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TOYOTA LANDCRUISER 200 SERIES with KDSS Kinetic Dynamic Suspension System Installation manual

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Filed Under (Toyota Manuals) by admin on 08-04-2012

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1) Hoist vehicle, and allow wheels to hang freely. 2) Locate the KDSS Control Valve Assembly (Fig.1), Positioned under the vehicle, just beside the chassis rail, forward of the left rear wheel. 3) Use 5mm Hex key to loosen anti-clockwise both shutter valve screws 3 full turns. (Fig.2) DO NOT REMOVE SHUTTER VALVE SCREWS OR OPEN ANY FURTHER. * Optional : The black metal cover may be removed to allow better access to the shutter valve screws. (Fig.2) 4) The KDSS shutter valve is now open, allowing full movement of front and rear anti-roll bars. It is now safe to remove and install suspension components. DO NOT START OR OPERATE THE VEHICLE WITH SHUTTER VALVES OPEN. 5) When suspension works are complete, lower vehicle onto level ground, then close BOTH shutter valve screws fully by turning clockwise and tightening. Reinstall control valve cover if removed. This operation is now complete

1997-2001 FORD EXPEDITION ELECTRICAL LAMP – AIR SUSPENSION LAMP ILLUMINATED – DIAGNOSTIC TROUBLE CODES (DTC’S) B2140 OR C2140 – RIDE HEIGHT RESET PROCEDURE

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Filed Under (Ford Manuals) by admin on 26-01-2012

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SUSPENSION, AIR SUSPENSION DIAGNOSTIC TROUBLE CODES (DTC’S) B2140 OR C2140 RIDE HEIGHT RESET PROCEDURE ELECTRICAL LAMP – AIR SUSPENSION LAMP ILLUMINATED – DIAGNOSTIC TROUBLE CODES (DTC’S) B2140 OR C2140 – RIDE HEIGHT RESET PROCEDURE SERVICE PROCEDURE AIR SUSPENSION DTC’S THAT ARE PRESENT NOTE BEFORE ADDRESSING B2140/C2140. DURING PDI (PRE-DELIVERY INSPECTION) IF WARNING “CK SUSP” LIGHT IS ON, PRIOR TO SENDING WARNING: BEFORE REPLACING ANY AIR TO SERVICE, VERIFY SWITCH IN UPPER RIGHT SUSPENSION COMPONENTS, HOISTING, KICK PANEL IS ON. THIS SWITCH IS TURNED JACKING, OR TOWING, DISCONNECT POWER OFF DURING VEHICLE SHIPMENT TO PREVENT TO THE SYSTEM BY TURNING OFF THE AIR MODULE FROM SEEKING TRIM HEIGHT WHILE SUSPENSION SWITCH LOCATED IN THE RIGHT SECURED DOWN FOR TRANSPORT. KICK PANEL AREA TO PREVENT VEHICLE NOTE DAMAGE OR PERSONAL INJURY. AN INADVERTENT B2140 OR C2140 MAY RAS ONLY – CLEAR 2140 RESULT IF A PARAMETER RESET (CLEAR RIDE HEIGHT) IS SELECTED UNDER NGS ACTIVE NOTE COMMANDS, THEN CANCELLED OUT. EVEN RAS (4X2) EQUIPPED VEHICLES REQUIRE STORING RIDE HEIGHT AND NOTE TOGGLING FRONT TO “ON” TO CLEAR A CK THE AIR SUSPENSION CONTROL MODULE SUSP LIGHT/2140 CODE. THIS ALLOWS THE PART NUMBER IS INTERCHANGEABLE MODULE TO STORE THE VOLTAGE WITH NO BETWEEN THE REAR AIR SUSPENSION (RAS) FRONT HEIGHT SENSOR PRESENT, AND MUST AND 4-WHEEL AIR SUSPENSION (4WAS) BE DONE EVEN WITH CONVENTIONAL (STEEL SYSTEMS, BUT ONCE THE MODULE IS COIL) FRONT SUSPENSION. INSTALLED, THE VEHICLE WILL THEN DETERMINE WHETHER VEHICLE IS 4X2 (RAS)

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1997 Ford F-250/ 350/ Super Duty Steering Knuckle REMOVAL AND INSTALLATION MANUAL

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Filed Under (Ford Manuals) by admin on 13-06-2012

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Steering Knuckle Removal 1. Remove the front wheel spindle (3105) and the right and left shaft and joint assembly. Refer to Spindle, RH and LH Shaft and Joint Assembly in the Removal and Installation portion of this section. 2. Disconnect the steering linkage, if necessary, from the knuckle. Refer to Section 11-03 in the Body, Chassis Manual. Steering Knuckle Installation 3. Remove the cotter pin from the stud of the front suspension upper ball joint (3049). Loosen the nut on the top stud and the bottom nut inside the steering knuckle. Remove the top nut. 4. Sharply hit the top stud with a plastic or rawhide hammer to free the knuckle from the axle arm. Remove and discard bottom nut. 5. NOTE: Note the orientation of the camber adjuster to make sure of the same camber setting. Remove camber adjuster by hand or, if difficulty is encountered, use Pitman Arm Puller T64P-3590-F. 6. Place steering knuckle in vise and remove snap ring from bottom ball joint socket if so equipped. 7. Remove plug from U-Joint Tool T74P-4635-C and replace with Plug T80T-3010-A4 (part of 4WD Ball Joint Tool Set T80T-3010-A). 8. Assemble U-Joint Tool T74P-4635-C and Receiving Cup T80T-3010-A2 (part of 4WD Ball Joint Tool Set T80T-3010-A). 9. NOTE: Always remove front suspension lower ball joint first. Turn forcing screw clockwise until front suspension lower ball joint is removed from steering knuckle. 10. Repeat procedure and remove front suspension upper ball joint. Installation 1. Clean steering knuckle bore and insert front suspension lower ball joint as straight as possible. 2. NOTE: If ball joint cannot be installed to the proper depth, realign Receiving Cup T80T-3010-A3. To replace the front suspension lower ball joint, assemble U-Joint Tool, Receiving Cup T80T-3010-A3 (part of 4WD Ball Joint Tool Set T80T-3010-A) and Installing Cup from Ball Joint Adapter Set D81T-3010-A or equivalent. 3. Turn forcing screw clockwise until front suspension lower ball joint is firmly seated. 4. Install the snap ring on the front suspension lower ball joint. 5. To install front suspension upper ball joint, assemble the C-Frame, Receiving Cup T80T-3010-A3 and Replacer T80T-3010-A1 (both part of 4WD Ball Joint Tool Set T80T-3010-A). 6. Turn forcing screw clockwise until front suspension upper ball joint is firmly seated. 7. Assemble knuckle to axle arm assembly. Install camber adjuster on the stud of the front suspension upper ball joint with the arrow pointing outboard for positive camber, pointed inboard for negative camber. 8. Install new nut on bottom socket finger-tight. Install and tighten nut on top socket finger-tight. Tighten bottom nut to 47 Nm (35 lb-ft). 9. CAUTION: If the tightening sequence is not followed in this step and Step 10, ball joint life will be reduced. NOTE: Do not loosen top nut to install cotter pin. Tighten top nut to 136 Nm (100 lb-ft), then advance nut until castellation aligns with cotter pin hole. Install cotter pin. 10. Retighten bottom nut to 123-149 Nm (91-110 lb-ft). 11. Install the front wheel spindle and the right and left shaft and joint assembly as described in this section. 12. Connect steering linkage, if necessary, to the knuckle. Refer to Section 11-03 in the Body, Chassis Manual.

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2003 Ford Truck Expedition Suspension – Air Suspension Height Sensor Linkage Loose Service Procedure

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Filed Under (Ford Manuals) by admin on 10-01-2012

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ISSUE Some 2003-2006 Expedition and Navigator vehicles equipped with an air suspension may exhibit an air suspension height sensor linkage arm disengaging from the suspension ball stud or height sensor rotating arm. This concern typically occurs with the rear sensor (Figure 1) but may occur with the front sensors as well. If this occurs, the symptom will typically be the vehicle leaning to one side, the vehicle sitting too low/high, a harsh ride, and/or an inoperative air suspension. In addition, this concern may result in diagnostic trouble code (DTC) C1725 (air suspension front pneumatic failure) or C1726 (air suspension rear pneumatic failure). ACTION When a linkage arm becomes disengaged, do not re-attach the arm and do not replace the sensor unless broken. Instead, install a revised linkage arm on all three (3) sensor assemblies, even if they have not detached from the ball stud. 1. Replace linkage arms on all three (3) sensor assemblies following Workshop Manual (WSM), Section 204-05. 2. Discard the old linkage arms. NOTE IF THE SENSOR ASSEMBLY NEEDS TO BE REPLACED FOR ANY DAMAGE/FAILURE OTHER THAN THE ONE DESCRIBED IN THIS TSB, THE REPLACEMENT ASSEMBLY IS SUPPLIED WITH A NEW STYLE LINKAGE ARM, SO THERE IS NO NEED TO ORDER ADDITIONAL LINKAGES FOR THE SERVICE REPAIR. WARRANTY STATUS: Eligible Under Provisions Of New Vehicle Limited Warranty Coverage OPERATION DESCRIPTION TIME 061510A 2003-2006 0.4 Hr. Expedition/Navigator: Replace The Three Linkage Arms, Includes Time To Check Diagnostic Trouble Codes (Do Not Use With 5300A, 5300A7, 5300A8) DEALER CODING CONDITION BASIC PART NO. CODE 5A967

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TOYOTA LANDCRUISER BRAKE CONVERSIONS SERVICE MANUAL

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Filed Under (Toyota Manuals) by admin on 19-05-2011

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Transport Inspectors: Provides sufficient guidance to ensure familiarity with approved brake system modifications to stated Toyota Landcruiser models. Approved Inspection Stations (AIS): Provides sufficient guidance to ensure familiarity with approved brake system modifications to stated Toyota Landcruiser models for the issue of a Safety Certificate. Approved Persons: Provides sufficient guidance to ensure familiarity with approved brake system modifications to stated Toyota Landcruiser models so as to ensure consistent certification of vehicles. Vehicle owner: Provides guidance on vehicle compliance requirements. Applies to Installation of Safe Effect Integrated Braking System (SIBS) to Series 70, 75, 78, 79, 80 and 100 Series Toyota Landcruiser motor vehicles. Installation of the Corefleet Offroad Braking (Rear) (COBR) system to Series 78 and 79 Series Toyota Landcruiser motor vehicles. Objective To ensure that braking modifications carried out to the above mentioned Toyota Landcruiser vehicles are to the approved and certified standard. Background Modification approval has been issued to two applicants regarding braking modifications to a range of Toyota Landcruiser vehicles. These vehicles are commonly used in the mining and exploration industry. The standard manufacturer supplied braking systems have been considered of very high maintenance characteristics due to the nature of vehicle operations (for example, underground mining activities, harsh operating conditions). An additional model of vehicle has recently been approved and the list of approved models of vehicles amended. These vehicles are also commonly registered for use on public roads. To ensure the braking systems of these vehicles remain in a serviceable condition to prescribed standards and maintain extended service life, modified braking systems have been developed to address the harsh operating conditions that are experienced in the underground mining and exploration industries

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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Test Guidelines for Use of Essential Tool J 41413-200 Evaporative System Tester

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Filed Under (More Manuals) by admin on 17-01-2012

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Non-Enhanced EVAP System Diagnostic Procedure 1. Pinch off or plug the EVAP vapor line to seal the EVAP system. 2. Connect the EEST red battery clip to the positive (+) battery terminal. Connect the black battery clip to chassis ground. 3. Install the appropriate fuel fill cap adapter to the fuel fill pipe. Refer to the Service Information for the appropriate fuel fill cap adapter part number. 4. Connect the EEST’s nitrogen/smoke supply hose and vehicle fuel fill cap to the adapter. 5. Turn the nitrogen/smoke valve on the EEST control panel to SMOKE. 6. Use the remote switch to introduce smoke into the EVAP system for 60 seconds. Important: Additional smoke may need to be introduced at 15-second intervals until the leak source has been located. 7. Inspect the entire EVAP system for exiting smoke using the high intensity white light (J 41413-SPT). Enhanced EVAP System Leak Detection Procedure When diagnosing DTCs P0440, P0442, P0446 and P0455, use the J 41413-200 EEST along with 1. Turn ON the ignition with the engine OFF. 2. Command the EVAP vent valve closed with a scan tool.* *Prizm: In order to seal the EVAP system on the 1998-2002 Prizm, bypass the EVAP canister by connecting the fuel tank vapor hose to the canister purge line. Refer to the Service Information for additional information. 3. Connect the EEST red battery clip to the positive (+) battery terminal. Connect the black battery clip to chassis ground. 4. Install the appropriate fuel fill cap adapter to the fuel fill pipe. Refer to the Service Information for the appropriate fuel fill cap adapter part number. 5. Connect the EEST’s nitrogen/smoke supply hose and vehicle fuel fill cap to the adapter. 6. Turn the nitrogen/smoke valve on the EEST control panel to SMOKE. 7. Use the remote switch to introduce smoke into the EVAP system. 8. Use the J 41413-VLV EVAP Port Vent Fitting tool to open the EVAP service port (if equipped) until smoke is observed. 9. Remove the J 41413-VLV EVAP Port Vent Fitting tool once smoke is observed. Important: Additional smoke may need to be introduced at 15-second intervals until the leak source has been located.

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Honda Clunk or Squeak From Rear Suspension Repair Manual

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

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REPAIR PROCEDURE NOTE: ISIS online service manual information is only available for vehicles 1990 and newer. 1. Remove the rear trailing arm: •Refer to the suspension section of the appropriate service manual, or •Online, enter keyword REAR SUSPENSION, then select Suspension Arms Replacement from the list. 2. Mark the trailing arm at the arrow on the bottom of the bushing 3. Place the arm on a hydraulic press, supported by the hub base, with the spindle facing up. 4. With the hub driver, press the old bushing out of the trailing arm. 5. Install the new bushing with the short end toward the outside of the vehicle. Align the arrow with the mark you made on the trailing arm. 6. Press the new bushing into the trailing arm until its edge is 10 to 12 mm above the surface of the arm. 7. Reinstall the trailing arm. 8. If necessary, repeat steps 1 thru 7 to install a new bushing in the other rear trailing arm. 9. Bleed the brake system: •Refer to the brakes section of the appropriate service manual, or •Online, enter keyword BLEED, then select Brake System Bleeding from the list. 10. Check the wheel alignment, and adjust it if needed: •Refer to the suspension section of the appropriate service manual, or •Online, enter keyword WHEEL ALIGNMENT, then select Wheel Alignment – Rear Toe Inspection/Adjustment from the list

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1999 Ford Expedition/Navigator Ride Height Adjustments Manual

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Filed Under (Ford Manuals) by admin on 11-05-2012

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WARNING: Disconnecting an air line that is connected to the air compressor can cause personal injury or damage to components as high pressure air is vented uncontrolled. 1. Turn the air suspension switch on. 2. Turn the ignition switch to the RUN position. 3. Connect NGS Tester to the data link connector (DLC). 4. Select Air Suspension Control Module under Active Command Mode: ? VENT FRNT to deflate the front down. ? LIFT FRNT to inflate the front up. ? VENT REAR to deflate the rear down. ? LIFT REAR to inflate the rear up. Front Ride Height Resetting — Clear B2140 DTC 1. Turn the ignition key OFF and turn it back to RUN; exit the vehicle, close all doors and allow the system to vent the vehicle down to kneel height (approximately 30 seconds). 2. Connect New Generation STAR (NGS) Tester to the data link connector (DLC). 3. Select the proper vehicle year, model and engine type. 4. Select 4WAS-AIR SUSP/EVO (4×2 and 4×4) module. 5. Select “Parameter Reset Command (Clear Ride Height) under Active Command Modes” menu, trigger through the warning messages and reset (trigger from OFF to ON): ? NGS version 10.0 — “Front” and “Rear.” ? NGS version 11.0+ — “Front CLR.” 6. Back out the torsion bar adjustment bolt (approximately 40 mm from the bolt head to the bottom surface of the torsion bar adjuster). 7. Deflate the front air shocks by using the NGS “Vent Front” command in “Air Suspension Control” menu (should take about 30 seconds), and jounce the front of the vehicle to fully lower the front of the vehicle. 8. Adjust and measure the vehicle ride height; refer to Section 204-01B. 9. NOTE: Do not save rear ride heights. The air suspension control module has precalibrated values already stored. Refer to Rear Ride Height Mechanical Resetting. Select the “Save Calibration Values (Store Ride Height)” NGS command to calibrate the air suspension control module. Trigger through the warning message(s) and save “FRONT” (trigger from OFF to ON).

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1999 Jaguar XJ8 Vanden Plas SUSPENSION ADJUSTMENTS And Installation Manual

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

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ADJUSTMENTS & INSPECTION WHEEL ALIGNMENT SPECIFICATIONS & PROCEDURES HUB BEARING PRELOAD Hub bearing preload is controlled by shim adjustment between hub assembly and hub outer bearing. Shims are available in various thicknesses. Checking 1. Raise and support vehicle. Remove wheel assembly. Clamp dial indicator mount to hub carrier. Ensure dial indicator pointer contacts hub flange. 2. Using 2 levers between hub and hub carrier, press hub outward. Note reading on dial indicator. The difference between dial indicator readings is preload of hub bearing. For adjustment, see HUB CARRIER under REMOVAL & INSTALLATION. REAR SUSPENSION HEIGHT 1. Ensure vehicle has full fuel tank, all fluids are topped off and tire pressures correct. Roll vehicle about 30 feet on a level surface. Measure distance between differential support plate at both sides and ground. See Fig. 2 . 2. Height measurement for coupe and convertible. If height is not within specification, check all bushings and replace as necessary. If bushings are okay, replace rear springs. NOTE: See SPECIFICATIONS & PROCEDURES article in WHEEL ALIGNMENT. 1999 Jaguar XJ8 Vanden Plas 1999-2000 SUSPENSION’ ‘Rear Fig. 2: Measuring Rear Suspension Height Courtesy of JAGUAR CARS, INC. REMOVAL & INSTALLATION “A” FRAME Removal 1. Raise vehicle and support with stands. Remove “A” frame to final drive unit rear bracket securing bolts and front bracket inner securing nuts and bolts. See Fig. 3 . 2. Position a suitable wood and jack under final drive unit drive flange, operate jack to support final drive unit. Unscrew and remove both “A” frame outer bush to body and bracket securing bolts. See Fig. 4 . Unscrew and remove “A” frame left and right outer bush bracket to body securing bolts. 3. Lower jack approximately one inchto improve access. Unscrew and remove “A” frame to final drive unit front bracket intermediate securing bolts. Unscrew and remove “A” frame to final drive unit fron

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