Honda CBR F4 or F4I 600cc Engine PE-ECU-1 System INSTALLATION

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Filed Under (Honda) by admin on 05-01-2012

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The PE-ECU-1 can be installed on virtually any 1,2,4,6 or 8 cylinder even-firing engine that requires fuel injection and/or ignition control. All of the functions of the ECU can be adjusted by using a laptop or PC running Windows. The following describes the basic requirements for using the system with a Honda 600cc F4 or F4I motorcycle engine. Please refer to the User’s Manual for a more in-depth description. Input Sensors The stock Honda F4 and F4I crank position sensors can be used with the PE-ECU-1 engine control system, provided the engine controller is configured for a 2- wire variable reluctance sensor. The configuration for the input is handled at the factory via a set of board jumpers. If the type of crank sensor should ever be changed, please contact PE for support on this issue. The stock Honda crank sensor should be wired according to the following: • Solid Yellow Wire – Pin 34 on ECU • Yellow with White Stripe (GND) – Pin 25 on ECU Failure to wire the sensor in this way may result in an engine that misfires and/or has incorrect ignition timing. The stock Honda trigger wheel cannot be used with the PE-ECU-1 system due to the differences in the number and spacing of the teeth. The PE-ECU-1 must be provided with a 12-1 pulse-train, correctly phased with TDC #1 according to Figure 1

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Honda Motorcycle and Offroad Suspension Set-up

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Filed Under (Honda) by admin on 04-11-2011

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Getting your suspension dialled in for your riding style is one of your first priority’s when you take your new bike out on the track. However, it is an on going process. What worked today might not suit the next track conditions you encounter next week. Therefore, you have to take on the role of test rider yourself and learn to identify problem areas. Never stop testing and thinking about what your bike is doing. Here are some practical tips for making your bike as good as it can be, stock or modified. Spring Rates There is again no way a manufacturer can know what you weigh. The “average” target weight for a full size motorcycle is a 75kg rider. Therefore, if you have a MX or current technology enduro bike, chances are the spring rates will be close for you. Of course, you will need to check and adjust your sag to be sure. There are some expectations. If you ride in sand or mud a lot, you might want to do heavier springs. Pro class riders on four strokes will go for stifferrates, as will x-treme jumpers

TRIUMPH ROCKET III ELECTRIC HORN HARDWARE KIT INSTALLATION

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Filed Under (Triumph) by admin on 24-12-2010

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1. Remove the seat and left hand side cover. (held in place by two (2) 10mm bolts) Remove the chrome cover from the stock horn located below the headlights. (held in place by two (2) 5mm allen screws at the top of the cover) 2. Unplug the wires from the stock horn. Locate the supplied jacketed cord and attach the end with the piggyback jumpers to the horn wires. Plug these back onto the horn terminals as shown in photo (1). Remove the black plastic left side steering head frame cover (held in place with two (2) 5mm allen screws). Route the cord behind the headlights, along the left side of the frame and over the engine keeping it neatly out of sight. Route the end if the cord to where the relay will mount as shown in photo (2A). Replace chrome horn cover and steering head frame cover. 3. Using the relay supplied, refer to the wiring diagram included with the horn set and the small numbers next to the terminals on the relay. Connect the 2 wires from the jacketed cord to terminals #85 & #86. Connect the blade terminal of the fuse wire assembly (supplied) to terminal #30 on the relay. Attach the other end of the fuse holder to the positive (+) battery terminal. 4. On the horns bend the wire terminals outward so that they will be parallel to the mounting brackets when installed. Refer to photo (3) and assemble the horns onto their supplied mounting brackets as shown. Bolt two (2) of the four (4) flat silver brackets on each of the horns using the 6mm nuts and lock washers supplied. Bolt the black bracket to the left hand horn using the 6x12mm bolt and nyloc nut supplied. Place the 6 x 35mm bolt with a washer and lock washer thru the right hand horn bracket then the left hand black bracket and place the 3/8″ flange nut over the back of the bolt. Remove the bolt where the horns will mount (see photo 2B) and bolt the horn set on as assembled with the flange nut on the back side of the black bracket. Align the horns as shown in photo (2) being careful that the horns do not make contact with each other or any other parts as this will significantly reduce their output then tighten the bolt securely.

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