YAMAHA FZR600 SPECIFICATIONS AND SERVICE MANUAL

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Filed Under (Kawasaki) by admin on 27-04-2011

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Front Axle and Outer Tube Front Wheel Axle Holder Rear Axle and Nut Handlebar Crown and Inner Tube Handlebar Crown and Steering Stem Steering ring nut (Upper and lower) Brake Caiiper (Front/Rear) Bleed Screw and Brake Caliper Brake Hose and Union Bolt Front Master Cylinder and Cylinder Cap Front Fender and Outer Tube Handlebar Boss and Front Fork Handlebar and Handlebar Boss Engine Mounting: Front ; Rear — Upper ; Rear — Lower 1 Down Tube and Frame: Front 1 Rear l Footrest Bracket and Frame I Pivot Axle and Nut Relay Arm and Frame Connecting Rod and Swingarm Connecting Rod and Relay Arm Rear Shock Absorber and Reiay Arm Rear Shock Absorber and Frame Footrest and Footrest Bracket I Rear Footrest Bracket and Frame Rear Master Cylinder and Rear Arm Bracket Cowling and Stay Compression Bar and Brake Caliper Bracket Front Fork Pinch Bolt: Upper Lower Sprocket and Clutch Hub Brake Disc and Clutch Hub Inner Tube and Steering Stem Frame and Rear Frame: Upper

S&S Super Stock Cylinder Head Kit Installation Instructions for 1984 And Later Evolution Big Twin and Sportster Engines

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Filed Under (Harley Davidson) by admin on 28-11-2010

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check Piston Alignment in Cylinder Bore The purpose of this procedure is to check for and correct possible piston misalignment in the cylinder bore. During normal manufacturing, engine components such as crankcases, cylinders, and connecting rods can be machined to dimensions within factory specifications but on the extreme ends of the tolerance range. Sometimes these components when combined together form an assembly that is borderline or actually “out of print”. The worst result is that the pistons can run cocked in the cylinder bores causing the connecting rods to thrust to the sides exerting unnecessary stress on the pistons, rings, rod bearings and other related parts. This procedure is not the same as “blue printing”, but it provides almost the same result. We feel that not enough emphasis is given to checking the piston alignment in the cylinder bore. NOTE – All engines should be checked upon disassembly. This applies to any engine receiving new pistons which includes those being completely overhauled. CAUTION – Pistons which do not run true in cylinder bores may cause excessive connecting rod side thrusting. This may lead to premature ring, piston, connecting rod and rod bearing wear and eventual failure of these parts. Visual Procedure A. Reinstall cylinders on old pistons without rings. Hold cylinders securely in place. B. Move piston tight toward camside of engine. C. Turn engine over in normal direction of travel 2 or 3 revolutions and observe piston during process. D. Move piston toward driveside of engine and repeat Step C. If misalignment exists, piston will appear closer to cylinder wall at one point around circumference. Condition can be corrected by bending rod in opposite direction. Figure 1 shows an exaggerated side view. E. Repeat Steps B to D for other cylinder. F. Remove pistons and cylinders. Observe pistons for wear spots on sides above top compression ring. If either side near wristpin is worn clean while side opposite is carboned up, then piston was not running straight and true in cylinder bore. Piston will also generally show diagonal wear pattern on thrust faces of skirts and possibly signs of connecting rod to wristpin boss contact inside piston.

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YAMAHA XVS 650AK Supplementary Service Manual

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Filed Under (Yamaha) by admin on 18-11-2010

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Dimensions: Overall length Overall width Overall height Seat height Wheelbase Minimum ground clearance Minimum turning radius 2,450 mm (96.5 in) 930 mm (36.6 in) 1,105 mm (43.5 in) 710 mm (28.0 in) 1,625 mm (64.0 in) 145 mm (57.1 in) 3,400 mm (133.9 in) Basic weight: With oil and a full fuel tank 247 kg (544.5 lb) Bulb wattage quantity: Headlight Tail/brake light Front turn signal/position light Rear turn signal light Meter light Neutral indicator light High beam indicator light Turn indicator light Engine indicator light 12 V 60 W/55 W 1 12 V 8 W/27 W 1 12 V 27 W/8 W 2 12 V 27 W 2 12 V 1.7 W 1 12 V 1.7 W 1 12 V 1.7 W 1 12 V 1.7 W 1 12 V 1.7 W 1 ENGINE Item Standard Limit Connecting rod: Oil clearance Color code (corresponding size) 0.031 0.055 mm (0.0012 0.0022 in) Blue Black Brown Green CHASSIS Item Standard Limit Front suspension: Front fork travel Fork spring free length Installed length Spring rate (K1) Stroke (K1) Optional spring Oil capacity Oil level Oil grade 140 mm (5.5 in) 332.5 mm (3.1 in) 287.4 mm (11.3 in) 3.43 N/mm (0.343 kg/mm, 19.2 lb/in) 0 140 mm (0 5.5 in) No 0.507 L (17.4 US oz) 95 mm (3.74 in) Yamaha fork oil 10 WT or equivalent 325.9 mm (12.83 in) Front brake: Type Disc outside diameter thickness Pad thickness inner Pad thickness outer Master cylinder inside diameter Caliper cylinder inside diameter Caliper cylinder inside diameter Brake fluid type Single disk 298 5 mm (11.73 0.2 in) 6.0 mm (0.24 in) 6.0 mm (0.24 in) 14.0 mm (0.55 in) 30.2 mm (1.19 in) 33.3 mm (1.31 in) DOT 4 4.5 mm (0.18 in) 0.8 mm (0.03 in) 0.8 mm (0.03 in) Brake lever & brake pedal: Brake lever free play (at pivot) Brake lever free play (at lever end) Brake pedal position Brake pedal free play Clutch lever free play (at pivot) Clutch lever free play (at lever end) 1 2 mm (0.04 0.08 in) 10 15 mm (0.39 0.59 in) 108 mm (4.25 in) 20 30 mm (0.79 1.18 in) 2 3 mm (0.08 0.12 in) 10 15 mm (0.39 0.59 in)

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S&S Connecting Rods Installation Instructions

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Filed Under (S&S) by admin on 29-10-2010

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1. Female rod crankpin end to mainshaft nuts – .030″ minimum clearance recommended. A. Install sprocket shaft and crankpin in driveside flywheel. Snug nuts only. Do not torque to final specs. B. Slide connecting rods and bearings over crankpin. C. Rotate rods on crankpin, and observe clearance between rod and sprocket shaft nut. D. If additional clearance is needed, remove material from sprocket shaft nut. Do not remove material from connecting rod. E. Repeat procedure for camside flywheel and pinion shaft. 2. Female rod crankpin end to inner flywheel rim – .060″ clearance recommended. A. While checking female rod to mainshaft clearance, observe clearance between crankpin end of female rod and rim of both flywheels. B. If additional clearance is required, remove material from flywheel at point of contact. Do not remove material from connecting rod. 3. Wristpin end of both female and male rods to flywheel edge -.060″ minimum clearance recommended. A. While checking female rod to mainshaft clearance, observe clearance between wristpin end of both rods and rim of both flywheels. B. If additional clearance is required, remove material from flywheel at point of contact. Do not remove material from connecting rod. 4. Wristpin end to crankcase and cylinder – .060″ is recommended in these areas. A. With the camside flywheel and rods mocked up, install the assembly in the right crankcase half with pistons (less rings) and cylinders in place. B. Rotate flywheel through one full revolution and check for rod to crankcase and cylinder spigot contact on both the front and rear of each cylinder. C. File or grind crankcase or cylinder spigot as needed to achieve .060″ clearance. Do not remove morematerial than needed. D. Repeat for left crankcase half. NOTE: Whenever clearancing is performed in any of these areas, do not remove any material from the connecting rods as clearancing on the rods may unnecessarily weaken them. Make adjustments to the point of contact on the mainshaft nut, flywheel rim, crankcase, cylinder spigot, etc. Connecting rods weakened by clearancing may fail causing serious engine damage.

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