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106 xsi Direct Download speed 5787 Kb/s
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Filed Under (Peugeot) by admin on 23-05-2010
406 XUD11BTE Engine Fault: Starting difficult or impossible, once started no acceleration, although the fault may disappear after restarting. Fault normally occurs when starting the engine from hot. Cause: Locking of the rotor of the injection pump following wear of the housing. Solution: Read the fault codes, the rotor 2 position sensor must be the only fault code stored. If the decod rotor value is greater than 286 micro-seconds, remove & replace the injection pump. 406 ENGINE XUD11BTE Fault: When pulling away clutch judders. Cause: Slackening of the engine earth on the clutch housing next to the engine block. Solution: Tighten loose earth lead. 406 Petrol models Fault: Battery warning light remains on for 3 seconds after turning the ignition off. Cause: Alternator regulator re-supplies voltage onto the alternator exciter terminal. Solution: Replace the alternator (Denso) with new unit Part No: 5705.1J with modified regulator.
Filed Under (Ford) by admin on 03-02-2011
1. Drain engine cooling system. Refer to Section 03-03. 2. Remove upper radiator sight shield (8C291). 3. Disconnect radiator overflow hose (8075) from radiator (8005). Remove bolts retaining coolant recovery reservoir (8A080) and bracket to radiator support. Disconnect coolant recovery reservoir from lower locator and remove coolant recovery reservoir. 4. Remove cooling fan motor, fan blade (8600) and fan shroud (8146) assembly as described in Section 03-03. 5. Rotate drive belt tensioner (6B209) . Remove drive belt (8620) . Refer to Section 03-05. 6. Remove retaining bolts and water pump pulley (8509) . 7. Remove power steering pump pulley (3A733) and remove water pump-to-power steering pump brace. 8. Remove bolt and nuts retaining ignition coil (12029) and bracket. Position out of the way. 9. Remove heater water outlet tube retaining bolts and heater water outlet tube (18663) from water pump (8501) . 10. Disconnect lower radiator hose (8286) from water pump . 11. CAUTION: If using a prying device to assist in water pump removal, be careful not to damage the mating surfaces. Remove water pump retaining bolts, stud bolts and nuts. Remove water pump . Discard old water pump housing gasket (8507) . Installation 1. NOTE: Lightly oil all bolt and stud threads before installation except those specifying special sealant with SAE 5W-30 Super Premium Motor Oil XO-5W30-QSP or equivalent meeting Ford specification WSS-M2C153-G. Clean gasket surfaces on water pump and engine front cover (6019) . 2. NOTE: Gasket and Trim Adhesive F3AZ-19B508-B or equivalent meeting Ford specifications ESR-M11P17 and ESE-M2G52-A is recommended to hold the water pump housing gasket in position. Position a new water pump housing gasket on water pump sealing surface. 3. NOTE: The threads of the No. 1 water pump retaining bolt must be coated with Pipe Sealant with Teflon® D8AZ-19554-A or equivalent meeting Ford specifications WSK- M2G350-A2 and ESR-M18P7-A before installing. Position water pump on the engine front cover . Install retaining bolts, stud bolts and nuts. Tighten retaining bolts and studs to 20-30 Nm (15-22 lb-ft). Tighten retaining nuts to 8-12 Nm (71-106 lb-in). 4. Inspect O-ring (replace as necessary) and install heater water outlet tube to water pump . Tighten retaining bolts to 8-12 Nm (71-106 lb-in). 5. Position coil and bracket assembly. Tighten retainers to 25 Nm (18 lb-ft). 6. Install lower radiator hose to water pump . Tighten clamps securely. 7. Install water pump-to-power steering pump brace and install water pump pulley .
Filed Under (Ford) by admin on 19-02-2011
1. Open hood. 2. Disconnect battery ground cable (14301). Refer to Section 14-01. 3. From inside vehicle, remove nuts retaining steering column tube boot (3C611) to cowl panel. 4. Remove bolt retaining steering column intermediate shaft coupling (3A525) to steering column lower yoke (3N725) . 5. Position steering column tube boot out of the way. Remove pinch bolt retaining steering column intermediate shaft coupling to power rack and pinion steering gear and remove steering column intermediate shaft coupling . 6. Raise vehicle on a twin post hoist and remove front wheel and tire assemblies. 7. Remove exhaust system flex tube-to-dual converter Y-pipe attachment. Disconnect heated oxygen sensor wiring harness. Remove dual converter Y pipe (5F250) from vehicle. Dual Converter Y Pipe Removal 8. Support vehicle with jack stands under rear edge of front sub-frame (5C145). 9. Remove tie rod cotter pins and nuts, and remove tie rod end (3A130) from RH front wheel knuckle (3K185) and LH front wheel knuckle (3K186). 10. Remove tie rod end from front wheel spindle tie rod (3280) . Mark position of jam nut to maintain alignment. 11. Remove nuts from steering gear-to-front sub-frame retaining bolts. 12. Remove rear sub-frame-to-body retaining bolts. 13. Raise twin post hoist carefully until rear sub-frame (5R003) separates from body approximately 102 mm (4 inches). 14. Remove heat shield push-pin retainers from power steering hose bracket (3C510). Remove steering shaft U-joint shield (3F540). 15. Remove screw and power steering left turn pressure hose (3A714) from power steering hose bracket . Remove two screws and power steering hose bracket. 16. Remove LH stabilizer bar link (5K484). 17. Disconnect power steering pressure switch electrical connector. 18. Rotate power rack and pinion steering gear to clear bolts from front sub-frame and pull left to ease line fitting removal. 19. Place a drain pan under vehicle and remove hydraulic power steering pressure hose and power steering return hose from fittings on power rack and pinion steering gear. 20. Remove power rack and pinion steering gear assembly through LH wheel well. Installation 1. Install new Teflon® O-rings on both line connector assemblies as described under Quick Connect Power Steering Fitting—Seal Replacement. 2. Place steering gear retaining bolts in steering gear housing (3548). 3. Install power rack and pinion steering gear through LH wheel well. 4. Install power steering hose bracket and two screws. Tighten to 9-12 Nm (80-106 lb-in). 5. Install hydraulic power steering pressure hose and power steering return hose to fittings on power rack and pinion steering gear. Tighten hoses to 33-41 Nm (25-30 lb-ft). 6. Install power steering pressure hose and and screw. Tighten to 9-12 Nm (80-106 lb-in). 7. Connect power steering pressure switch electrical connector. 8. Position power rack and pinion steering gear into front sub-frame. 9. Install tie rod ends onto front wheel spindle tie rods . 10. Install push-pin retainers at top of heat shield. 11. Install tie rod end to RHfront wheel knuckle and LH front wheel knuckle. Install nuts and tighten to 47-63 Nm (35-46 lb-ft). Install new cotter pins. 12. Install LH stabilizer bar link. Tighten to 76.5-103.5 Nm (57-76 lb-ft).
Filed Under (Oldsmobile) by admin on 21-10-2010
The fluid level screw is intended to be used for diagnosing a transaxle fluid leak or resetting the transaxle fluid level after service that involves a loss of fluid. Inspect The fluid level should be checked when the transaxle is near Room temperature or at 40° (104° . C F) CAUTION: Removal of the fluid level screw when the transaxle fluid is hot may cause injury. Use care to avoid contact of transaxle fluid to exhaust pipe. The engine must be running when the transaxle fluid level screw is removed, or excessive fluid loss will occur. Since the actual fluid level is unknown, stand clear when removing the fluid level screw. Have a container ready to capture any lost fluid. WARNING: Do not turn the engine off with the fluid level screw removed as you can be injured by hot transaxle fluid being expelled out of the fluid check hole. 1. Let vehicle idle for three to five minutes with accessories off. 2. Apply brake 3. Move shift lever through all gear ranges, pausing three seconds in each range. 4. Place shift lever in Park. Important: Vehicle must be kept level on the hoist. 5. Raise vehicle on hoist. 6. Place oil container under fluid level screw. 7. Remove the fluid level screw with the engine running at idle. 8. Fluid level should be at the bottom of the fluid check hole. Because the transaxle operates correctly over a range of fluid levels, fluid may or may not drain out of the fluid check hole when the fluid level screw is removed. If fluid drains through the fluid check hole, this transaxle may have been overfilled. When fluid stops draining, the fluid level is correct and the fluid level screw may be installed. If fluid does not drain through the fluid check hole, the transaxle fluid level may be low. Proceed to ADDING TRANSAXLE FLUID. 9. Install fluid level screw. Tighten 12 N.m (106 lb in) 10. Lower vehicle. 11. Shut off engine. Adding Transaxle Fluid: With the engine running, add fluid at the vent cap location in half liter (1 pint) increments until fluid drains through the fluid check hole. Allow the fluid to finish draining through the fluid check hole. 1. Install fluid level screw. Tighten 12 N.m (106 lb in) 2. Lower vehicle.
Filed Under (Nissan) by admin on 21-09-2010
Component Inspection ACCELERATOR PEDAL POSITION SENSOR 1. Reconnect all harness connectors disconnected. 2. Turn ignition switch “ON”. 3. Check voltage between ECM terminals 106 (APP sensor 1 signal), 98 (APP sensor 2 signal) and engine ground under the following conditions. 4. 5. 6. 7. If NG, replace accelerator pedal assembly. Perform “Accelerator Pedal Released Position Learning”. Perform “Throttle Valve Closed Position Learning”. Perform “Idle Air Volume Learning”.