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EDELBROCK ROLLER ROCKER ARMS INSTALLATION INSTRUCTIONS

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INSTALLATION: Rotate the main trunnion of the rocker arm so that the flat machined surface is facing up, then lower the rocker arm onto the rocker stud so that the roller tip is contacting the valve and the pushrod is seated into the cup. Rotate the engine by hand until cylinder #1 is at TDC on the compression stroke (the rotor on the distributor should be lined up with cylinder #1′s spark tower). If you are using hydraulic lifters, rotate the pushrod between your fingers as you tighten the rocker arm adjustment nut, once you start to feel drag in the pushrod you are at zero lash. Continue tightening the adjustment to set the lifter preload according to your camshaft installation instructions, then use an allen wrench to tighten the posi-lock. If you are using mechanical lifters, use a feeler gauge while tightening the adjustment nut to set your valve lash to the clearance listed in the camshaft installation instructions, then use an allen tool to tighten down the posi-lock. Complete this procedure for both the intake and exhaust rockers, then rotate the crankshaft 90° and repeat this procedure on the next cylinder in the firing order. Continue doing so until all 16 rocker arms have been properly installed and adjusted. Proper operation can be verified by rotating the crank by hand and observing the motion of the pushrod and the position of the roller on the valve tip. The pushrods must never contact the cylinder head walls and the roller tip must maintain at least 50% contact with the valve tip during a full rotation of the camshaft. If the pushrod contacts the cylinder head or the roller fails to maintain sufficient contact with the valve tip you will need to loosen your rocker stud and adjust your pushrod guideplate until proper valvetrain alignment is achieved.

Chevrolet Aluminum Cylinder Heads INSTALLATION INSTRUCTIONS

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Before final installation of the cylinder heads, several things need to be checked to assure proper engine operation: 1. Piston to valve clearance – Minimum intake valve clearance should be .080″. Minimum exhaust valve clearance should be .100″. The point of minimum intake valve to piston clearance will usually occur somewhere between 5 and 15º ATDC during valve overlap. The point of minimum exhaust valve to piston clearance will usually occur 15º to 5º BTDC during valve overlap. Re-machining of the piston top eyebrows may be required with some pistons. 2. Proper lifter adjustment and rocker geometry – Check Lifter pre-load. Check clearance of push rod to guideplate. Rocker geometry should be checked making sure that the contact point of the roller remains properly on the valve tip and does not roll off the edge. Visual inspection of the rockers, valve springs, retainers, and pushrods should be made to ensure that none of these components come into improper contact with each other. If problems with valve train geometry occur, simple changes such as pushrod length may have to be made. OTHER ASSEMBLY TIPS When installing the sparkplugs and exhaust headers, be sure to use a high temperature anti-seize compound on the threads to reduce the possibility of thread damage in the future. Do not exceed a torque of 25 ft./lbs. on the intake manifold bolts and lubricate the bolt threads prior to assembly. If pushrod to cylinder head contact is a problem, loosen rocker studs and re-position guideplate as needed for clearance. INSTALLATION: Installation is the same as for original equipment cylinder heads. Consult service manual for specific procedures, if necessary. For 350 and smaller engines, use Fel-Pro head gasket #1003. #1003 has a flattened steel O-ring around each bore and will provide an excellent, long lasting seal. However, it will compress the aluminum and you must use #1003 for subsequent gasket changes to get a good seal. For 400 c.i.d. small blocks, use Fel-Pro #1014. YOU MUST DRILL “STEAM HOLES” IN CYLINDER HEADS FOR 400 ENGINES (see Figure 2). Be sure that the surface of the block and the surface of the head are thoroughly cleaned to remove any oily film before installation. Use alcohol or lacquer thinner on a lint-free rag to clean. Apply Loctite PST or suitable thread sealer to head bolt threads. Torque to 65 ft./lbs. in three steps (30-50-65) following the factory tightening sequence (see Figure 1). A re-torque is recommended after initial start-up and cool-down (allow 2-3 hours for adequate cooling)

Ford V8 Engines Performer RPM Hydraulic Roller Camshaft INSTALLATION INSTRUCTIONS

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Disconnect the battery. 2. Drain radiator coolant. Drain plug will normally be located on lower right or left side of the radiator facing the engine. 3. Remove radiator and air conditioning condenser if so equipped. In some cases, the front grill may have to be removed. Measure distance from front cover to grill or brackets that may interfere with camshaft against the length of the camshaft. 4. Remove the gas cap to relieve pressure. Disconnect fuel line and plug. Replace gas cap. 5. Disconnect all linkage from carburetor such as throttle, throttle springs, transmission, cruise control and automatic choke. 6. Tag and remove coil wires and sensor wires. 7. Tag and remove vacuum lines. 8. Remove valve covers. 9. Remove distributor cap and wires, rotate engine until rotor points towards number 1 terminal in cap and pointer on front cover is on top dead center (TDC) and remove distributor. (see Fig. 1) Note: Mark the approximate position of the distributor housing in relation to the manifold to assist in getting the distributor properly located during re-installation. 10. Remove carburetor and intake manifold. Remove and discard intake manifold gasket. 11. Remove rocker arms and pushrods. CAUTION: If your engine has non-adjustable rocker arms (1969-1/2 or later), you must install screw-in studs and high performance •VALVE SPRINGS CAUTION: WARNINGS ABOUT YOUR WARRANTY In order for this Performer RPM roller cam to be covered under ANY WARRANTY, you MUST use the correct Valve Springs. Failure to install the correct valve springs may cause lifters not to follow the cam lobes and damage engine parts. This camshaft is designed to function with valve springs that have a closed pressure of 110 lbs, open pressure of 320 lbs and a lift of .575″. Special H.P. retainers may be necessary with your installation for proper spring height. Do not use rotator type valve springs or retainers for this application. Note: Edelbrock Sure Seat Valve Springs #5762 are not recommended.  IMPORTANT NOTES AFFECTING YOUR WARRANTY CAM LOBE DAMAGE – Cam lobe wear is almost non-existent unless mismatched parts are used or installation of the cam and lifters is done improperly. Cam damage can result from the timing gear loosening due to improper torque on bolts. Bolts holding gear to camshaft should be torqued carefully and a locking compound applied to threads of bolts. Before installing your new Performer-RPM roller camshaft, check the gear drive on the distributor and oil pump for any signs of wear. If worn, be sure to replace with a new gear or you may wear out your camshaft prematurely. High-pressure oil pumps are not recommended with Performer RPM roller camshafts. Edelbrock camshafts are designed to use with Edelbrock timing chains.  CAM GEARS AND CAMSHAFT END PLAY- If cam gear becomes loose, the cam will slide back in the block, causing the lifters to hit the lobes next to them and also the cam bearing journals. If the engine is run after this happens, the bottom of the lifters and the sides of the lobes will become damaged. See Installation Instructions section for end play specifications.  LIFTERS Edelbrock offers a retrofit roller lifter kit for engines not originally equipped with roller lifters. Use part #97453. To install your roller lifters, use fresh clean oil on the lifter and the lifter bore just prior to installing. The guide bar (high side of tappet) must face the opposite side of block. See roller lifter instructions for additional information. ( Note: 289-302 engines require removal of the cylinder heads to provide enough clearance to install roller lifters, which are taller than standard hydraulic lifters.)  PUSHRODS AND ROCKER ARMS High performance pushrods, roller rocker arms and rocker studs are recommended for this installation. After the cam is installed and timed correctly (see Figure 2), it will be necessary to check each pushrod for correct lifter preload. INSTALLATION INSTRUCTIONS 1. Check lifters as covered in Lifters section. Coat cam lobes with fresh clean oil. Lube distributor drive of cam with assembly lube (supplied). 2. Install new camshaft. Re-install thrust plate with new sprockets and timing chain with timing marks lined up as recommended by factory specifications (See Figure 2). Reinstall the fuel pump eccentric before installing sprocket bolt and washer

1998 – 2003 Toyota Sienna SLIDING DOOR DIAGNOSTIC TIPS/ REPAIR MANUAL

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CONDITION POSSIBLE CAUSE COMMON REPAIR Top RollerComes Rail bent or widened condition Replace the upper slide door rail. Top Roller Comes Out of Rail Guide The stopper at the end of the rail is loose or missing. Replace the stopper as needed. Door Does Not Lock in Full Open Position Full open stop latch assembly is damaged. Replace the full open stop latch assembly. Left Door Opens Half Way Fuel door half stopper cable damaged. Adjust the cable. Replace the cable, if damaged. Difficltto Open Dirty weatherstrip. Clean all soda spills or other sticky substances that may have accumulated on weatherstrip and door. Difficult to Open Manually Inside handle release button damaged. Replace inside handle release button assembly according to TSB No. BO027-00, “Sliding Door Handle Push Button Operation”. Door out of adjustment. Adjust levelness of the door, according to Repair Manual. Dragging Open/Close Mll Running board rubs against the bottom of the sliding door. Adjust running board to proper position and assure clearance from the door. Manually Roller rails have bent or warp condition. Dirt or debris in the rails and rollers. Clean rails and rollers. Replace damaged parts. CONDITION POSSIBLE CAUSE COMMON REPAIR Creak Noise Junction block, damaged components, and other issues Refer to TSB No. BO003-99, “Sliding Door Creak Noise Reduction.” Refer to the “Common Sources of Creak Noise” section of this bulletin for additional information for sources of creak noise. Rattle or Clicking (NOT Creak Noise) Door moving when driving over bumps Rollers loose or damaged Adjust lower roller base mounting to bring door closer to body (Refer to TIS, applicable model year Sienna Repair Manual, Vehicle Exterior – Door/Hatch – “Slide Door: Adjustment”). Adjust strikers to bring door closer to the body. Inspect the latch assembly and replace, if damaged. Replace damaged rollers. Noise During Open/Close Rollers or rails are damaged and/or dirty. Inspect, clean, and/or replace as needed

2002 Ford Explorer Sport/ Sport Trac Cylinder Head Removal and installation manual

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Removal Both cylinder heads 1. With the vehicle in NEUTRAL, position it on a hoist. For additional information , refer to Section 100-02 . 2. Relieve the fuel system pressure. For additional information, refer to Section 310-00 . 3. Drain the cooling system. For additional information, refer to Section 303-03 . 4. Remove the intake manifold. For additional information, refer to Intake Manifold in this section. 5. Remove the cooling fan shroud. For additional information, refer to Section 303-03 . 6. Remove the accessory drive belt. For additional information, refer to Section 303-05 7. Remove the LH valve cover. For additional information, refer to Valve Cover — LH in this section. 8. Remove the RH valve cover. For additional information, refer to Valve Cover — RH in this section. 9. Disconnect the generator electrical connections. 10. Remove the accessory drive belt tensioner. 11. Remove the bolts and the generator and generator mounting bracket as an assembly. 12. Disconnect the crankshaft position (CKP) sensor electrical connector. 13. Disconnect the wiring harness retainers. 14. Disconnect the water temperature indicator sender unit and the engine coolant temperature (ECT) sensor electrical connectors. 15. Disconnect the exhaust gas recirculation (EGR) tube fitting. 16. Remove the upper heater coolant hose. 1. Squeeze the heater hose clamp. 2. Remove the heater coolant hose. 17. Remove the lower heater coolant hose and position aside. 1. Remove the bolt. 2. Squeeze the hose clamp. 3. Remove the heater coolant hose and position aside. 18. NOTE: The coolant hose will be removed with the thermostat housing. Move the coolant bypass hose clamp off the water pump outlet. 19. Remove the bolts, the thermostat housing and the bypass hose. 20. Remove the bolt and detach the wiring harness retainer. 21. Remove the bolts and position the accessory drive bracket aside.22. Detach the wiring harness retainer. 23. Remove the bolt and the oil level indicator tube. 24. Using the special tool, disconnect the LH spark plug wires from the spark plugs. 25. Disconnect the fuel pulse damper vacuum connector. 26. Remove the four bolts and position the fuel supply tube aside. 27. Remove the bolts and the fuel rail and injectors as an assembly.28. NOTE: Mark each of the roller followers to make sure it is installed in its original position during reassembly. Use the special tool to remove the roller followers. 29. Remove the lower radiator hose. 30. Remove the nut and position the A/C tube bracket aside. 31. Using the special tool, set the No. 1 piston at top dead center (TDC). RH cylinder head 32. Remove the RH fenderwell splash shield. 33. Remove the RH camshaft chain tensioner.