2001-2010 Harley-Davidson TCFI III Fuel Injection System Installation And Tuning Manual

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Filed Under (Harley Davidson) by admin on 06-04-2012

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1. Check the exhaust system. If you can insert a broomstick through the mufflers, you have the equivalent of open drag pipes and auto-tuning will fail. If applicable, read the section about exhaust considerations starting on page 11. 2. Check for updates. This tuning manual is for TCFI III units with revision 3.3 or higher firmware. Before proceeding, check our website at www.daytona- twintec.com for available updates for the TCFI firmware, accompanying PC based software, and documentation. 3. Tech support. If you have questions or encounter problems at any point during the installation process, please contact our tech support at 386- 304-0700. 4. USB interface. Read the USB interface instructions starting on page 17, install the USB drivers and configure the COM port. 5. PC Link software used for setup and engine tuning. Read the PC Link TCFI III instructions starting on page 19 and install the software. 6. Data logging software. Read the TCFI III Log instructions starting on page 34 and install the software. 7. TCFI Controller. Read the TCFI installation instructions starting on page 41 and install the TCFI unit. Make sure you install the green PC link jumper wire. 8. WEGO wide-band exhaust gas oxygen sensor interface. Read the WEGO installation instructions starting on page 42, install the WEGO unit and perform the free air calibration described on page 43. 9. Connect the USB interface cable between the TCFI unit and your PC. 10. Start the PC Link TCFI III software, use the Open File command, and open the appropriate setup file. Setup data files are provided in the program folder for typical engine applications. Refer to Table 3 on page 16 for details. Additional setup guidelines for aftermarket throttle bodies and larger displacement engines are given on page 9. 11. Use the Edit Basic Parameters command. Make any required changes such as estimated rear wheel horsepower, injector flow rating (refer to Table 1 on page 9), and RPM limit. You must set the vehicle speed sensor (VSS) frequency for your model. This affects speedometer/odometer scaling, idle RPM control, and turn signal

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2002-2003 Yamaha YZF1000 R1 STARTING INSTALLATION

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Filed Under (Yamaha) by admin on 13-01-2012

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Remove the main seat and the passenger seat / solo cover. 2 Lift the front of the fuel tank up. 3 Locate the connectors shown in Fig. A. These connectors are located behind the throttle bodies on the left hand side of the bike. 4 Unplug the two connectors shown in Fig. A. Fig.A PLEASE READ ALL THE DIRECTIONS BEFORE STARTING INSTALLATION Unplug these connectors I405-211 6 3 Fig.B 5 Plug the fuel connectors from the PCIII (clear connectors) in-line of the stock wiring harness (Fig. B). Stock connectors PCIII connectors 6 Plug the TPS connectors from the PCIII (white connectors) in-line of the stock wiring harness (Fig. C). Fig.C Stock connectors PCIII connectors I405-211 Trouble Shooting If you feel that you are having any problems at all with the Power Commander III, disconnect it from your motorcycle. This will allow the motorcycle to run directly off of the stock ECU. The lights don’t come on when I turn the ignition switch on. Check to make sure connectors are seated and the kill switch is in the “run” position

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2007 Honda CBR600RR Power Commander Installation Instructions

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Filed Under (Honda) by admin on 16-11-2011

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Remove the bolt that holds the ground wires and bracket for the alternator connectors to the frame on the left hand side of the bike. This allows access to the Throttle Position Sensor connector. Unplug the stock wiring harness from the Throttle Position Sensor (Fig. F).Remove the main seat and the passenger seat. Remove the fuel tank cover. Remove the left hand fairing. Prop the fuel tank up. Lay the PCIII in the tail section temporarily and route the harness underneath the tail sec- tion (Fig. A). Removing the 4 bolts that hold the tail sectionb in place will make this easier Route the harness towards the throttle bodies (Fig. B) Attach the ground wire from the PCIII to the negative side of the battery.

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

2011 Ninja ZX-10R Review And SPECIFICATIONS

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Filed Under (Kawasaki) by admin on 13-12-2010

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1. Big Piston Fork (BPF) and Öhlins Steering Damper Throwing out the anchors at track speed demands a fork that remains composed under pressure. The fully adjustable new Big Piston Fork (BPF) does just that by significantly reducing damping pressure while maintaining consistent damping force. The standard Öhlins Steering Damper is likewise adjustable to help you dial in the steering damping level you need. 2. Horizontal Back-Link Rear Suspension New rear suspension positions the shock and its linkage above the swingarm, leaving room beneath the bike for a larger exhaust pre-chamber. The move helps centralize mass for better transitional cornering response, while also improving overall suspension action and road holding. The piggyback-reservoir shock is fully adjustable, including both low- and high-speed compression-damping circuits. 3. Adjustable Footpegs Adapting the ZX-10R for a day at the track or a long street ride is easy, thanks to its new adjustable footpegs. Raise the footpegs to improve your cornering clearance on the track, or lower them for a more relaxed riding position on the street or highway. The total range of adjustment is 15mm. 1. 2. 3. SPECIFICATIONS Engine Four-stroke, liquid-cooled, DOHC, four valves per cylinder, inline-four Displacement 998cc Bore X Stroke 76.0 x 55.0 mm Compression Ratio 13.0:1 Fuel System DFI® with four 47mm Keihin throttle bodies with oval sub-throttles, two injectors per cylinder Ignition TCBI with digital advance and Sport-Kawasaki Traction Control (S-KTRC) Transmission Six-speed Final Drive Chain Rake/Trail 25.0deg / 4.33 in. Front Tire Size 120/70 ZR17 Rear Tire Size 190/55 ZR17 Wheelbase 56.1 in. Front Suspension / Wheel Travel 43mm inverted Big Piston Fork (BPF) with DLC coating, adjustable rebound and compression damping, spring preload adjustability / 4.7 in. Rear Suspension / Wheel Travel Horizontal Back-link with gas-charged shock and top-out spring, stepless, dual-range (low-/high- speed) compression damping, stepless rebound damping, fully adjustable spring preload / 4.9 in. Front Brakes Kawasaki Intelligent anti-lock Braking (KIBS), dual semi-floating 310mm petal discs with dual four-piston radial-mount calipers Rear Brakes KIBS-controlled, single 220mm petal disc with aluminum single-piston caliper Fuel Capacity 4.5 gal. Seat Height 32.0 in. Curb Weight TBD Overall Length 81.7 in. Overall Width 28.2 in. Overall Height 43.9 in. Color Choices Lime Green / Ebony, Ebony / Flat Ebony Warranty 12 Months Good Times™ Protection Plan 12, 24, 36, 48 months PERFORMANCE PARTS Kawasaki offers a full line of performance parts for your new motorcycle. COVER Constructed of water-resistant polyester and a unique shielded vent system that allows built-up moisture to vent. Reinforced grommet at the bottom hem allows the cover to be locked to the bike for added security. Heat resistant panels in the exhaust area. Oversized fit allows for easy installation and removal.

SUZUKI VZR1800K6 And VZR1800/ ZK7 FUEL DELIVERY PIPE REPLACEMENT

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Filed Under (Suzuki) by admin on 26-11-2010

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NOTE: The fuel delivery pipe assembly can be removed from the throttle body without removing the throttle body assembly from the motorcycle. 1) Refer to section 6 of the service manual to remove the fuel tank and the air cleaner box. Place shop rags over the bore of each throttle body to prevent anything from falling into the engine through the throttle bodies. 2) Remove the wire harness clamp, disconnect the fuel injector couplers A and move the harness aside. 3) Remove the four fuel delivery pipe assembly mounting screws and remove the fuel delivery pipe assembly. 4) Replace the o-rings and seals with the new parts supplied in the kit (apply a small amount of engine oil to the o-rings and seals to ease the installation of the injector). To prevent damage to the o-rings or seals, don’t turn the injector when pushing it into the fuel delivery pipe and throttle body respectively. Install the new fuel delivery pipe assembly in the reverse order of removal. 5) Connect the fuel injector couplers A and clamp the injector harness to the fuel delivery pipe. DO NOT overtighten the harness clamp. 6) Connect the fuel tank, remove the shop rags from over the bore of each throttle body, and run the engine, checking for fuel leaks. DO NOT reuse the original fuel hose connector retainer. Confirm that the fuel hose connector has completely seated and locked (clicked) into position before turning on the ignition switch. 7) Refer to section 6 of the service manual to install the air cleaner box and the fuel tank. 8) Test ride the motorcycle to confirm proper operation. FUEL DELIVERY PIPE ASSEMBLY REPLACEMENT PROCEDURE

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APRILIA TUONO V4 R APRC Technical specifications

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Filed Under (Aprilia) by admin on 16-11-2010

Engine type Aprilia longitudinal 65° V-4 cylinder, 4-stroke, liquid cooling system, double overhead camshafts (DOHC), four valves per cylinder Fuel Unleaded petrol Bore and stroke 78 x 52.3 mm Total engine apacity 999.6 cc Compression ratio 13:1 Maximum power at crankshaft 162 hp (119 kW) at 11,000 rpm Maximum torque at crankshaft 110 Nm at 9,000 rpm Fuel system Airbox with front dynamic air intakes. 4 Weber-Marelli 48-mm throttle bodies with 4 injectors and latest generation Ride-by-Wire engine management. Choice of three different engine maps selectable by the rider with bike in motion: T (Track), S (Sport), R (Road) Ignition Magneti Marelli digital electronic ignition system integrated in engine control system, with one spark lug per cylinder and “stick-coil” type coils Starting Electric Exhaust system 4 into 2 into 1 layout, single oxygen sensor, lateral single silencer with engine management system controlled butterfly valve and integrated trivalent catalytic converter (already meets future Euro4 regulations) Alternator Flywheel mounted 420W alternator with rare earth magnets Lubrication Wet sump lubrication system with oil radiator and two oil pumps (lubrication and cooling) Gearbox 6-speed cassette type gearbox 1st: 39/15 (2.600) 2nd: 33/16 (2.063) 3rd: 34/20 (1.700) 4th: 32/22 (1,455) 5th: 34/26 (1,308) 6th: 33/27 (1,222) Gear lever with Aprilia Quick Shift electronic system (AQS)
Clutch Multiplate wet clutch with mechanical slipper system rimary drive Straight cut gears and integrated flexible coupling, drive ratio: 73/44 (1,659) Secondary drive Chain: Drive ratio: 42/16 (2.625) Traction anagement APRC System (Aprilia Performance Ride Control), which includes Traction Control (ATC), Wheelie Control (AWC), Launch Control (ALC), all of which can be configured and deactivated independently. Frame Aluminium dual beam chassis with pressed and cast sheet elements. Sachs steering damper. Front suspension Sachs upside down front fork with Æ 43 mm stanchions. Low profile forged aluminium calliper mountings for radial callipers. Completely adjustable spring preload and hydraulic compression and rebound damping. Wheel travel: 120 mm

BMW Motorcycle R1100/ 850 Model Throttle Cables

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Filed Under (BMW) by admin on 16-11-2010

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Problem: Engine surges at constant speed. Difficult to adjust and balance the left and right throttle bodies. Cause: Differences in opening and closing of the throttle butterflies caused by friction in the throttle cable. Remedy: 1. Fit a low friction throttle cable. 2. Check the following to ensure optimum results: Ignition timing Spark plugs (FR 6DDC) type / condition (reference SI 2739 in Main Group 12) Valve clearances Correct Cat. code plug Check throttle housing inlet manifold for air leaks 3. Synchronize the throttle butterflies as illustrated on the attached procedure. Note: Make sure there are no obstructions in the vacuum stub pipe prior to connecting the Synchro tool. Parts: 32 73 1 342 149 R 1100 RS 32 73 1 342 150 R 1100 RT, R, & GS Information: The Low friction throttle cable was introduced into series production as follows: R 1100 RS from 0312537 onwards (06/95 prod.) R 1100 GS from 0381479 onwards (06/95 prod.) R 1100 R from 6379238 onwards (06/95 prod.) R1100RT from 0440499 onwards (06/95 prod.) R 850 from the start of production Warranty: The BMW Motorcycle Limited Warranty will cover the replacement of the throttle cable for motorcycles in the affected VIN range. Authorization is not Required . File a warranty claim, using the following information:

SUZUKI GSX-R1000 SERVICE MANUAL

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Filed Under (Suzuki) by admin on 12-11-2010

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Cover the throttle bodies to prevent anything from dropping into the engine. 1. Remove the front seat and disconnect the battery. (Refer to Service Manual, Page 8-8) 2. Lift up the fuel tank. (Refer to Service Manual, Page 5-3) 3. Remove the air cleaner box. (Refer to Service Manual, Page 5-14) 4. Remove and replace the ISC valve. (Refer to Service Manual, Page 5-25) NOTE: Since the ECM is also being replaced there is no need to perform the ISC valve preset operation. 5. Install the air cleaner box in reverse order of removal. (Refer to Service Manual, Page 5-14) 6. Lower the fuel tank. (Refer to Service Manual, Page 5-3) 7. Remove the upper seat rail plate. Disconnect and remove the ECM. (Figure 1) @ ISC Valve Mounting Screw Torque: 2.1± ±0.6 N.m (1.5± ±0.4 lb-ft) ! Carefully insert the ISC valve straight into the throttle body hole to prevent damaging the o-ring. Turn the ISC valve slightly to confirm that the o-ring has not twisted. Using the new screw provided in the replacement parts kit, make sure the screw is completely seated on the plate after the screw has been tightened to the specified torque. 4. Remove and replace the ISC valve. (Refer to Service Manual, Page 5-25) NOTE: Since the ECM is also being replaced there is no need to perform the ISC valve preset operation. ! Cover the throttle bodies to prevent anything from dropping into the engine. 1. Remove the front seat and disconnect the battery. (Refer to Service Manual, Page 8-8) 2. Lift up the fuel tank. (Refer to Service Manual, Page 5-3) 3. Remove the air cleaner box. (Refer to Service Manual, Page 5-14) REPLACEMENT PROCEDURE: 8. Install the new ECM in reverse order of removal. Apply thread lock to the upper plate mounting bolts when reinstalling the upper seat rail plate.

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Aprilia Shiver 750 Sport Technical Specifications

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

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Engine Type Aprilia V90 four-stroke longitudinal 90° V-twin engine, liquid cooled, double overhead camshaft with mixed gear/chain timing system, four valves per cylinder. Capacity 749.9 cc Bore and stroke 92 x 56.4 mm Compression ratio 11 : 1 Maximum power at crank 95 HP at 9000 rpm. Max Torque at crank 8.25 kgm at 7000 rpm. Fuel supply Ignition Integrated engine management system. Injection with Ride by Wire technology control of the throttle bodies. Digital electronic, integrated with the injection. Exhaust system Two in one system in 100% stainless steel with three-way catalytic converter and Lambda probe. Clutch Multi-plate in oil bath. Hydraulically operated. Lubrication Wet sump Frame Modular tubular steel frame fastened to aluminium side plates by high strength bolts. Removable rear subframe. Front suspension 43 mm upside-down fork. 120 mm wheel travel. Rear suspension Aluminium alloy swingarm with swingarm stiffener brace. Hydraulic shock absorber adjustable in spring preload and rebound damping. Wheel travel: 130 mm. Front brakes Wave stainless steel floating disc (Ø 320 mm). Four piston radial callipers. Metal braided brake line. Rear brake Wave Stainless steel disc (∅ 240 mm) with single piston calliper. Metal braided brake line. Wheels Aluminium alloy Front : 3.50 X 17″ Rear : 5.50 X 17″ Length 2265 mm Width 800 mm (at handlebars) Height Tank Capacity 1135 mm (at instruments) 15 Litres

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