2006 kawasaki mule front end noise

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HARLEY DAVIDSON SCREAMIN' EAGLE STREET PERFORMANCE TOURING END CAP MUFFLER KIT INSTALLATION MANUAL

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Filed Under (Harley Davidson) by admin on 14-04-2011

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PRODUCT INFORMATION Noise Emission Warranty Harley-Davidson warrants that these mufflers, at the time of sale, meet all applicable United States E.P.A. Federal noise and Emissions standards. This warranty extends to the first person who buys these mufflers for proposes other than resale, and to all subsequent buyers. Warranty claims should be directed to an authorized Harley-Davidson Dealer. Tampering Prohibition Federal law prohibits any modification to this exhaust system which causes the motorcycle to exceed the Federal noise standard. Use of the motorcycle with such a modified exhaust system is also prohibited. NOTE This product should be checked for repair or replacement if the motorcycle noise has increased significantly through use. Otherwise, the owner may become subject to penalties under state and local ordinances. INSTALLATION NOTE Install end caps on mufflers before installing mufflers on vehicle. Install Direct Bolt-On End Caps 1. See Figure 1. Install end cap (2) to muffler (3) with four socket head cap screws (1). Tighten to 82-86 in-lbs (9.3- 9.7 Nm) . 2. Repeat for opposite side muffler. 3 2 1 is05426 1. Socket head screw (4) 2. End cap 3. Muffler Figure 1. Install End Cap on Muffler Install Attachment Ring End Caps 1. See Figure 2. Slide the three U-nuts (2) onto the bosses of the end cap attachment ring cup on the muffler. 2. Install attachment ring (1) to muffler with four socket head cap screws (3). Locate the attachment ring with a U-nut in the 12 o’clock position. Tighten to 82-86 in-lbs (9.3-9.7 Nm) . 3. Slide end cap (5) onto muffler body being careful to align holes in end cap with U-nuts. 4. Install the three countersunk screws (4) and tighten screws securely. 5. Repeat for opposite side muffler

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Kawasaki Mule Lift Kit Installation Manual

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Filed Under (Kawasaki) by admin on 04-05-2012

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Front Lift Installation 1. Ensuring that the parking brake is set, place jack under center of the Mule front end and lift until front wheels clear the ground. Be careful to support Mule properly so that it is secure, but so that the A-arms and struts can droop to full extension. 2. Remove front wheels. 3. If applicable, remove the heater to allow access to the strut mount behind the heater coil. Heater 4. Starting with the left side (driver side), remove the cotter pin and castle nut that secures the strut to the strut mount. Castle Nut & Pen 5. Push bolt through the bolthole, taking care not to damage the brake line that is attached to the bolt. If you are having difficulty removing the bolt, you may have to remove the brake lines that are attached to the front brakes. In this case refer to owners manual for removing brake lines. Screwdriver NOTE: Keep in mind that if you remove the brake lines you must bleed your brakes according to operator’s manual. 6. Once the bottom of the strut has been loosened, then unbolt the top of the strut. The nuts securing the top strut can be located in the dash of the Mule on the left and right sides. In most cases these nuts are easily accessible, but you may have to remove the glove box or heater coils, depending on the model and options purchased with the Mule.

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Kawasaki Exhausts – ZX-6 ZX-10 Zx-14 Exhaust – Slip-ons INSTALLATION MANUAL

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

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Our favorite exhaust options for Kawasaki ZX Ninjas – ZX-10,ZX-6r, and the new horsepower king, Zx-14.. Grab your horsepower today. We love Rob Muzzy and Muzzy Exhausts.Going back to Doug Chandler and Scott Russell, Muzzy has been synonomous with Kawasaki and performance – and for years, if you rode Kawasaki,and you were on the podium, Muzzy was on your exhaust. We also feature Arrow and Yoshimura exhausts for your ZX-6R, ZX-10 and ZX-14. We love the sound of a Yosh exhaust on any Kawasaki Ninja. Yoshimura Oval (RS-3) Race Slip-On for Kawasaki ZX14R 2006 The easiest and least expensive way to experience Yoshimura performance is with our Slip-On/Bolt-On lines. Bolt-On style bolts to the O. E. M. mid-pipe Slip-On style with its stainless steel easily attaches to the mid-pipe RS-1 is available where noted Usually, no jetting or re-programming is required and installation is a snap Hindle Stainless Exhaust High Head Pipes – Kawasaki ZX6R-RR 03-04 The worlds lightest stainless steel exhaust system. Increase horsepower and torque throughout the entire rpm range. Lightweight, strong stainless steel header design looks great and weighs less than stock headers. Available in low- and high-mo North Denver News http://northdenvernews.com Powered by Joomla! Generated: 19 October, 2010, 12:28 Hindle Stainless Exhaust Low Head Pipes – Kawasaki ZX9R 00-03 The worlds lightest stainless steel exhaust system. Increase horsepower and torque throughout the entire rpm range. Lightweight, strong stainless steel header design looks great and weighs less than stock headers. Available in low- and high-mo

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Kawasaki Ninja 650R (ER-6F) & ER-6N Resource Upgrading the Suspension on the Kawasaki ER6-F/ N

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

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Top fork is as removed. Kawasaki Ninja 650R (ER-6F) & ER-6N Resource Before removing the fork from the clamps on the yokes I loosened the fork top. Before removing the fork top the fork-slider was placed in a vice and the bottom bolt loosened….. … before finally being removed with the fork upside down. Because the springs were still in situ this gave sufficient tension on the damper-rod to prevent it from turning and allow the bolt to be removed. When I turned the fork the right-way up to remove the fork-top I did it over a container to catch the oil. Kawasaki Ninja 650R (ER-6F) & ER-6N Resource All the OE components that will no longer be required. Left to right. Fork-top, spacer tube, washer, spring, damper-rod. Bottom bolts get re-used. Old and new, laid-out for comparison. The damper unit, minus spring and fork-top, drops inside the stanchion and slider. Kawasaki Ninja 650R (ER-6F) & ER-6N Resource Then the bolt goes back in, as tight as possible, to secure it. Top fork is done, second one awaits. Note the spring seat on the right, just below the spring. This drops over the damping rod after the oil has been added. The small locking-nut screws over the threaded part of the damping-rod next, all the way to the bottom. Spring drops in and then the fork-top screws on to the damping-rod as well, all the way down to the lock-nut which is used to secure it. At this point the stanchion is extended to the fork-top which is screwed in. Job done.

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HAR:EY DAVIDSON FLHR/C/S (Road King) FRONT END LOWERING KIT REMOVAL AND INSTALLATION MANUAL

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Filed Under (Harley Davidson) by admin on 01-03-2011

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Removal (Left and Right Forks) 1. Place suitable blocking under frame to raise front wheel several inches off the floor. For best results, use a hydraulic center stand on a level surface. 2. Refer to Touring Model Service Manual and remove front wheel, fender and brakes. 3. Refer to Touring Model Service Manual and remove headlamp nacelle. 4. Loosen fork cap bolt from fork tube plug at top of fork tube, but do not remove. 5. See Figure 1. Standing at front of vehicle, loosen pinch bolt (with lockwasher) on right side of lower fork bracket, but do not remove. 6. Spray glass cleaner on fork tube above the rubber fork stop. After lubricating surfaces, move fork stop up fork tube until it contacts bottom of upper fork bracket. 7. Holding fork slider to prevent fork from dropping, remove fork cap bolt from fork tube plug. Slide fork tube down and out of upper fork bracket, fork stop, lower fork bracket and slider cover. 1 WARNING 1 WARNING 1 WARNING 1 of 5 ® Kit Number 54614-05 Figure 1. Loosen Pinch Bolt on Lower Fork Bracket i04808 1 Fork cap bolt 2 Fork stop 3 Pinch bolt 8. Thread fork cap bolt back into fork tube plug to prevent loss of oil while handling. 9. Move forks to bench area. Place suitable drain pan on floor beneath vise. 10. Repeat Steps 2-6 to remove left fork. Left And Right Fork-Disassembly 1. Remove nuts, lockwashers, flat washers and axle holder from studs at end of fork slider. 2. See Figure 2. Obtain FORK TUBE HOLDER (Part Number HD-41177) and proceed as follows: a. Clamp end of tool in vise in a horizontal position with plastic knobs facing toward you. b. See Figure 3. With the fork cap bolt topside, clamp fork tube between rubber pads on inboard side of tool. Tighten knobs until fork tube is securely held. 3. Remove fork cap bolt from fork tube plug. Remove quad ring seal. Save bolt but discard quad ring seal. 4. Using wrench flat, slowly unthread fork tube plug from fork tube. Be aware that fork tube plug is under spring pressure, so have a firm grasp on plug as the last thread is turned. 5. Remove fork spring from fork tube. 6. Remove fork assembly from fork tube holder. 7. Turning fork upside down, drain fork oil into drain pan. For best results, slowly pump fork tube and slider at least 10 times. 8. Install fork spring back into fork tube. 9. Place a shop rag on the floor, and turning fork assembly upside down, press end of spring against rag. While compressing spring to prevent rotation of damper tube, remove 6mm screw from end of fork slider. Use air impact wrench for best results. 10. Remove and discard fork spring. 11. Remove and discard damper tube. 12. Remove wear ring and rebound spring. Discard rebound spring. Do not expand or stretch retaining clip to remove from fork tube or clip may become bent or distorted. 13. Using pick tool, remove retaining clip between fork slider and fork tube. 14. Remove fork tube from fork slider. NOTE To overcome any resistance, use the fork tube as a slide hammer, that is, first push fork tube into fork slider and then pull it outward with a moderate amount of force. Repeat this sequence until fork tube separates from fork slider. 15. Slide fork oil seal, slider spacer and slider bushing off end of fork tube. Discard fork oil seal and slider bushing. 16. Remove the lower stop. Right and Left Fork-Assembly Exercise caution to avoid scratching or nicking fork tube. Damaging tube can result in fork oil leaks after assembly. 1. See Service Parts Illustration. Obtain new Damper Tube (Item 7, Part Number 46532-04) from kit. Obtain new Rebound Spring (Item 8, Part Number 46273-02) from kit and install on opposite end. Install wear ring removed in step 12. 2. With the wear ring topside, slide new damper tube into fork tube, so that tube end drops through hole at bottom of fork tube. Install lower stop at end of damper tube. 3. Install fork slider in fork tube holder. Slide fork tube into fork slider. 4. If necessary, obtain new slider bushing (14) (Part Number 45940-84, not included). Coat slider bushing ID with clean fork oil. Slide slider bushing down fork tube. 5. Slide slider spacer down fork tube until it contacts slider bushing.

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Kawasaki Mule Roof 600, 610 and 4010 Trans Crew, Roof Installation Manual

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Filed Under (Kawasaki) by admin on 02-05-2012

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INSTALLTION INSTRUCTIONS – Mule 600/610 (4010 Trans skip to pg 4) 1. Place Roof Panel on top of UTV Roll cage and center front to back, and left to right. 2. Using Figure 1 Below – place UTV Roof Mounting Brackets around roll cage bar and using a marker, mark the position of the holes needed in the roof for each Roof Mounting bracket . Figure 1 Copyright 2007 DiamondBack Automotive Accessories, Inc. Page 3 3. Next, remove the roof from the roll cage and using a drill with 1/4″ bit, drill holes using the marks as a guide. 4. Cut (4) 3″ strips of adhesive foam and apply to roof in where mounting brackets are positioned to prevent roof rattling once mounted. Foam should run in the direction of the roll cage as shown in Figure 1 above. 5. Next, reposition the roof on the roll cage according to step 1. 6. Prior to attaching the roof mount brackets, cut the remaining adhesive foam in half and apply one section to the roof in the center of the roof where roof and each roll cage bar meet as shown in Figures 1 above. If additional tape is required to prevent rattling it can be purchased from any hardware store as window sealant foam tape. 7. Next, attach the roof mount brackets according to Figure 2. Use channel locks or pliers to hold top of carriage bolt and turn nut with 7/16″ socket.

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Kawasaki MULE 600 / 610 SNOW PLOW INSTALLATION INSTRUCTIONS

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

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1. PRELIMINARY: 1.1 Remove the six 6 mm. screws and plastic skid / splash shield from the bottom front of the vehicle frame. (These bolts and plastic skid / splash shield will not be reused snow plow mounting frame installed onto the vehicle.) 1.2 If the vehicle has the Kawasaki optional brush guard installed, it will have to be removed and then reinstalled after the snow plow mounting frame is installed. (The brush guard will fit with the snow plow mounting frame installed first.) 2. VEHICLE MOUNTING FRAME 2.1 Position the vehicle mounting frame (13) under the front of the vehicle so that the six holes (with pipe spacers) line up with the six 6 mm. threaded holes that the plastic skid / splash shield was attached with and the upper plate is through the large oval hole in the vehicle plastic fascia. Fasten loosely using 6mm. x 1.0mm. x 30mm. bolts (33) , 6mm. lock washers (35) and 6mm. flat washers (34). 2.2 Place a 5/16″-18 “U” bolt (36) around the front cross tube behind the plastic fascia and through each set of holes in the flange of the upper plate of the vehicle mounting frame (total of two “U” bolts). Fasten loosely using 5/16″flat washers (41), 5/16″ lock washers (40), and 5/16″-18 nuts (42). 2.3 Install a 5/16″-18 “U” bolt (36) around the lower frame tubes and through each set of slotted holes in the lower plate of the vehicle mounting frame (total of four “U” bolts). Fasten loosely using 5/16″ flat washers (41), 5/16″ lock washers (40), and 5/16″-18 nuts (42). 2.4 Tighten all the fasteners holding the vehicle mounting frame to the vehicle starting with the 6mm. bolts

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KAWASAKI Jet Ski STX-12F SPECIFICATIONS

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Filed Under (Kawasaki) by admin on 05-11-2010

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FEATURES & BENEFITS Kawasaki 2007 SPECIFICATIONS: JT1200D7F Engine type……………… 4-stroke, water cooled, 4- cylinder Displacement…………… 1,199 cm3 Bore & stroke…………… 83.0 x 55.4 mm Compression ratio…… 11.2:1 Induction system……… DOHC 16 valve (4 valves per cylinder) Maximum power………. 92 kW (125 PS) / 7,200 r/min Maximum torque……… 125 N·m / 6,500 r/min Cooling system……….. inducted water Fuel system…………….. EFI with single 54 mm throttle Starting ……………………. electric Battery…………………….. sealed, 12V 18Ah Propulsion system…… axial flow, single stage jet pump Maximum thrust………. 3,675 N (375 kgf) Seating capacity………. 3 seater Fuel capacity…………… 62 L L x W x H…………………. 3,120 x 1,180 x 1,050 mm Dry weight……………….. 334 kg Colours……………………. Red NOTE: Specifications subject to change without notice ENGINE Ñ Chrome composite plated cylinders are lightweight, durable and quickly carry heat away from the combustion chamber and piston for supreme durability at high power output. Ñ Semi-dry sump uses a single feed oil pump. Ñ Tip over protection shuts the engine off if the craft tilts more than 61o. Ñ 4-valves per cylinder provides maximum valve area for optimum flow. Fuel system Ñ Electronic Fuel Injection (EFI) with a single Mitsubishi throttle body and an injector at each intake port. Ñ Long intake tract enhances low-end power. Ñ Large capacity, low-noise airbox. Ñ Finger-type throttle reduces hand fatigue. Water-jacketed semi-dry exhaust Ñ Double-walled exhaust manifold and dual waterboxes help reduce noise. Ñ Water surrounding the exhaust system lowers engine compartment temperatures for more power. Ñ Semi-dry exhaust system keeps cooling water out of the exhaust before the waterbox to prevent water from entering the engine if the boat should capsize. Ñ Emissions meet US EPA 2006 and CARB 2008 regulations. Lanyard engine stop switch Ñ Engine will not crank with lanyard removed. Ñ Fastened to the rider, lanyard cuts the ignition if the rider dismounts. DRIVE SYSTEM Three-blade oval edge stainless steel impeller Ñ The shape of the blades give maximum efficiency with minimum cavitation. Ñ Fully enclosed impeller for damage protection. Ñ Stainless steel pump insert increases durability and helps ensure reliable performance. Ñ Tough stainless steel is used for incredible durability. HULL Ñ One-piece chopper over foam (COF) hull construction is lighter than a conventional hand-laid hull of similar size. Ñ Cab forward design makes more space for the rider and passengers. Ñ Gel coat for deep, lustrous, scratch resistant finish. Ñ Open rear deck for carrying bulky items, putting on skis, etc. Ñ
An automatically retractable boarding step makes boarding from deep water easy. Kawasaki Smart Steering (KSS) Ñ A steering sensor is linked to the EMM to aid in boat handling when the throttle is quickly released from high speed. Detail features Ñ 62 litre fuel tank for increased range. Ñ LCD instrumentation includes digital speedometer, tachometer, hour meter, clock, trip distance, trip time, fuel level and warning lamps. Ñ Includes high tech. troubleshooting function for the fuel injection system. A computer hook-up allows easy retrieval of entire troubleshooting history. Ñ A remote cooling system flushing point is included. Ñ Front hatch made of ABS for reduced weight, increased durability and enhanced appearance. Ñ Mirrors mounted on the deck reduce weight and enhance appearanced

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The Magic Box? The TRE and Low End Performance of the 2006 ZX- 14 Evaluated

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

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The dawn of the internal combustion engine gave birth to motorsport, and in turn gave birth to enthusiasts, and the gearheads who tinkered with engines squeezing those last final ounces of power out of their machines in an effort to be the fastest on the block. Along with the gearheads came the inventors, promising a quick fix for those less technically inclined. Even in today’s modern world where specifically engineered computer controlled digital componentry dictates the operation of our everyday lives, enthusiasts still seek out that magic box, gadget or pill that will unleash hidden horsepower held back by a perpetual X-Files like government conspiracy. We’ve all seen the likes of it, and certainly the Internet has played (more often than not) into the hands of modern-day Snake Oil salesman, working the forums through a network of communications like “pss-t.. my buddy knows a guy who used this thing and I swear I gained 20 hp”. The inevitable debate ensues, usually ending up with a lack of hard data and the marketers throwing “seat of the pants” stories out there in an effort to sell their product. Today’s story is a little different. The release of the ZX-14 and the birth of ZX- 14.com has possibly, for the first time, brought together a group of riders and technicians who not only have the technical skill, knowledge and background, but also the facilities, industry positioning and resources to once and for all determine if today’s Magic Box, the “TRE”, lives up to its claims. Sit back and read the Tale of the TRE… Things couldn’t have been going better for Ivan Rovinsky before the ZX-14 hit the streets. As a renowned tuner and developer of his TRE, the “Timing Retard Eliminator”, Ivan had shared many years of success marketing his TRE to customers on the Internet through model specific enthusiast forums. More often than not, no one could really put their finger on exactly WHAT the TRE did, though some had their suspicions. Many riders couldn’t deny that the TRE did something, but what it did, no one was exactly sure. This left the TRE and Ivan in a sort of Internet “grey area”, him and his product being sent off into the annals of myth and folklore. Perhaps he HAD invented the Magic Box? No one was sure, but at the same time no one could state otherwise. Advertising on a few sites, but covertly marketing on others brought some heat and unwanted attention to Ivan, mostly for his unpaid advertising tactics. Disgruntled webmasters had their hands full with Ivan and his friends, even on this site, but at the same time no one could state either way as to what the TRE did, or how it did it, and certainly no one wanted to get rid of him. What if Ivan was right? You wouldn’t want to kill the goose that laid the golden egg. Two Worlds Collide When the ZX-14 community got wind that their bikes had been neutered by KHI for low end performance, readers immediately went to work to try to solve the problem, and so begins the undoing of the Ivan myth, and finally some resolution to explain exactly what happens and why. The timing couldn’t have been worse for Ivan, as he stepped into the forum of online ZX-14 chat. He had expected the same age-old response to his product; mystified acceptance . He had been down this road before, so as a seasoned veteran of underground marketing, certainly the ZX-14 would be no different…. but this time things would be different. The ZX-14 is a unique motorcycle and its owners bring a unique and distinct wealth of information to the table.

Honda GL1000/1100 starter motor Removal/ Over haul Manual

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Filed Under (Honda) by admin on 08-04-2011

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1. Remove the three long bolts that hold the sections together and separate them. Be careful as there are a series of flat thrust washers on each end of the armature (located in the middle section). 2. The end cap basically performs no function other than to cover the brush plate and commutator area as well as center the armature shaft in a pressed in bushing located in the end of the cap. 3. The drive end contains the reduction gearing and if need be, can be disassembled to replace the bearing. This is extremely unlikely. The shaft should turn freely and normally only requires a cleaning and grease application. If the bearing in fact needs replacing, simply remove the “C” clips on either end, drive out the bearing and reinstall with an appropriate size replacement. Any decent auto parts / industrial supply should be able to supply the correct bearing. 4. Remove the brush plate from the end of the center section by removing the screw at the one brush connection. Before removing the brushes, note that one of them has an insulating sleeve over the braided wire. The replacement must go in the same brush holder. Remove the brushes and replace if necessary and clean the brush plate. ** Brake Cleaner is a good general cleaner for this entire job. 5. Remove the thrust washers from brush plate end of the armature. Count them and ensure they go back on the correct way. 6. The end of the center section that had the drive end on it has a circular plate covering it with a short splined shaft protruding through the plate. Drive the plate out by tapping the opposite end of the section on the shaft – just lightly with a rubber hammer or piece of wood to protect the shaft. Once the plate is out, remove the armature from the section. You will find more thrust washers at this end. Make sure they go back on correctly. 7. In the center of the center section there are four large Philips screws. These hold in the field coils found within the housing. Using an “impact driver”, loosen the four screws that go around the circumference of the center section and remove them. Remove the 10mm nut for the battery connection and the accompanying fiber insulating washers. With the screws and nut removed, the entire field coil assembly should withdraw entirely from the housing. There will be four (4) metal plates that the screws mounted into come falling out. They are easily replaced into the field coils when you slide it back into the housing. Do not be alarmed that you suddenly have four loose metal parts. 8. With everything out of the housing, thoroughly clean everything using the Brake Cleaner. Although the cleaner will dry without leaving a film, it is suggested that the components be dried with compressed air. 9. Get some extremely fine steel wool (“000″ of even “0000″ is better) and gently clean the metal surfaces or bars of the armature and the commutator. Blow with compressed air. 10. Using a volt/ohmeter, test for continuity between pairs of armature bars (the long ones). There should be continuity between the pairs around the entire circumference.

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