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Yamaha XVS 650AN Supplementary Service Manual

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Filed Under (Yamaha) by admin on 15-12-2010

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MAINTENANCE SPECIFICATIONS 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) -4- MAINTENANCE SPECIFICATIONS SPEC ELECTRICAL Item Standard Limit T.C.I.: Pickup coil resistance/color T.C.I. unit model/manufacturer 182 222 Ω at 20C (68F)/Gray – Black J4T088/MITSUBISHI (U.S.A) J4T128/MITSUBISHI (CAL) Ignition coil: Model /manufacturer Minimum spark gap Primary winding resistance Secondary winding resistance F6T541/MITSUBISHI 6 mm (0.24 in) 3.6 4.8 Ω at 20C (68F) 10.7 14.5 kΩ at 20C (68F) Voltage regulator: Type Model /manufacturer No load regulated voltage Semi-conductor, short-circuit type SH650C-11/SHINDENGEN 14.1 14.9 V Rectifier: Model /manufacturer Capacity Withstand voltage SH650C-11/SHINDENGEN 18 A 200 V Electric starter system: Type Starter motor: Model /manufacturer I.D. number Output Brush overall length Commutator diameter Mica undercut Starter relay: Model /manufacturer Amperage rating Constant mesh type SM-13/MITSUBA SM-13 0.7 kW 10 mm (0.39 in) 28 mm (1.10 in) 0.7 mm (0.08 in) MS-5F-441/JIDECO 180 A 4 mm (0.16 in) 27 mm (1.06 in) Flasher relay: Type Model /manufacturer Self cancelling device Flasher frequency Wattage Semi transistor type FB257H/DENSO Yes 75 95 cycle/min 27 W 2 + 3.4 W Fuel pump relay: Model /manufacturer G8R-30Y-Q/OMRON

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The New Kawasaki ZX-6R Trading in gets easier and easier

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Filed Under (Kawasaki) by admin on 18-02-2011

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didn’t go to my local Kawasaki shop expecting to trade in the 2004 636 I’d been happily riding. I honestly didn’t expect there to be anything on the floor that would motivate me to bring the bike in. Some of you reading this may be able to relate to what I am saying, the day you don’t look for something is the day that you find exactly what you didn’t know you need. That was the day I decided I needed to take home the new ZX-6R. The reworking of the new ZX-6R is more than just about looking good. According to KMC the engine has been redesigned from the crankcase up for the first time in ten years. Racing technology built into the new bike is a close-ratio cassette transmission that can be removed without the needing to split the main crankcases in case you needed to make repairs or adjustments at the track. They also tell us that the fuel injection system has shorter throttle bodies with a smaller diameter bore which claim to give this new smaller sized engine more torque in the mid-range. It also comes with a GPS – Gear Position Sensor. The new ZX-6R comes stock with a slipper clutch which is one difference between the 2004 and 2007. My 2004′s rear wheel would hop if I geared down before a corner and my engine rpms were too high. The slipper clutch allows quicker downshifts. To experience the gains of a slipper clutch you don’t have to buy a 2007 Kawasaki – it was introduced to the 636 in 2005. A quick glance at the exhaust might leave the impression that the ZX-6R comes stock with stacked twin small diameter exhaust cans but if you look closely you will see it is a single oval pipe with a shotgun styled end cap. The titanium pipe has the pre-chamber and catalyser located below the engine to keep the weight on the bike low and centered and the temperature of the under seat silencer reduced. Looking at the new Kawasaki with its fairing removed, I wonder how much more it would have cost the consumer to have an exhaust system that not only works wonders but would be worth showing off? Even if some of the systems of the new 600 look better hidden by plastic the bike does have a cohesive look and every year the fit and finish of Kawasaki’s bikes seem to get better. You can look at this bike from almost any angle and nothing jumps out at you – unless you are on the right side of the bike looking at the rear brake reservoir. It seems odd to me that they would leave the rear brake reservoir exposed. Another design feature of the smooth body of the 2007 ZX-6R is the lack of tie down points for any luggage. It can be argued that this is a bike intended for Sunday morning canyon rides or track days on weekends but if you want to take the 600 out for a weekend away then there is aftermarket solution. Ventura Racks allow you go on vacation with your bike. A Ventura Rack provides you with a frame that you attach to your bike that you can secure luggage to. There is no drilling of body work and the Ventura rack I got fit onto the bike perfectly the first try. One of the things I really like about the Ventura Rack is that you can easily attach bags that you may already have or you have the option of buying the Ventura luggage system. Just give yourself time before a motorcycle trip to pack

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Kawasaki ZX-6R Trading in gets easier and easier

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Filed Under (Kawasaki) by admin on 30-11-2010

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I didn’t go to my local Kawasaki shop expecting to trade in the 2004 636 I’d been happily riding. I honestly didn’t expect there to be anything on the floor that would motivate me to bring the bike in. Some of you reading this may be able to relate to what I am saying, the day you don’t look for something is the day that you find exactly what you didn’t know you need. That was the day I decided I needed to take home the new ZX-6R. The reworking of the new ZX-6R is more than just about looking good. According to KMC the engine has been redesigned from the crankcase up for the first time in ten years. Racing technology built into the new bike is a close-ratio cassette transmission that can be removed without the needing to split the main crankcases in case you needed to make repairs or adjustments at the track. They also tell us that the fuel injection system has shorter throttle bodies with a smaller diameter bore which claim to give this new smaller sized engine more torque in the mid-range. It also comes with a GPS – Gear Position Sensor. The new ZX-6R comes stock with a slipper clutch which is one difference between the 2004 and 2007. My 2004′s rear wheel would hop if I geared down before a corner and my engine rpms were too high. The slipper clutch allows quicker downshifts. To experience the gains of a slipper clutch you don’t have to buy a 2007 Kawasaki – it was introduced to the 636 in 2005. A quick glance at the exhaust might leave the impression that the ZX-6R comes stock with stacked twin small diameter exhaust cans but if you look closely you will see it is a single oval pipe with a shotgun styled end cap. The titanium pipe has the pre-chamber and catalyser located below the engine to keep the weight on the bike low and centered and the temperature of the under seat silencer reduced. Looking at the new Kawasaki with its fairing

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HARLEY-DAVIDSON Starter Relay Location Guide

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Filed Under (Harley Davidson) by admin on 18-04-2012

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Touring 1998 – 2007 Additional Notes: Relay Location: Under Seat in rubber Boot Battery Connection: Under Seat,Visiable Installation Notes: No Access Issues Factory Relay Type: FULL SIZE Factory Relay Part #: 31504-91A Connection Type: Ground Lug to Battery + Terminial System Relay Replacement: R-S-1 Circuit: Cold C Copywrite 2005 Identity Inv. LLC As of: 11.05 ***2004 – 2007 FLHR series bikes & 2007 FLHX require additional Adaptor AD-1 & DGD-1. Start Relay is in Power Distribution box. Replaces H-D Relay part# 31579-04 Softails 2000 – 2007 Additional Notes: 2000 is when the Softails changed to Twin Cams. Relay Location: Under Seat in covered Power Distribution Box. Battery Connection: Under Seat,Visiable Installation Notes: No Access Issues Factory Relay Type: 1/2 SIZE Factory Relay Part #: 31522-00B Connection Type: Ground Lug to Battery + Terminial System Relay Replacement: R-S-3 Circuit: Cold C Copywrite 2005 Identity Inv. LLC As of: 11.05 Softails 1996 – 1999 Additional Notes: Relay Location: Under Seat in covered Power Distribution Box. Battery Connection: Under Seat,Visiable Installation Notes: No Access Issues Factory Relay Type: FULL SIZE Factory Relay Part #: 31504-91A Connection Type: Ground Lug to Battery + Terminial System Relay Replacement: R-S-1 Circuit: Cold C Copywrite 2005 Identity Inv. LLC As of: 11.05
Dyna 2007 Additional Notes: Relay Location: Under Side Panel Cover. Battery Connection: Replace Batt 15A Fuse with Supplied Fuse Holder Installation Notes: No Access Issues Factory Relay Type: 1/2 SIZE Factory Relay Part #: 31522-00B Connection Type: Tap 12v Fuse (Batt 15A) System Relay Replacement: R-S-3 Circuit: Cold C Copywrite 2005 Identity Inv. LLC As of: 11.05 Dyna 2000 – 2005 Additional Notes: Relay Location: Under Side Panel Cover. Battery Connection: Battery connection is made direct to Battery Buss to right of Relay * see Pic3 Installation Notes: Remove Outer Cover, then Remove 4 bolts holding secondary protector plate in place. Relay is on the upper left. Factory Relay Type: 1/2 SIZE Factory Relay Part #: 31522-00B Connection Type: Ground Lug to Battery Buss + Terminial System Relay Replacement: R-S-3 Circuit: Cold C Copywrite 2005 Identity Inv. LLC As of: 11.05 Pic3 Sportster 2004-2007

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1996 YAMAHA TDM 850 SERVICE MANUAL

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Filed Under (Yamaha) by admin on 20-11-2010

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Model: TDM850 Model code: 4TX2 5AR1 (CH,A) Dimensions: Overall length Overall width Overall height Seat height Wheelbase Minimum ground clearance Minimum turning radius 2,200 mm 790 mm 1,285 mm 805 mm 1,475 mm 165 mm 2,900 mm Radiator: Radiator capacity (including all routes) 1.7 L Tire: Type Size front rear Manufacturer front rear Type front rear Tubeless 110/80 ZR18 150/70 ZR17 BRIDGESTONE*/PIRELLI/MICHELIN BRIDGESTONE*/PIRELLI/MICHELIN BT54F/MTR03/MACADAM 90X BT54R/MTR04/MACADAM 90X *In Austria and Switzerland only Bridgestone tires are equipped on this mode. MAINTENANCE SPECIFICATIONS SPEC ELECTRICAL Item Standard Limit Voltage: 12 V Ignition system: Ignition timing (B.T.D.C.) Advancer type 10 at 1,150 r/min TPS and electrical type Voltage regulator: Type Model /manufacturer No load regulated voltage Semi conductor-short circuit type SH650A-12/SHINDENGEN 14.1 14.9 V Electric fan: Model /manufacturer NAAF20/NIPPONDEN SO CARBURETION CARBURETOR FUEL LEVEL ADJUSTMENT 1. Measure: Fuel level a Fuel level: 15.8 16.8 mm (below the MIKUNI mark) Out of specification Adjust. Adjust the float level by slightly bending the float tang 1. Fuel level measurement and adjustment steps: Place the motorcycle on a level surface. Use a garage jack under the engine to ensure that the carburetors are positioned vertically. Connect the fuel level gauge 2 to the drain pipe. MAINTENANCE SPECIFICATIONS SPEC ELECTRICAL Item Standard Limit Voltage: 12 V Ignition system: Ignition timing (B.T.D.C.) Advancer type 10 at 1,150 r/min TPS and electrical type Voltage regulator: Type Model /manufacturer No load regulated voltage Semi conductor-short circuit type SH650A-12/SHINDENGEN 14.1 14.9 V Electric fan: Model /manufacturer NAAF20/NIPPONDEN SO

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Air Shammy Model G220/ G220X/ G220XP Owners and Operations Manual

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Filed Under (Tips and Review) by admin on 24-11-2010

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NOTE: This step is now performed at Air Shammy. 1. Slip clamp over rubber adapter on blower body. 2. Slip Adapter into the rubber adapter till it bottoms out. 3. Tighten clamp to secure Adapter to blower body. Figure 2 Slip hose over blower adapter Press fit end of hose over the adapter. Fit should be very snug. Figure 3 Slip hose over nozzle. Fit should be snug. On G220XP models, this is where the extension tube can be used. Slide hose over extension tube and slide nozzle into other end of tube. Air Shammy is manufactured by Carelli, LLC. Carelli, LLC warrants this product to be free from defects in material and workmanship for a period of one (1) year from date of purchase. If a product proves to be defective in material or workmanship during the warranty period, Carelli, LLC will, at its sole option repair or replace the product. Warranty is voided if product is used for commercial purposes. Carelli, LLC’s liability is limited to the cost of repair or replacement of the product and shall not be liable for damage to other property caused by defects in the product or any other damages whether incidental, consequential or otherwise.

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Kawasaki 650/360 Prairie Lift Kit Installation and removal Instructions

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Filed Under (Kawasaki) by admin on 25-10-2010

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1) Place jack under center of ATV front end and lift until front wheels clear the ground. Be careful to support ATV properly so that it is securely supported but so that A-arms and shocks can droop to full extension. 2) Remove front wheels. 3) Remove or loosen front plastic. 4) Remove C-clip and nut at the top of the strut. 5) Screw bracket “A” on top of strut to the same torque specifications as the nut. 6) Place the top adapter “A” through the top of the strut mount, and screw the original nut on the top of bracket “A” securing it to the strut mount. Tighten this nut to the required manufacturer specifications and replace the factory C-clip. 7) Repeat the procedure for the other side. 8) Install the wheels, torque wheel lug nuts to manufacturer’s specifications, lower and remove jack. Check for clearance problems or misalignment. Rear Lift 1) Place jack under ATV at the rear of the bottom skid plate and lift until the weight is off of the suspension. Be careful to secure the ATV properly so as not to fall off the jack. 2) Remove the bottom of the shock from the shock mount on the axle. 3) After removing the shock, jack the ATV up 1″-2″ further. 4) Place Bracket “B” between the shock and shock mount with the notched out ends facing downward. Insert stock bolt to secure bracket “B” to the shock mount and the shock. Fasten nut. 5) Insert the new 12x75mm Bolt to the top of bracket “B” and the shock eyelet and secure with a new 12mm nut. 6) Tighten all nuts and bolts to manufacturer’s torque specifications. 7) Install the wheels, torque wheel lug nuts to manufacturer’s specifications, lower and remove jack. Check for clearance problems or misalignment.

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2009 APRILIA RS125 TECHNICAL SPECIFICATIONS

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Filed Under (Aprilia) by admin on 06-11-2010

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1. MACHINES Aprilia RS 125 production models, as produced from 01-11-05 and available in the UK via IN Competition from 01-01-06. (any parts exclusive to the older models including the pre-1999 SP model are not permitted to be used on machines in this series). The only eligible models are designated as Euro 2 & Euro 3 New machines are supplied with race kits included through: IN Competition Unit 1 New Lane Burscough Lancs 2. DISPLACEMENT CAPACITY The displacement must remain at 124.9cc and the bore and stroke (54 x 54.5) must remain as originally produced. 3. MINIMUM WEIGHT The minimum weight at post race control must not be less than 102kg , this includes oil and water but excludes fuel. At any time during the event, the weight of the whole machine (including the tank) must not be less than the minimum weight, with a tolerance of 1kg. 4. NUMBER PLATE COLOURS The background colours and figures for Aprilia Superteens are: FRONT RED background with WHITE numbers – Nitro Newcomers Class BLACK background with WHITE numbers – Aprilia Championship Class REAR BLACK background with WHITE numbers – Both Classes Placed in accordance with the ACU regulations. 5. CARBURATION INSTRUMENTS Carburation instruments must remain as homologated. Carburettor jets and needles may be replaced. No modification, polishing or cutting is allowed. Only the 28mm bodied standard carburettor is permitted. Electronic or mechanical enriching devices must remain installed and active (If the carburettor is changed from one model to another, the appropriate wiring loom must also be installed and be operative). Bell mouths must be as originally produced by the manufacturer for the homologated machine. Throttle must be standard, quick action throttles are not permitted.
6. FUEL All machines must function on normal unleaded fuel with a maximum lead content of 0.005 g/l (unleaded) and a maximum MON of 90 (RON 102 max) and be readily available from roadside service stations nationwide. E85 Bio Fuel is also permitted when purchased from normal roadside outlets. 7. FRAME BODY AND REAR SUBFRAME Frame must remain as originally produced by the manufacturer and may not be painted. The sides of the frame body may be covered by a protective part made of composite material of the original frame colour. Nothing can be added by welding or removed by machining from the frame body. Engine mounting brackets or plates must remain as originally produced by the manufacturer. Bolt on accessories to the rear sub-frame may be removed. 8. FRONT FORKS Forks structure (spindle, stanchions, bridges, stem etc) must remain as originally produced by the manufacturer. Standard original internal parts of the forks may be modified. After market damper kits or valves may be installed. The fork caps can be modified or changed to add spring preload/compression and damping adjusters. Dust seals can be modified, changed or removed providing the fork remains totally oil sealed. Any quantity or quality of oil can be used in the front forks. The height and position of the front fork in relation to the fork crowns is free. A steering damper may be added but may not act as a steering lock device. 9. REAR FORK (Swing Arm)

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2008 APRILIA RS125 TECHNICAL SPECIFICATIONS

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Filed Under (Aprilia) by admin on 06-11-2010

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specified in the ACU regulations. The appearance from both front, rear and profile of machines must (except when otherwise stated) conform to the homologated shape. The appearance of the exhaust system is excluded from this rule. 2. DISPLACEMENT CAPACITY The displacement must remain at 124.9cc and the bore and stroke (54 x 54.5) must remain as originally produced. 3. MINIMUM WEIGHT The minimum weight at post race control must not be less than 102kg , this includes oil and water but excludes fuel. At any time during the event, the weight of the whole machine (including the tank) must not be less than the minimum weight, with a tolerance of 1kg. 4. NUMBER PLATE COLOURS The background colours and figures for Aprilia Superteens are: FRONT Red background with white numbers – Nitro Newcomers Class White background with black numbers – J&S Championship Class REAR White background with black numbers – Both Classes Placed in accordance with the ACU regulations. 5. CARBURATION INSTRUMENTS Carburation instruments must remain as homologated. Carburettor jets and needles may be replaced. No modification, polishing or cutting is allowed. Only the 28mm bodied standard carburettor is permitted. Electronic or mechanical enriching devices must remain installed and active (If the carburettor is changed from one model to another, the appropriate wiring loom must also be installed and be operative). Bell mouths must be as originally produced by the manufacturer for the homologated machine. Throttle must be standard, quick action throttles are not permitted.
6. FUEL All machines must function on normal unleaded fuel with a maximum lead content of 0.005 g/l (unleaded) and a maximum MON of 90 (RON 102 max) and be readily available from roadside service stations nationwide. 7. FRAME BODY AND REAR SUBFRAME Frame must remain as originally produced by the manufacturer. The sides of the frame body may be covered by a protective part made of composite material. Nothing can be added by welding or removed by machining from the frame body. Engine mounting brackets or plates must remain as originally produced by the manufacturer. Rear sub-frame may be replaced by the later type sub-frame to accept new style bodywork on pre-2006 models, this unit must use the original mounting points. Bolt on accessories to the rear sub-frame may be removed. Front fairing bracket may be altered or replaced on pre-2006 models to accept later bodywork. 8. FRONT FORKS Forks structure (spindle, stanchions, bridges, stem etc) must remain as originally produced by the manufacturer. Standard original internal parts of the forks may be modified. After market damper kits or valves may be installed. The fork caps can be modified or changed to add spring preload/compression and damping adjusters. Dust seals can be modified, changed or removed providing the fork remains totally oil sealed. Any quantity or quality of oil can be used in the front forks. The height and position of the front fork in relation to the fork crowns is free. A steering damper may be added but may not act as a steering lock device. 9. REAR FORK (Swing Arm) Every part of the rear fork must remain as originally produced (including rear fork pivot bolt and rear axle adjuster). Rear wheel stand positioning (support) brackets may be added by welding or bolts. Brackets must have rounded edges viewed from all sides. Fastening screws must be recessed. 10. REAR SUSPENSION UNIT

MACHINE SPECIFICATION FOR 115cc (UNDERBONE) (4-stroke horizontal layout engine)

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Filed Under (Tips and Review) by admin on 12-12-2010

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(This is for clarification only. Other parts not listed in Art. 2.5 & 2.6 can be altered or replaced. Change of specification means modification, changes or removal of the parts.) 2.6.1 Change of compression ratio is allowed. 2.6.2 Setting of carburetor, attachment or size change of air funnel. 2.6.3 Inlet opening of fuel tank for fuel charge may be modified but cannot be relocated. 2.6.4 Change of fuel pipe and fuel cork. 2.6.5 Change of exhaust pipe and muffler, but must have silencer. 2.6.6 Material of clutch discs and specifications of spring. Hand clutch is allowed. 2.6.7 Gear ratios are free. 2.6.8 Starting device and parts relative to this device may be removed. 2.6.9 Modification or removal of air cleaner box, wire harness and control wires. 2.6.10 Removal of speedometer (including meter gearbox and cable.) 2.6.11 Removal of drive chain case and cover. Change of drive chain is allowed. 2.6.12 Change of final gear ratio is allowed. 2.6.13 Attachment of bead stopper and balance weight to tyre. 2.6.14 Modification and change of rear brake part is allowed. 2.6.15 Frame body may be strengthened. 2.6.16 Modification and change to brackets and pedals including footrest. 2.6.17 Front suspension unit must remain as originally produced by the manufacturer. However, the following internal parts of the fork can be modified: Shims, hydraulic piston, oil passages, springs and spacers. 2.6.18 Attachment of stabilizer to strengthen or reinforcing rear swing arm is allowed. 2.6.19 Removal of dust seals. 2.6.20 Rear suspension unit must remain as originally produced by the manufacturer. However rear suspension unit is free. The rear linkage must remain as originally produced by the manufacturer. 2.6.21 Handle bars, clutch and front brake lever may be changed by an after market copy. Clutch springs may be changed. 2.6.22 Steering dampers may be fitted. They must not act in any way as a steering lock limiting device. 2.6.23 Materials of streamlining and material of seat cowling. (However, expensive materials such as carbon fibre and kevlar are not allowed). 2.6.24 Removal of rear mudguard and side cover. Front mudguard may be cut but not less than 6 inches from the front fork on original part. 2.6.25 All lubricants are free 2.6.26 Adjusting and polishing any parts are allowed. Adjusting is defined as : “To select each part or assembly complete with-in the limit of single or total tolerance” (i.e. that of valve clearance, ignition timing etc.) 2.6.27 Cutting unnecessary stays is

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