a surprising surround stereoscopic feeling! External car amplifier External car amplifier can be connected to achieve higher request! Entire function control: Entire function control: Entire function control: Entire function control: Through the touch screen, iPodfunctionscan be operated such as play, pause,stop,next, previous, categorize by singer, album, or random playing. Song title display: Song title display: Song title display: Song title display: Contents in the iPod can be displayed like song titles, playing status, time, etc.It is like displaying all the contents of the iPod into the touch screen. The song titles can be in Traditional Chinese, Simplified Chinese,Japanese, English,etc. Timber adjust: Timber adjust: Timber adjust: Timber adjust: As connecting IP od and displaying the song, the timber adjust function can advance the sound effect of I pod. Bluetoothhands-free car kit Bluetoothhands-free car kit Bluetoothhands-free car kit Bluetoothhands-free car kit supportbluetooth hands-free; Auto-distinguish mobile without connection or mobile bracket; you can dial the tele number in the display; the call volume can be adjusted; Auto-storage the incoming telegrams and dial numbers; storage 3partnership mobile Audio EchoClear-Up Audio EchoClear-Up Audio EchoClear-Up Audio EchoClear-Up AEC isonekindof outlying signal voice model, which bases on the pertinence of speaker signal and multipath echo coursed by speaker. We can evaluate the echo by AEC model?and amend the filter parameters continual to make the guesstimate near the true echo. Then takeout the echo guesstimate from the micro input signal to eliminate the echo and realize the perfect hands-free calling

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2009 Ford Escape 3.0L INTERMITTENT CYLINDER HEAD CAMSHAFT KNOCK/ THUMP NOISE SERVICE PROCEDURE

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Filed Under (Ford Manuals) by admin on 25-01-2012

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3.0L INTERMITTENT CYLINDER HEAD CAMSHAFT KNOCK/THUMP NOISE This article supersedes TSB 09-11-6 to update the b. Isolate noise to LH – Listen to the cylinders Service Procedure and Part List. 4 and 6 valve cover fasteners (number 6 is by the coolant pump). There will be a ISSUE significant difference in transmitted noise Some 2009 Escape and Mariner vehicles, equipped between the cylinder 4 and 6 fasteners with 3.0L engine, may exhibit an intermittent when noise is present. Noise from LH – go knocking or thumping type noise from the cylinder to Step 4. head. After engine temperature reaches 210-220 °F NOTE (99-104 °C), the noise is typically heard from the THE RH AND LH NOISES HAVE DIFFERENT rear of the engine as the vehicle comes to a stop. CAUSES. FOLLOW ALL STEPS CAREFULLY FOR An example would be coming to a stop at the end PROPER DIAGNOSIS AND REPAIR. of a highway exit ramp. Noise will continue 45-60 seconds and then diminish. Noise will occur again 3. Replace the RH cylinder head per Workshop once engine reaches 210-220 °F (99-104 °C) and Manual (WSM), Section 303-01B. vehicle comes to another stop. a. Verify repair by repeating Step 2. If noise is ACTION still present then proceed with normal Follow the Service Procedure steps to correct the engine NVH diagnostics per WSM, Section condition. 100-04. SERVICE PROCEDURE 4. Remove LH valve cover. Refer to WSM, Section 303-01. 1. Is noise a 45-60 second knock/thump from a hot engine as the vehicle comes to a stop? a. Rotate the engine clockwise until cylinder number 6 exhaust cam lobes are pointing a. Yes – Go to Step 2. up and valves are fully closed. Exhaust camshaft needs to be left in this position for b. No – Stop as this procedure does not apply. all bearing caps in Step 4b. (Figure 1) Proceed with normal Workshop Manual (WSM), Section 100-04 diagnostics. 2. Using Chassis Ears, isolate the noise to Right Hand (RH) (Bank 1) or Left Hand (LH) (Bank 2) cylinder head. Noise is typically heard as 45-60 second knock/thump as the vehicle comes to a stop after engine reaches 210-220 °F (99-104 °C). a. Isolate noise to RH – Listen to the cylinder head by the variable camshaft timing (VCT) solenoid connectors. There will also be a vibration felt at the VCT solenoid connector when noise is present. Noise from RH – go to Step 3.

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How To Build a High Performance Cummins Diesel

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Filed Under (More Manuals) by admin on 08-01-2012

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CEO/ Diesel Injection of Pittsburgh Keep in mind while reading this document that it is a gathering of all the articles Bruce has written over the last ten years. There may be some old prices discussed so, to get the latest pricing, check the main page. If you have any questions feel free to call us at 724-274-4080 and we can discuss your horsepower needs. Please have your CPL#. If you are looking for upgrades for your Electronic Celect/Celect Plus Cummins engine visit our Pittsburgh Power site at Pittsburghpower.com. HOW TO BUILD A HIGH-PERFORMANCE CUMMINS DIESEL ENGINE This is a very controversial subject and 99% of the mechanics who build diesel engines will disagree with what we have to say and will probably refuse to build the engine for you. For the owner-operator who loves horsepower do not give up when you speak to the negative mechanic. There are a few good shops throughout the states that will build the ultimate performance engine. Or you can build it yourself as long as you have mechanical knowledge and tools. BUILDING THE ENGINE: In order to have the engine live with high horsepower and run efficiently you must have the right combination of compression ratio, fuel, air and timing. Please do not try to get extreme power simply by increasing the fuel pressure on a stock engine. You will obtain some horsepower, however your compression ratio, air and timing will be wrong. The best time to obtain horsepower is during a rebuild. Since you are going to buy new parts anyway you might as well buy the right combination that produces horsepower and generally the price of the high performance parts is the same as the stock parts. NOW TO THE NUTS AND BOLTS : The compression ratio of the pistons and the timing must go together. High compression pistons belong only in gasoline engines that are naturally aspirated. Turbocharged diesel engines must have low compression pistons in order to produce high horsepower. The lower the compression ratio the less wear on rod bearings and the lower the internal pressure will be when the injector fires. High internal pressure is very detrimental to the life of a piston. When you see a piston with a hole burned through, it’s not the fault of the injector it is a result of internal pressure. To control the pressure we lower the compression ratio and retard the timing. If you compare the compression ratio and timing of an NTC 290 versus an NTC 400 you will see the difference. Where do you think we have to be on the timing to produce 700 horsepower from an NTC?

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1997 Jeep Cherokee 2WD Serpentine Belt INSPECTION ADJUSTMENT REMOVAL And INSTALLATION

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Filed Under (Jeep Manuals) by admin on 05-01-2012

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INSPECTION When inspecting serpentine drive belts, small cracks that run across the ribbed surface of the belt from rib to rib are considered normal. If the the cracks are running along the rib (rather across), this is not normal and the belt(s) must be replaced. ADJUSTMENT It is not necessary to adjust belt tension on the 5.2L or 5.9L engines and on the 2.5L and 4.0L engines (without power steering). These engines are equipped with an automatic tensioner. The tensioner maintains correct tension at all times. 2.5L and 4.0L Engines With Power Steering See Figures 1, 2, 3 and 4 If the vehicle is not equipped with power steering, it will be equipped with an idler pulley. If equipped with an idler pulley, refer to and follow the 5.2L/5.9L belt removal and installation procedure. Loosen the pump upper pivot bolt, lower locknut and pump adjusting bolt using a ratchet and 13mm socket or a 13mm box wrench. 1. Use a belt tension gauge placed in the middle of the belt being tested. Proper tension for a new belt is 180-200 lbs. (800-900 N) and 140-160 lbs. (623-712 N) for a used belt. 2. Tighten the pump adjusting bolt to achieve proper tension and recheck the belt tension. 3. Fig. Fig. 1: Loosen the pivot bolt (1), then the locking bolt (2) to loosen the power steering pump from behind Fig. Fig. 2: Use a ratchet and 13mm size socket to rotate the power steering pump Fig. Fig. 3: Adjustment points on the 2.5L engines without power steering (rear view) Fig. Fig. 4: Adjustment points on the 2.5L engine (front view) Removal & Installation 2.5L and 4.0L Engines With Power Steering See Figures 5, 6 and 7 Fig. Fig. 5: Proper belt routing diagram can usually be found on a sticker located in the engine compartment Fig. Fig. 6: Common 4.0L engine serpentine belt routing Fig. Fig. 7: Common 2.5L engine serpentine belt routing Loosen the rear power steering pump mounting bolts using a ratchet and 13mm socket or a 13mm box wrench. 1. Loosen the pump upper pivot bolt, lower locknut and the pump adjusting bolt using a ratchet and 13mm socket or a 13mm box wrench. 2. Remove the belt. 3. To install: Install the belt. 4. Tighten the pump adjusting bolt to achieve proper tension. 5. Install the pump rear mounting bolts, pivot bolt and locknut. Tighten the bolts to 20. ft. lbs. (27 Nm). 6. Check the belt for proper tension. If tension is incorrect, refer to the adjustment procedure in this section. 7. 5.2L and 5.9L Engines See Figures 8, 9 and 10

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1988-1996 TOYOTA PICK-UP LOWER CONTROL ARMS INSTALLATION MANUAL

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Filed Under (Toyota Manuals) by admin on 26-03-2012

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1) Park your truck on flat level surface. Chock the rear wheels. Loosen front lug nuts. Raise the front with a floo jack. Support the frame with jack stands. Remove front wheels. NOTE : ALWAYS USE JACK STANDS – NEVER RELY ON JACKS ONLY!! 2) Starting on the drivers side, locate the height adjusting bolt at the rear of the torsion bar. Measure and record the length of the threads exposed between the end of the adjusting bolt and jam nuts (Fig. A). Now make a mark at the front of the torsion bar, where it goes into the bracket bolted the lower control arm. Mark bath the bar and the bracket (Fig. B). This will index the bar into the correct position when installing. Fig. A Fig. B Note : Step #2 assumes torsion bars are in the factory position. 3) Loosen the height adjusting bolts until there is no longer any load on the torsion bars. 4) Remove the 2 bolts that hold the tensioncompression rod and sway bar end link bolts. 5) Now remove the two bolts on each arm that holds the torsion bar receiver to the back of the control arm. Slide the torsion bar and receiver back from the control arm. There is a wide spline on the torsion bar corresponding to the double width tooth on the torsion bar receiver. The receiver will not slide back onto the bar if the splines are not aligned properly. 6) Loosen and remove the 3 nuts and bolts that hold each ball joint to the lower control arms. 7) Remove the pivot bolts holding the lower control arm to the frame and remove control arm from truck. 8) Unbolt and remove original bump stops from factory arms and bolt them to you new DJM control arm. 9) Drill out the small hole on the end of the torsion bar receiver to 7/16″on both sides. This is to accept the 7/16″ x 5- 1/2″ bolt supplied. 10) Compare the new DJM control arms with the factory ones. Carefull note the diameter of the factory ball joint mounting holes. You will find either three 10mm hole used on most earlier models or larger 13mm holes on late models. If you factory arms have the 10mm holes continue to step # 10. If factory holes are 13mm it will be necessary to enlarge the holes with a 1/2″ drill bit(Fig. C). Fig. C 11) Mount the DJM control arms to the truck. Make sure the steering stops are facing the front of the truck. Insert the pivot bolts and install the washers and nuts. DO NOT TIGHTEN YET . 12) Bolt on the tensioncompression rods to the lower control arms. It mat be necessary to loosen the large nuts that hole the tensioncompression rods to the frame in order to rotate the rods to the proper angle to align bolts into control arms.

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2007 TOYOTA TUNDRA SuperSprings Installation Instructions

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Filed Under (Toyota Manuals) by admin on 27-02-2012

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Front / Rear The SSA4 springs do NOT have a specific left or right; however, for this application the square shackle on one end of the SuperSprings install to the rear. Please check the SuperSprings website ( www.supersprings.com ) for color images of this and other installations. Step 1 : Positioning the vehicle: Vehicle must be on level solid surface. Ensure emergency brake is ON, Ignition is OFF. Place blocks in front and rear of the front tires to prevent the vehicle moving. With the vehicle still on the ground ( one side at a time ), loosen axle u-bolts to allow removal of the factory bump-stop. After removal retighten the u-bolts to factory specifications. Important : After 500 miles of driving, ensure u-bolt torque . Step 2: Jacking up vehicle: Place the jack on chassis/frame member – not the axle or differential . Raise one or both sides of vehicle so that rear wheel(s) is slightly off the ground. Place jack stands under the frame. You may remove the wheel for easier installation access but this is optional. Step 3: Place the PSP-4 block so it straddles the top of the spring pack where the factory bump-stop was removed. Insert one of the two provided hold down cross plates into place through the steel channel atop the PSP-4. (Fig. A) Slip SuperSpring over the wheel or slide in from behind with the square shackle to the rear. Then position it on PSP-4 block. Observe & adjust position of brake cables that might interfere with the SuperSprings blades & or shackles Step 4: Attach rear SQUARE shackle and position it as seen in: (Fig. 1) Position the rear shackle ensuring you have you optimum clearance in both the horizontal (front to back) and the vertical. SuperSprings do NOT have to be centered, position approximately as seen in above images. Reinstall the shackle bolt, polypropylene (black) roller and steel roller. Tighten nut till shackles are snug against steel roller; avoid over tightening lock nuts. Note: The SuperSprings eye or top shackle bolt torque is factory set ~ Do Not tighten further. Step 5: Attach front shackle: (Fig. 2) Use C-Clamp and pull down spring blade to allow attachment of front shackle. Some installations will not require use of clamp. Using the upper shackle bolt hole as shown in Fig. 2, reinstall shackle bolt, rollers, nut & tighten as in step 4 above. Step 6: With the spring blade installed, position bump-stop and riser block centered above PSP-4 as seen in Fig. 3. Insert remaining hold-down cross plate through bottom channel of new bump-stop. Secure assembly using the provided ½” bolts, washers and nuts. Tighten firmly ensuring block components are secured into place

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2000 Cadillac DeVille Brake Switch Circuit Low Input

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Filed Under (Cadillac Manuals) by admin on 19-06-2011

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Record the DTC Failure Records. 4. Clear the DTC. 5. Select TCC Brake Switch on the scan tool. 6. Disconnect the TCC brake switch connector. 7. Using the J 35616 connector test adapter kit, install a fused jumper wire between terminals A and B of the TCC brake switch connector. Did the TCC brake switch status change from Open to Closed? — Go to Step 5 Go to Step 3 3 1. Remove the IGN 1 fuse. 2. Inspect the fuse for an open. Refer to Wiring Repairs in Wiring Systems. Is the fuse open? — Go to Step 4 Go to Step 6 4 Important: The condition that affects this circuit may exist in other connecting branches of the circuit. Refer to Power Distribution Schematics in Wiring Systems for complete circuit distribution. Test the power feed circuit (CKT 1039) of the TCC brake switch for a short to ground. Refer to Circuit Testing and Wiring Repairs in Wiring Systems. Did you find and correct the condition? — Go to Step 9 — 5 1. Inspect the TCC brake switch for proper adjustment. 2. Adjust the TCC brake switch as necessary. Refer to Stop Lamp Switch Adjustment in Hydraulic Brakes. Did the TCC brake switch require adjustment? — Go to Step 9 Go to Step 7 6 1. Test the power feed circuit (CKT 1039) of the TCC brake switch for an open. 2. Test the input circuit (CKT 420) of the TCC brake switch for an open. Refer to Circuit Testing and Wiring Repairs in Wiring Systems. Did you find and correct a condition? — Go to Step 9 Go to Step 8 7 Replace the TCC brake switch. Refer to Stop Lamp Switch Replacement in Hydraulic

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