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KTM OM-2 Split Body Floating Ball Valves Installation and Maintenance Instructions

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Filed Under (KTM) by admin on 26-01-2012

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Remove the valve from the shipping package (box or pallet) with care taken to avoid any damage to the valve and actuator (plus accessories where applicable). •Before installation, remove the seal discs from the flange. Clean the inside of the valve using an air line that includes an appropriate air-filter. Ensure that there are no solid objects such as pieces of wood, plastic or packing materials within the valve or on the valve seat. •Confirm that the materials of construction listed on the valve nameplates are appropriate for the service intended for and are as specified. When in doubt contact KTM, or your local Tyco facility. •Define the preferred mounting orientation with respect to the system pressure. The arrow on the body helps to identify the upstream side (high pressure) and downstream side (low pressure). •Ensure that all stud bolts and nuts of the body joint are firmly fastened. Caution •Verify that the direction of the flow in the line corresponds to the arrow indicated on the valve body. Valves without the arrow are bi-directional. •See the Actuator User Manual for the actuator preparation. 2.2. Installation Instructions •Ball valves are normally installed in horizontal pipes with the stem facing up. However, there are no limitations regarding the pipe or stem orientation. •Unless otherwise recommended by KTM, the valve should be installed with the ball in the open position, to ensure that the seat rings are not damaged during installation. •Particular care should be taken for valves equipped with “fail-close” actuators. •For operating temperatures above 200°C (392°F), thermal insulation of the valve body is recommended to protect the actuator/accessories from heat beyond the recommended temperature range. •Handling and lifting of the valves during installation MUST be performed following the same criteria and instructions described in points 1.2. and 1.3

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Harley-Davidson Valves, Guides And Seats Installation

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

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1: Clean carbon from old guide O.D. before removal. 2: Guide to head press fit .0015″ / .002″ (head smaller than guide). 3: Heat head to approximately 200° – 250° F. 4: Install the guide at room temperature (Head hot & Guide at room temperature). 5: Let head cool to room temperature before final sizing of the bore. 6: Determine desired clearance valve to guide. Recommended clearance Shovel Head with cast iron guides Intake .001″ – .0015″ Exhaust .0015″ – .002″ (Ampco-45 add .001″) 7: Select the correct plug gage by adding the valve stem diameter and clearance desired for the finish diameter. 8: Select a plug gage .0005″ under finish size for the other end of the handle. 9: Finish hone the bore to size, check the size as you hone with the -.0005″ under size pin gage, finish hone to size with the finish plug gage pin. 10: Cut or Grind the seats, lap the valves to seats and check valve seat concentricity before assembling valve springs. 11: Use a good assembly lube, S’NS works great. 12: Use valve stem seals. Factory OE seals will stay tight with guide top size +.005″ to -.015″ from published size. 13: After the head is assembled and still on the bench check for any leakage valve to seat

New Automatic Transmission for Motorcycles Human-Friendly Transmission

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Filed Under (Honda) by admin on 18-12-2011

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High-pressure fluid flow The engine rotates the pump swash plate, which has a gear mechanism. The rotating swash plate pushes the pump pistons to increase the pressure on the hydraulic fluid and feed it to the high-pressure annular chamber. The high- pressure fluid is then fed to the oil motor piston chamber where it pushes the pistons forward, which then push the motor swash plate. Power Fluid flow from pump to motor Fluid flow from motor to pump Low-pressure fluid flow The lower-pressure hydraulic fluid returns to the pump through the low-pressure annular chamber. In this way, the fluid circulates between the pump and the motor. Movement of distributor valves and pistons The distributor valves play an important role in fluid circulation. The valves are placed both in the oil pump and motor. When the pump pistons move to the compression side, the valves connect the piston chamber and the high- pressure chamber. When the pump pistons move to the expansion side, the valves allow a connection between the piston chamber and the low-pressure chamber. The valve in the oil motor moves opposite to its counterpart in the pump, ensuring the circulation of fluid within the system

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KAWASAKI ZZR 1400 SPECIFICATIONS/ FEATURES AND BENEFITS

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Filed Under (Kawasaki) by admin on 04-12-2010

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Engine type . …………………….. 4-stroke, liquid-cooled, in-line 4 Displacement . ………………….. 1352 cm3 Bore x stroke . ………………….. 84.0 x 61.0 mm Compression ratio . ………….. 12.0: 1 Valve system . ………………….. DOHC, 16 valves, 4 valves per cylinder Maximum power . ……………… 140 kW (190 PS) / 9,500 r/min (Fr. 78.2 kW (106 PS) / 8,500 r/min) Maximum power + ram air . .. 147 kW (200 PS) / 9,500 r/min Maximum torque . …………….. 154 N•m / 7,500 r/min (Fr. 114 N. m / 4,500 r/min) Fuel system . ……………………. EFI with 4 x 44 mm Mikuni throttle bodies Ignition . …………………………… digital TCBI (ECU controlled) Starting system . ………………. electric Transmission . ………………….. 6-speed Frame type . ……………………… aluminium monocoque Rake / trail . ………………………. 23″ / 94 mm Suspension, front . ……………. 43 mm inverted fork Suspension, rear . …………….. Uni-Trakfi with gas-charged shock absorber Wheel travel, front / rear . ….. 117 / 122 mm Tyre, front / rear . ………………. 120/70 ZR 17 / 190/50 ZR 17 Brake, front . …………………….. 310 mm dual discs with radial mount 4-piston calipers Brake, rear . ……………………… 250 mm disc with single piston caliper L x W x H . ………………………… 2,170 x 760 x 1,170 mm Wheelbase . ……………………… 1,460 mm Seat height . ……………………… 800 mm Fuel capacity . ………………….. 22 L Dry weight . ………………………. ZX1400A6F 215 kg / ZX1400B6F 218 kg Colours . …………………………… Pearl Meteor Grey or Candy Thunder Blue Kawasaki 2006 SUPER SPORTS 5 ZZR1400 (ZX1400A6F/B6F) FEATURES AND BENEFITS ENGINE 1352cm3 4-cylinder DOHC engine ! The most powerful production Kawasaki motorcycle engine ever. ! All new compact 4-cylinder engine. ! Gear-driven dual secondary balancers cut vibration, minimising engine wear, noise and rider fatigue. ! 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. Fuel system ! Electronic fuel injection feeds the engine exactly the right amount of fuel giving excellent power, fuel economy, driveability and starting. ! High atomising injectors are used to maximise combustion efficiency and minimise emissions. ! Dual throttle valves are fitted to significantly improve driveability. The sub throttle valves are controlled by the ECU to provide precise response. ! An oval throttle pulley improves throttle control, opening less initially but increasing as more throttle is applied. ! ECU is a 32 bit unit to provide the control circuit required to operate the dual throttles. ! The ram air induction system takes cooler, high- pressure air from in front of the cowling and pushes it through the air cleaner and into the engine for maximum power output. ! To minimise emissions, honeycomb-type catalysers are used.

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HARLEY DAVIDSON EFI SCREAMIN' EAGLE BIG BORE EFI STAGE 2 KIT INSTALLATION INSTRUCTIONS

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Filed Under (Harley Davidson) by admin on 29-01-2011

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INSTALLATION Installation of this kit is divided into six steps: 1. Big-Bore Cylinder and Piston Conversion 2. High Performance Camshafts 3. High Performance Clutch Diaphragm Spring 4. High Performance Air Cleaner 5. Calibrate the ECM 6. Exhaust NOTES This Big-Bore Stage 2 kit is intended for High Performance applications only. This engine-related performance part is legal for sale or use in California on pollution-controlled motor vehicles. Engine-related performance parts are intended for the experienced rider only. -J04173 1 of 5 The air cleaner contained in these kits is designed to perform with these kits only. Any other combination of components is not confirmed to be legal for street use. The Product Information Label contained in this kit is required in the state of California only. This label is required to aid in passing the California Smog Check Program. Place the Product Information Label on the right side of the frame, directly beneath the VIN sticker. Do not place the label on motorcycles other than those specified in the Instruction Sheet. Gaskets provided in the 1690 conversion kit eliminate the need for original head gasket O-rings. For this reason, DO NOT install the Original Equipment (OE) O-rings (Part Number 11273) to the top of cylinder dowels, or severe engine damage may occur. Big-Bore Cylinder and Piston Conversion NOTE Installation of this kit requires removal of the cylinder heads, cylinders and pistons. Refer to Section 3, ENGINE: STRIPPING MOTORCYCLE FOR SERVICE and TOP END OVERHAUL of the applicable Service Manual for instructions. High Performance Camshafts NOTE Installation of this kit requires removal and re-installation of the cam support plate. Refer to Section 3, ENGINE: BOTTOM END Cam Support Plate, Removal and Disassembly/Assembly (Camshaft, Camshaft Bearings) of the applicable Service Manual for instructions. Measuring Piston-to-Valve Clearance After installing non-stock cams, check piston-to-valve clear- ance. 1. Apply 1/8-inch (3 mm) layer of clay to crowns of pistons in areas where valves meet pistons. 2. Refer to the appropriate Service Manual and assemble the heads and valve train, and tighten cylinder studs to torque specified. 3. Turn engine through two complete revolutions by hand. 4. Remove heads and measure clay at its thinnest point. NOTE Clay must measure 0.080 inch (2.03 mm) at its thinnest point. If this measurement does not meet minimum thickness, depth of valve notches must be increased. The depth of the notches must not exceed 0.135 inch (3.43 mm). Measuring Valve-to-Valve Clearance NOTE Wait ten minutes before turning the engine after installing push rods. This allows tappets to bleed down and prevents you from bending push rods or valves. 1. Rotate the engine so that both valves of the front cylinder are partially open. Shine a light through the exhaust port and look through the spark plug hole to view the valves. Turn engine, if required, to the point where the exhaust evel sensor to the fuel pump with screw (3). Tighten the screw enough to seat the fuel sensor against the mounting tab e. Route fuel level sensor wiring under the fuel hose and connect the fuel level sensor to the low fuel switch connector on the fuel pump module. If necessary use the jumper harness (Figure 4, item 5). f. See Figure 2. Secure the fuel pump wires and con- nectors

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2004 KTM 950 ADVENTURE REPAIR MANUAL

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Filed Under (KTM) by admin on 23-11-2010

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Intake system Fresh air is drawn into the filter box through the intake snorkel 1 , past the carburetors 2 and through the air filter 3 . The cleaned air is conducted to the combustion chamber through the carburetors and intake ports. 1 2 2 3 2-4 Repair manual KTM LC8 Art.-Nr . 3.206.016-E Secondary air system The secondary air system supplies fresh air to the emissions in the exhaust port, resulting in the afterburning (oxidation) of the emissions. A line leads from the filter box 1 to the control valve 2 which opens as soon as the throttle valves 3 are opened. The line continues to the reed valves 4 in the cylinder heads which are actuated by the pressure pulsation in the exhaust system. As a result, cleansed fresh air arrives in the exhaust port. The oxygen content in the air and the high exhaust gas temperature cause the emissions to oxidize. If the throttle valves are closed and the engine goes into an overrun condition, the underpressure in the intake port will rise and the control valve will close. This prevents exhaust backfire (combustion of the unburned fuel/air mixture). 1 2 3 3 4 4 4 2-5 Closed thermostat The thermostat is closed if the temperature of the cooling liquid drops below 75°C. The water pump 1 pumps the cooling liquid through the cylinder and cylinder heads 2 and the thermostat 2 . Open thermostat The thermostat 3 opens at 75°C. The water pump 1 pumps the cooling liquid through the cylinder and cylinder heads 2 , the aluminum cooler 4 and the thermostat. The pressure in the cooling system (max. 1.4 bar) is regulated by a valve in the radiator cap 5 . The cooling liquid level in the compensating tank 6 must be between the MIN and MAX marks when the engine is cold. The fan 7 switches on at 102°C.

Honda CG125 Owners Workshop Manual

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Filed Under (Honda) by admin on 25-11-2010

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Clean the air filter Pull off the right-hand side panel and remove the two nuts which secure the air filter cover. Withdraw the cover, checking that the sealing gasket is in good condition, pull out the retaining spring and withdraw the element assembly. Peel off the inner and outer foam sleeves. Wash all components in white spirit (Stoddard solvent) or in warm water and detergent and dry them thoroughly. Soak the foam sleeves in the specified oil, then squeeze them gently (do not wring them out or they will be damaged) to expel all surplus oil. Refit the sleeves to the element frame. On reassembly ensure that all components are correctly fitted so that unfiltered air cannot bypass the element. 2 Check the spark plug Remove the spark plug cap, unscrew the plug and check its condition, comparing it with the photographs on page 65. If it is badly worn or fouled it must be renewed. If it is fit for further service check the gap and reset it if necessary, as described in Chapter 3.8. 3 Check the valve clearances It is important that the correct valve clearance is maintained. A small amount of free play is designed into the valve train to allow for expansion of the various components. If the setting deviates greatly from that specified, a marked drop in performance will be evident. In the case of the clearance becoming too great, it will be found that valve operation will be noisy, and performance will drop off as a result of the valves not opening fully. If on the other hand, the clearance is too small the valves may not close completely. This will not only cause loss of compression, but will also cause the valves to burn out very quickly. In extreme cases, a valve head may strike the piston crown, causing extensive damage to the engine. The clearances should be checked and adjusted with a cold engine. Place the machine on its centre stand and remove the rocker cover, taking care not to damage the 0 ring. Remove the gearchange pedal and the left-hand outer cover to expose the generator rotor. Remove plug and allow old oil to drain Remove the spark plug, then slowly rotate the engine anticlockwise by way of the generator rotor, watching the inlet valve. When it has opened and closed again (sunk down and risen up to its original position), rotate the engine further until the T mark on the rotor periphery aligns exactly with the raised index mark which is positioned between 12 and 1 o’clock (from the crankshaft) on the generator stator. The engine will then be in the correct position for checking the valve clearances, namely at Top Dead Centre (TDC) on the compression stroke; check that there is free play at both rockers. Using a 0.08 mm (0.003 in) feeler gauge, check the clearance between the top of each valve stem and its corresponding rocker. The feeler gauge must be a light sliding fit, with the rocker and valve stem just nipping it. If necessary, slacken the locknut, and turn the small square-headed adjuster to obtain the correct setting. Tighten the locknut, holding the adjuster at the same time to prevent it from moving. Finally, recheck the setting and then repeat the procedure on the other rocker. 4 Check the contact breaker points and ignition timing Note: since the generator stator plate is located by its countersunk retaining screws, the ignition timing can only be altered by opening or closing the contact breaker gap; therefore both operations are described as one. The full procedure is given here for ease of reference, but if the points are found to be in good condition and if the gap has not altered or is within the tolerance, then the ignition timing will be sufficiently accurate and there will be no need to carry out the full check. First remove the gearchange pedal, the left-hand outer cover, the spark plug and the left-hand side panel

2008 harley- davidson sportster specifications

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Filed Under (Harley Davidson) by admin on 01-11-2010

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diMensions Length 89.10 in. (2263.14 mm) Overall Width 35.20 in. (894.08 mm) Overall Height 46.80 in. (1188.72 mm) Seat Height: *•*Laden2 26.30 in. (668.02 mm) *•*Unladen* 28 in. (711.20 mm) Ground Clearance 4.40 in. (111.76 mm) Rake (steering head) 29.6° Fork Angle 29.6° Trail 4.70 in. (119.38 mm) Wheelbase 59.70 in. (1516.38 mm) Tires (Dunlop® Harley-Davidson® Series, blackwall) : *•*Front*-*D401F* 100/90-19 57h *•*Rear*-*D401* 150/80B16 71h Fuel Capacity (warning light at approximately 1 gal.) 4.5 gal. (17.03 L) Oil Capacity (w/filter) 3.60 qts. (3.41 L) Transmission Capacity 1 qts. (0.95 L) Weight: *•*As*Shipped** 557 lbs. (252.65 kg) *•*In*Running*Order* 581 lbs. (263.54 kg) *•*Gross*Vehicle*Weight*Rating* 1000 lbs. (453.59 kg) Gross Axle Weight Rating: *•*Front** 335 lbs. (151.95 kg) *•*Rear* 665 lbs. (301.64 kg) enGine Engine3 Air-cooled, Evolution® Valves* Pushrod-operated,*overhead*valves*with*hydraulic, ** self-adjusting*lifters;*two*valves*per*cylinder Bore x Stroke 3.50 in. (88.90 mm) x 3.81 in. (96.77 mm) Displacement3 73.20 cu. in. (1200 cu. cm) Compression Ratio 9.7:1 Fuel System4* Electronic*Sequential*Port*Fuel*Injection* (ESPFI) Air*Cleaner* Paper*cartridge*type Lubrication*System* Dry-sump drivetrain Primary*Drive** Chain,*57/38*ratio Final*Drive* Belt,*68/29*ratio Clutch** 9-plate,*wet Transmission 5-speed Gear Ratios (overall) : U.s.** HDI* JPN 1st 9.315 9.004 9.004 2nd 6.653 6.432 6.432 3rd 4.948 4.783 4.783 4th 4.102 3.965 3.965 5th 3.517 3.400 3.400 chassis Frame Mild steel, tubular frame; circular sections; cast junctions wing*Arm*Mild*steel,*rectangular*tube*sections,*stamped*junctions;*MIG*welded* Front Forks 39 mm Rear Shocks Coil-over; preload dual-adjustable Wheels5 (Chrome, Laced Steel option) : Black, 13-Spoke Cast Aluminum 105th Anniversary Wheels5 (Chrome, Laced Steel option) Gloss*Black*Painted*Cast*Aluminum *•*Front* 19 in. x 2.15 in. (482.60 mm x 54.61 mm) *•*Rear** 16 in. x 3 in. (406.40 mm x 76.20 mm) Brakes: *•*Caliper*Type* Dual-piston*front,*single-piston*rear* *•*Rotor*Type* (diameter x width) :** Patented,*uniform*expansion*rotors** *•*Front* 11.50 in. x .20 in. (292.10 mm x 5.08 mm) *•*Rear** 11.50 in. x .23 in. (292.10 mm x 5.84 mm) Suspension Travel: *•*Front*Wheel* 4.12 in. (104.65 mm) *•*Rear*Wheel* 2.12 in. (53.85 mm) perforMance Engine Torque6 (per SAE J1349) : *•*North*America* 79 ft. lbs. @ 4000 rpm* (107.12*NM*@*4000*rpm) *•*World** 75 ft. lbs. @ 3500 rpm* (101.70*NM*@*3500*rpm) *•*Japan* 66 ft. lbs. @ 3500 rpm* (89.50*NM*@*3500*rpm) Lean Angle (per SAE J1168) : Right: 31° Left: 30° Fuel Economy7 (EPA urban/highway test) : 42/57 mpg (5.60/4.13*L*/100*km) electric Battery** Sealed,*maintenance-free,*12V,*12-amp/hour,*200*cca (per Battery Council International Rating) Charging Single-phase, 30-amp system (357W*@*13.5V,*2000*rpm,*405W*max*power*@*13.5V) Starting* 1.2*kW*electric*with*solenoid*shift*starter*motor*engagement Lights (as per country regulation) : *•*Headlamp* (quartz halogen) * 55-watt*low*beam,*60-watt*high*beam* **•*Tail/Stop*Lights* 8W/28W* (5W/21W)* *•*Turn*Signal*Lights** 28W (21W) self-canceling *•*Indicator*Lamps* High*beam,*neutral,*low*oil*pressure,*turn*signals,** **

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TVS – 811 Series Trap Valve Station Installation, Operation and Maintenance Instructions

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Filed Under (TVS) by admin on 29-04-2012

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In a piston valve, the control of stem and seat leakage is obtained by tightness of the valve sealing rings to the body and valve plug. The bonnet compresses the valve sealing rings against the body and the valve plug. Flexible disc springs automatically assure a tight seal by exerting pressure on the valve sealing rings, keeping them compressed. Opening and Closing the TVS Isolation Valves The isolation valve begins to stop flow when the valve plug enters the lower valve sealing ring. When the isolation valve is completely closed, the valve plug is in contact with the full height of the valve sealing rings, ensuring the best possible seal. In fact, there is no advantage to be gained in torqueing the valve closed. Armstrong recommends that after closing the isolation valves completely, the handwheel should be turned back one half turn. This makes it easy to re-open the valve by avoiding metal to metal seizure. Troubleshooting – Isolation Valves A piston valve will retain its leak tightness for several years without maintenance. In severe service, such as rapid heating and cooling, some field maintenance may be required. Depending on the problem, these simple steps may help: ! ! ! ! ! Isolation Valve leaks, when the valve is closed . First, Check to make sure the valve is actually closed . Check to see if bonnet is seated on the body, if not, tighten the bonnet nuts until the bonnet seats. This recompresses the valve sealing rings against the body and the valve plug. If valve continues to leak, replace the isolation valve assembly

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2010 Toyota Motorsports/ TRD USA Contingency Award Program

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Filed Under (Toyota Manuals) by admin on 29-09-2011

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To enroll in the program, complete the registration form included in the enclosed material and mail, fax or e-mail it to TRD per the instructions at the bottom of the form. Contact personnel are listed on the attached 2010 Contingency Award Guidelines sheets. These people are available to assist you throughout the year. Parts Ordering: If you are planning to order Toyota parts during 2010 you must supply us with your Visa or Master Card credit card number at the time you register in the program. There is a line on the registration form for this number. See the attached Parts Ordering Guidelines for detailed information on how to order parts. TRD is looking forward to working with each of you, and we wish you a very successful year with your racing program

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