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Vespa GTS Super Specification

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Filed Under (Vespa) by admin on 11-11-2010

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Gts super 300 ie Gts super 125 ie s 125cc s 50cc Gts 250 ie Gts 125cc LX 125cc LX 50cc 2 stroke Engine Single-cylinder, catalised, QUASAR 4 stroke, 4 valve electronic injection Single-cylinder LEADER 4 stroke with electronic injection Single-cylinder LEADER 4 stroke Single-cylinder HI-PER 2 stroke Single-cylinder, catalised, QUASAR 4 stroke, 4 valve electronic injection Single-cylinder, catalised, LEADER 4 stroke, 4 valve Single-cylinder LEADER 4 stroke Single-cylinder HI-PER 2 stroke Capacity 278cc 124cc 124cc 50cc 249cc 124cc 124cc 49cc Power 16.4 kW / 7500 rpm 10.5 Kw / 9500 rpm 7.65 Kw / 8250 rpm 3.2 Kw / 7500 rpm 15.7 Kw / 8500 rpm 7.65 Kw / 8250 rpm 7.65 Kw / 8250 rpm 2.5 Kw / 8500 rpm Max Torque 22Nm / 6500 rpm 12 Nm / 8000rpm 9.6 Nm / 7250 rpm 4.4 Nm / 6500 rpm 20.1 Nm / 6500 rpm 9.6 Nm / 7250 rpm 9.6 Nm / 7250 rpm 3.3 Nm / 6500 rpm Cooling Liquid Liquid Forced Air Forced Air Liquid Liquid Forced Air Forced Air Starter Electric Electric Electric and kick starter Electric and kick starter Electric Electric Electric and kick starter Electric and kick starter Transmission Automatic twist and go Automatic twist and go Automatic twist and go Automatic twist and go Automatic twist and go Automatic twist and go Automatic twist and go Automatic twist and go Front Suspension Single arm, dual chamber hydraulic shock absorber with coaxial spring Single arm link with coil spring and double hydraulic shock absorber Single arm link with coil spring and double hydraulic shock absorber Single arm link with coil spring and double hydraulic shock absorber Single sided trailing link with hydraulic shock absorber Single sided trailing link with hydraulic shock absorber Single sided trailing link with hydraulic shock absorber Single sided trailing link with hydraulic shock absorber Rear Suspension Two dual effect shock absorbers with adjustable preload Coil spring and double hydraulic shock absorber Coil spring and double hydraulic shock absorber Coil spring and double hydraulic shock absorber Twin hydraulic shock absorbers with preload adjuster Twin hydraulic shock absorbers with preload adjuster Hydraulic shock absorbers with preload adjuster Hydraulic shock absorber Front Brake ø 220mm disc brake 220mm disc brake ø 200mm disc brake ø 200mm disc brake ø 220mm disc brake ø 220mm disc brake ø 200mm disc brake ø 200mm disc brake Rear Brake ø 220mm disc brake 220mm disc brake ø 110mm drum brake ø 110mm drum brake ø 220mm disc brake ø 220mm disc brake ø 110mm drum brake ø 110mm drum brake Front Tyre Tubeless 120/70-12″ Tubeless 120/70 – 12″ Tubeless 110/70 – 11″ Tubeless 110/70 – 11″ Tubeless 120/70-12″ Tubeless 120/70-12″ Tubeless 110/70 – 11″ Tubeless 110/70-11″ Rear Tyre Tubeless 130/70-12″ Tubeless 130/70 – 12″ Tubeless 120/70 – 10″ Tubeless 120/70 – 10″ Tubeless 130/70-12″ Tubeless 130/70-12″ Tubeless 120/70 – 10″ Tubeless 120/70-10″ Running weight 158kg 158kg 114kg 96kg 151kg 145kg 114kg 96kg Length/Width/Height 2230mm / 755mm / 1170mm 1930mm / 755mm / 1930mm 1770mm / 740mm / 1140mm 1755mm / 740mm / 1140mm 1930mm / 755mm / 1170 mm 1940mm / 755mm / 1180 mm 1770mm / 740mm / 1140mm 1755mm / 740mm / 1140mm Fuel Tank Capacity 9 litres 9 litres 8.5 litres 8.5 litres 9.2 litres 10 litres 8.5 litres 8.5 litres Emmissions Euro 3 Euro 3 Euro 3 Euro 2 Euro 3 Euro 3 Euro 3 Euro 2 Colours Rosso Dragon Nero Lucido Montebianco Rosso Dragon Nero Lucido Montebianco Taormina Nero Lucido Montebianco Taormina Nero Lucido Montebianco Marrone Terra Di Toscana Bronzo Perseo Nero Vulcano Blu Midnight

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AIR / HYDRAULIC MOTORCYCLE LIFT REMOVABLE INSPECTION PLATE

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Filed Under (Tips and Review) by admin on 19-11-2010

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For best service, you should incorporate an oiler, regulator, and inline filter, as shown in the diagram on the next page. Hoses, couplers, oilers, regulators, and filters are all available at Harbor Freight Tools. NOTE: If an automatic oiler is not used, put 3-5 drops of pneumatic Tool Oil (not included) in the Motorcycle Lift’s Quick Coupler (38A) before each use. (See Figure B, next page.) To Check The Level Of Hydraulic Oil: 1. The Motorcycle Lift already contains some hydraulic oil in its Hydraulic Pump Reservoir (32P). Even so, it is recommended that you check the oil level in the Reservoir and, if necessary, top off the Reservoir with the proper amount of 15/40 hydraulic oil (not included). (See Assy. Diagram, page 15.) 2. Make sure to screw the two Adjusting Screws clockwise enough to lift the two Caster Wheels (14) off the floor so as to provide stability for the Motorcycle Lift. (See Figure A.) 3. To check the level of hydraulic oil, remove the Sliding Plate (36) from the Platform (35) to expose the Hydraulic Pump Reservoir (32P). (See Assy. Diagrams, pages 13 and 15.) 4. Remove the rubber Filler Plug (33P) located on the top of the Reservoir (32P). If necessary, top off the Reservoir with hydraulic oil. (See Assy. Diagram, page 15.) 5. Connect the air compressor’s hose to the to the Air Motor assembly. Then turn on the air compressor and set its regulator at 120 PSI. (See Assy. Diagram, page 14.) 5. Insert the Lift Foot Pedal (11) onto the Pump Piston Spindle (9), and slowly pump the Lift Foot Pedal until a slight amount of hydraulic oil begins to leak out of the Reservoir (32P). Discontinue pumping the Lift Foot Pedal. Then, replace the Filler Plug (33P) on the top of the Reservoir. (See Assy. Diagram, page 15.) REGULATOR OILER FILTER TO QUICK COUPLER (38A) OF MOTORCYCLE LIFT FIGURE B 6. Insert the Release Foot Pedal (10) onto the Release Valve Spindle (5). Pump the Lift Foot Pedal (11) until the Platform (35) of the Motorcycle Lift reaches its maximum height. Then press down slightly on the Release Foot Pedal until the Platform is fully collapsed to the floor. Repeat this procedure several times to ensure the Motorcycle Lift is operating properly. (See Figure E, page 10.)

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Cobra Motorcycle and ATV Specifications CX65 CX50 Sr. (The King) CX50 Jr. ECX 70 ECX 50 ECX80AC

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Filed Under (Cobra) by admin on 14-11-2010

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Dry Weight 122 lbs 91 lbs 81 lbs 210 lbs 206 lbs 210 lbs Engine Cobra 65cc 2-stroke Cobra 50cc 2-stroke Cobra 50cc 2-stroke Cobra 70cc 2-stroke Cobra 50cc 2-stroke Cobra 80cc 2-stroke Bore x Stroke 44.5mm x 41.7mm 39mm x 41.7mm 39mm x 41.7mm 44.5mm x 44.7mm 39mm x 41.7mm 47.6 mm x 44.7mm Induction Case Reed V-Force® Reed Valve- 24mm Mikuni carb Case Reed Carbon Pedal 19mm carb Case Reed Carbon Pedal 14mm carb Case Reed V-Force® Reed Valve- 24mm Mikuni carb Case Reed Carbon Pedal 21mm carb Case Reed V-Force® Reed Valve- 24mm Mikuni carb Cooling Water cooled Cylinder and Case Water cooled Water cooled Water cooled Cylinder and Case Water cooled Water cooled Cylinder and Case Clutch Hydraulic ally actuated Cobra 3Gx 3-Shoe Cobra 3Gx 3-Shoe Hydraulic ally actuated – (auto option) Cobra 3Gx 3-Shoe Rekluse Z-ball auto-clutch Transmission Six-speed sequential Single-speed auto Single-speed auto Six-speed sequential Single-speed auto Six-speed sequential Exhaust Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Tuned pipe and silencer Lubrication Mixture lubrication Mixture lubrication Mixture lubrication Mixture lubrication Mixture lubrication Mixture lubrication Fuel Capacity 1.06 Gallons .85 Gallons .70 Gallons 1.9 Gallons 1.9 Gallons 1.9 Gallons Frame Twin Spar Oval HSLA Double Cradle 4130 ChrMo Steel Double Cradle 4130 ChrMo Steel Arens design twin spar Arens design twin spar Arens design twin spar Wheelbase 1140mm 990 mm 908 mm 1067mm (track 915mm) 1067mm (track 915mm) 1067mm (track 915mm) Seat Height 762mm 680 mm 607 mm 762 mm 737 mm 762mm Ground Clearance 250mm 240 mm 216 mm 205 mm 205 mm 205mm Front Brakes Hydraulic Disk (205mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Hydraulic Disk (160mm) Rear Brakes Hydraulic Disk (165mm) Hydraulic Disk (140mm) Adjustable Drum Hydraulic Disk (180mm) Hydraulic Disk (180mm) Hydraulic Disk (180mm) Front Suspension Marzocchi 35mm USD Adjustable 220mm travel Cobra 30mm USD 210mm travel Marzocchi 32mm 168mm travel Dual A-Arm with SVO™ patented steering design. 248mm travel Dual A-Arm with SVO™ patented steering design. 248mm travel Dual A-Arm with SVO™ patented steering design. 248mm travel Rear Suspension Öhlins Fully Adjustable 270mm travel Fox Piggyback Fully Adjustable 248mm travel Öhlins Piggyback 170mm travel Fox Piggyback 220mm travel Solid axle Fox Piggyback 220mm travel Lightweight tube axle Fox Piggyback 220mm travel Solid axle Wheel Front / Rear 14″ spoke / 12″ spoke (Al rims, Billet hubs, 9ga. spokes) Cobra 12″ Billet Cobra 10″ Billet Cobra 10″ Billet Cobra 10″ Billet ITP 10×5 (4 x1) Al Douglas 8×6.5 (4×2.5) Al ITP 10×5 (4 x1) Al Douglas 8×6.5 (4×2.5) Al ITP 10×5 (4 x1) Al Douglas 8×6.5 (4×2.5) Al Tires Front / Rear 60-100×14 Dunlop 80-100×12 Dunlop 2.5×12 / 2.75×10 2.5×10 / 2.75×10 ITP Holeshot 19/6 ITP 16/6.50-9 ITP Holeshot 19/6 ITP 16/6.50-9 ITP Holeshot 19/6 ITP 16/6.50-9

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Harley-Davidson Evolution Engines, Hydraulic Lifter Limited Travel Kit Installation Manual

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Filed Under (Harley Davidson) by admin on 23-10-2010

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Remove tappet assemblies from engine being sure that each one is kept with it’soriginal tappet block. NOTE: This procedure is the preferred method of installation. However, kit can be installed without removing lifters from engine. 2. Remove hydraulic piston retaining wire clip from one assembly at a time. Be careful not to bend wire clip during disassembly. 3. Completely disassemble tappet removing all parts. 4. Thoroughly clean all parts including tappet body. Remove any oil which might prevent hydraulic unit from fully collapsing during adjustment. 5. Insert one spacer from S&S HL 2 Tkit in tappet body. 6. Reassemble tappet in reverse order making sure original parts arereturned to their original positions. See Picture1. 7. Replace wire retaining clip in tappet body. 8. Put tappet back in original tappet block. 9. Repeat Steps 2 through 8 for three remaining tappets. 10. Reassemble engine with modified tappets. 11. Adjust pushrods. NOTE – In all cases engine must be cold and lifter must be at lowest point of travel for pushrod adjustment To prevent accidents, remove ground cable from battery. A. Remove spark plugs. B. Bring piston to TDC on compression stroke in cylinder to be adjusted. Normally both tappets will be at their lowest point of travel. C. Extend pushrod adjustment, collapsing lifter until piston assembly is in contact with HL 2 Tspacer and pushrod is tight. If tappets contain oil, as when pushrods are readjusted after engine has been run, or if all oil was not removed during installation, extend pushrod adjustment until valve is open (about five additional turns of adjusting screw). Allow 5 minutes for hydraulic unit to bleed down. If pushrod can be turned with fingers after bleeding down, lifter is not completely collapsed, and this step must be repeated. NOTE – perform this operation on one cylinder at a time. Do not turn engine until pushrod adjustment is complete. Turning engine while valve is held off the seat could result in valve to valve or valve to piston contact and serious valve train damage. D. Loosen pushrod adjustment until pushrod can be rotated with the fingers with slight drag. NOTE – Shortening adjuster an additional six flats or full turn from zero lash often results in quieter pushrod operation. This provides additional travel for the hydraulic piston assembly, which can improve the ability of the hydraulic unit to maintain zerolash under normal operating conditions. E. Tighten lock nut. F. Follow the same procedure for all four push rods. G. Recheck pushrod adjustment after a few hundred miles. NOTES ● It is a good idea to recheck pushrod adjustment in a new engine as valve train may tighten up due to gasket compression and valve seat wear. ● Upon initial start up after modification, HL 2 Tequipped lifters may be somewhat noisy for 10-20 miles. If lifters are still noisy after 20 miles it is recommended that pushrods be adjusted 1⁄2 turnlooser. See step D

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Harley Davidson Five Speed Transmissions Hydraulic Clutch Modification

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Filed Under (Harley Davidson) by admin on 31-10-2010

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Hydraulic Clutch Modification for Harley Davidson With Champion Reverse Gear 1 1.1 Install Reverse Gear Assembly to gearbox. 1.2 Remove clutch cover (left side). 1.3 Remove Release Plate (clutch adjustment) and Push Rods. 1.4 Install Hydraulic Clutch Release Cover with supplied spacer and two gaskets. 1.5 Bleed clutch system. NOTE: When bleeding clutch system, lever feel will become hard, do not force lever because piston is at end of travel.(Continue Bleeding) 2 2.1 Install Push Rod. 2.2 Push the rod into clutch assembly to force hydraulic piston to its start position. Push the rod hard until the clutch cylinder is fully compressed. This is the start position. 2.3 Install Hydraulic Clutch Throw-Out Bearing Holder and bearing to push rod. Do not install circlip at this time. 2.4 If the throw-out bearing holder does not fully seat into the Pressure Plate (Figure 2.4), proceed to step 2.5. If shaft is too short then use throw-out bearing holder from Champion Reverse Gear Kit, skip next step and proceed to 3.0 2.5 Measure distance between bearing holder and pressure plate (ensure that push rod is pushed in) Figure 2.4 2.6 Remove bearing holder and push rod, reinstall bearing holder until seated (without push rod). Measure distance from pressure plate to bearing holder. Figure 2.6 2.7 Add measurements taken in steps 2.5 and 2.6 2.8 Add 0.090″ to total of step 2.7 (allowance for clutch plate wear). Measurement should be approximately 1/8″. 2.9 Measure push rod length. 2.10 Subtract measurement of step 2.8 from measurement of step 2.9 (push rod length). This measurement represents the amount of material to be removed from ball end of push rod. (Step 2.11)

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Kawasaki KLR 650 Hydraulic Clutch Installation Manual

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

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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).

ADLY Electric corrosion problem solved

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Filed Under (Adly) by admin on 27-10-2010

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makes the most patient equipment manager’s jaw get tight. It’s a messy process that involves draining, disassembly, flushing, and days of downtime. Now, our dealership offers a new, more thorough, less invasive solution to hydraulic contamination that can be brought right to your jobsite. It’s called the Ultra Clean®System. The innovative Ultra Clean hose and tube cleaning system removes contamination by using a pneumatic launcher to shoot a projectile through hydraulic lines and hoses. A “shelled” pump can send a lot of metal debris downstream with the last few gallons of oil that flow through the system. Flushing hydraulic lines with solvent and air can be tedious, and sometimes ineffective, but the Ultra Clean system makes decontaminating hydraulic systems fast and easy. It also lets you skip the hassle of handling and disposing harsh chemicals. It is as simple as disconnecting both ends of a line or hose and launching the specially designed projectile through it. “The Ultra Clean system is more efficient than any other method we’ve tried,” says Scott Dickey, Service Manager, Murphy Tractor, the John Deere dealership in Lincoln, Nebraska. “We no longer worry about the time and expense of hose replacement and tube disassembly for repair service. Ultra Clean is clearly superior than flushing with solvents and air blow-down.” Dickey says the Ultra Clean system is also used to prepare fabricated hose assemblies for over-the-counter sales at his dealership. He points out it has increased the value of parts and service by assuring delivery of cleaned assemblies that are ready for service. Logo sealing tape covers the open assembly ends and assures the customer that the assembly has been cleaned. It also serves as a reminder to keep contamination out of the system when the new assembly is put into place. Cleaning fabricated hoses right after they are constructed is another way in which dealers are taking a proactive approach to reducing contamination in hydraulic systems and reducing the risk of contam- ination. DataTrending Is A Road Map to Less Downtime. It’s important to understand that a little dirt can cost a lot of money if you let it get into your hydraulic system. Dirt circulating in your hydraulic fluid grates like a belt sander on internal machine parts. Trending, along with a proactive approach to contamination control and elimination, can help you prevent this scary scenario. “A little bit of contamination can cause lots of wear and tear in just a short time,” explains Mike Daly, fluid analysis program marketing manager for John Deere Construction & S

JMJ-1500 Motorcycle/ ATV Jack OWNER'S MANUAL

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Filed Under (Tips and Review) by admin on 23-11-2010

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1. Secure hydraulic ram (20) to the lift base (4) with two screws (21 & 21A). 2. Insert foot pedal assembly (19) into hole over pump piston and secure it with screw (19A) and flat washer (19B). 3. Raise lifting frame (17) to the proper height and align holes in the hydraulic ram (20) with the holes in the middle of the lifting frame. Secure ram to lifting frame with clevis pin (18) and R-pin (22) provided. 4. Place the spring (18A) in position between the clevis pin (18) and screw (18B). Operation 1. Before each use, visually inspect jack for abnormal conditions such as cracked welds, leaks, and damaged, loose or missing parts. 2. To raise the jack, center it directly below object to be lifted. Pump the foot pedal (19) slowly, making sure saddle takes up weight firmly and centrally. Check positioning under slight load to confirm load is centered on jack and load will not shift or slip. 3. Continue to raise jack slowly by pumping foot pedal to reach desired height. 4. Once desired height has been reached, raise safety arms (8) or built-in jack stands, to engage in raised tabs on lift base (4). SLOWLY press pump release foot pedal (23) to allow load to lower and rest on safety arms. 5. Secure load to jack with hold down straps (not included). Fasten hold down straps to steel loops on front and rear of frame. 6. To transport jack under load, lower jack with foot pedal (23) SLOWLY to the lowest position and always use the tow handle (1). Use EXTREME CAUTION when transporting jack under load! 7. To lower jack, raise load slightly with foot pedal (19) and disengage safety arms (8) from lift base (4). Press pump release foot pedal (23) until jack has been completely lowered. Unfasten hold down straps and remove jack from vehicle. Maintenance Adding/Changing Hydraulic Oil: Maintain oil at full level. For best performance and long life, replace hydraulic fluid once a year. 1. With saddle (10) lowered completely, remove oil plug located in hydraulic ram (20). 2. Drain fluid into appropriate container. Always dispose of oil in accordance with local regulations. 3. Use only good quality hydraulic jack oil. Fill until oil is level with inner cylinder as seen from the opening of the filler hole. Reinstall oil plug. Lubricate the jack as indicated on a regular basis with 30W oil. 1. Saddle and linkage on foot pedals and all moving and pivoting parts. 2. Front and rear lifting arms. Always store jack in the fully lowered position. Inspect jack annually for defective parts, missing safety labels or decals. If jack is found to be damaged or defective in any way, or operates abnormally, it shall be removed from service until repaired

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2008-2009 Kawasaki Concours Bar Adapters Installation Instructions

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

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1.) Three minor alterations need to be made before the stock bars can be unbolted from the top triple clamp. These alterations will provide the necessary slack in the clutch hydraulic line, front brake hydraulic line and the two large wire looms running up to the left and right handlebar control housings. a.) Unbolt the metal wire guide that holds the clutch hydraulic line in place on the left side of the steering head. Flip the guide end for end keeping the offset to the outside (left) and place the clutch hydraulic line into the offset. Reinstall the two 6mm bolts (10mm heads) and torque to 7 ft. lbs. Make sure the clutch hydraulic line sits on top of the upper fairing mount bolt. See photo # 1. b.) Locate the left and right wire loom plastic guides mounted to the lower triple clamp. See photo # 2 (left side shown). Pull up on the wire loom with one hand while you feed the loom through the plastic guide with your other hand. About ½” extra slack should be fine. If the plastic guide pops open, simply re-gather the looms together and snap the guide back together. Some adjustment may be necessary after install. c.) CAUTION: Cover the fuel tank and the upper fairing sides with a towel / rag, etc. Carefully loosen the front brake banjo bolt located at the bottom of the front brake master cylinder just enough to rotate the line forward (roughly ½”). See photo # 3. This banjo bolt will loosen with a sudden snap and may move (loosen) more than you need. Keep your hands away from the brake lever as this may force brake fluid out around the banjo fitting. Move your hydraulic line as shown in photo # 3 and re-tighten the banjo bolt to 16 ft. lbs.

2010 HONDA VFR1200F Dual Clutch Transmission Specifications

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

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Specifications VFR1200F Dual Clutch Transmission (ED-type/ F-type) ENGINE Type Liquid-cooled 4-stroke UNICAM 76° V-4 Displacement 1237cc Bore  Stroke 81  60mm Compression Ratio 12:1 Max. Power Output ED: 127kW/10,000min-1 (95/1/EC) F: 83kW/9,500min-1 (95/1/EC) Max. Torque ED: 129Nm/8,750min-1 (95/1/EC) F: 115Nm/4,000min-1 (95/1/EC) Idling Speed 1,150 min-1 Oil Capacity 4.9 litres FUEL SYSTEM Carburation PGM-FI electronic fuel injection Aircleaner Oil-permeated, viscous-type paper filter Fuel Tank Capacity 18.5 litres Fuel Consumption ED/E : 15.9 km/l F : 15.9 km/l (tested in D-Mode) (WMTC mode*) VFR1200F 03/05/10 9 9 ELECTRICAL SYSTEM Ignition System Computer-controlled digital transistorised with electronic advance Ignition Timing 8.4° BTDC (idle speed) Sparkplug Type IMR9E-9HES (NGK); VUH27ES (DENSO) Starter Electric Battery Capacity 12V/11.2Ah (YTZ14S) ACG Output 570W Headlights H7x2 (55Wx2) Tail-light 5Wx2,STOP LIGHT 21W( 21/5W+5Wdual-light) DRIVETRAIN Clutch Wet multi-plate, hydraulic, dual Clutch Operation Hydraulic Transmission Type Constant mesh 6-speed Primary Reduction 1.738 (73/42) Gear Ratios 1 2.4666 (37/15) 2 1.7894 (34/19) 3 1.4090 (31/22) 4 1.1600 (29/25) 5 1.0322 (32/31) 6 0.9393 (31/33) VFR1200F 03/05/10 10 10 Final Reduction 2.7061 Final Drive Shaft FRAME Type Diamond; aluminium twin-spar CHASSIS Dimensions (LWH) 2250  740 1220mm Wheelbase 1,545mm Caster Angle 25.5° Trail 101mm Turning Radius 3.5m Seat Height 815mm Ground Clearance 125mm Kerb Weight 277kg Loaded Weight 473Kg SUSPENSION Type Front 43mm cartridge-type telescopic fork with stepless preload adjustment, 120mm axle travel RearPro-Link with gas-charged damper, VFR1200F 03/05/10 11 11 25-step (*stepless remote-controlled hydraulic) preload and stepless rebound damping adjustment, 130mm axle travel WHEELS Type Front 5-spoke hollow gravity Die-cast aluminium Rear7-spoke gravity Die-cast aluminium Rim Size Front 17M/C  MT3.50 Rear 17M/C  MT6.00 Tyre Size Front 120/70 ZR17M/C (58W) Rear 190/55 ZR17M/C (75W) Tyre Pressure Front 250kPa Rear 290kPa BRAKES Type Front 320mm dual floating hydraulic disc with two 6-piston callipers, C-ABS and sintered metal pads Rear276mm hydraulic disc with 2-piston calliper, C-ABS and sintered metal pads All specifications are provisional and subject to change without notice. * Please note that the figures provided are results obtained by Honda under standardized testing conditions prescribed by WMTC. Tests are conducted on a rolling road using a standard version of the vehicle with only one rider and no additional optional equipment. Actual fuel consumption may vary depending on how you ride, how you maintain your vehicle, weather, road conditions, tire pressure, installation of accessories, cargo, rider and passenger weight, and other factors

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