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how to adjust valve clearance kancil 850

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1994 Toyota Paseo ENGINE IDENTIFICATION/ VALVE CLEARANCE ADJUSTMENT

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1) Disconnect PCV hose, necessary electrical connections and spark plug wires to access valve cover. Remove nuts, seal washers, valve cover and gasket. 2) Rotate crankshaft clockwise so cylinder No. 1 is at TDC on compression stroke. Cylinder No. 1 is front cylinder at timing belt end of engine. Ensure timing mark on crankshaft pulley aligns with “0″ mark on timing belt cover. 3) Ensure valve lifters on cylinder No. 1 are loose and valve lifters on cylinder No. 4 are tight. If conditions are not as described, rotate crankshaft clockwise one complete revolution (360 degrees). 4) Using feeler gauge, measure valve clearance between valve lifter and camshaft on intake valves of cylinders No. 1 and 2, and exhaust valves of cylinders No. 1 and 3. Record valve clearance. Rotate crankshaft clockwise one complete revolution (360 degrees). 5) Measure and record valve clearance on intake valves of cylinders No. 3 and 4, and exhaust valves of cylinders No. 2 and 4. Ensure valve clearance is within specification. See VALVE CLEARANCE SPECIFICATIONS table. VALVE CLEARANCE SPECIFICATIONS TABLE (1) Application In. (mm) Exhaust Valve ………….. .012-.016 (.31-.41) Intake Valve …………… .006-.010 (.15-.25) (1) – Adjust valve clearance with engine cold. 6) If valve clearance requires adjustment, rotate camshaft so lobe on valve to be adjusted is facing upward, away from valve lifter. Position notch area on valve lifter toward inside of cylinder head. DO NOT align notch area with camshaft. Use Valve Clearance Adjuster (SST 09248-55040) to adjust valve clearance. 7) Using SST “A” of valve clearance adjuster, push downward on valve lifter. Place SST “B” between camshaft and valve lifter. See Fig. 2. Ensure enough clearance exists for adjusting shim removal. Remove SST “A”. Fig. 2: Adjusting Valve Clearance Courtesy of Toyota Motor Sales, U.S.A., Inc. 8) Using small screwdriver and magnet, remove adjusting shim. Measure and record thickness of removed shim. Using measured clearance and adjusting shim thickness, select proper replacement adjusting shim. See Figs. 4 and 5. 9) Install replacement adjusting shim. Recheck valve clearance. Apply sealant at indicated valve cover sealing areas on cylinder head. See Fig. 3. 10) Using NEW gasket, install valve cover and sealing washers. Install and tighten nuts to specification. See TORQUE SPECIFICATIONS. To install remaining components, reverse removal procedure. NEW SHIM THICKNESS TAB

1996 Honda Accord Sedan Valve Clearance Adjustment

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1. Remove the cylinder head cover. 2. Set No.1 piston at TDC . “UP” mark on the camshaft pulley should be at top, and TDC grooves on the camshaft pulley should align with cylinder head surface. 3. Adjust valves on No.1 cylinder. Intake: 0.26 mm ±0.02 mm (0.010 in) ± (0.0008 in) 0.30 mm ±0.02 mm (0.012 in) ±(0.0008 in) 4. Loosen the locknut, and turn the adjusting screw until the feeler gauge slides back and forth with a slight amount of drag. 5. Tighten the locknut and check clearance again. Repeat adjustment if necessary. 6. Rotate crankshaft 180° counterclockwise (Camshaft pulley turns 90°) . The “UP” mark should be on the exhaust side. Adjust valves on No.3 cylinder 7. Rotate crankshaft 180° counterclockwise to bring No.4 piston to TDC . Both TDC grooves are once again visible. Adjust valves on No.4 cylinder

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.

Engine And Transmission Crossmembers Installation Instructions

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instructions: 1. The engine and transmission crossmembers are available for a variety of Ford and Chevy V8s and trannys. They come powdercoated and include all necessary hardware. 2. After sliding the end collars over the main tube, position the engine crossmember on the frame. Here nothing needs to be welded or bolted because the crossmember ends will rest on the frame’s lower channel as the engine is positioned. Takes an educated guess on how far forward the cross- member will need to be (this will be adjusted as needed). 3. The engine is then lowered into the truck and bolted to the crossmember. Let most of the engine’s weight settle down onto the crossmember, but keep the hoist connected for extra support. At this point you can determine whether the engine needs to be slid forward or back, making sure to consider factors such as distributor-to-firewall clearance and engine-to-radiator fit. 4. At this point you’ll also want to mock the transmission cross member in place. Welding clamps or C-clamps work well to temporarily hold it in place. 5. While under the truck, center the transmission between the framerails. Sliding the crossmember side to side in the end collars makes it easy to adjust. Mark the frame where it will need to be drilled for mounting bolts. 6. Obviously, the engine also needs to be centered from side to side in the same manner. 7. An important consideration is the angle on which the engine is mounted. CPP recommends a 4-degree downward position (transmission tailshaft lower than the crankshaft snout), paired with a rearend pinion angle that’s 2-3 degrees upward when the vehicle is static. This allows for 1-2 degrees of rearend deflection under load, which will properly line up the pinion and tailshaft. Use a magnetic level on the valve cover to check the angle. The crossmember can be rotated slightly inside the end collars for adjustment. Generally, the proper engine angle will put the carburetor mounting pad parallel with the ground. 8. After getting the engine angle set, clamp the end collars to the frame and drills a hole through the collars and crossmember. Bolts secured through these holes will keep the crossmember from rotating or shifting inside the collars. (The collars can also be welded to the crossmember.) The same thing is done on the transmission crossmember. 9. Though it’s not really necessary, you may remove the engine and trans at this point to have more room to work while drilling holes and mounting the crossmember to the frame. Four bolts hold each end collar to the framerail. 10. Likewise, the transmission crossmember is secured to the bottom channels of the framerails using two bolts on each side

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