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2006-2009 Toyota Camry Harsh 5-4 Downshift on Deceleration Repair Manual

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Filed Under (Toyota Manuals) by admin on 30-05-2012

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Harsh 5-4 Downshift on Deceleration Repair Procedure 1. Test drive and verify that the 5-4 harsh downshift condition occurs as described in the Introduction section in this TSB. 2. Replace the SLT solenoid assembly. Refer to the Technical Information System (TIS): •2006 modelyearCamry Repair Manual: Drivetrain -AutomaticTransmission/Transaxle-”Transmission ValveBodyAssy (U 250E) : Replacement” •2007 modelyearCamry Repair Manual: Drivetrain -Automatic Transmission/Transaxle: Unit Repair -”U250EAutomatic Transaxle: Shift Solenoid Valve: Re moval, Dis ass embly, Ins pec ti on, Re ass embly” •2008 modelyearCamry Repair Manual: Drivetrain -Automatic Transmission/Transaxle: Unit Repair -”U250EAutomatic Transaxle: Shift Solenoid Valve: Re moval, Dis ass embly, Ins pec ti on, Re ass embly” •2009 modelyearCamry Repair Manual: Drivetrain -Automatic Transmission/Transaxle: Unit Repair -”U250EAutomatic Transaxle: Shift Solenoid Valve: Re moval, Dis ass embly, Ins pec ti on, Re ass embly” NOTE For SLTsolenoid identification, refer to TSB No. TC 007-05, “U250E Transmission Solenoid Identification”. 3. Reinstall the automatic transaxle oil pan. Refer to TIS: •2006 modelyearCamry Repair Manual: Drivetrain -AutomaticTransmission/Transaxle-”Transmission ValveBodyAssy (U 250E) : Replacement” • 2007 / 2008 / 2009 model year Camry Repair Manual: Drivetrain -Automatic Transmission/Transaxle: Unit Repair -”U250EAutomatic Transaxle: Shift Solenoid Valve: Installation” 4. Test drive and verify that the A TM operates normally

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Toyota CT20 CT20 Type Dynamic and Carbon Seal Repair Parts & Service Kits

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Filed Under (Toyota Manuals) by admin on 23-06-2011

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All parts are available for purchase as individual components or in the following popular Repair Kits Key Part number Description Q ty in Turbo 1500 – 320 – 750 1500 – 320 – 751 1500 – 320 – 752 1500 – 320 – 753 1500 – 320 – 754 1500 – 320 – 760 8 1500-320-100 Journal Bearing 2 2 2 2 2 2 2 9 1500-320-290 Bearing Spacer 1 11 1500-320-320 Thrust Bearing 1 1 1 1 1 1 14 1500-320-160 Piston Ring Turbine 1 1 1 1 1 1 1 15 1500-320-170 Piston Ring Compressor 1 1 1 19 1500-320-200 Thrust Collar 1 1 1 1 1 21 1500-320-220 Thrust Spacer Carbon 1 1 1 1 22 1500-320-221 Thrust Flinger Dynamic 1 1 24 1500-326-145 Seal Plate Retaining Ring 1 28 1500-320-310 Oil Deflector 1 29 1500-320-150 O Ring (Seal Plate) 1 1 1 1 1 1 1 30 1500-320-155 O Ring (CT20 C/Cover) 1 1 1 1 1 1 1 30 1500-320-156 O Ring (CT20 C/Cover) 1 1 1 33 1500-320-300 Seal Plate Assy Carbon 6.1mm Depth 1 1 1 1 34 1500-320-301 Seal Plate Assy Dynamic 1 1 34 1500-320-302 Seal Plate Assy Carbon 7.57mm Depth (for turbo 54030) 1 1 43 1500-320-351 Shaft Nut LHT 1 1 1 1 1 1 1 – 1500-320-790 Gasket CT20 Oil Inlet / outlet 1 1 1 1 1 1 1 – 1500-320-791 Gasket CT20 Water Inlet / Outlet 2 2 2 2 2 2 2 Description of Repair Kits available 1500-320-750 Repair Kit (Minor) CT20 Dynamic 1500-320-751 Repair Kit (Minor) CT20 Carbon Seal 1500-320-752 Repair Kit (Major) CT20 Carbon Seal 1500-320-753 Repair Kit (Major) CT20 Dynamic 1500-320-754 Repair Kit (Major) CT20 Carbon Seal (54030 Only) 1500-320-760 Repair Kit CT20 (Carbon Seal – No thrust bearing Notes: 1) CT20 and CT26 repair kits are identical except for the Comp Cover O-ring – USE 1500-326-754 kit to repair both CT20/CT26 dynamic models from one kit. 2) For Pre 1990 CT20 Landcruiser 2.4L (17201-54030), the seal plate flange is deeper ( Part No. 1500-320- 302 ) and the O-ring groove is Ø114mm in the comp cover rather than Bearing housing. Use kit 1500-320- 754. Version 7.0 CT20 Type Oversize Repair Parts Available Journal Bearings CT20/26 Standard Standard 1500-320-100 + 0.005″ – 0.005″ 1500-320-110 + 0.005″ Standard 1500-320-114 Standard – 0.005″ 1500-320-117 + 0.010″ – 0.010″ 1500-320-120 + 0.010″ Standard 1500-320-124 Standard – 0.010″ 1500-320-127 + 0.005″ – 0.010″ 1500-320-130 Piston Rings CT20/26 Turbine Compressor OD Width Standard Standard 1500-320-160 + 0.010″ Standard 1500-320-180 Standard + 0.010″ 1500-320-181 + 0.010″ + 0.010″ 1500-320-182 Standard Standard

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Ford Windstar 3.8L The battery light is on but the alternator is charging Service Manual

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Filed Under (Ford Manuals) by admin on 27-01-2012

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Procedures 1. Disconnect the alternator and the Powertrain Control Module (PCM). Check the Violet (VT) (GENerator MONitor or GENMON) wire from the alternator to pin 20 of the PCM connector and the Red/Pink (RD/PK) (GENerator COMmand or GENCOM) wire from the alternator to pin 45 of the PCM for high resistance, an open, or a short to ground. Repair the wiring as needed. 2. If the wiring checks OK, reconnect the PCM and alternator. Start the engine and monitor the VT wire for a roughly 0-10v square wave signal. The signal will be around 40-50% normally with no loads on the system and minimal charging system output. As the load increases, the duty cycle should increase (NOTE: the duty cycle is a positive duty cycle so as the duty cycle increases, the voltage high time increases). 3. If there is no signal on the wire, disconnect the alternator and with key on check the VT wire for roughly 9-10v from the PCM. If OK, jump the Orange/Light Blue (OG/LB) wire to battery voltage and recheck operation with everything connected. This wire should be battery voltage at all time. If the OG/LB wire has battery voltage, the VT wire shows voltage from the PCM but there is no signal on it with the alternator charging, suspect a faulty, defective or incorrect alternator

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1999-2003 Ford Windstar 3.8L The battery light is on, but the alternator is charging

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Filed Under (Ford Manuals) by admin on 26-01-2011

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1. Disconnect the alternator and the Powertrain Control Module (PCM). Check the Violet (VT) (GENerator MONitor or GENMON) wire from the alternator to pin 20 of the PCM connector and the Red/Pink (RD/PK) (GENerator COMmand or GENCOM) wire from the alternator to pin 45 of the PCM for high resistance, an open, or a short to ground. Repair the wiring as needed. 2. If the wiring checks OK, reconnect the PCM and alternator. Start the engine and monitor the VT wire for a roughly 0-10v square wave signal. The signal will be around 40-50% normally with no loads on the system and minimal charging system output. As the load increases, the duty cycle should increase (NOTE: the duty cycle is a positive duty cycle so as the duty cycle increases, the voltage high time increases). 3. If there is no signal on the wire, disconnect the alternator and with key on check the VT wire for roughly 9-10v from the PCM. If OK, jump the Orange/Light Blue (OG/LB) wire to battery voltage and recheck operation with everything connected. This wire should be battery voltage at all time. If the OG/LB wire has battery voltage, the VT wire shows voltage from the PCM but there is no signal on it with the alternator charging, suspect a faulty, defective or incorrect alternator.

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1989 Toyota 4Runner ALTERNATOR AND REGULATOR – NIPPONDENSO

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Filed Under (Toyota Manuals) by admin on 26-10-2011

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ON-VEHICLE TESTING NO LOAD TEST 1) Disconnect alternator terminal “B” wire. Using an ammeter and voltmeter, connect negative ammeter lead to disconnected alternator terminal “B” wire and positive lead to alternator terminal “B”. Connect voltmeter positive lead to alternator terminal “B” and negative lead to ground. See Fig. 1. Fig. 1: Charging Circuit Testing Courtesy of Toyota Motor Sales, U.S.A., Inc. 2) Start engine and increase engine speed to 2000 RPM. Voltmeter and ammeter should read according to specification. See ALTERNATOR OUTPUT SPECIFICATIONS table. 3) If voltage is more than specified, replace IC regulator. If voltage is less than specified, ground “F” (full field) terminal. See Fig. 2, 3 or 4. 4) If voltage now climbs above specified range, replace IC regulator. If voltage remains below specified range, repair or replace alternator. ALTERNATOR OUTPUT SPECIFICATIONS @ 2000 RPM pplication Amps (1) Volts Cressida …………………. 10 ………………… 14.0-15.0 Land Cruiser ……………… 10 ………………… 13.8-14.4 All Others ……………….. 10 ………………… 13.9-15.1 (1) – With temperature at 77F (25C). Fig. 2: Alt Full Field Output Test (Camry, Celica, Corolla 4A-GE, Cressida, MR2, Supra) Courtesy of Toyota Motor Sales, U.S.A., Inc. Fig. 3: Alt Full Field Output Test (Corolla 4A-F 4A-FE, Land Cruiser, Pickup, 4Runner)

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1985 Toyota 4Runner Alternator Upgrade Project Installation

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Filed Under (Toyota Manuals) by admin on 06-11-2011

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the first and most important thing to do when you receive your replacement alternator, assuming it’s not a direct replacement, is to make up a simple measuring jig for it. This is nothing more than a 1′ or 1 ½” angle with 2 holes drilled to simultaneously hold both alternators by the rear of the lower (i.e. longer) mounting tab. See Figure 3 for the one I built in about 1 minute. This fixture allowed me to line up the pulleys, and then measure the difference between the back of the lower mounting tab and the front of the tab, giving me the new measurement for the lower mounting bracket Figure 3. Measurement fixture; OEM alternator in the rear, Powermaster PWM-47294 alternator in front. Pulleys are lined up; note how easy it is to measure the distance from measurement fixture (the 1 ½” angle) to the front of the lower mounting tabs of both alternators. The difference in this distance is the measurement that the lower mounting bracket needs to be lengthened. Note the use of the 8 washers to move the Powermaster alternator forward. Note from Figure 2 that the OEM lower mounting tab is slightly longer than the Powermaster 47294 (2.285″ vs. 2″). From the measurements taken from the fixture, I then cut the lower mounting bracket and rewelded it, making it approximately ¾” longer. For strength, I added a ¼” x 1″ x 2.5″ long steel flat bar to the side of the bracket. See Figure 4 for a picture of the lower mounting bracket as modified and installed. When I rewelded the lower bracket, I made it approximately one 3/8″ washer (~.085″) longer than I thought I needed. As it turned out, this was fortuitous since when tightening the lower bracket, it pulls the front tab and therefore the alternator and its pulley, to the rear by a very slight amount. This added length was just enough to keep the alternator pulley lined up with the crankshaft pulley

Honda Idle Fluctuation and/or the MIL Is On With DTC P1129 and/ or P0505 Repair Manual

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Filed Under (Honda Manuals) by admin on 07-05-2012

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DIAGNOSIS 1. Start the engine, and let it idle until it warms up. Does the idle fluctuate, or is there a customer complaint of an intermittent idle fluctuation? Yes – Odyssey : Go to REPAIR PROCEDURE A. Pilot : Go to REPAIR PROCEDURE B. No – Go to step 2. 2. Connect the HDS to the vehicle’s DLC, and check for DTCs. Is DTC P1129 or P0505 stored? Yes – Go to REPAIR PROCEDURE B. No – Continue with normal troubleshooting. REPAIR PROCEDURE A 1. Connect the HDS to the vehicle’s DLC. 2. Start the engine, and turn on the HDS. 3. When prompted, enter the VIN and the odometer reading 4. From the System Selection Menu screen, select PGM-FI . 5. From the Mode Menu, select DATA LIST . 6. Scroll down the list to PSP SWITCH . Watch the reading in the Value column. 7. Check for a broken power steering pressure switch wire by wiggling the P/S pressure switch wire harness at the switch while you check the Value column reading. •If the reading changes between on and off when you wiggle the harness, go to step 8. •If the reading does not change between on and off when you wiggle the harness, go to REPAIR PROCEDURE B. 8. Raise the vehicle on a lift, and remove the right front wheel to access the power steering pressure switch. 9. Disconnect the connector from the switch, and release the harness clip from the body. NOTE: You may need to disconnect the Secondary HO2S connector to free the end of the harness from the body. 10. Lower the vehicle, and pull the harness up for easier access to make the repair. 11. Remove the rubber seal from the connector, and remove the terminals from the connector noting the GRN wire and BLK wire locations. 12. Remove the tape from the corrugated tube and the wires up to the harness clip; mark the wires at the end of the corrugated tube

1999 GMC Truck Yukon PRNDL Display Inaccurate or Inoperative PRNDL Inaccurate Repair Manual

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Filed Under (GMC Manuals) by admin on 15-02-2012

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Did you perform the Instrument Cluster System Check? — Go to Step 2 Go to Instrument Cluster System Check 2 1. Disconnect the Transmission Range (TR) Switch connector C2. 2. Turn the ignition switch to the RUN position. 3. Conduct the PRNDL Logic Input Test by connecting fused jumper wires between ground and the appointed cavities of the TR Switch connector. Refer to PRNDL Logic Input Test PRNDL Logic Input Test . 4. Repeat for each transmission range. Do all ranges illuminate? — Go to Step 3 Go to Step 4 3 Adjust the transmission range switch. Refer to Park/Neutral Position Switch Adjustment (4L60E); Park/Neutral Position Switch Adjustment (4L80E) Automatic Transmissions. Replace the PNP Switch. Refer to Park/Neutral Position Switch Replacement (4L60E); Park/Neutral Position Switch Replacement (4L80E) in Automatic Transmissions. Is the repair complete? — Go to Instrument Cluster System Check — 4 1. Remove the I/P Cluster. 2. Connect a J 39200 DMM (continuity) between the I/P Cluster connector and connector C2 of the TR Switch to those circuit(s) that connected to the faulty PRNDL indicators. Is continuity present in the circuit(s) tested? — Go to Step 6 Go to Step 5 5 Locate and repair the open in the circuit(s) that are faulty between the TR Switch and the I/P Cluster. Refer to Wiring Repairs in Wiring Systems. Is the repair complete? — Go to Instrument Cluster System Check — 6 Connect a J 39200 DMM (continuity) between the I/P Cluster connector and ground to those circuit(s) that connected to the faulty PRNDL indicators. Is continuity present in the circuit(s) tested? — Go to Step 7 Go to Step 8 Locate and repair the short to ground in the circuit(s) that are faulty between the TR Switch and the I/P Cluster. Refer to Wiring 7 Repairs in Wiring Systems. Is the repair complete? — Go to Instrument Cluster System Check — 8 Replace the I/P Cluster. Refer to Instrument Panel Cluster (IPC) Replacement . Is the repair complete?

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Malfunction Indicator Lamp (MIL) On, Transmission Stuck in Second or Third Gear, Instrument Cluster Inoperative (Verify and Repair Source of Voltage Loss In Transmission Solenoid Power Supply Circuit )

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Filed Under (More Manuals) by admin on 09-05-2012

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2006 and Prior GM Passenger Cars and Light Duty Trucks 2005-2006 HUMMER H2 2006 HUMMER H3 2005-2006 Saab 9-7X with 4L60-E, 4L65-E, 4L80-E or 4L85-E Automatic Transmission (RPOs M30, M32, M33, MT1, MN8) 1. With the ignition switch in the RUN position, test for battery voltage at the circuit fuse in the transmission solenoid power supply circuit. Refer to the appropriate SI Document for the transmission solenoid power supply circuit information. 2. If battery voltage is present at the fuse, inspect the ignition voltage circuit between the fuse and the transmission for possible opens. 3. If battery voltage is not present at the fuse, test for continuity between the fuse and the ignition switch. If NO ontinuity is between the fuse and the ignition switch, repair the open in that circuit. 4. If you have continuity between the fuse and the ignition switch, the most likely cause is the ignition switch. Replace the ignition switch using the appropriate Ignition Switch Replacement procedure in SI. Refer to group number 2.188 of the parts catalog for part description and usage of the ignition switch. Warranty Information (excluding Saab U.S. Models) For vehicles repaired under warranty, use: Warranty Information (Saab U.S. Models) For vehicles repaired under warranty, use: Labor Operation Description Labor Time N6630 Wiring and/or Connector, Transmission – Repair Use published labor operation time Labor Operation Description Failed Object Fault/Reason Code Location Code Warranty Type Repair/Action Code Labor Time 3711401 Replace part, Adj., Wiring Harness, A/T Incl. diagnosis time 2005 37114 67 0 01 05 Use published labor operation time

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4L60-E Automatic Transmission/Torque Converter Clutch (TCC) Shudder, Water in Transmission (Repair Transmission and Replace Transmission Filler Tube, Level Indicator and Seal)4L60-E Automatic Transmission/Torque Converter Clutch (TCC) Shudder, Water in Transmission (Repair Transmission and Replace Transmission Filler Tube, Level Indicator and Seal) Transmission Repair

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

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Transmission Repair 1. Remove the transmission. Refer to the appropriate SI procedure. 2. Disassemble and inspect the transmission. Refer to Unit Repair Automatic Transmission – 4L60-E/4L65-E. Important: Subject: 4L60-E Automatic Transmission/Torque Converter Clutch (TCC) Shudder, Water in Transmission (Repair Transmission and Replace Transmission Filler Tube, Level Indicator and Seal) Models: 2004-2005 Buick Rainier 2003-2005 Chevrolet TrailBlazer Models 2003-2005 GMC Envoy Models 2003-2004 Oldsmobile Bravada 2005 Saab 9-7X with 4.2L In-Line 6 Cylinder Engine (VIN S — RPO LL8) • Visible rust on the transmission fluid level indicator. • Visible water in the oil pan. • A milky white substance inside the pan area. • Spacer plate gaskets that appear to be glued to the spacer plate, valve body or case. • Rust on internal transmission iron/steel components. • Remove the surge tank cap and examine the coolant for signs of contamination with transmission fluid (the coolant will have a milky, not clear appearance). • If the coolant has a normal, clear appearance, the radiator should not be replaced. • The cooler can also be tested by following the Coolant System Leak Test procedure (SI Document ID# 877442). Do NOT replace a radiator without verifying that the transmission oil cooler is leaking. If water or coolant is found in the transmission, the following components MUST be replaced. Replace the Transmission Fluid Filler Tube, Seal and Fluid Level Indicator WITH the transmission REMOVED from vehicle. 1. Remove the transmission fluid filler tube from the transmission. 2. Replace the transmission fill tube seal, P/N 1259475. 3. Replace the transmission fill tube, P/N 15000220, following the appropriate SI Document for Transmission Installation. 4. Replace the transmission fluid level indicator, P/N 15069769 when appropriate during the transmission installation. Replace the Transmission Fluid Filler Tube, Seal and Fluid Level Indicator with the transmission in the vehicle. 1. Remove the air cleaner outlet duct. Refer to Air Cleaner Element Replacement (SI Document ID# 1364496). 2. Remove the transmission fluid level indicator from the filler tube. 3. Remove the filler tube nut (2) located on the right side of the engine. 4. Remove the filler tube from the vehicle. Tip It is necessary to remove the two A/C line (suction line / low side of muffler hose) retainers and reposition • Replace all of the rubber type seals. • Replace all of the composition-faced clutch plate assemblies including the band. • Replace all of the nylon parts (Thrust Washers). • Replace the torque converter. • Thoroughly clean and rebuild the transmission, using new gaskets and oil filter. • Flush and flow check the transmission oil cooler using J 45096. Refer to Corporate Bulletin Number 02-07-30- 052C or newer – Automatic Transmission Oil Cooler Flush and Flow Test Essential Tool J 45096 TransFlow .
the A/C line to allow proper clearance for installation of the new transmission fluid fill tube. 5. Remove the A/C line at the oil level indicator tube bracket nut. 6. Remove the A/C bracket bolt from the engine lift hook. 7. Reposition the A/C line upward. 8. Install the new transmission filler tube, P/N 15000220, into position but NOT into the transmission at this time. 9. Raise the vehicle. Refer to Lifting and Jacking the Vehicle in General Information (SI Document ID# 744862). 10. Remove the two bolts securing the transmission heat shield to the transmission. 11. Remove the transmission heat shield from the transmission. 12. Remove the old filler tube seal from the transmission case. 13. Install a new seal, P/N 1259475 into the transmission case. 14. Position the new transmission filler tube into the transmission seal. 15. Install the transmission heat shield to the transmission. 16. Install the two bolts securing the transmission heat shield to the transmission. Tighten Tighten the bolts to 17 N·m (13 lb ft). 17. Lower the vehicle. 18. Install the nut securing the filler tube to the stud. Tighten Tighten the nut to 10 N·m (89 lb in). 19. Reposition the A/C line into place. 20. Install the A/C line bracket to the oil level indicator tube stud and secure the bracket with the nut. 21. Install the A/C line bracket to the engine lift bracket and secure the A/C bracket with the bolt

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