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1996 Ford Bronco/ F-Series Clutch Hydraulic Line REMOVAL AND INSTALLATION MANUAL

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Filed Under (Ford Manuals) by admin on 08-02-2012

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Clutch Hydraulic Line Removal 1. Note the routing of the clutch slave cylinder to clutch master cylinder tube (7A512) line from clutch master cylinder (7A543) to the clutch slave cylinder. 2. Remove retainer pin from clutch master cylinder holding clutch slave cylinder to clutch master cylinder tube in place. 3. Raise the vehicle and install suitable safety stands. 4. Disconnect clutch slave cylinder to clutch master cylinder tube from external clutch slave cylinder. On vehicles equipped with concentric clutch slave cylinders, remove tube using Clutch Coupling Tool T88T-70522-A. Installation 1. Follow the removal procedures in reverse order. 2. Bleed system. Refer to appropriate clutch hydraulic system bleeding procedure in the Adjustments portion of this section. Hydraulic Clutch Control System, 4.9L, 5.0L and 5.8L Gasoline Engines with Mazda R2 and S5-47 ZF Light-Duty and 7.3L and 7.5L S5-47 ZF Heavy-Duty Transmissions

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1996 Ford Bronco/F-Series Clutch Hydraulic Line REMOVAL AND INSTALLATION MANUAL

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Filed Under (Ford Manuals) by admin on 30-04-2012

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Clutch Hydraulic Line Removal 1. Note the routing of the clutch slave cylinder to clutch master cylinder tube (7A512) line from clutch master cylinder (7A543) to the clutch slave cylinder. 2. Remove retainer pin from clutch master cylinder holding clutch slave cylinder to clutch master cylinder tube in place. 3. Raise the vehicle and install suitable safety stands. 4. Disconnect clutch slave cylinder to clutch master cylinder tube from external clutch slave cylinder. On vehicles equipped with concentric clutch slave cylinders, remove tube using Clutch Coupling Tool T88T-70522-A. Installation 1. Follow the removal procedures in reverse order. 2. Bleed system. Refer to appropriate clutch hydraulic system bleeding procedure in the Adjustments portion of this section.

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1998 Ford Ranger Heavy Duty Floor Crane Workshop Manual

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Filed Under (Ford Manuals) by admin on 02-02-2012

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1. Relieve the fuel pressure. For additional information, refer to Section 310-00 . 2. Disconnect the battery ground cable (14301). For additional information, refer to Section 414-01 . 3. Drain the engine cooling system. For additional information, refer to Section 303-03 . 4. Remove the hood (16612). 5. Remove the air cleaner outlet tube (9B659). For additional information, refer to Section 303-12 . 6. Remove the accelerator control splash shield (9E766). 7. Remove the upper radiator hose (8260). 8. Remove the lower radiator hose (8286). 9. Remove the two bolts and position the fan shroud (8146) on the fan blade (8600). 10. Remove the water pump pulley, fan and shroud; refer to Section 303-03 . 11. Disconnect the radiator overflow tube. 2. On vehicles equipped with automatic transmissions, disconnect the transmission cooler lines. 13. Disconnect the mass air flow sensor. 14. Disconnect the heater water hoses (18472) at the inlet and outlet; refer to Section 303-03 . 15. Disconnect the power connection from the generator (10346). 16. Disconnect the vacuum connection to the vacuum reservoir. 17. Disconnect the throttle body heater hose. 18. Disconnect the A/C cycling switch. 19. Disconnect the connector from the powertrain control module (PCM) (12A650). 20. Remove the nut. 21. Remove the ground wire stud from the powertrain control module. 22. Recover the A/C system; refer to Section 412-00 . 23. Disconnect the power steering cut-out switch. 24. Disconnect the peanut fitting from the A/C condenser core (19712). 25. Disconnect the A/C high pressure cut-out switch. 26. Disconnect the A/C manifold hose. 27. Remove the nut. 28. Disconnect the accelerator cable (9A758) and the speed control cable. 29. Disconnect the brake booster vacuum hose and vacuum tube at the upper intake manifold assembly. 30. Disconnect the EVR vacuum supply hose and the vacuum reservoir vacuum line. 31. Disconnect the wiring connector. 32. Disconnect the fuel line; refer to Section 310-01 . 33. Remove the A/C compressor; refer to Section 412-03 . 34. Disconnect the power steering pressure and return hoses. 35. Remove the nut retaining the wiring harness. 36. Disconnect the block heater if equipped. 37. Raise the vehicle on a hoist; refer to Section 100-02 . 38. Disconnect the engine ground cable

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2000 Ford Crown Victoria/ Grand Marquis Intake Manifold – Gasoline Engines Removal and Installation Manual

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Filed Under (Ford Manuals) by admin on 16-04-2012

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Intake Manifold—Gasoline Engines Removal 1. Disconnect the battery ground cable. For additional information, refer to Section 414-01 . 2. Drain the engine cooling system. For additional information, refer to Section 303-03 . 3. Remove the air cleaner outlet tube. For additional information, refer to Section 303-12 . 4. Disconnect the fuel line. For additional information, refer to Section 310-00A or Section 310-00B . 5. Remove the wiper arm and pivot shaft. For additional information, refer to Section 501-16 . 6. Remove the drive belt. For additional information, refer to Section 303-05 . 7. Raise the vehicle on a hoist. For additional information, refer to Section 100-02 . 8. Disconnect the electrical connector at the crankshaft position (CKP) sensor. * Disconnect the pin-type retainer from the A/C compressor bracket. 9. Disconnect the electrical connector from the A/C compressor. 10. Remove the oil bypass filter. 11. Disconnect the oil pressure sensor electrical connector and the power steering pressure (PSP) switch electrical connector. 12. Disconnect the exhaust gas recirculation (EGR) tube from the exhaust manifold 13. Lower the vehicle. 14. Disconnect the two differential pressure feedback EGR hoses. 15. Disconnect the RH heated oxygen sensor electrical connector. 16. Disconnect the fuel charging wiring electrical connectors from the eight ignition coils. 17. Disconnect the fuel charging wiring electrical connectors from the eight fuel injectors. 18. Disconnect the accelerator cable and the speed control actuator cable. 19. Remove the cables from the EGR tube heat shield and position out of the way. 20. Remove the bolts and the EGR tube heat shield. 21. Disconnect the evaporative emissions (EVAP) return tube, the main chassis vacuum supply line, and the EGR valve vacuum supply. 22. Disconnect the positive crankcase ventilation (PCV) tube assembly at two locations and remove. 23. Disconnect the electrical connector from the EGR vacuum regulator solenoid. 24. Disconnect the vacuum line from the EVAP canister purge valve. 25. Disconnect the generator cable and electrical connector 26. Remove the bolts and the generator mounting bracket. 27. Remove the upper radiator hose. 28. Disconnect the electrical connector from the idle air control (IAC) valve and the throttle position (TP) sensor. 29. Disconnect the heater water hose. 30. Disconnect the EGR tube from the EGR valve. 31. NOTE: The LH heated oxygen sensor and the transmission electrical connectors are attached to the wiring bracket and must be separated from the bracket. Remove the wiring bracket. * Disconnect the wiring connectors. * Separate the transmission harness from the stud. * Remove the nut and the bolt and remove the bracket.

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1999 Mercury Sable A/ T – Cooler Flushing Service Manual

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Filed Under (Mercury Manuals) by admin on 31-01-2012

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SERVICE PROCEDURE Prior methods of cooler flushing have not obtained the level of cooler cleaning and contaminant removal that is required to prevent repeat repairs. The “Turbo-Tank Heated Cooler Line Flusher” uses heated Automatic Transmission Fluid ( ATF ) and a pulsating action to loosen system contamination. Previous equipment used solvents to clean & flush coolers, lines and torque- converters. There are 2 issues with this method: Aerosol Solvents should never be used for several reasons. NOTE YOU MUST IDENTIFY THE RETURN COOLER LINE TO START THE BACK FLUSHING PROCEDURE. A quick way to identify the return cooler line (fluid coming out of the cooler and returning to the transmission) is to locate the return cooler line fitting on the transmission case . Refer to the following lists: Rear Wheel Drive ^Residual solvent contamination can cause damage to friction bonding materials within the transmission (Clutches and Bands). ^Lack of fluid heating and agitation prevents this method from completely removing contamination from lines, in-radiator coolers and auxiliary coolers Front Wheel Drive NOTE IF AN IN-LINE FILTER HAS BEEN INSTALLED IN THE COOLER LINE, IT MUST BE REMOVED BEFORE FLUSHING THE COOLER OR COOLER LINES. Purge the cooler and cooler line before flushing: Located on the “Turbo-Tank Heated Cooler Line Flusher” is a fluid transfer and purge valve. This valve can be used to purge the cooler and cooler lines of contaminated fluid before starting the back flush procedure of the fluid cooling system (refer to step 5a of this Service Procedure or Equipment instructions, supplied with the “Turbo-Tank Heated Cooler Line Flusher”). Flush Procedure -The TOP transmission case filling receives the return line. ^CD4E – The REAR or Pump End transaxle case fitting receives the return line. ^4F27E – The REAR or Cover End transaxle case fitting receives the return line. ^AXOD, AXODE, AX4S, AX4N, 4F50N – The BOTTOM transaxle cooler line fitting receives the return line. 1. Check and top off fluid level of the “Turbo-Tank Heated Cooler Line Flusher” tank with transmission fluid. 2. Allow the fluid in the flusher 15-30 minutes to heat up to 140°F (60°C) before using. 3. Install line adapters into the transmission cooler lines. 4. Attach the flusher’s blue line to the transmission return cooler line quick disconnect. 5. Attach the flusher’s red line to the transmission outlet cooler line quick disconnect. a. Follow equipment instructions, to purge cooler lines and cooler prior to starting flushing procedure (using factory installed purge valve and clear hose on “Turbo-Tank Heated Cooler Line Flusher”). 6. Allow the cooling system to back-flush for 10-15 minutes, then flush the cooler in a forward/normal flow direction for an additional 10-15 minutes.

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2006 Dodge Truck RAM 2500 DENSO A/C COMPRESSOR Service and Repair Manual

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Filed Under (Dodge Manuals) by admin on 23-01-2012

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DENSO A/C COMPRESSOR REMOVAL NOTE: * The compressor clutch assembly can be serviced with the refrigerant system fully-charged. * Typical A/C compressor shown in illustrations. 1. Disconnect and isolate the negative battery cable. 2. Remove the accessory drive belt. 3. Disconnect the engine wire harness from the compressor clutch field coil connector (1) located on the top of the A/C compressor (5) . Remove the bolts that secure the A/C compressor to the engine and support the A/C compressor. 5. Carefully remove the compressor clutch field coil connector and wire lead from the connector bracket (2). 6. Remove the compressor shaft bolt (3). A band-type oil filter wrench or a strap wrench may be used to hold the clutch plate (4) from rotating during bolt removal. CAUTION: Do not pry between the clutch plate and the pulley and bearing assembly to remove the clutch plate from the compressor shaft as this may damage the clutch plate. NOTE: Use care not to lose any clutch shim(s) during removal of the clutch plate, as they may be reused during the clutch plate installation process. 7. Tap the clutch plate (2) lightly with a plastic mallet to release it from the splines on the compressor shaft (1) and remove the clutch plate and shim(s) (3). 8. Using snap ring pliers (2), remove the snap ring (1) that secures the pulley and bearing assembly (3) to the front of the A/C compressor and remove the pulley and bearing assembly. 9. Using snap ring pliers (Special Tool C-4574 or equivalent) (1), remove the snap ring (4) that secures the compressor clutch field coil (2) to the front of the A/C compressor (3) and remove the field coil. INSTALLATION NOTE: Typical A/C compressor shown in illustrations. 1. Align the dowel pin on the back of the compressor clutch field coil (2) with the hole in the front of the A/C compressor (3) and position the field coil onto the compressor. Be certain that the compressor clutch field coil wire lead is properly routed so that it is not pinched between the A/C compressor and the field coil. CAUTION: The snap ring must be fully and properly seated in the groove or it will vibrate out, resulting in a clutch failure and severe damage to the A/C compressor. NOTE: A new snap ring must be used to secure the compressor clutch field coil to the A/C compressor. The bevel side of the snap ring must face outward and both snap ring eyelets must be oriented to the right or to the left of the field coil dowel pin location on the A/C compressor. 2. Using snap ring pliers (Special Tool C-4574 or equivalent) (1), install the snap ring (4) that secures the compressor clutch field coil to the front of the A/C compressor. Be certain that the snap ring is fully and properly seated in the groove and oriented correctly. CAUTION: * Be certain to position the compressor clutch field coil wire lead so that

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1999 Mercury Sable V6-3.0L DOHC A/ T-Cooler Flushing Service Manual

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Filed Under (Mercury Manuals) by admin on 25-06-2012

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SERVICE PROCEDURE Prior methods of cooler flushing have not obtained the level of cooler cleaning and contaminant removal that is required to prevent repeat repairs. The “Turbo-Tank Heated Cooler Line Flusher” uses heated Automatic Transmission Fluid ( ATF ) and a pulsating action to loosen system contamination. Previous equipment used solvents to clean & flush coolers, lines and torque- converters. There are 2 issues with this method: Aerosol Solvents should never be used for several reasons. NOTE YOU MUST IDENTIFY THE RETURN COOLER LINE TO START THE BACK FLUSHING PROCEDURE. A quick way to identify the return cooler line (fluid coming out of the cooler and returning to the transmission) is to locate the return cooler line fitting on the transmission case . Refer to the following lists: Rear Wheel Drive ^Residual solvent contamination can cause damage to friction bonding materials within the transmission (Clutches and Bands). ^Lack of fluid heating and agitation prevents this method from completely removing contamination from lines, in-radiator coolers and auxiliary coolers. ^They do not provide the volume necessary to remove heavy contaminants. ^They evaporate quickly and essentially leave contaminants in pockets, bends, or wherever they are as the solvent dries. ^TORQSHIFT, 4R100, E40D, C6 – The REAR transmission case filling receives the return line. ^4R70W, AODE, AOD – The TOP transmission case filling receives the return line. ^A4LD, 4R44/55E, 5R55E, 5R55N, 5R55W, 5R55S The TOP transmission case filling receives the return line. ^CD4E – The REAR or Pump End transaxle case fitting receives the return line. ^4F27E – The REAR or Cover End transaxle case fitting receives the return line. ^AXOD, AXODE, AX4S, AX4N, 4F50N – The BOTTOM transaxle cooler line fitting receives the return line. 1. Check and top off fluid level of the “Turbo-Tank Heated Cooler Line Flusher” tank with transmission fluid. 2. Allow the fluid in the flusher 15-30 minutes to heat up to 140°F (60°C) before using. 3. Install line adapters into the transmission cooler lines. 4. Attach the flusher’s blue line to the transmission return cooler line quick disconnect. 5. Attach the flusher’s red line to the transmission outlet cooler line quick disconnect. a. Follow equipment instructions, to purge cooler lines and cooler prior to starting flushing procedure (using factory installed purge valve and clear hose on “Turbo-Tank Heated Cooler Line Flusher”). 6. Allow the cooling system to back-flush for 10-15 minutes, then flush the cooler in a forward/normal flow direction for an additional 10-15 minutes

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2002 Dodge Truck RAM 2500 46RE AUTOMATIC TRANSMISSION DIAGNOSIS AND TESTING – ROAD TESTING

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Filed Under (Dodge Manuals) by admin on 20-02-2011

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The Clutch and Band Application chart provides a basis for analyzing road test results. Note that the rear clutch is applied in all forward ranges (D, 2, 1). The transmission overrunning clutch is applied in first gear (D, 2 and 1 ranges) only. The rear band is applied in 1 and R range only. Note that the overdrive clutch is applied only in fourth gear and the overdrive direct clutch and overrunning clutch are applied in all ranges except fourth gear. For example: If slippage occurs in first gear in D and 2 range but not in 1 range, the transmission overrunning clutch is faulty. Similarly, if slippage occurs in any two forward gears, the rear clutch is slipping. Applying the same method of analysis, note that the front and rear clutches are applied simultaneously only in D range third and fourth gear . If the transmission slips in third gear, either the front clutch or the rear clutch is slipping. If the transmission slips in fourth gear but not in third gear, the overdrive clutch is slipping. By selecting another gear, which does not use these clutches, the slipping unit can be determined. For example, if the transmission also slips in Reverse, the front clutch is slipping. If the transmission does not slip in Reverse, the rear clutch is slipping. If slippage occurs during the 3-4 shift or only in fourth gear , the overdrive clutch is slipping. Similarly, if the direct clutch were to fail, the transmission would lose both reverse gear and overrun braking in 2 position (manual second gear). If the transmission will not shift to fourth gear , the control switch, overdrive solenoid or related wiring may also be the problem cause. This process of elimination can be used to identify a slipping unit and check operation. Proper use of the Clutch and Band Application Chart is the key. Although road test analysis will help determine the slipping unit, the actual cause of a malfunction usually cannot be determined until hydraulic and air pressure tests are performed. Practically any condition can be caused by leaking hydraulic circuits or sticking valves.Unless a malfunction is obvious, such as no drive in D range first gear , do not disassemble the transmission. Perform the hydraulic and air pressure tests to help determine the probable cause.

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2002 Dodge Truck RAM 2500 Symptom Related Diagnostic Procedures/ Installation Manual

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Filed Under (Dodge Manuals) by admin on 16-02-2012

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46RE AUTOMATIC TRANSMISSION DIAGNOSIS AND TESTING – ROAD TESTING Before road testing, be sure the fluid level and control cable adjustments have been checked and adjusted if necessary. Verify that diagnostic trouble codes have been resolved.Observe engine performance during the road test. A poorly tuned engine will not allow accurate analysis of transmission operation. Operate the transmission in all gear ranges. Check for shift variations and engine flare, which indicates slippage. Note if shifts are harsh, spongy, delayed, early, or if part throttle downshifts are sensitive. Slippage indicated by engine flare, usually means clutch , band or overrunning clutch problems. If the condition is advanced, an overhaul will be necessary to restore normal operation. A slipping clutch or band can often be determined by comparing which internal units are applied in the various gear ranges. The Clutch and Band Application chart provides a basis for analyzing road test results. Note that the rear clutch is applied in all forward ranges (D, 2, 1). The transmission overrunning clutch is applied in first gear (D, 2 and 1 ranges) only. The rear band is applied in 1 and R range only. Note that the overdrive clutch is applied only in fourth gear and the overdrive direct clutch and overrunning clutch are applied in all ranges except fourth gear. For example: If slippage occurs in first gear in D and 2 range but not in 1 range, the transmission overrunning clutch is faulty. Similarly, if slippage occurs in any two forward gears, the rear clutch is slipping. Applying the same method of analysis, note that the front and rear clutches are applied simultaneously only in D range third and fourth gear . If the transmission slips in third gear, either the front clutch or the rear clutch is slipping. If the transmission slips in fourth gear but not in third gear, the overdrive clutch is slipping. By selecting another gear, which does not use these clutches, the slipping unit can be determined. For example, if the transmission also slips in Reverse, the front clutch is slipping. If the transmission does not slip in Reverse, the rear clutch is slipping. If slippage occurs during the 3-4 shift or only in fourth gear , the overdrive clutch is slipping. Similarly, if the direct clutch were to fail, the transmission would lose both reverse gear and overrun braking in 2 position (manual second gear). If the transmission will not shift to fourth gear , the control switch, overdrive solenoid or related wiring may also be the problem cause.

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2001 Lincoln LS Intake Manifold Upper Removal And Installation Manual

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Filed Under (Lincoln Manuals) by admin on 27-02-2011

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Intake Manifold — Upper Removal 1. Disconnect the battery ground cable. For additional information, refer to Section 414-01. 2. Drain the engine cooling system. For additional information, refer to Section 303-03 . 3. Remove the engine appearance cover. 4. Remove the air cleaner outlet tube. For additional information, refer to Section 303-12 . 5. Disconnect the throttle position (TP) sensor and the idle air control (IAC) solenoid electrical connectors. 6. Disconnect the accelerator and speed control cables. 7. Remove the cable bracket. 1. Remove the bolts. 2. Remove the bracket. 8. Disconnect the throttle body hoses. 1. Disconnect the coolant hoses. 2. Disconnect the positive crankcase ventilation (PCV) hose. 3. Disconnect the vapor purge hose. 9. Disconnect the vacuum hose. 10. Disconnect the EGR to exhaust manifold tube nut. 11. Remove the cowl vent screen. For additional information, refer to Section 501-02 . 12. Remove the brace. 13. Remove the vacuum hoses from the mounting bracket. 14. Remove the bracket and position the accelerator and cruise control cables aside. 15. Disconnect the differential pressure feedback EGR electrical connector. 16. Remove the stud and nut and position the differential pressure feedback EGR transducer aside. 7. Remove the fuel pressure sensor shield. 1. Remove the nut. 2. Remove the bolts. 3. Remove the shield. 18. Disconnect the vacuum hose from the rear of the upper intake manifold. 19. Disconnect the intake manifold tuning valve (IMTV) electrical connector. 20. Disconnect the exhaust vacuum regulator (EVR). 1. Disconnect the electrical connector. 2. Disconnect the vacuum line. 21. Remove the upper intake support bolt. 22. Remove the front intake manifold support bolt.

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