Harley-Davidson BAKER COMPENSATING SPROCKET INSTALLATION INSTRUCTIONS

0

Filed Under (Harley Davidson) by admin on 19-04-2012

download
1) Remove the primary chain case cover. Refer to your Factory Service Manual for this procedure. 2) Remove the compensating sprocket nut with a 1-1/2″ socket. A ½” impact gun is best for this task. *) Remove the 1-3/16″ clutch nut. This is a left handed nut so loosen it by turning it in the clockwise direction (as viewed from the left side of the motorcycle). 4) With one hand on the compensating sprocket and one on the clutch assembly, remove the primary drive assembly (compensating sprocket, primary chain, tensioner assembly, and clutch as shown in figure a and set it on a clean surface. 5) Flip the adjuster shoe bracket on the chain tensioner assembly. figure b shows the stock orientation of the adjuster show and bracket. Figure C shows the adjuster show bracket flipped 180°. To flip the shoe bracket, remove the two ¼-28×2 bolts that hold the bracket assembly together. This will allow you to separate the chain tensioner assembly components from the primary chain. Flip the bracket around as shown in figure c . PAGE 4 Figure B Figure A BAKER COMPENSATING SPROCKET INSTALLATION INSTRUCTIONS 6) install the new compensating sprocket, chain, and clutch onto the motor sprocket shaft and the transmission input shaft. The flipped chain tensioner assembly (as shown in figure c ) is not ‘captured’ on the primary chain like the stock configuration. Loosely install the chain tensioner assembly onto the anchor plate bolt. Tighten the compensating sprocket nut to 157+ 7 ft-lbs and the clutch hub nut to 75+ 5 ft-lbs using red Loctite on the threads.

Incoming search terms:

HARLEY DAVIDSON 45-AMP. UPGRADE ALTERNATOR ROTOR KIT INSTALLATION MANUAL

0

Filed Under (Harley Davidson) by admin on 15-03-2011

download
This 45-amp Rotor Kit is designed for installation on 1999 and later FLHT, FLHTC, FLHR, FLHRI, FLHRCI and FLTR Model Motorcycles. Existing Rotor Removal 1. Remove seat and disconnect battery terminals, negative cable first. 2. Follow instructions in applicable Service Manual and remove the primary chaincase cover. Remove the clutch, primary chain, compensating sprocket and shaft extension as a single assembly. 3. Remove the alternator rotor spacer, if present. Installation The laminated high-output rotor in this kit contains magnets that are considerably more powerful than those used in most previous rotors. The ROTOR REMOVER/INSTALLER and SHAFT PROTECTOR SLEEVE (HD-41771) must be used to prevent parts damage during rotor removal and installation. 1. See Figure 1. Verify threads are clean and thread the Shaft Protector and Rotor Remover/Installer, if removed. NOTE The Shaft Protector Sleeve not only protects the threads from the splines of the rotor, but acts as a guide to ensure that the rotor is properly centered. 2. Turn thumbscrews of Rotor Remover/Installer into threaded holes in rotor face. CAUTION 1 WARNING 1 WARNING 1 WARNING Kit Number 29999-97B Figure 1. Install Shaft Protector and Rotor Installer Engine Sprocket Shaft 1. Make Sure Threads are Clean 2. Install shaft protector sleeve. Shaft protector sleeve 3. Install Rotor Remover/Installer i04153 Handle Thumbscrew Forcing screw . Center ball on forcing screw in recess at end of engine sprocket shaft. Rotate the handle of the tool in a counterclockwise direction to ease rotor into position over stator. 4. Loosen thumbscrews and remove Rotor Remover/Installer. Remove Shaft Protector Sleeve. 5. Install the shaft extension on engine sprocket shaft. No alternator rotor spacer is necessary). 6. Follow instructions in applicable Service Manual and install the clutch assembly, primary chain and shaft extension as a single assembly. 7. Apply two drops of Red LOCTITE®262 to threads of clutch nut and engine sprocket nut. Tighten nuts as fol- lows: Clutch nut- (left hand threads), 70-80 ft-lbs (94.9-105.5 Nm) Engine sprocket nut- 150-165 ft-lbs (203-223 Nm). 8. Follow instructions in Service Manual and install the Primary Chaincase Cover using new gasket from kit, if necessary.

Incoming search terms:

POLINI X1 GENERAL INFORMATION AND SPECIFICATIONS

0

Filed Under (Polini) by admin on 02-12-2010

download
Air cleaner – Clean and reoil daily or after each moto to prevent motor failure and reduced performance. Transmission oil – change after every race, or at end of riding day. Chain – check tension and lubricate before every ride, adjust or replace as needed. Reoil after riding in damp conditions. Clutch – disassemble and clean clutch assembly frequently, every 2-3 races at least. Inspect kickstarter gears at this time. Ignition cover – remove cover and wipe dry after each ride or after washing bike to remove condensation. Piston rings – replace as often as every 3-5 races with expert rider, less often with less aggressive riders. Piston, pin, rod bearing & circlips – replace as often as every 8-10 races with expert rider, less often with less aggressive riders. Coolant – change yearly, make sure there is at least a 50/50 mixture of antifreeze if freezing temperatures are possible. Steering bearings – Check daily for looseness or play. Adjust and regrease as needed. Swingarm – Check often for looseness. Regrease several times a year. Replace bushings if any play is evident. Sprockets – check for worn or curved teeth each time chain is adjusted. Chain roller& wear pads – check roller for free rotation when checking chain. Make sure roller is not bent or damaged. Check chain wear strips on swingarm and chain guide frequently. Replace as needed to prevent chain from damaging motorcycle. Spokes – Check after each race or after each day of riding for looseness or damage. Wheels & tires – check wheels after each race for dents, cracks or other damage. Check tires for cuts, damage or wear. Check tire pressure daily and adjust for riding conditions. Shock – Check shaft area daily for signs of oil leakage or damage. Check swingarm and shock bushings for looseness. Forks – Check forks daily for leaking oil or damage to tubes. Make sure forks are not twisted check for smooth operation. Spark plug – check sparkplug color and condition after each race or end of riding day. Adjust jetting to keep plug from fouling or overheating. Silencer – If bike seems to be getting louder, replace packing and decarbonize inner tube. Expansion pipe – check daily for large dents, damage or leakage. Remove carbon from headpipe when pipe is removed. Have large dents fixed, or any dents within 8″ of the cylinder. Replace o-rings on pipe as needed to maintain a good seal. Footpegs – check daily for proper operation, pegs should spring back into place. Make sure pegs are not bent or overly dull. Handlebars – check bars after any crash for bending. Look for cracks near bar clamps. Replace bars that have been straightened more than 2 or three times, or if bar is badly bent. Aweakened bar can snap suddenly causing injury to rider. Throttle – check throttle for proper operation each time before bike is started. Remove and clean inside of grip and bar as needed. Grips – check grips daily for wear or looseness. Replace as needed. Use grip glue & safety wire to help hold grips in position. Calipers & pads – check pad wear and caliper function daily or after each race. Replace pads and clean calipers as needed. Brake lever – check lever daily for damage or wear. Make sure lever is at proper angle for both seated and standing positions. Leave lever clamp loose enough to allow clamp to rotate during crash rather than breaking lever. Check and adjust freeplay as needed. Brake pedal – Check pedal daily for damage and proper freeplay. Adjust rear caliper as needed. Reeds – Remove and inspect reed block during every ring change. Check reeds for signs of wear, fraying and cracking. Make sure reeds sit flat and seal well. Replace at any sign of wear or damage or at least once a year, more often for expert riders. Nuts & bolts – Check all nuts and bolts regularly. Make sure to check engine mounting bolts and swingarm bolt frequently

Incoming search terms:

COMPUFIRE 1084 GEAR SETS INSTALLATION INSTRUCTIONS

0

Filed Under (Tips and Review) by admin on 26-11-2010

download
1. Remove the seat and disconnect the cables at the battery. Remove the ground cable first and then the positive (+) cable. 2. Drain the oil in the outer primary case and remove the outer primary cover following instructions in the Factory Shop manual. 3. Bend the tab on the jackshaft bolt away from the bolt head. Remove the starter pinion gear with the jackshaft bolt, lock plate and washer. 4. Remove the clutch assembly using the procedure found in the Factory Shop manual. 5. Remove the original equipment ring gear from the clutch basket by drilling out the rivets with a 5/16-inch drill bit. Drill through the rivet head and tap the ring gear off the clutch basket using a hammer. 6. Drill out the six holes in the clutch basket with the 5/16-inch drill bit. RING AND STARTER PINION GEAR INSTALLATION 1. Attach the new 84-tooth ring gear to the clutch basket using the six 5/16×24 socket head cap screws supplied. NOTE… The bevel side of the ring gear (identified by the three dots) faces away from the starter motor. Torque the socket head cap screws to 29 ft lbs. 2. Assemble and install the primary drive assembly following the instructions in the factory Shop manual. 3. Install the new 10-tooth pinion gear with the jackshaft bolt, lock plate and thrust washer. Torque the jackshaft bolt to 7 – 9 ft lbs. Bend the lock tab on the lock plate against a flat on the jackshaft bolt head. 4. Measure and adjust the air gap between the ring gear and the pinion gear. See Fig-1 . The correct gap is .075 – .125 inch. If the gap is larger than .125 inch, use the supplied shim washers inside the jackshaft coupler. See Fig-2 . If the air gap is smaller than .075 inch, the jackshaft must be shortened by removing material from the splined end of the shaft. See Fig-3 . 5. Install the outer primary cover following instructions in the Factory Shop manual and refill the primary case with the proper amount of primary oil. 6. Re-install the battery cables in the reverse order they were removed. Re-install the seat

Incoming search terms:

BMW K 1300 S, K 1300 R and K 1300 GT SPECIFICATION

0

Filed Under (BMW) by admin on 17-11-2010

download
The K 1300 S with 175 hp, the K 1300 R with 173 hp and the K 1300 GT with 160 hp. The new K bikes feature updated transmission and clutch assembly, plus smoother engine performance and new switchgear. Von Kuenheim continues: “By raising capacity to 1300 cc, our engineers have not only increased output but also torque on all three models. At the same time the driveline was intensively revised from air/fuel mixture formation right through to the exhaust system. In this way we have been able to optimize partial load behavior as well as throttle response. Now the clutch can be operated with even less effort and with greater refinement. Shifting has been improved tangibly due to constructional changes to the gearbox and drive.” BMW is introducing new options for the 2009 as well. The popular Electronic Suspension Adjustment that first appeared on the 2005 K 1200 S has now been updated with even more on-the-fly adjustability and it’s called ESA II. Also new is the quick-shifter option, racing-style gear shift assistant, borrowed from BMW’s race-ready HP2 Sport. Automatic Stability Control (ASC) is also offered as an option on the new K bikes. “Both the K 1300 S and also the R will also have the shift assistant – familiar from the HP2 Sport – available as an option for the first time,” von Kuenheim emphasized. “We have also advanced the chassis. The new lower longitudinal strut is now made of aluminum and is thus considerably lighter. This makes the front wheel guidance response even more sensitive. The result of this comprehensive development work is superior handling, improved rideability and lower fuel consumption. The electronically adjustable suspension – called ESA in short – was launched as a world first on the K 1200 S. Now we are presenting the new, well-proven ESA II as an option for the K Series. Apart from the suspension and damping this unique system also allows the spring rate to be adjusted at the press of a button. The K Series model revision also heralds a new and innovative generation of switches and controls.

Incoming search terms:

YAMAHA YZF-R1 engine TechnicaL Specification

0

Filed Under (Yamaha) by admin on 13-11-2010

download
The 2006 model runs with the same 998 cc liquid-cooled 4-stroke DOHC 4-cylinder 5-valve layout featuring a 77 x 53.6 mm bore and stroke and 12.4:1 compression ratio. Equipped with a 3-axis transmission, fuel injection and 40 degree forward slanted cylinders, this ultra-compact powerplant is one of the most highly respected supersport engines of all time. Yamaha’s engineers have conducted a thorough examination of the R1′s intake and exhaust efficiency, and for 2006 a range of detailed changes in this area have achieved a 3 Hp increase in power at 12,500 rpm without direct air induction. One of the most significant changes is the use of shorter intake valve guides for 2006. Measuring 27.5 mm, these new guides are 5 mm shorter than the 2005 model, and this 15% reduction in length increases engine efficiency by increasing intake air flow, and reducing frictional power losses. To match the new intake valve guides, the 2006 model also features smoother intake ports. Furthermore, the clutch boss has been modified to increase the oil flow to the clutch assembly. other detail changes The design of the compact cam chain tensioner has been revised, and now features a different sealing system for improved durability. The overall length of the main gear axle is increased by 5 mm, and the engine cover is modified accordingly. engine TechnicaL highLighTS n 998 cc liquid-cooled 4-stroke DOHC 4-cylinder 5-valve n 3 hp power increase to 175 Hp @ 12,500 rpm* n 40 degree forward incline cylinder n Fuel injection n Ultra compact 3-axis transmission n 77 x 53.6 mm bore and stroke n 12.4:1 compression ratio n New smoother intake port design n New shorter intake valve guides n Higher intake and exhaust efficiency n Modified cam chain tensioner n Redesigned clutch boss * Without direct air induction
chaSSiS The R1′s Deltabox V chassis has been developed with the benefit of ongoing structural analysis and repeated testing, all the time using input from our highly successful MotoGp race programme. For 2006 the R1′s class-leading aluminium Deltabox V frame remains externally similar to the existing model, but beneath the skin some subtle yet significant changes have taken place

Incoming search terms:

Cobra Motorcycle Z-Ball Clutch Installation Manual

0

Filed Under (Cobra) by admin on 10-11-2010

download
1. Vehicle preparation a. Shut off the fuel flow to the carburetor at the fuel petcock b. Tilt / rotate the quad over on it’s side so that the clutch cover is up for easy access. 2. Disassemble the old clutch a. Using a 10mm wrench remove the four bolts holding the clutch slave cylinder to the clutch cap. b. You can now remove the entire clutch lever / master cylinder, line and slave from the vehicle, although it would be easier to do at a later time when the vehicle is back resting with four wheels on the ground. c. Using a medium flat blade screwdriver, remove the clutch cap retaining ring and pull off the clutch cap. d. Place the throw out bearing and push rod aside as they will be needed later. e. Using a 4mm hex key, remove the six bolts holding the spring plate and springs. The spring plate will be required for auto clutch installation. f. With a 6mm hex key remove the clutch center bolt, and remove the entire clutch assembly and washers, leaving only the basket in place. The pressure plate (hub) will be required for auto clutch installation. 3. Clutch cover removal to replace thrust washer & eliminate oil shield a. Remove the water pump impeller cover (four socket head cap screws with 4mm hex key). b. Remove the water pump impeller (4mm hex key with piston stop or use an impact driver) c. Remove the kick lever (10mm wrench) d. Remove the clutch cover (5mm hex key)

Kawasaki KLR 650 Hydraulic Clutch Installation Manual

0

Filed Under (Yamaha) by admin on 08-11-2010

download
Now, the clutch safety interlock switch. The picture above shows the safety switch contacts. Once you removed the 2 screws holding it to the stock lever, you will need to cut the copper plate on the switch. There are 3 wires: Green, Black with yellow and Blue. You do not use the green wire. You will need to attach the supplied terminals to the remaining wires and slip the supplied rubber boot over them as you attach them to the hydraulic clutch lever. In the photos, the boot is installed and also removed, and with my finger, I am pointing to its location. I did not bother to install the clutch interlock switch and removed the wiring harness completely, but unplugging it from the connector behind the instrument panel. Next, you must remove the clutch cable from the lever in order to pass the cable under the steering head he picture above shows the attachment at the clutch actuator Once the clutch cable is removed from the lever, remove the bolt holding it at on the engine case and disconnect the clutch cable from the pivot. The easiest way to do this is to pull out the clutch pivot assembly and the long “spike” out of the clutch plate hole. (It only goes back in one way, so you can’t mess it up.) he picture above shows that the routing is the same as the original clutch cable. With the hydraulic clutch assembly, pass the stainless steel braided line to the clutch “pivot” point at the engine casing. Attach the clutch cable to the “pivot” while it is removed from the engine, then insert the “spike” into the clutch plates hole (it can only go in one way).

Incoming search terms: