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INDIAN MECHANICAL- TO- ELECTRONIC SPEEDOMETER CONVERSION KIT INSTALLATION

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Filed Under (Indian) by admin on 31-10-2010

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Speed Sensor Requirement Identification Certain motorcycles are not equipped with a port that will accept a Transmission Speed Sensor. Those models will require a Rear Wheel Speed Sensor. To determine which sensor is required, follow the following procedure: Determine if you have a mechanical speedometer 1. The mechanical speedometer is around 2 ¼” in diameter. 2. On the axle on the left side of the front wheel, there will be a 2″ diameter ‘donut like’ part that the axle passes through. This is the speedometer drive. Attached to the speedometer drive and extending back and up under the fuel tank will be a housed cable. This is the speedometer drive and cable to drive the mechanical speedometer. 3. If these conditions are true, you have a mechanical speedometer. Determine which speedometer drive sensor you need. You must determine if your transmission will accept the transmission sensor. If not, you will need the rear axle sensor. 1. On the top, right, rear of the transmission, will be a 1″ by 1/2″ (approximately) cover held in by one bolt. 2. If you find this then REMOVE the bolt and over. 3. If after removal of the cover you find a larger hole underneath, then you can use the transmission sensor. Figure 1—Transmission Sensor Port (Inset Shows Cover Removed) 4. If you have no cover, or under the cover is not a hole, then you need the rear axle sensor. Be sure to look closely and under the gasket under the cover. 5. If you have no sensor hole, then you need to make sure you have the rear wheel sensor. Contact Thunder Heart Performance if you need to exchange your sensor for a different one. 1.3 Preparation and Painting of the Console Your console is made of Lexan®, which is a clear, durable plastic. It can be painted on the inside (so that outside scratches will not affect the paint), or on the outside. For the best paint results, thoroughly clean the console only with the following cleaners

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INDIAN MOTORCYCLE EQUIPMENT LISTING

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Filed Under (Indian) by admin on 28-11-2010

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INDIAN MOTORCYCLE, INC. EQUIPMENT LISTING QTY DESCRIPTION SERIAL # 1 VIPER VT-25 CNC LATHE FANUC 18-T CONTROL MACHINE CENTER 3398080101 1 MIGHTY COMET MILLING 3VHG 98017/98025 1 SHARP MILL PACKAGE LMV 9 X 42 61124334/61124335/31124336 1 VIPER V-1000G CNC MILL MDL VMC 206506 1 CLAUSING C12AX KHS BANDSAW INV328172 LC889967 1 CNC ROTARY HYDRAULIC TUBE BENDING MACHINE – HMT 992L3055 3 AXIS 005B 1 JANCY COLD SAW T315 21006 1 KALAMAZOO AH9W BANDSAW GEI TECHNOLOGY SOLIDWORKS & PDM WORKS, EASTMAN M9000 STATIC TABLE SYSTEM 1 MITUTOYO CORDINATE MEASURING MACHINE 1006804 2 KHS JET DRILL PRESS 2 MOTOMAN -SK16 ROBOT S99354/S994351 LOT TENNESSEE RAND – SCOUT SWING ARM MANUAL WELD FIXTURE, CHIEF SWING ARM MANUAL WELD FIXTURE, SCOUT REAR STRUT MANUAL WELD FIXTURES, CHIEF REAR STRUT MANUAL WELD FIXTURE, ERGONOMIC TOUCH UP AND REPAIR STANDS – BOTH CHIEF & SCOUT INDIAN MOTORCYCLE, INC. EQUIPMENT LISTING QTY DESCRIPTION SERIAL # 1 CROWN FORKLIFT SC4040-35 ISLE PICKER TROJAN BATTERY HOBART CHARGER FORKLIFT – SC4040-35 BATTERY 63257 CHARGER 100C62388 1 CROWN FORKLIFT SP3210-210 1 NISSAN ELECTRIC FORKLIFT – MODEL PE30Y CSPO1-9A1555 1 NISSAN ELECTRIC FORKLIFT – MODEL PE50YSC CWPO2-9C2180 1 NISSAN LIFT TRUCK MODEL P50LP – USED KP50YLP-901370 CROWN FORKLIFT ISLE PICKER 1A206705 KOMUTSU FORKLIFT 506718A 2000 CHEVY FLATBED

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HARLEY DAVIDSON SCREAMIN' EAGLE MECHANICAL COMPRESSION RELEASE FIX- TURE

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Filed Under (Harley Davidson) by admin on 04-02-2011

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DRILLING AND TAPPING PROCEDURE Wear safety glasses or goggles while drilling. Flying debris could result in serious eye injury. (00565b) NOTE Perform the following procedure on both the front and rear cylinder heads. Tool Setup NOTE Due to slight manufacturing differences, it may be necessary to tap the fixture into place with a rubber mallet. Do NOT use excessive force. 1. Align the fixture’s locating pins with the 3/8 inch tooling holes in the head and install the fixture on the head. 2. See Figure 1 and Figure 6. Secure the fixture (1) to the head with two 5/16-18 socket head cap screws (2) and washers (9) included in the kit. Install the screws in the holes marked “F” when modifying the front head or in the holes marked “R” when modifying the rear head. Tighten screws to 80 in-lbs (9 Nm) . 3. See Figure 3 and Figure 6. Install the drill bushing (3) in the bore marked “FRONT” when modifying the front head or in the bore marked “REAR” when modifying the rear head. 4. Tighten drill bushing set screw to 50 in-lbs (5.6 Nm) . 5. See Figure 2 and Figure 6. Install collar stop (4) onto the 1/2 inch diameter shank of the step drill bit (5). Secure the collar stop with the set screw 3.900 inches (9.90 cm) from the beginning of the 3/4 inch diameter step of the drill bi

1990 Toyota Supra Factory ENGINE TUNE- UP MECHANICAL

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Filed Under (Toyota Manuals) by admin on 10-06-2011

The 7l/l-GE, 7M-GTE engines are an in-line 6-cylinder engine with the cylinders numbered 1-2-3-4-5-6 from the front. The crankshaft is sup- ported by 7 bearings specified by the inside of the crankcase. These bearings are made of kelmet. The crankshaft is integrated with 12 weights which are cast along with it for balance. Oil holes are built into the crankshaft for supplying oil to the connecting rods, pistons and other components. These engine’s ignition order is 1-5-3-6-2-4. The cylinder head is made of aluminum alloy, with a cross flow type intake and exhaust layout and with pent roof type combustion chambers. The spark plugs are located in the center of the combustion chambers

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TVS50 Voice Processing System Installation Manual

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

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installation must be performed by a qualified professional installer. If required, provide the telephone company with the following technical information:  The telephone numbers to which the system will be connected Make: Panasonic Model: KX-TVS50 FCC Registration No.: found on the back of the unit Ringer Equivalence No.: 0.4B Facility Interface Code: 02LS2 Service Order Code: 9.0F Required Network Interface Jack: RJ11C Connection to the Telephone Line The VPS unit must not be connected to coin operated telephone lines. Contact the telephone company before connecting this unit to a party line. Telephone Service Problems The telephone company may temporarily discontinue service if the VPS causes problems with the telephone network. Discontinued service usually occurs after prior notification. When prior notification is not practical, the telephone company must:  Promptly notify the customer of the temporarily discontinued service.  Provide the customer with an opportunity to correct the situation or problem.  Inform the customer of the right to bring a complaint to the Federal Communication Commission pursuant to the procedures set forth in Subpart E of Part 68 of the FCC Telephone Equipment Rules. Telephone Network and Terminal Equipment compatibility Availability of Telephone Interface Information When requested by the customer, the telephone company must provide the following information:  technical information concerning interface parameters.  technical information not specified in FCC rules such as the number of ringers that can be connected to a particular telephone line. Changes in Telephone Company Communications Facilities, Equipment, Operations, and Procedures The telephone company may make changes to its communication facilities, equipment, operations, or procedures, when such action is reasonably required in the operation of its business, and is not inconsistent with FCC rules (FCC Telephone Equipment Rules, Part 68). The customer shall be given adequate notice in writing when changes will

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Toyota Avensis Equipment REMOVAL AND INSTALLATION

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Filed Under (Toyota Manuals) by admin on 05-10-2011

Trip computer with fuel consumption &average speed display (where standard audio fitted) Outside temperature display Instrument display dimmer Digital odometer with two trip meters Digital Clock Dashboard integrated multi-information display (where standard audio fitted) Fuel Caplocation indicator Rearfoglamps indicator Sequential automatic transmission mode indicator (where sequential automatic fitted) Tachometer Fuel indicator with low fuel warning Water temperature indicator Engine temperature warning Engine management warning Lights Onwarning Door Ajarwarning



Brakes, Wheel Assemblies, and Tires tips

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Filed Under (Tips and Review) by admin on 09-02-2012

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BRAKING SYSTEMS The braking systems used on motorcycles and ATVs, like virtually any type of braking system, reduce the machine’skineticenergyby transforming it into heat energy known as friction heat . Therefore, a brake is an energy-conversion device that converts the energy of motion (kinetic energy) into heat energy. Motorcycle braking is accomplished by the friction (resistance to movement) produced when a brake lining is forced against a rotating drum or disc. Friction between the linings and drum or disc serve to slow and eventually stop wheel rotation. The brakes used on motorcycles fall into two categories: Mechanical drum, sometimes called expanding shoe Hydraulic disc Motorcycle brakes commonly use either hydraulic (fluid pressure) or mechanical (cable or linkage) mechanisms to apply the brakes. Brakes, Wheel Assemblies, and Tires 1 Mechanical Drum Brakes First, let’slookatthedrum brake, sometimes called the mechanical, expanding double-shoe brake ( Figure 1 ). Generally used for rear wheels, this brake is also used on some front wheels. With this kind of brake, a backing plate that’sconnectedtothe forks holds the two brake shoes. The wheel and brake drum rotate around the brake shoes. When the rider applies the brake, a cam pushes the two semicircular shoes outward. The circle formed by the two shoes expands. When the shoes expand, they press against the rotating drum, thereby limiting its free rotation

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HARLEY DAVIDSON BATTERY CHARGING HARNESS (THREE-PIN) INSTALLATION MANUAL

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Filed Under (Harley Davidson) by admin on 11-02-2011

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1. Follow the instructions in your Owner’s Manual to remove the seat and any other components (side covers, etc.) necessary to provide access to the battery. 2. Refer to the applicable view in Figure 1 for your model. Break the battery negative (-) connection by removing the hardware assembly from the negative battery terminal. 3. Break the positive (+) battery connection by removing the hardware assembly from the positive battery terminal. 4. Clean the battery terminals and cable connectors using a wire brush or sandpaper to remove any oxidation. 5. Apply a light coating of Harley-Davidson electrical contact lubricant (Part Number 99861-02) to the battery terminals, cable connectors, battery charging harness ring terminals and connector located under the weather- shield cap. Connect positive (+) battery cable first. If positive (+) cable should contact ground with negative (-) cable connected, the resulting sparks can cause a battery explosion, which could result in death or serious injury. (00068a) 6. Refer to the view in Figure 1 used for disassembly. Install the positive (RED) lead of the harness to the positive (+) battery post following the sequence shown. • On 1999 and earlier models (with original equipment), torque the positive (+) terminal post bolt to 40 in-lbs (4.5 Nm). • On 2000 and later models (with original equipment), torque the positive (+) terminal post bolt to 60-96 in-lbs (6.8-10.9 Nm). 7. Attach the negative (BLACK) lead of the harness to the negative (-) battery post following the sequence shown. • On 1999 and earlier models (with original equipment), torque the negative (-) terminal post bolt to 40 in-lbs (4.5 Nm). • On 2000 and later models (with original equipment), torque the negative (-) terminal post bolt to 60-96 in-lbs (6.8-10.9 Nm). Harness Routing Do not route the harness near any moving parts. Contact with moving parts may result in damage to harness. Refer to the following sections to determine the correct harness routing for your model. Be sure to avoid any components that may pinch or cut the harness, and avoid components that radiate heat. Take up any slack in the cable and store out of sight. Secure the harness with cable straps (H-D Part Number 10006), which can be purchased separately from any Harley Davidson Dealer. VRSC Model Harness Routing 1. See Figure 2. Route the battery harness/ connector (3) toward the front of the bike following the upper left frame tube. Cleanly tuck the in-line fuse (2) into the space in front of the battery. 2. Continue to route the harness/ gray connector to the front of the bike and behind the vent cover. Secure the harness with a cable strap and let the connector protrude past the cover for easy access. Trim any excess from the cable strap

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BMW F 650CS Scarver Specifications

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Filed Under (BMW) by admin on 28-10-2010

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Motor Type Water cooled, single cylinder, 4 stroke Bore x Stroke 100 x 83 mm (3.93 x 3.26 in) Capacity 652 cc Rated Output 50 bhp (37 KW) at 6,800 rpm (performance reduction 34 bhp (25 Kw at 6,500 rpm possible) Max Torque 62 Nm (46 ft lb) at 5,500 rpm (performance reduction: 50 Nm (37 ft lb) at 3,500 rpm) Compression Ratio 11.5 : 1 Valves Per Cylinder 4 Valve Control DOHC Mixture Control/Engine Management Electronic intake pipe injection / BMW engine management Emission Control Closed loop 3 way catalytic converter Fuel type Unleaded regular grade fuel, minimum octane rating 91 (RON) Power Transmission Clutch Multiple disc clutch in oil bath, mechanically operated Gearbox Constant mesh 5 speed gearbox integrated in the crankcase Gearbox Ratio’s 2.750 / 1.750 / 1.310 / 1.050 / 0.840 : 1 Final Drive 2.94 : 1 Drive Belt Drive with jerk damper in it’s own casing Electrical System Ignition Electronic ignition Alternator 400 W three phase alternator
Battery 12V / 12 ah Chassis Type of Frame Bridging frame consisting of steel profiles with integrated oil tank and rear frame fastened with screws Front wheel suspension Telescopic fork, stanchion diameter 41 mm, fork stabiliser Rear wheel suspension Die cast aluminium single side swinging arm with rear wheel axle adjustable via Excenter, central strut controlled by means of lever system Travel Front/Rear 125 / 120 mm (4.92 x 4.72 in) Wheels Die cast aluminium wheels Wheel Rims, Front 3.00 x 17 Wheel Rims, Rear 4.50 x 17 Tyres, Front 110/70 x ZR 17 Tyres, Rear 160/60 x ZR 17 Brakes, Front Single disc brake , diameter 300 mm (11.8 in), double piston floating caliper Brakes, Rear Single disc brake, diameter 240 mm (9.45 in), 1 piston floating caliper ABS Special equipment BMW Motorrad ABS Dimensions/Weights Length x Width x Height 2142 x 915 (inc. mirrors) x 1158 (not inc. mirrors) (84.33 x 36 x 45.59 in) Wheel Base (in normal position) 1493 mm (58.78 in) Seat Height 780 mm (30.7 in) (special equipment low seat height: 750 mm (29.5 in), 150 series rear tyres; special equipment high seat bench: 810 mm (31.89 in)) Castor (in normal position) 123.3 Steering Head Angle (in normal position) 86 degrees Unladen Weight with Full Tank 187 Kg / 412 lb Dry Weight 169.6 Kg / 373 lb Permitted Total Weight 370 Kg / 815 lb Payload (with standard equipment) 183 Kg / 403 lb Fuel Consumption over 100 Km @ constant 90Kph 3.0 litres / 94 mpg / 78 mpg US

FLEXIBLE GAS PIPING DESIGN GUIDE and INSTALLATION INSTRUCTIONS

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Filed Under (S&S) by admin on 29-10-2010

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Definitions: Grounding : The process of making an electrical connection to the general mass of the earth. This is most often accomplished with ground rods, ground mats or some other grounding system. Low resistance grounding is critical to the operation of lightning protection techniques. Bonding : The process of making an electrical connection between the grounding electrode and any equipment, appliance, or metal conductor: pipes, plumbing, flues, etc. Equipment bonding serves to protect people and equipment in the event of an electrical fault. Equipotential Bonding : The process of making an electrical connection between the grounding electrode and any metal conductor: pipes, plumbing, flues, etc., which may be exposed to a lightning strike and can be a conductive path for lightning energy towards or away from the grounding electrode. 2. The National Fuel Gas Code NFPA 54/ANSI Z223 states, “Each above ground portion of a gas piping system upstream from the equipment shutoff valve shall be electrically continuous and bonded to any grounding electrode, as defined by NFPA 70, National Electrical Code ( ANSI/NFPA 70 1999 Edition.) 3. The TracPipe® gas piping system shall be bonded in accordance with the National Fuel Gas Code, NFPA 54/ANSI Z223. The piping system is not to be used as a grounding conductor or electrode for an electrical system. 4. For bonding of the TracPipe® system, a bonding clamp must be attached to the brass AutoFlare®fitting adapter (adjacent to the pipe thread area – see Figure 4-21) or to a black pipe component (pipe or fitting) located in the same electrically continuous gas piping system as the AutoFlare®fitting. The corrugated stain- less steel portion of the gas piping system SHALL NOT be used as the bonding attachment point under any circumstances. Bonding electrode conductor sizing shall be in accordance with Article 250 (Table 250-66) of ANSI/NFPA 70. The bonding is a requirement of the National Electrical Code

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