Custom Search

XM-DVR Pro User Manual

XM-DVR Pro User Manual

XM-DVR Pro is an “All-In-One” PAL, SECAM and NTSC digital video recorder (DVR) featuring unprecedented broadcast DVD quality, which answers the growing demands of Commercial, Military and Industrial Markets. Based on an embedded operating system, XM-DVR Pro is built on a “hardened” DVR module, which provides broadcasting (POV, Reality TV), security and surveillance, military and mobile markets with an advanced yet rock-solid, stable and reliable solution. XM-DVR Pro is capable of recording for days or hours (based on the target media) to a hard disk drive (HDD), solid state Compact Flash (CF) memory cards, or a DVD drive.

XM-DVR Pro can be used as a stand-alone mobile recording unit or a “black box recorder” and is among the smallest hardened mobile ultra-high resolution and video quality digital recording systems on the market today. XM-DVR Pro is equipped to handle “full D1” NTSC, PAL or SECAM recording from (2) concurrent AV streams to enable applications requiring more than one high quality camera recordings.

What are some of XM–DVR Pro uses?
• Motorsports (Rally, Road Racing, Drag Racing, NASCAR, Baja in-car and on-bike recording)
• Aerial (in-flight video recording for aerobatic sports planes, helicopters, etc.)
• Government, Military & Public Safety (Police mobile undercover drug stings, Tanks, APCs and Helicopters)
• Entertainment & Broadcasting (Reality TV, POV, Extreme TV content)
• Security & Surveillance
• Transportation (Buses, limo, taxi, train)

Get pdf XM-DVR Pro User Manual

Nemesis Engine Control for Ducati

Nemesis Engine Control for Ducati

The Nemesis uses both of the original multi-pin connectors to link with your bike wiring loom, no changes are necessary, but remember it is VITALLY important to re-connect the 6mm ground connector. Nemesis also re-uses the cast aluminium ‘heat sink’ from the IAW 5.9 ECU, this can be removed and re-fitted to Nemesis using a TORX T20 screwdriver without any damage to the original ECU.

IMPORTANT – Make sure that the rear (mating face) of the cast aluminium ‘heat sink’ is free from corrosion to ensure good electrical connection between the rear panel of Nemesis and this ‘heat sink’. NEVER fit any stickers or any other object to the back panel of Nemesis that could restrict the ground path.

Secure the Nemesis using the original M6 screws and lock nuts.
Wiring options:
All Nemesis kits are supplied with a standard link cable as shown here, this plugs directly into the Nemesis using the connector slot located between the 2 main bike connectors. Route the 3 way grey PC communication connector to any suitable place that gives you access to this plug when the ECU cover panel is replaced and the assembly is re-fitted to the bike.

You may also have purchased a development Loom that has the same connector for linking to Nemesis but the following extra inputs. 4 way AMP connector with yellow band for connecting to an external wide band lambda sensor.
- Pin 1 = 12v power supply for lambda system
- Pin 2 = Power ground for the lambda system
- Pin 3 = 0-5v signal
- Pin 4 = Signal ground
Note: If you system only has a common ground, link pins 2 & 3 together.
3 way AMP connector with a red band, this is used to provide an ignition switched 12v and power ground from the bike into the Development loom. It is connected to the lap timer connector located as shown here on 749/999 or clipped to the back of the head stock on the 1098.
For bikes that already have a lap timer plugged in at this position you will need an additional ‘lap time patch cable’ part number N-7005 to use both the development loom and the lap timer.

Get pdf Nemesis Engine Control for Ducati

Ducati Motorcycles G-Force Alarm System Installation & Operating Instructions

Ducati Motorcycles G-Force Alarm System Installation & Operating Instructions

Alarm Module and Siren can be mounted using supplied adhesive, zip ties, or hardware. Mounting surface should be clean and completely grease free.
Installation
The two ring connectors on the wiring harness are for power from the battery. The alarm harness also connects to the motorcycle taillight and starter switch. The taillight connection is to provide flashing light notification when placing alarm in and out of guard mode, or notification of a triggered alarm. Starter relay connections are made to disable the starter button circuit when the alarm has been triggered.

Taillight Connection
You will be inserting the alarm harness connectors in series with the motorcycle taillight plug. The alarm harness plugs into the taillight, and the motorcycle harness plugs into the tab connector on the alarm harness.
Remove the red and white wire with the flag connector to the taillight (See blue arrow in picture below). Plug the alarm wiring harness flag connector on the taillight and connect the motorcycle flag connector to the alarm wiring harness.
Ducati Monster 620 Taillight Connection
ADDITIONAL OR REPLACEMENT TRANSMITTER
Code Learning Remote Control Transmitter
1. Remove the inline power fuse of alarm. Wait 5 seconds. Reinsert fuse.
2. After the alarm power up sequence that takes approximately 15-20 seconds, switch vehicle ignition to “on” position. It is important that you allow the alarm to go through its entire power up sequence, where the lights flash and the siren chirps; this takes 15 – 20 seconds. Only after the power up sequence is completed, switch the vehicle ignition to “on” position. By switching the vehicle to the “on” position, the alarm module senses a drop in current, if you do not have an ignition switch, you can substitute any current drawing method.
3. With additional/replacement transmitter, press left or right transmitter button until a single tone is heard. Repeat this step with either replacement transmitter, or additional transmitter until two tones are heard. Code learning is complete. Code learning must be completed within 30 seconds of switching ignition to “on” position.
4. Switch ignition “OFF” and test one or both transmitters to insure each will arm/disarm alarm.

Get pdf Ducati Motorcycles G-Force Alarm System Installation & Operating Instructions

Ducati Hypermotard Installation Guide

Ducati Hypermotard Installation Guide

1) It is essential to use Blue Loc-tite on all nuts and bolts. Remove any other steering stabilizers.
2) It’s a good idea to cover the tank with an old sweatshirt, towel or protective device so you don’t scratch it.
3) Parts in photos are aluminum in color to help show contrast for mounting purposes. Production parts are anodized black.
4) Remove the (4) Allen bolts that hold your handlebars tight. Carefully lay your bars forward of the mounts, wrapping the bars and levers in a towel or suitable protection, as you will have to turn the front end for the next operation.
5) Holding the Allen heads in place with a wrench, remove the 15mm nuts on the bottom of the triple clamp that hold the bar mounts tight. Remove the stock lower bar mounts. The washers that sit under your lower perches, between the bushings and the stock perches, MUST go into the recess area on the bottom of the new SUB mount we provide (see photo).
6) Install the new SUB-mount-lower-perches using the stock Allen bolts and tighten the 15mm nuts with the stock washers.
7) Do not install the bars yet. Follow the wire from the key and unplug the security switch from it’s plug on the left side.
8) Remove the (2) Acorn nuts that hold the plastic key cover on and flip it upside down. Inside you’ll find the “security ring” that immobilizes your bike, to prevent theft. There are (2) small tabs that hold that security ring in place. To remove the security ring you must lift a little on each side, back and forth, until it comes out. Carefully bend the one tab back and lift the ring out slightly to clear the first tab lip. Then do the other tab, a small amount at a time. Do not break the ring!! Some rings are lightly glued in place but they will come out with gentle persuasion. If you come in from the other side with an ice cream stick or other suitable persuasive pushing device, you can help push the security ring past the lips of the tabs.
9) Install the security ring into the new Plastic key cover we’ve provided. You’ll see the relief area for the sensor to fit into. The security ring itself needs to be seated all the way flush into the recess area in the black cap, it cannot touch any metal.
10) Feed the wire down through the aluminum portion of the frame bracket and snap the Plastic cover into the provided recess. This is a press fit, but it’s best to put a dab of blue-loc-tite on the press fit area to help keep it place. Plug the wire back in. If the plastic top does not center itself or fit flush, look inside to be sure the “gray” tabs are not preventing it’s installation.
11) The new billet key cover is the anchor point for the stabilizer, so it must sit flush around the entire base of the key switch to provide the support needed. We’ve found on some bikes the stock key casting varies, disallowing our cover to sit flush, and in rare cases, when you tighten the bolts it will bow the housing and bind the tower pin. Try the new key cover on first and try to make sure it fits flush at the base area. If there is a casting “seam” you can feel, lightly sand that away until the key cover sits down flush. The better it fits, the more functional it will be. If the tower pin does not float, try again.

Get pdf Ducati Hypermotard Installation Guide

2003-2005 Power Commander Ducati M800 S2R Installation Instructions

2003-2005 Power Commander Ducati M800 S2R Installation Instructions

1. Remove the seat
2. Lift the front of the fuel tank up.
3. Remove the left hand side cover (Fig. A). The PCIII will be mounted behind this cover later on.
4. Route the ground wire from the PCIII behind the frame rail (Fig. B).
5 Remove the lower mounting bolt for the ignition coil (Fig. C). The ignition coil is located on the left hand side of the bike behind the pass-neger footrest bracket.
6 Attach the ground wire from the PCIII through this bolt and retighten bolt
7 Route the PCIII behind the frame tube as in Fig. D. and route along the left hand frame tube going towards the air box.
8. Locate the Throttle Position Sensor (TPS). This sensor is located on the L.H side of the bike, between the frame and the throttle body.
9. Unplug the harness from the sensor and pull the connector towards the outside of the frame to access the wires (Fig. E).

Get pdf 2003-2005 Power Commander Ducati M800 S2R Installation Instructions

Multifunction Instrument Model EFI User Manual

Multifunction Instrument Model EFI User Manual

The multifunction EFI is available in a small rectangular format and a larger round package that includes magneto test switches. Other than the magneto test switches, both formats are functionally identical. Both units simultaneously display all of the following data on a large, two-line liquid crystal display (LCD). Referring to the figures, the functions are; engine RPM, AUX, two exhaust gas temperatures (EGT), two cylinder head (CHT) or one Coolant temperature, Altitude, Climb rate and Flight Time. The unit also displays total accumulated engine time (Hobbs) at the push of a button. The LCD contrast can be adjusted from the normal seating position with the up/dn switch and provides a clearly readable display over a wide range of viewing angles. In addition, the LCD is backlighted for night viewing.

The AUX function is extremely versatile in that it can be used to display volts, fuel level, oil pressure, oil temperature, outside air temperature or any other desired parameter.

The top four functions each have a REDLINE associated with them, and the redline settings can easily be displayed and changed. REDLINE settings, Flight Time and Hobbs time are retained in permanent memory which does not need power, so no data is ever lost due to a battery failure. Exceeding a REDLINE setting causes the high intensity, red WARNING light to flash and the associated LCD value to blink. Pressing the Lmts switch stops the WARNING light, but the LCD characters still blink until the situation is corrected. The unit can be powered from either of two DC sources selected by the three position, on-off-mom(entary) Power switch. The on position is typically used to operate the instrument from 12V and the momentary position from two optional 9V alkaline batteries. If running a basic craft with only a rectifier/regulator (no 12V battery), the 9V batteries can be used to power the instrument when the engine is not running. This allows the user to observe the last flight time, total engine time or other settings without having to start the engine. The spring-loaded momentary position insures that the switch is turned off when done to conserve 9V battery life. The 9V batteries are not used for data retention and are not needed if 12V power is available from a battery.

Get pdf Multifunction Instrument Model EFI User Manual

ACS 300 User’s Manual

ACS 300 User’s Manual

This chapter states the safety instructions which must be followed when installing, operating and servicing the ACS 300. If neglected, physical injury and death may follow, or damage may occur to the AC drive, the motor and driven equipment. The material in this chapter must be studied before attempting any work on or with the unit.

This manual distinguishes two sorts of safety instructions. Warnings are used to inform of conditions which can, if proper steps are not taken, lead to a serious fault condition, physical injury and death. Notes are used when the reader is required to pay special attention or when there is additional information available on the subject. Notes are less crucial than warnings, but should not be disregarded.

This chapter describes the purpose and the contents of this manual and explains the conventions used within. This chapter also identifies the intended audience and lists the related documentation.

The purpose of this manual is to provide you with the information necessary to install, start-up, operate and service an ACS 300 AC drive. This manual also describes features and functions of the AC drive, as well as requirements for external control connections, cabling, cable sizes and routing.

Intended Audience
This manual is intended for those who are responsible for installing, commissioning and servicing the ACS 300 AC drive.

The audience is expected to:
• Have a basic knowledge of physical and electrical fundamentals, electrical wiring practices, electrical components and electrical schematic symbols.
• Have no prior experience of ABB products.
• Have no prior experience of the ACS 300 family.
• Have no prior experience of installing, commissioning, operating and servicing the ACS 300. With the help of this manual you will be able to install, start-up operate and service the ACS 300

Get pdf ACS 300 User’s Manual

DUCATI 996 BATTLE SHIFTER

DUCATI 996 BATTLE SHIFTER

The Power Shifter by Battle Factory is a lightweight, compact semi-automatic upshift system for bikes 600cc and up that provides quick, smooth shifts every time. Unlike other shifters that simply cut the electronic ignition, the Battle Shifter works by reducing current to the coil enough to stop ignition. This ensures that power keeps flowing to your gauges, eliminating annoying readout flashes and reducing overall system shock. The Power Shifter automatically adjusts the duration of the ignition cut to match RPM’s – longer cuts at low RPM’s and shorter ones at high RPM’s. The Power Shifter also features a DSR (Delayed Spark Return) System and 2nd Gear Helper Function. The DSR System waits a revolution after returning spark to the first bank of cylinders before returning spark to the second bank, greatly reducing transmission shock. The 2nd Gear Helper Function helps reduce the normal shock when shifting from 1st to 2nd gear by lengthening the ignition cut time (only applicable on street bikes that have neutral sensor). Best of all, the Battle Factory Power Shifter doesn’t require a battery like other shifters on the market.

The Battle Shifter automatically cuts out under 2,500 RPM’s to prevent engine stall during slow speeds and idle. It comes fully setup for your bike from the factory.

IMPORTANT:
To ensure the long life of your unit, please read all instructions carefully. Check that the adjustment window is covered before riding!! Take care to ensure that all wires are connected correctly, especially the <+> and <–> as incorrect installation can result in damage to the unit. Be sure to ground the shifter’s <–> (black wire) to the frame.

Avoid installing the control unit in places where it will be exposed to excessive water, heat, dust or vibration. Also avoid securing it the close proximity of the ignition coil or plugs as electronic noise could interfere with normal operation. We recommend installing it in a convenient spot near the CDI on the meter stay. Be sure to insert the included sponge under the control unit before securing with the provided zip straps.

Get pdf DUCATI 996 BATTLE SHIFTER

DUCATI ST2/ST4 Stock Socket Rewire POWERLET ™ Installation Instructions

DUCATI ST2/ST4 Stock Socket Rewire POWERLET ™ Installation Instructions

This easy to install, high quality, POWERLET™ wiring harness replaces the low current, thin wiring supplied on Ducati ST2 & ST4 equipped with sockets. The purpose of the harness is to provide a safe means to draw high current through the socket.

The stock wiring is fused at 3 amps for a reason – the gauge of wire used in the factory harness is to small to operate high current loads. Replacing the 3 amp fuse with a to large a fuse can cause the stock wire to overheat. Also the voltage drop in the stock wiring will be large when powering heated clothing. The operator can supply power to the battery (via a battery charger), draw power from the battery (via heated clothing) or monitor the state of charge on the battery using the replacement harness. The Use of heavier wire minimizes the voltage drop in the harness, providing more power at the socket for high current loads (like heated clothing).

The stock wiring harness can still be used for low power devices. Our PKT-027 & PKT-028 dash kits reuses the stock harness and white connector to operate low power devices like radar detectors, cell phones and GPS units. These kits plug directly into the open white connector and locate a socket on or near the dash.

Get pdf DUCATI ST2/ST4 Stock Socket Rewire POWERLET ™ Installation Instructions

OEM 230 Series Drive User Guide

OEM 230 Series Drive User Guide

The OEM 230 Series consists of the OEM230, OEM330, OEM530
and the OEM530-D drives. OEM 230 Series Drives are high-performance, bipolar, chopper-regulated stepper drives designed for optimum performance in low and medium power applications. A recirculating chopper regulator improves operating efficiency, minimizes power consumption and reduces motor and drive heating. They may be powered directly from DC supplies or the secondary winding of a centre tapped isolating transformer. One transformer, or one DC supply can power several drives in a multi-axis system. Separate logic and motor supply inputs allow you to use up to a 60-volt DC motor supply, providing extra torque at high speeds.

The motor current selecting link, mounted on the drive, allows you to configure the drive for a wide range of stepper motors. OEM 230 Series Drives operate rotary stepper motors at resolutions of either 200 steps/rev (full-step) or 400 steps/rev (half-step), and can also be used to operate linear stepper motors. Motor short-circuit protection is assured across and between phases (not phase-to-ground).

The drives are suitable for use with hybrid and permanent magnet stepping motors having 4, 6, or 8 leads. The drive may be mounted in a rack or by means of the fixing holes provided.

The drives can be used as stand alone units with separate control inputs and motor connection/power inputs. An on-board clock can be used to control drive motion or an external step/direction source can be used. The step, direction and shutdown inputs are fully opto isolated for maximum noise immunity, but they can be configured as single ended non-isolated inputs.

The system may be configured to allow the step signal to be provided by the on-board step source. Two separate programmable speeds are available. These are set by resistors connected to the D-type connector and may be selected remotely, with controlled acceleration and deceleration between the two speeds. When the on-board clock source is used, a controller with access to the ‘clock monitor’ signal can use the Fast, Slow and Direction inputs to control motor movement.

Get pdf OEM 230 Series Drive User Guide

Ducati ‘03 ST4s Timing Belt Adjustment

Ducati ‘03 ST4s Timing Belt Adjustment

This instruction on cam belt adjustment starts after you remove the fairing pieces. Plan on an hour to remove these. Since you are performing your own service, buying Ducati belts may not be that expensive. There may be another belt source, but I have not confirmed this for the 996 engine of the 02-03 ST4s.

1) Ensure maximum of ½ tank of gas. Fuel will leak into the charcoal canister, then onto the floor if the tank is over half full and the tank is tilted up on its hinge. So put the tank up on its hinge.
2) Remove spark plugs. Cover sparkplug wells with boots or rags. This is a great time to toss out those Champions for a set of NGK DCPR8E’s.
3) Remove the front shield from the horizontal cylinder head.
4) Remove crankshaft cover on Riders LH side and insert crank tool. A crank tool can be made by following the drawing at the end of this document. See Fig 2 above. The flat head screws used are kind of soft so beware on their removal.
5) Remove oil pressure sending unit cable and remove oil sending unit. No oil should pour out.
6) Remove battery and remove bolts fastening battery box to engine/frame. You can let the battery box dangle or partially support it via a bungee cord. Be careful of the cable on the ground of the ECU. By dangling the battery box excess stress could be placed on this cables connector and you don’t want to troubleshoot an intermittent electrical issue.
7) Remove cam belt covers. The two covers over the cams are real easy. The center piece is removed by pulling it down. You may have to move some hoses and cables out of the way because it is a tight fit. Removing the oil pressure sending unit gave clearance for the removal. Fig 1 shows bike ready to be worked on.

Get pdf Ducati ‘03 ST4s Timing Belt Adjustment

DUCATI - IGNIJET 2007

DUCATI - IGNIJET 2007

“ENGINE” CONNECTOR
1. Unconnected
2. Unconnected
3. TPS throttle position sensor
The input is designed for standard TPS sensors used in motorcycles. It is designed to take voltage of 0 to 5 V. Specific settings of the sensor for particular types of motorcycles are included in the DUCATI.EXE software. The TPS is powered by the means of reference voltage + 5V and SENSE GND. The output of the sensor will be connected to the connector (3ENG).
4. Unconnected
5. TWS water temperature sensor
The input is designed for standard thermosensors used in motorcycles. Selection of correct sensor is carried out on the basis of motorcycle selection in the DUCATI.EXE software. The characteristics of the sensor can be modified in the DUCATI.EXE software. TWS will be connected to the connector (5) by one output and by the other output to the SENSE GND.
6. Unconnected
7. Unconnected
8. Unconnected
9. SM1A output for idle running control stepping motor.
10. Ignition coil IC2 (rear)
The outputs of the ignition coils are prepared for standard ignition coils for inductive ignition used in the Ducati motorcycles (resistance of the primary coiling of the coil c. 1 to 3 Ohm).
11. Unconnected
12. Unconnected
13. Air pressure sensor APS.
The input is designed for various types of APS sensors used in motorcycles. It is designed to take voltage of 0 to 5 V. Selection of correct is carried out on the basis of motorcycle selection in the DUCATI.EXE software. The characteristics of the sensor can be modified in the DUCATI.EXE software. APS is powered by the means of reference voltage + 5 V and SENSE GND. In case the APS is missing in the motorcycle system, the function of the air pressure sensing is taken over by the dashboard that sends the information to ECU through the medium of CANbus. In case both the APS as well as dashboard are missing, the unit sets the correction as if the air pressure is 100 kPa.

Get pdf DUCATI - IGNIJET 2007

Ohlins Snowmobile shock absorbers Owner’s Manual

Ohlins Snowmobile shock absorbers Owner’s Manual

Öhlins want to congratulate you on your choice of the Öhlins snowmobile shock, the shock absorber used by most of the top snowmobile and motorcycle racers through- out the world. Öhlins shock absorbers are developed in close cooperation with the factory teams all over the world and have dominated the Grand Prix racing scene for several years. Öhlins have in the past years captured more World Championship titles than any other brand of shock absorbers.

Your new Öhlins shock absorbers have a basic setting that has been developed especially for each brand and type of snow- mobile. Total length, travel, spring force and damping forces are carefully calibrated during testing riding cross country and at race speeds on snowcross tracks. The settings are consequently the results of extensive testing with your snowmobile and no guesswork!

Öhlins have a network of authorised dealers in Europe, USA, Australia and Japan, These dealers are specially trained to help you with service, repairs, change of springs and personally tuned adjustments. Design Öhlins shock absorbers are designed according to the de Carbon concept. In short that means that the shock oil is under pressure by gas and separated from the gas by a floating piston.

This eliminates the chance of inconsistent damping due to aeration of the damping oil and improves the cooling because the oil is in direct contact with the outer tubing. The damping piston has shims on both sides. The shims on one side controls the compression damping and on the other side the rebound damping.

By changing the shims, different numbers, thickness and/or diameter, every Öhlins shock absorber can be tailor made for a specific snowmobile model.

A built in compensating system keep the damping force the same at all temperatures. All Öhlins snowmobile shock absorbers also have a new patented ice scraper on the piston shaft preventing ice from damaging the seals and moisture from entering the shock absorber.

Checking the ride height
Your new Öhlins shock absorbers are set up for normal cross country riding with your snowmobile, as supplied by the manufacturer, ridden by a rider of average weight carrying light luggage or a passenger. Even if your snowmobile has no extra equipment it is wise to check the ride height after you have fitted your new shock absorbers.

Get pdf Ohlins Snowmobile shock absorbers Owner’s Manual

Ohlins ROAD & TRACK steering dampers Owners Manual

Ohlins ROAD & TRACK steering dampers Owners Manual

Öhlins steering dampers are designed to withstand very tough treatment in conjunction with competitions. Many years experience and close cooperation with World Championship teams in road racing has helped us develop unique know-how.

Before installation
Öhlins Racing AB can not be held responsible for any damage whatsoever to shock absorber or vehicle, or injury to persons, if the instructions for fitting and maintenance are not followed exactly. Similarly, the warranty will become null and void if the instructions are not adhered to.

WARNING!
1. Installing a steering damper, that is not approved by the vehicle manufacturer, may affect the stability of your vehicle. Öhlins Racing AB cannot be held responsible for any personal injury or damage whatsoever that may occur after fitting the steering damper. Contact an Öhlins dealer or other qualified person for advice.
2. Please study and make certain that you fully understand all the mounting instructions and the owners manuals before handling this steering damper kit. If you have any questions regarding proper installation procedures, contact an Öhlins dealer or other qualified person.
3. The vehicle service manual must be referred to when installing the Öhlins steering damper

Get pdf Ohlins ROAD & TRACK steering dampers Owners Manual

Scottoiler: Ducati ST4s Installation

Scottoiler: Ducati ST4s Installation

Locate the vacuum – There is a vacuum point on the inlet tract, as shown below left. Remove the screw and replace with the M5 Brass Spigot from the Scottoiler kit, using some RTV Silicon Sealant on the threads to ensure an airtight seal. Then press the Damper Elbow, part number 4, onto the spigot.

The RMV can be mounted on the frame as indicated by the arrows in the third picture. The more vertical the RMV the better and remember to avoid exhaust and engine components. For other fitting options, see our easy step installation guide ‘RMV Positions, General’.

The Dispenser Assembly, shown bottom left, is routed along the underside of the Swingarm using Dispenser Mounting Sleeves, Cable Ties & Glue. Note: an epoxy resin (eg. Araldite) is req’d to bond the sleeves to the Swingarm. For further information see our easy step installation guide - ‘Dispenser Assemblies, General’.

Once fitted, fill and prime the system and set the adjuster knob to ‘prime’. Start the engine and turn the adjuster knob until a flow of between 1 and 2 drops per minute is achieved. Check the condition of your chain after a ride, and then adjust as required. The nib should feed the sprocket between the 6 & 7 o’clock positions, with the cut face facing outwards. The Dual Injector (sold separately) is shown below.

Get pdf Scottoiler: Ducati ST4s Installation

2009 Aprilia Sportcity 250 i.e.

2009 Aprilia Sportcity 250 i.e.

SCOOTERS HAVE ENJOYED a resurgence in the last few months, due to record gas prices. As a result, Piaggio’s scooter sales in 2008 have grown more than 90% over last year’s, according to a company spokesman. FYI, the Piaggio Group owns Aprilia, Vespa and naturally the Piaggio scooter brands. The Sportcity 250 i.e. rounds out the middle of Aprilia’s six-scooter lineup in the US. It has several features that make it well-disposed to commuting, including lots of torque across the low end of the powerband, a comfy seat with a no-slip texture and larger wheels than most scooters for greater stability.

Engine
The Sportcity is powered by a four-valve SOHC 244cc single, and is among the first scooters to use electronic fuel injection to clean exhaust emissions and improve mileage. With its continuously variable transmission (CVT), all you have to do is twist the throttle and go. But this simplicity takes a bit of getting used to if you’re like us and are accustomed to a motorcycle with a manual transmission. We quickly learned to never grab a handful of “clutch” when it felt like it was time to shift or slow, since on this machine, the left handlebar lever is the rear brake!

The little scooter is fairly light at just 357 lbs. wet, so its modest power gives plenty of pep, maintaining a steady pace even going up steep grades. The bike’s torque curve builds in a linear manner until it peaks at 12.71 lb.-ft. @ 6750, which is where the CVT likes to keep the engine rpm, smoothly and automatically changing ratios to match the road speed. But there is a limit, and the power begins to fade at about 60 mph indicated. On surface streets, this limited capability is fine, but on the highway, it often struggles to keep up with high-speed traffic.

Handling
The Sportcity handles surprisingly well, and it is actually quite flickable, bending quickly into smooth corners, thanks to its 15″ wheels and motorcycle-like steering geometry (25.5° of rake and 3.7″ of trail). But its underdamped suspension limits the amount of fun you can have on a bumpy canyon road, as it allows the scooter to continually bounce through the corners—which does nothing for your sense of control. The bouncy suspension is probably due in part to the machine’s rear-biased weight distribution (40.7% front and 59.3% rear unladen). Its short suspension travel doesn’t help either: a skimpy 3.2″ rear, front only 3.9″. And the feet-forward riding posture means that you can’t lift yourself up on the pegs to help cushion an impending big bump—although perhaps you could learn to stand on the passenger pegs, which fold up almost directly under the rider’s seat. Another gripe: The narrow front tire with its circumferential siping seemed to enjoy tracking rain grooves on the freeway, and pavement seams posed an even bigger chal- lenge, especially when they ran at a shallow angle to the lane. However, the Sportcity’s double-disc front brakes are strong and easy to modulate, even from high speed. Plus, the hand-operated rear brake can be used very sensitively, once you’ve adapted to the design.

The step-through layout demands an upright seating position, which feels natural, with one’s arms extended a comfortable distance to the handlebars. If it weren’t for the shocks delivered by the weak rear suspension over poor roads and the lack of wind protection, it would remain comfortable. It fit our 5′6″ tester well, but much taller riders may find the ergonomics a bit cramped. Our tester found that despite the 31.6″ seat height and her short inseams, getting her foot on the ground was not difficult, due to the slim profile of the front of the seat.

Instrumentation
The instruments are very readable, with a huge analog speedo and large digital clock. It also has a fuel gauge and a coolant temp gauge—but during our time with it, we did not find the fuel gauge accurate. After 80 miles, using a little over half of the tank’s 2.4-gal. capacity, the gauge was still showing the scooter’s tank as full. However, the low fuel light is supposed to come on when the rider has reached the reserve level of 0.4 gal. It did, at about 140 miles, which is just about right. Two tripmeters, an odometer, and battery voltage round out the instruments. The usual idiot lights for high beam, turnsignals and oil pressure are included, along with a useful service reminder light and a check engine light

Get pdf 2009 Aprilia Sportcity 250 i.e.

Aprilia Falco Clutch Replacement

Aprilia Falco Clutch Replacement

At approximately 6,000 miles, I began noticing clutch slip at high 2nd gear loads. Over the next 1,500 miles, it got worse, until the clutch would break free in second and third under any hard acceleration.
At this time, Aprilia considers this a consumable item and doesn’t cover the clutch under warranty. Fortunately, at $160 list (I paid $144) for the entire clutch kit, it is reasonably priced. Even better, it is very easy to replace. Still, please ask your dealer to bring early clutch failure to the attention of Aprilia. If enough of us complain, maybe they’ll redesign it.

Disassembly procedure:
Start by setting the bike on the sidestand, clean the clutch cover and oil tank bottom, then drain the oil tank. You do not need to remove the magnetic oil plug or oil filter. The clutch is behind the right hand (brake lever side) engine cover. Only the eight M5 screws on the inner cover need to be removed. You can leave the vacuum hose in place.

Carefully set the cover aside. Lift the eight tabs on the vacuum diaphram and rotate the diaphram off the tabs. Use a 19mm wrench on the M12 locknut while holding the clutch disengagement shaft with an allen key.

Remove the outer washer, vacuum “pressure plate”, diaphragm, support disc, and inner washer and set them aside in order. The “spring holder” hub will now be exposed. Shift the bike into gear, hold the rear brake down and remove the six M6 bolts, washers and springs.

Get pdf Aprilia Falco Clutch Replacement

R1100 - R850R Maintenance Guide

R1100 - R850R Maintenance Guide

This overview section serves only as a step by step reminder for experienced workers. If you are unfamiliar with any procedure you should read the parenthetical reference article or Paul Glaves’Routine R1100 Service Article!
Note to R1100RT and R1100RS Riders: remove the side panels as described in your owners manual “Service and Technical Booklet”except RT: instead of pulling the mirror off as the manual says, you need to hold the back of the mirror (front of bike) with one hand while you hit the front outside corner of the mirror with the palm of your hand thus knocking the mirror off.

Check Alternator Belt
remove four bolts holding black plastic cover(4mm hex), remove cover, check belt for cracks etc., check belt tension, replace belt every 36K miles, leave cover off for valve adjustment (see Jon Diaz “Alternator Belt Adjustment”)

Adjust Valves remove black plastic valve cover protectors (5mm hex) if installed, remove black valve cover strip, pull plug wire using special black plastic tool in tool kit, blow out debris around plug using compressed air!!! repeat again after turning the spark plugs a couple of turns, remove spark plugs using tool kit socket or 5/8 in. deep well thin wall socket, place oil drain pan under valve cover, remove valve cover (6mm hex), remove black rubber timing hole plug, turn lower alternator pulley clockwise with 17mm box wrench, insert long screwdriver into plug hole while turning engine over, when it is pushed out the maximum start looking for timing marks Z - S - OT, center OT in window, adjust proper valves, intake = .006 in (.15mm), exhaust = .012 in (.30mm), using 10mm box, 3mm Allen, and dual feeler gauges, rotate engine 360 degrees and adjust valves on the other side, clean valve covers, wipe oil off gasket, be certain center gasket is in place on valve cover!!!, replace valve cover (see Stephen Karlan “Valve Adjustment”)

Spark Plugs
replace plugs every 12K miles, visually check gap for damage, lightly coat plug threads with anti-seize, install, torque to 15 ft.lb.(20 Nm), replace plug wire, replace black valve cover strip, replace alternator cover ( do top right bolt first!) replace valve cover protector (short screw to the front), replace timing hole plug

Replace Air Filter
replace air filter every 12K miles, remove front seat, unsnap two clips, lift cover, remove old filter, insert new filter seating bottom gasket carefully, install cover by pivoting up to align front hinge tabs, snap two rear clips.

Get pdf R1100 - R850R Maintenance Guide

Model 1260 Wheel Balancer Manual

Model 1260 Wheel Balancer Manual

The machine can operate on any flat non resilient floor.Make sure that the machine rests solely on the three support points provided (Fig.2a). It is advisable to secure the system to the ground using the specific feet (Fig. 2a). if the machine is continually used with wheels weighing over 35 kg. The machine is supplied with a single-phase mains cable plus earth (ground). The power supply voltage (and mains frequency) is indicated on the machine identification plate and cannot be changed. Connection to the mains must always be made by expert personnel. The machine must not be set up without proper earthing.
Connection to the mains should be through a slow acting safety switch rated at 3 A (230V) or 8 A(115 V).

Adapter mounting
Controls and components
Manual distance measurement gauge
This gauge serves to manually measure the distance between the point of application of the counterweight and the machine. The wheel balancer is supplied complete with cone adapters for fixing wheels with a central hole. Other optional adapters can be mounted:
a) Remove the threaded end-piece A after unscrewing the screw B.
b) Mount the new flange (see attached sheets).
Note: CAREFULLY CLEAN THE COUPLING SURFACES BEFORE PERFORMING ANY OPERATION.

Wheel guard assembly and adjustment (optional)
a) Fasten the components to the base as illustrated in specific exploded view.
b) With the guard closed check that the microswitch prod has slipped into place on the ring.
c) Appropriately adjust the angular position of the control ring.
N.B.: Do not lean on the guard during the wheel balancing cycle.

Get pdf Model 1260 Wheel Balancer Manual

DYNA III Electronic Ignition Installation Instructions

DYNA III Electronic Ignition Installation Instructions

The Dyna III Electronic Ignition System has been designed for easy installation and does not require the use of special tools. The compact electronic module operates efficiently and was designed to clamp to a frame tube. It can be located anywhere that there is sufficient space, and does not require special considerations as it is completely vibration and water proof. The recommended location is on the left frame tube under the fuel tank. The DYNA III System was designed for use with stock coils. however. it may be used with other coils that have at least THREE OHMS primary resistance.

PROCEDURE
1. Fasten the clamp to the electronic module using the 4-40 x 5/16 screws and locknuts pnovided. The clamp and nuts go on the inside of the case.
2. Remove the fuel tank. Attach the module to the frame in the location selected. Cut off excess clamp material.
3. Remove an engine case or valve cover bolt and fasten the ground lug (black wire) securely to the engine. DO NOT ATTACH TO FRAME.
4. Locate the two ignition coils (they are positioned behind the left side cover an some models). There is a white wire going to the positive side of one coil that carries the switched 12 volts. A short blue/black wire then connects that point to the positive side of the other coil. Connect the separate red wire included with the kit to the spare spade terminal that is available on the positive terminal of the second coil.
5. Plug the red wire coming from the electronic module into the red wire installed in Step 4.
6. Remove the cap from the contact breaker housing. Remove the alternator cover, timing mark inspection plug, and spark plugs.
7. Remove the two screws and clips holding the points plate to the housing. Remove the screws holding the condensers to the housing. Disconnect the red and green wires where they plug into the wire harness (or coils), and remove the entire points/plate/condenser assembly.

Get pdf DYNA III Electronic Ignition Installation Instructions

AM6 970X Workshop Manual

AM6 970X Workshop Manual

This manual provides basic information on standard servicing procedures. The data and illustrations contained in the manual were up to date at the moment of publication.

Owing to aprilia’s constant commitment to improving the quality and performance of its products, vehicles are subject to change without notice. Users of this publication should consequently be aware that, for some models, the information provided may not be entirely up to date.

Updates of specifications and servicing procedures resulting from changes made to vehicles will be notified to all aprilia distributors, who will in turn make them available to after-sales mechanics. Before performing any operation, ensure that the information contained in this manual is applicable to the vehicle to be serviced.

This publication is meant for aprilia dealers and their trained and qualified mechanics. The description of many service and repair operations has been deliberately omitted in that it is assumed that users of this manual have received a basic training in mechanics, that they are aware of vehicle repairing techniques, and that they have at their disposal all the information published by aprilia on the vehicle. Should any of these three conditions not be fulfilled, repairs and/ or servicing may prove inadequate and thereby result in danger or injury.

This manual does not provide a detailed description of all the procedures required to perform repairs and servicing operations. It is therefore essential to exercise extreme caution in order to prevent damage to the vehicle and its components as well as personal injury to mechanics and the user. In case of doubt as to the repairing or servicing procedures, please contact aprilia’s AFTER-SALES DEPARTMENT: aprilia’s technicians will be pleased to provide all necessary support.

Get pdf AM6 970X Workshop Manual

Nevada Motorcycle Operator Manual

Nevada Motorcycle Operator Manual

This manual gives you information on the special knowledge and skills you need to safely operate your motorcycle on our highways. Nevada gives both knowledge and skills tests before issuing a motorcycle driver license. Those tests are based upon this manual.

You need a Nevada Class M driver license if you live or work in Nevada and you want to operate a motorcycle on our streets and highways. To get your motorcycle license or instruction permit you need to complete a Driver’s License Application at a DMV Full-Service Office. You also need to: Provide proof of your name, age,
• Social Security number and resi- dence address; Be at least 16 years old (15½ for an instruction permit);
• Pass a vision test and a general knowledge test about Nevada’s traffic laws, highway signs and markings, and safe driving practices;
• Pass a specific knowledge test on safe driving practices for motorcycle operators;
• Pass the Motorcycle Operators;
• Skill Test (MOST) for a full license. If you are under 18, you must have a parent or guardian sign the financial responsibility statement on the application in person at the DMV.

INTRODUCTION
The on-cycle skills test includes a pre-trip inspection. You need to know and understand your motorcycle’s controls and equipment such as chock, gear shift, brakes, spark, starter, throttle, ignition, and clutch. The examiner will perform a safety inspection on your motorcycle and check the registration and insurance. You do not have to use your own motorcycle. Your on-cycle test will include normal starts and stops, quick turns, and other maneuvers. When on your motorcycle, you are required to wear a helmet. If your motorcycle does not have a windshield or screen, you need to wear a protective face shield or goggles.

NOTE: If you have a valid motorcycle license or endorsement from a state that uses a MOST course and equipment, the road test may be waived. If you already have another class of driver’s license, your motorcycle license will be shown as an endorsement.

Get pdf Nevada Motorcycle Operator Manual

Aprilia SR 50 Factory Owners Manual

Aprilia SR 50 Factory Owners Manual

The instructions given below cover normal operation of your vehicle and must be carefully observed. By following these rules you will enhance your own safety and the safety of those around you. You will also maximize the life and utility of your vehicle. Two wheeled vehicles obviously do not provide some of the protection provided by automobiles, therefore it is essential that you wear appropriate protective clothing.

Especially, never operate your vehicle without wearing your helmet, gloves, eye protection, a heavy jacket, sturdy footwear, and sturdy full length pants. However, do not assume that even the best clothing and helmet will protect you in the event of an upset or a crash with another vehicle. At best, this gear provides some protection from scrapes and scratches, but very little, if any, impact protection.

Be sure that you meet all the requirements prescribed by local law, including driver’s license, minimum age, training, insurance, taxes, vehicle registration, license plate, etc. When you first receive your vehicle, practice by riding in areas where there is little traffic. Do not attempt to ride in heavy traffic until you are thoroughly experienced and riding your vehicle has become second nature to you.

Although this vehicle is legal for operation on freeways and expressways, it is advisable to not ride on these high speed highways until you are thoroughly familiar with your vehicle, and have attained a high degree of skill in its operation. A new vehicle must be carefully broken in, see p.54 (BREAKING-IN). Before starting the engine, make sure that the brakes, clutch, transmission and throttle controls function properly and that the fuel and oil supply is adequate. The exhaust system, brakes, and some other parts of the vehicle become very hot during operation. Do not touch any of these parts.

Get pdf Aprilia SR 50 Factory Owners Manual

2000-2004 Aprilia SR 50 Ditech Owners Manual

2000-2004 Aprilia SR 50 Ditech Owners Manual

BASIC SAFETY RULES
To drive the vehicle it is necessary to be in possession of all the requirements prescribed by law (driving licence, minimum age, psychophysical ability, insurance, state taxes, vehicle registration, number plate, etc.). Gradually get to know the vehicle by driving it first in areas with low traffic and/or private areas.

The use of medicins, alcohol and drugs or psychotropic substances notably increases the risk of accidents. Be sure that you are in good psychophysical conditions and fit for driving and pay particular attention to physical weariness and drowsiness.

Most road accidents are caused by the driver’s lack of experience.
NEVER lend the vehicle to beginners and, in any case, make sure that the driver has all the requirements for driving. Rigorously observe all road signs and national and local road regulations.
Avoid abrupt movements that can be dangerous for yourself and other people (for example: rearing up on the back wheel, speeding, etc.), and give due consideration to the road surface, visibility and other driving conditions.
Avoid obstacles that could damage the vehicle or make you lose control.
Avoid riding in the slipstream created by preceding vehicles in order to increase your speed. Always keep both hands on the handlebars and both feet on the footboard (or on the footrests), in the correct driving posture. Avoid standing up or stretching your limbs while driving

OIL
The driver should pay attention and avoid distractions caused by people, things and movements (never smoke, eat, drink, read, etc.) while driving.
Use only the vehicle’s specific fuels and lubricants indicated in the “LUBRICANT CHART”; check all oil, fuel and coolant levels regularly.
If the vehicle has been involved in an accident, make sure that no damage has occurred to the control levers, pipes, wires, braking system and vital parts.
If necessary, have the vehicle inspected by an aprilia Official Dealer, who should carefully check the frame, handlebars, suspensions, safety parts and all the devices that you cannot check by yourself.
Always remember to report any malfunction to the technicians to help them in their work. Never use the vehicle when the amount of damage it has suffered endangers your safety.

Get pdf 2000-2004 Aprilia SR 50 Ditech Owners Manual

CVT Basics - Constant Variable Transmissions

CVT Basics - Constant Variable Transmissions

One thing people regularly wonder about is how a CVT (Constant Variable Transmission) works. CVTs are used mostly in scooters, like the 50cc Aprilia SR50 DiTech this document describes, but some larger scooters also use CVTs, and they are even being used on some Audis now! If you’ve ever been confused about that strange little transmission in your scooter, this should help clear things up a bit.

CVTs are quite simple in design, but since every part must work in concert with all the others, it can be difficult to visualize their operation, and understand how each part fits into the whole. The drawings are not to scale, but are meant to just give you a better idea about what is going on.

This document was originally written by Scott (AKA Scootnfast) on the ApriliaForum website. I have done a bit of editing so that things make sense in a non-forum context, but all the photos and info are his, and have been reproduced with his permission.

For other articles available check out the list or read on to continue this article. People ask a lot about different roller weights, clutch springs, contra springs variators and belts. This is an attempt to put the effect these have on your CVT in simple terms.

The truth of the matter is, a new variator, springs, or weights WILL NOT increase your vehicles over all power! The power your vehicle produces depends on the engine, not the transmission. What it does do is adjust your rate of acceleration, and at what RPM your motor runs at while it is accelerating, and at what speed the motor is reving when you reach the highest gear ratio available.

Now having said both of those things, the key is to have your motor running at the RPM where it creates the most horsepower consistently while accelerating. This value will be different for different engines. For the Aprilia SR50 DiTech used in this explanation, The max power is created between 8000 - 8500 RPMs. If you are accelerating at 5000 RPM’s or 9500 RPM’s, this will decrease your acceleration because your horsepower is not at it’s peak. This goal is achieved through trial and error. Changing first your contra spring, and then trying different roller weights is how one might go about doing this. In order for you to understand which way you need to go with weights and springs, you must first understand how the entire drive train works

Get pdf CVT Basics - Constant Variable Transmissions

Aprilia Engine 50 cc Quick Workshop Handbook

Aprilia Engine 50 cc Quick Workshop Handbook

- This manual contains all the essential information for carrying out routine vehicle procedures.
- The information and diagrams in the manual are up-to-date at the time of publication.
- This publication is intended for use by Aprilia dealers and their trained mechanics. A large number of procedures do not require explanation and therefore have been omitted. It has not been possible to give detailed mechanical data for every procedure. All personnel consulting this manual must therefore possess the basis skills of a mechanic and be thoroughly familiar with the most common motor cycle repair procedures. Without these skills and the necessary familiarity any repair or routine maintenance INTRODUCTION operation may be ineffective or even dangerous.
- Given the fact that it is not possible to provide detailed descriptions of all procedures, special care must be taken for whatever repair or maintenance work is done, in order to prevent damage to the vehicle and injury to persons.
- In order to provide the best level of customer satisfaction, Aprilia s.p.a. constantly improves its products and relevant documentation. All important technical changes and alterations to procedures are notified to all Aprilia dealers, branches and points of sale throughout the world. All changes will be included in later editions of this manual.
- If you have any doubts or queries about the procedures described in this manual, please contact the Aprilia Consumer Service (A.C.S.) Department, who will be pleased to give you all the information and explanations you require, and to bring you up to date with any changes.

Get pdf Aprilia Engine 50 cc Quick Workshop Handbook

1999 Aprilia MA50 - MY50 Engine Repair Manual

1999 Aprilia MA50 - MY50 Engine Repair Manual

Power Plant
Removing the cylinder head
Caution : The manufacturer assumes no responsibility for damage resulting from the use of unsuitable tools for the removal and refitting of the engine or any part of it.
When the engine is in place, the cylinder head, the cylinder, the piston and the reed valve can be exposed by removing the following parts: exhaust pipe, air filter casing, carburettor.

Drain all the coolant. (This operation must be performed before removing the engine from the chassis.)
Caution: : The coolant must not be disposed of in the environment. The disposal must be carried out in compliance with the regulations in force.

Remove the spark plug and the two pipes of the carburettor heating system with the four clamps. Loosen the four cylinder-head flanged locknuts (1) by unscrewing them a half turn at a time. Remove the cylinder head.
IMPORTANT: Remove the cylinder head with the two sealing rings (inner and outer). Before removing the two pipes of the carburettor heating system, pay special attention to the way they are connected so as to ensure proper refitting.

Removing the thermostat
Loosen the two screws (1) shown in the figure, remove the thermostat and check its mechanical condition.
IMPORTANT: Before removing the two thermostat fixing screws, ensure that they are not excessively encrusted with coolant residues. On account of their small size, the screws may break if overstressed. If necessary use a release agent.

Get pdf 1999 Aprilia MA50 - MY50 Engine Repair Manual

Model T Ford Club Of America Operations Manual

Model T Ford Club Of America Operations Manual

The purpose of this manual is to provide chapters and members of the Model T Ford Club of America with a reference document that will give an overview of the Club’s operations. This manual is divided into sections, as follows:
• Responsibilities and Duties
• Annual Meetings
• Chapters and Affiliated Clubs
• Tour Policies and Guidelines
• Parliamentary Procedure
• Bylaws

The first section contains the duties and responsibilities of officers, directors, and various committees. The second section provides information about the Club’s Annual Meeting.

Section III details information required to form a chapter or affiliation with the MTFCA and maintaining said relationship. It also describes the benefits of being affiliated with the Club, including participating in the Club’s General Liability Insurance Program.

The fourth section delineates the requirements and policy guidelines for hosting a National Tour and hosting an Annual Meeting. While this has been prepared for chapters hosting a National Tour, the information contained herein should be helpful in assisting those hosting a local or regional tour. The Board of Directors meetings are conducted using Robert’s Rules of Order. Section V details the parliamentary procedures followed in these meetings.

The last section contains the Bylaws of the Model T Ford Club of America

Get pdf Model T Ford Club Of America Operations Manual

Restoring a ford as a stock and vehicular crossing point

Restoring a ford as a stock and vehicular crossing point

The ford was built as part of comprehensive restoration of the river bed after deepening by dredging in the 1960s (See 5.3 for full details and a location plan). The ford forms one of a series of fixed points that stabilise the bed at its restored level. Old O.S maps indicated a ford had existed prior to dredging but it had been removed during these works; see photo of conditions pre-restoration. The farmer was keen for the ford to be restored as a stock and vehicular crossing point.

DESIGN
The practicalities of sustaining a ford at this location demanded an understanding of the hydraulic and sediment patterns that would exist after the river bed had been raised by about 1m as part of the river bed restoration works. The river conditions at the approach and exit would be important factors.

The length of the submerged part of the ford needed to be at least 20m i.e. twice the normal width of the river, in order to ensure that normal water depths were ‘fordable’, typically 30cm or less. Approach ramps on both sides needed to be flatly graded at about 1 in 10 to suit vehicles and should blend with natural bank profiles rather than be severely cut into them. The overall length of the ford, between bank tops, needed to be 40m to meet these requirements. This compared with just 15m between bank tops for the natural channel.

Study of the old OS maps indicated that the original ford was broadly of the dimensions that were needed but it was still necessary to form a view on why it was sustained by the river and did not narrow through sediment deposition making it unusable. It was well known that many fords constructed at inappropriate sites become unusable due to rapid siltation.

The ford is located between two opposing bends in the river alignment such that shoals of gravel naturally accumulate on the inside of each. The two shoals would typically be joined by an underwater bar of gravel aligned diagonally across the channel. The natural cross-section of the river, drawn across this diagonal bar and up the flat shoal profiles each side, would roughly match the ford profile needed.

Get pdf Restoring a ford as a stock and vehicular crossing point

1997-2003 Ford F-Series 5.4L & 4.6L Triton V8 Edge Evolution Programmer Manual

1997-2003 Ford F-Series 5.4L & 4.6L Triton V8 Edge Evolution Programmer Manual

The Evolution automatically makes a backup of your stock program from your PCM before writing a new program onto your PCM. This assures that you will have the stock program if/when you desire to reprogram your vehicle to its original stock program.

It is strongly recommended prior to returning your vehicle to a service center or emissions check that you return your vehicle’s computer to the stock program. In the event that the service center re-flashes your vehicle’s computer (a common practice) and you have NOT returned it to stock, your Evolution programmer will be rendered useless. If this happens, call our technical support at (888) 360-EDGE and they can help you recover your Evolution for a small fee. Follow the steps included in this manual for returning your program to stock.

Transmission Only Program
This setting is the lowest level setting. It will provide firmer transmission shifts which helps to increase the transmission life. It does not provide any engine performance increases and is designed to run with regular unleaded (85 to 87 octane) fuel.

Tow Performance Program (87+ octane fuel)
This setting not only provides improved transmission shifting, but will also modify the ignition timing and fuel injection strategies to improve the performance of your vehicle. This level is designed to run with 87 octane fuel, although you may realize additional benefits by running 89 octane (or better) fuel. You should see an improvement in fuel economy as well as added horsepower and torque. When towing a heavy load such as a boat or camper, we recommend you using this setting.

High Performance Program (91+ octane fuel)
This is the highest performance setting for the Evolution. The fuel injection and ignition timing strategies are aggressively tuned to extract the maximum performance from your vehicle without sacrificing drivability or durability. The transmission strategy is modified to take advantage of the increased engine performance by providing quicker, firmer shifts. Due to the high performance nature of this setting, you will be required to run 91 octane (or better) fuel.

Get pdf 1997-2003 Ford F-Series 5.4L & 4.6L Triton V8 Edge Evolution Programmer Manual

2004-2006 Ford 5.4L 3V F-150 Truck Intercooled Supercharger System

2004-2006 Ford 5.4L 3V F-150 Truck Intercooled Supercharger System

Please take a few moments to review this manual thoroughly before you begin work: A quick parts check to make certain your kit is complete (See shipper parts list in this package). If you discover shipping damage or shortage, please call our office immediately. Take a look at exactly what you are going to need in terms of tools, time, and experience. Review our limited warranty with care. When unpacking the supercharger kit DO NOT lift the supercharger assembly by the black plastic bypass actuator. This is pre-set from the factory and can be altered if used as a lifting point!

Caution: Relieve the fuel system pressure before servicing fuel system components in order to reduce the risk of fire and personal injury. After relieving the system pressure, a small amount of fuel may be released when servicing the fuel lines or connections. In order to reduce the risk of personal injury, cover the regulator and fuel line fittings with a shop towel before disconnecting. This will catch any fuel that may leak out. Place the towel in an approved container when the job is complete. Use only premium fuel, 91 octane or better. Magna Charger systems are manufactured to produce about 20 RWHP per pound of boost at sea level. High altitudes will produce different numbers.

Our Magna Charger kits are designed for engines in good mechanical condition only. Installation on high mileage or damaged engines is not recommended and may result in engine failure, for which we are not responsible. Magna Charger is not responsible for the engine or consequential damages. Aftermarket engine re-calibration devices that modify fuel and spark curve (including, but not limited to programmers) are not recommended and may cause engine damage or failure. Use of non-Magna Charger approved programming will void all warranties. If you have any questions, call us. Note: 2004 owners will need to replace the water pump pulley with a 2005-2006 water pump pulley.

Get pdf 2004-2006 Ford 5.4L 3V F-150 Truck Intercooled Supercharger System

Related Posts with Thumbnails