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HI-4 DUAL FIRE MOTORCYCLE IGNITION INSTALLATION INSTRUCTIONS

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Filed Under (Yamaha) by admin on 09-11-2010

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Turn ignition switch off and disconnect battery ground cable. 2. Refer to Figure 3. Remove OE ignition module and wire harness (items 1-4). You will disconnect two wires at the coil (15), a wire going to the VOES (Vacuum Operated Electrical Switch) (18), a black ground wire at the ignition module, and the 3 pin plug (20) that connects to the sensor plate (11). Refer to shop manual for locations. 3. Remove ignition cover plates and gasket (items 5- 9). This will require drilling out two rivets. The rivets will later be replaced with two supplied self- threading screws. 4. In order to remove the sensor plate cable, the cable plug (20) must be removed first. Use needle nose pliers to pull the terminals out of the plug. Then pull the cable through the exit hole at the bottom of the timing cover. 5. Note location of sensor plate (11). There is a V notch in the sensor plate used for alignment. When you install the HI-4, you should align the V notch in the same location. This should set the timing close enough to start the engine. Remove and save the two standoffs and washers (10). Remove the sensor plate (11). HI-4 INSTALLATION Refer to Figure 4. The HI-4 requires use of the OE timing rotor P/N 32402-83 (used only on 1985 and newer models). If you have an older model or are not sure, check the rotor (9) for the correct part number. For models prior to 1980, use the supplied 10-32 x ¾”bolt and washer to mount the rotor. 1. Install the HI-4 system in place of the OE breaker or sensor plate. Rotate the HI-4 about 90 degrees to give better access to the cable exit hole. Install the HI-4 first, then push the cable through the hole. On some early models it may be necessary to enlarge the wire harness exit hole in the gear cover. Align the V notch on the HI-4 same as the OE plate you removed. Use the OE standoffs to secure the HI-4. You must use lockwashers under the standoffs for proper clearance between the HI-4 and cover plate. Do not fully tighten the standoffs until the timing has been set. 2. Route the HI-4 wire harness along the frame rails up to the coil. Make sure that harness will not be chafed or burned by exhaust heat. Secure harness with tie wraps. Do not install timing cover. HI-4 HOOKUP Crimp terminals and hardware are supplied for your convenience. Use the ring terminals for coil hookup. Use male-female quick disconnects for connections to the tach and vacuum switch (VOES). Tape up any unused wires. 1. Circuit Breaker Cover Screws (2) 2. Circuit Breaker Cover 3. Circuit Breaker Cover Gasket 4. Breaker Plate Screws (2) 5. Breaker Plate Screw Lockwashers & Washers (2 each) 6. Retainer (1971 to early 1972) 7. Circuit Breaker Cam Bolt 8. Breaker Plate Assembly 9. Breaker Cam 10. Advance Assembly 11. Gear Case Cover 11 10 9 8 7 6 5 4 3 2 1 NOTE: Damage will result if the brown tach wire comes in contact with +12V. Figure 1. Harley-Davidson®OE Points System
9000-4002A REV A 3 2/05 1. Identify switched +12 volt wire and tach wire (if equipped) going to the coil. Refer to your service manual, or reconnect the battery and use a test light or voltmeter. The switched +12 volt wire will be hot when the ignition key is turned on. 2. Refer to Figure 5. Connect the HI-4 red wire and switched +12 volt wire to Coil positive. 3. The HI-4 white wire is not used and should be taped. 4. Connect the HI-4 black wire to the Coil negative terminal. 5. Connect the HI-4 green wire to the vacuum switch (Figure 3, item 18), if used. 6. Connect the HI-4 brown wire to the tach wire, if equipped with tach. Tape up if unused. 7. The HI-4 is grounded via the timing housing; a separate ground connection is not required. 8. Reconnect battery ground cable. Verify proper ground connections to the frame and engine. VOES HOOKUP The OE vacuum switch (VOES) is normally an open circuit. Above 3-5 inch-Hg vacuum, the VOES closes and grounds the vacuum input on the OE ignition module. This increases the total advance generated by the OE ignition module. Vacuum advance improves part throttle 17 16 1. Cover Screws (2) 2. Ignition Timer Cover 3. Ignition Module 4. Timer Plate Screws (2) 5. Washers (2) 6. Screws & Washers (2 each) 7. Shield 8. Sensor 9. Trigger Rotor Bolt 10. Timer Plate 11. Trigger Rotor 12. Advance Assembly 13. Gear Case Cover 14. Ignition Coil 15. Spark Plug Wires (2) 16. Ignition Coil Terminal (FX) 17. Ignition Coil Terminal (FL) 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 NOTE: Most motorcycle coils do not have terminals marked. Use either terminal for Coil+ (positive) and the other one for Coil- (negative). Warning: The HI-4 (8-1100) Dual Fire ignition will not work with 2 plugs per head, dual coil application. Damage will result if attempted. Use the HI-4 (8-2100) single fire ignition for 2 plugs per head applications

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HARLEY DAVIDSON DYNA CHROME COIL COVER KITS INSTALLATION MANUAL

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Filed Under (Harley Davidson) by admin on 06-03-2011

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Installation 1. Refer to the Service Manual and follow the instructions given to remove the maxi-fuse. 2. Note the position of each spark plug wire in the ignition coil, then disconnect the two wires. 3. If there is an existing coil cover: Remove and discard the coil-cover mounting screws and spacers. Remove and discard the coil cover. If there is not an existing coil cover: Remove and discard the two coil mounting screws. 4. See the Service Parts illustration. Obtain the coil cover bracket (3), two long screws (4) and two spacers (2) from the kit. 5. Insert the screw into one of the holes in the bracket as shown, through a spacer, and into a coil mounting hole. Repeat with the second screw and spacer. 6. Assemble the coil to the electrical caddy with the two screws. Tighten the screws to 50 in-lbs (5.6 Nm). 7. Obtain the new chrome coil cover (1) from the kit. Position the cover over the coil, and fasten to the coil cover bracket with the three chrome screws (6) and washers (7) from the kit. Do not fully tighten the screws at this time. 8. Connect the spark plug wires through the holes in the side of the coil cover onto the correct coil terminals. 9. Adjust the cover to center the spark-plug wire boots in the coil cover holes for best appearance. Tighten the three chrome screws securely 10. Refer to the Service Manual and follow the instructions given to install the maxi-fuse

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HARLEY DAVIDSON CHROME SEAT POST REMOVAL AND INSTALLATION INSTRUCTIONS

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

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REMOVE 2 1 is00000 1. Seat Post 2. Screw Figure 2. Lower Seat Post 1. Refer to Owners Manual to remove the seat. To prevent accidental vehicle start-up, which could cause death or serious injury, disconnect negative (-) battery cable before proceeding. (00048a) 2. Disconnect battery negative cable. 3. On motorcycles equipped with oxygen sensors, disconnect the rear sensor connector. 4. See Figure 2. Remove screw (2) and washer from the lower seat post (1) and discard. -J04294 1 of 2 5. Disconnect spark plug wires and primary wire from ignition coil. 6. See Figure 3. Loosen the bracket screws (1). Remove seat post screw (2) and seat post with ignition coil and cover. 7. See Figure 4. Remove coil cover screw (5) and cover (4) from stock seat post (1). 8. Remove ignition coil screws (3) and coil (2) from seat post. 2 1 is04241 1. Bracket Screws 2. Upper Seat Post Screw Figure 3. Upper Seat Post Fasteners 2 5 1 3 4 is04337 1. Seat Post 2. Ignition Coil 3. Coil Screw 4. Coil Cover 5. Coil Cover Screw Figure 4. Install Ignition Coil to Seat Post INSTALL 1. See Figure 4. Install ignition coil (2) to new seat post using screws (3). Tighten ignition coil screws to 10-15 ft-lbs (13.6-20.3 Nm) . 2. Install coil cover (4) to seat post with screw (5) and tighten to 30-40 in-lbs (3.4-4.5 Nm) . 3. See Figure 1. Place seat post (1) in position and attach lower post with screw (2), washers (3) and dome nut (4). Tighten screw (2) to 10-15 ft-lbs (13.6-20.3 Nm) . 4. See Figure 3. Attach upper seat post with screw (2). Tighten screw (2) to 12-15 ft-lbs (16.2-20.3 Nm) . Tighten bracket screws (1) to 12-15 (16.2-20.3 Nm) . 5. Connect primary wire to ignition coil. 6. Connect spark plug wires to ignition coil. The rear cylinder plug wire attaches to the top coil post. Ensure that spark plug wire boots are fastened securely. 7. Connect rear oxygen sensor connector, if equipped. 8. Reconnect battery negative cable

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DYNA IGNITION COIL INSTALLATION INSTRUCTIONS

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Filed Under (Honda) by admin on 08-11-2011

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Remove the gas tank. Locate the two ignition coils. 2) Unplug the primary wires coming from the coils and disconnect the high voltage wires from the spark plugs. Remove the coil mounting bolts, and remove the coils. 3) Cut or unsolder primary wires from coils. Crimp or solder ring terminals supplied with kit to primary wires.4) Attach the primary wires to the DYNA COILS using the 10-32 x 5/16 pan head screws provided. Either wire can be mounted on either terminal of the dual output coils as they have no polarity. On the single output coils, the primary terminal opposite the side with the output tower has a + marking. Plus 12 volts from the ignition switch is applied to that terminal, and the points or ignition system output is connected to the other terminal. On a Kawasaki, make sure there is clearance between the screw head and the mounting screw spacer. Do not over- tighten screws as damage to the coil could result. 5) Using the stock hardware, mount the coils to the frame in the original location. NOTE: The DYNA COIL mounting hole spacing is designed to accommodate early model Honda, Kawasaki, and Suzuki motorcycles. There are a wide variety of physical sizes and mounting configurations on the late model motorcycles and it may e necessary to modify existing mounting brackets, or fabricate a bracket to adapt the DYNA COILS to your particular motorcycle

2010 HONDA VFR1200F Dual Clutch Transmission Specifications

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Filed Under (Honda) by admin on 18-02-2011

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Specifications VFR1200F Dual Clutch Transmission (ED-type/ F-type) ENGINE Type Liquid-cooled 4-stroke UNICAM 76° V-4 Displacement 1237cc Bore  Stroke 81  60mm Compression Ratio 12:1 Max. Power Output ED: 127kW/10,000min-1 (95/1/EC) F: 83kW/9,500min-1 (95/1/EC) Max. Torque ED: 129Nm/8,750min-1 (95/1/EC) F: 115Nm/4,000min-1 (95/1/EC) Idling Speed 1,150 min-1 Oil Capacity 4.9 litres FUEL SYSTEM Carburation PGM-FI electronic fuel injection Aircleaner Oil-permeated, viscous-type paper filter Fuel Tank Capacity 18.5 litres Fuel Consumption ED/E : 15.9 km/l F : 15.9 km/l (tested in D-Mode) (WMTC mode*) VFR1200F 03/05/10 9 9 ELECTRICAL SYSTEM Ignition System Computer-controlled digital transistorised with electronic advance Ignition Timing 8.4° BTDC (idle speed) Sparkplug Type IMR9E-9HES (NGK); VUH27ES (DENSO) Starter Electric Battery Capacity 12V/11.2Ah (YTZ14S) ACG Output 570W Headlights H7x2 (55Wx2) Tail-light 5Wx2,STOP LIGHT 21W( 21/5W+5Wdual-light) DRIVETRAIN Clutch Wet multi-plate, hydraulic, dual Clutch Operation Hydraulic Transmission Type Constant mesh 6-speed Primary Reduction 1.738 (73/42) Gear Ratios 1 2.4666 (37/15) 2 1.7894 (34/19) 3 1.4090 (31/22) 4 1.1600 (29/25) 5 1.0322 (32/31) 6 0.9393 (31/33) VFR1200F 03/05/10 10 10 Final Reduction 2.7061 Final Drive Shaft FRAME Type Diamond; aluminium twin-spar CHASSIS Dimensions (LWH) 2250  740 1220mm Wheelbase 1,545mm Caster Angle 25.5° Trail 101mm Turning Radius 3.5m Seat Height 815mm Ground Clearance 125mm Kerb Weight 277kg Loaded Weight 473Kg SUSPENSION Type Front 43mm cartridge-type telescopic fork with stepless preload adjustment, 120mm axle travel RearPro-Link with gas-charged damper, VFR1200F 03/05/10 11 11 25-step (*stepless remote-controlled hydraulic) preload and stepless rebound damping adjustment, 130mm axle travel WHEELS Type Front 5-spoke hollow gravity Die-cast aluminium Rear7-spoke gravity Die-cast aluminium Rim Size Front 17M/C  MT3.50 Rear 17M/C  MT6.00 Tyre Size Front 120/70 ZR17M/C (58W) Rear 190/55 ZR17M/C (75W) Tyre Pressure Front 250kPa Rear 290kPa BRAKES Type Front 320mm dual floating hydraulic disc with two 6-piston callipers, C-ABS and sintered metal pads Rear276mm hydraulic disc with 2-piston calliper, C-ABS and sintered metal pads All specifications are provisional and subject to change without notice. * Please note that the figures provided are results obtained by Honda under standardized testing conditions prescribed by WMTC. Tests are conducted on a rolling road using a standard version of the vehicle with only one rider and no additional optional equipment. Actual fuel consumption may vary depending on how you ride, how you maintain your vehicle, weather, road conditions, tire pressure, installation of accessories, cargo, rider and passenger weight, and other factors

Harley-Davidson Electronic Ignition Module Installation instructions

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Filed Under (Harley Davidson) by admin on 23-04-2012

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Step 1: Switch main dashboard switch to “off” position (Ignition& light switch) Step 2: Disconnect negative (ground) cable from the Battery Step 3: Remove the Condenser and Breaker points from the circuit breaker timing base. Step 4: Disconnect advance/ retard cable from timing base Step 5: Remove timing base from timer shaft and housing (see your manual for instructions) Step 6: Remove circuit breaker wire stud or circuit breaker to coil wire assembly from timing base Step 7: Remove circuit breaker wire from Ignition coil, and mark terminal on coil with piece of tape. Step 8: Install the Electronic Ignition Module on the timing base. Mount this short black wire to one on the timer base screws by keeping some slack in this wire so the timing base can turn free. Solder the flag terminal to this short black wire and mount it under the timer to motor bolt. This way of mounting provides a much better grounding. Do NOT use the screws (number 1 or 2 screws from picture below) from the timing base!!!! Step 9: Now three wires pass this hole via the rubber grommet. Figure 1 Figure 2 Step 10: Reinstall the timer base on the timer shaft housing, and keep some slack in the wires before protruding the hole in the timer shaft housing, and secure with ground spring and cover retainer. Reconnect the advance/retard cable to the timer base. Step 11: Route the two long wires to the ignition coil. Check in the HD service manual for a proper route to the ignition coil. (Keep away from hot surfaces like exhaust systems). Cut the wires to the exact length necessary for mounting. Step 12: Determine the exact length of the wire loom. Keep in mind that one end of the loom enters the timer shaft housing by 1cm. Cut the loom to the proper length. Step 13: Insert both wires in the loom. Strip both wire ends and solder the two flag terminals on the wires. Step 14: Connect the red wire to the ignition coil, on the terminal where the 6 or 12 volt is supplied to. This terminal has at minimum one wire connected which runs to the main switch. Step 15: Connect the black wire to the ignition coil on the terminal which is empty, and has piece of tape on it. (Old place where the circuit breaker wire was connected to) Step 16: Install the trigger rotor on the timer shaft cam, and tighten the hex screw by using the hex key tool. Do not over tighten the screw! Step 17: Check for clearance between trigger rotor and Electronic Ignition Module. Appropriate clearance is between 0,5mm and 1,5mm . Minor adjustments can be made by unlocking the two screws and slightly shift/move the Electronic Ignition Module. Check if the rotor moves free. Timing instructions: Remove the spark plugs from the engine, but keep them connected to the spark coil cables and engine ground. This enables normal operation of the spark, and prevents unwanted engine firing on compression stroke. See service manual or handbook for timing instructions of your model Step 18: Reconnect the negative (ground) cable to the battery. Step 19: Switch main power to “on” position. The red light in the Electronic Ignition Module might already light up. If not, turn the kick starter slowly. The red light is on while charging (closed points)the Ignition coil, facing solid metal of the trigger rotor. The light goes off (open points) when the end of the solid surface of the trigger rotor passes the centre of the Electronic Ignition Module. At that point a spark is generated by the coil

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YAMAHA XS650H/ SH Supplementary Service Manual

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Filed Under (Yamaha) by admin on 21-11-2010

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Ignition timing check 1. Ignition timing is checked with a timing light by observing the position of the rotor pointer and the marks stamped on the timing plate. The timing plate is marked as follows. “ll” Firing range for No. 1 (L.H.) “T” Top Dead Center for No. 1, fL.H.1 cylinder 2. Connect the timing light to the left cylinder spark plug lead wire. 3. Start the engine and keep the engine speed as specified. Use a tachometer to check the engine speed. B. PICK-UP COIL ASSEMBLY The method of mounting the pick-up coil assembly is changed for easier service work. Thus, the followings “Pick-up coil assembly removal” and “Pick-up coil assembly reinstallation” should be changed. Pick-up coil assembly removal Remove the pick-up coil securing screws and remove the pick-up coil assembly. Pick-up coil assembly reinstallation Install the pick-up coil assembly on to the stator assembly. _ L 4. Specified engine speed: 1,200 r/min The rotor pointer should be within the limits of ” fl ” on the timing plate. If it exceeds the limits or does not steady, check the timing plate for tight- ness and/or ignition system for damage. NOTE: Ignition timing is not adjustable. C. FUEL LEVEL The carburetor is furnished with a drain screw to provide easy access to service work. Thus, the following “Fuel level measurement” should be added. Fuel level measurement NOTE: Before checking the fuel level, note the follow- ing: 1. Place the motorcycle on a level surface. 2. Adjust the motorcycle position by placing a suitable stand or a garage jack under the engine so that the carburetor is positioned vertically. 1. 2. Connect the level gauge (special tool) or a vinyl pipe of 6 mm (0.24 in) in inside diameter to the float bowl nozzle left or right side carburetor. Set the gauge as shown and loosen the drain screw 3. Start the engine and stop it after a few minutes of run. This procedure is neces- sary to obtain the correct fuel level. NOTE: Make sure the fuel petcock is “ON” or “RES” oosition. 4. Note the fuel level and bring the gauge to the other end of the carburetor line and repeat step 3 above. Note the fuel level again and compare it with the previous gauge reading. They should be equal. If not, place a suitable size of wooden piece or the. alike under the center stand and adjust. 5. Check the fuel level one by one. The level should be in the specified range.

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HARLEY DAVIDSON SCREAMIN' EAGLE XL1200S RACE IGNITION SYSTEM Installation MANUAL

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Filed Under (Harley Davidson) by admin on 26-12-2010

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Disconnect battery, negative cable first. 2. See Figure 1. Remove seat and locate ignition module. 3. Remove the two nuts that hold the ignition module in place. 4. Unplug the two module connectors and remove module. 5. Plug in new module and secure module in place with nuts removed in step 3. Tighten nuts to 15-21 in-lbs (1.7-2.4 Nm). 6. Disconnect spark plug cables from coil towers, noting their positions for reinstallation on new coil. ® Kit Numbers 32737-98, 32738-98, 32739-98 Figure 1. Ignition Module i01020 1 of 2 NOTE The spark plug cables have numbers printed on them that correspond to numbers adjacent to the coil towers on the coil. 7. See Figure 2. Making note of wiring positions, disconnect primary wire plug from back of coil by gently prying up latch and pulling connector rearward. 8. Remove mounting bolt and remove existing ignition coil. 9. Install new coil with mounting bolt removed in previous step. Tighten bolt to 2-6 ft-lbs (3-8 Nm). 10. Plug in primary wire connector into back of coil. 11. Connect spark plug cables to new ignition coil. 1 WARNING Always connect the positive battery cable first. If the positive cable should contact ground with the negative cable installed, the resulting sparks may cause a battery explosion resulting in personal injury. 12. Reconnect battery cables, positive cable first. 13. Check engine timing according to procedures in applicable XLH Service Manual.

YAMAHA YZF-R1P/ YZF-R1PC SERVICE MANUAL

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

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1Fuel pump 2Pressure regulator 3Fuel injector 4Throttle body 5Intake temperature sensor 6Throttle position sensor 7Intake air pressure sensor 8ECU 9Atmospheric pressure sensor 0Coolant temperature sensor ACylinder identification sensor BCrankshaft position sensor ÈFuel system ÉAir system ÊControl system Illustration is for reference only. 1 – 4 GEN INFO FEATURES Fuel control block The fuel control block consists of the following main components: An engine trouble warning light is provided on meter panel. Component Function Control block ECU Total FI system control Throttle body Air volume control Pressure regulator Fuel pressure detection Sensor block Intake air pressure sensor Intake air pressure detection Atmospheric pressure sensor Atmospheric pressure detection Coolant temperature sensor Coolant temperature detection Intake temperature sensor Intake temperature detection Throttle position sensor Throttle angle detection Cylinder identification sensor Reference position detection Crankshaft position sensor Crankshaft position detection and engine RPM detection Speed sensor Speed detection Actuator block Injector Fuel injection Fuel pump Fuel feed Air Induction system, air cut valve Induction of secondary air A. Power supply circuit The power supply circuit obtains power from the battery (12 V) to supply the power (5 V) that is required for operating the ECU. B. Input interface circuits The input interface circuits convert the signals output by all the sensors into digital signals, which can be processed by the CPU, and input them into the CPU. C. CPU (Central Processing Unit) The CPU determines the condition of the sensors in accordance with the level of the signal that is output by the respective sensor. Then, the signals are temporarily stored on the RAM in the CPU. Based on those stored signals and the basic processing program on the ROM, the CPU calculates the fuel injection duration, injection timing, and ignition timing, and then sends control commands to the respective output interface circuits. D. Output interface circuits The output interface circuits convert the control signals output by the CPU into actuating signals for the respective actuators in order to actuate them. They also output commands to the indicator and relay output circuits as needed.

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XR 600 Dual Sport Kit Installation Manual

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

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1. Get a degree in Mechanical and Electrical Engineering. (Just kidding!) 2. Remove the side panels, seat, and gas tank. 3. Unplug the headlight and taillight from the stock wiring and remove. 4. Locate the AC voltage regulator mounted on the left side of the frame backbone, (Fig.1) unplug from wiring harness, and remove the regulator. This regulator is located above the air box on ’87 and earlier XR 600′s and 500′s. AC Regulator (Remove) Pulsar Coil Alternator (Stator) Wiring Alternator (Stator) Contains both exciter coil and lighting coils Figure 1: If you are colorblind or even think you might be a little color blind, now is the time to get someone to assist you. Successful installation of the kit requires good color recognition. You want to go riding this weekend, don’t you? 5. A three wire group consisting of a black/red wire, a green wire, and a white/yellow wire (may appear light gray/yellow) are the output leads from the stator. 1990 and earlier models only have two wires coming up from the alternator, a black/red wire and a blue wire. On 1991 – 1999 XR 600′s, unplug the green wire and the white/yellow wire. (This should have already been done 3 when you removed the voltage regulator in Step 4.) On 1990 and earlier XR 600′s see the Stator Modification Instructions enclosed. 6. Temporarily disconnect the black/red wire and remove the rubber boot that shields the wire bundle. Reconnect the black/red wire making sure that it plugs in tightly, as this lead is responsible for powering the bike’s ignition. 7. Voltage Regulator Installation: The voltage regulator/rectifier mounts to the top right rear corner of the air box (Photo 1). Use the template provided to determine the location at which to drill the two 1/4 inch mounting holes in the air box lid. The outside edge of the regulator should be nearly flush with the outside edge of the air box when mounted properly.

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