What to do if KTM 350 XCF-W USA engine does not speed up?
If your KTM Motorcycle engine does not speed up, there could be a defect in the fuel injection system. Also, the ignition system could be defective, so check the secondary winding of the ignition coil. Check the spark plug connector and the stator winding of the alternator.
What to do if my KTM 350 XCF-W USA engine turns but does not start?
If your KTM Motorcycle engine turns over but fails to start, possible causes include a fuel hose connection that is not properly joined, a blown fuse (Fuse 1 or Fuse 2), a spark plug that is oily or wet, or a spark plug electrode distance that is too wide. You should join the fuel hose connection, replace the fuses, clean and dry or replace the spark plug, and adjust the plug gap to the guideline of 0.8 mm (0.031 in).
What to do if my KTM Motorcycle engine does not speed up?
If your KTM Motorcycle engine does not speed up, it could be due to a defect in the fuel injection system or a defective ignition system. You should read out the fault memory using the KTM diagnostics tool, check the secondary winding of the ignition coil, check the spark plug connector and check the stator winding of the alternator.
What to do if my KTM Motorcycle engine cannot be cranked with the electric starter?
If your KTM Motorcycle engine won't crank using the electric starter, there are several potential causes. It could be due to an operating error, so ensure you are following the correct start procedure. The battery might be discharged, requiring a charge. A blown main fuse could also be the culprit, so replace the main fuse. Additionally, the starter relay or the starter motor itself could be defective, requiring a check.
Why does my KTM Motorcycle engine have too little power?
If your KTM Motorcycle engine has too little power, several factors could be responsible. A heavily contaminated air filter could be restricting airflow, so clean the air filter and air filter box. A very dirty fuel filter could be limiting fuel supply, so change the fuel filter. Other potential causes include a defect in the fuel injection system, a leaky or deformed exhaust system, or too little glass fiber yarn filling in the main silencer, so check the exhaust system for damage. Also, the valve clearance might be too little (adjust the valve clearance), the ignition system could be defective (ignition coil - check the secondary winding), the spark plug connector should be checked, and the stator winding of the alternator should be checked.
How to prevent my KTM 350 XCF-W USA engine from overheating?
To prevent your KTM Motorcycle engine from overheating, consider these points: Check the cooling system for leaks if the coolant level is low. Verify the coolant level. Ensure sufficient airflow, switching off the engine when stationary. Clean radiator fins if they are very dirty. If there's foam formation in the cooling system, drain and refill the coolant. Replace the radiator hose if it's bent. Check the thermostat, which should open at 70 °C (158 °F) if defective.
What to do if my KTM 350 XCF-W USA Motorcycle engine dies during the trip?
If your KTM Motorcycle engine dies during a trip, the possible reasons are: lack of fuel (refuel) or a blown fuse 1 or fuse 2 (change the fuses of individual power consumers).
Why does my KTM 350 XCF-W USA Motorcycle have high oil consumption?
If your KTM Motorcycle has high oil consumption, it could be due to several reasons. The engine vent hose might be bent, so route it without bends or replace it if necessary. The engine oil level might be too high, so check the engine oil level. The engine oil might be too thin (low viscosity), so change the engine oil and oil filter, and clean the oil screen. Lastly, the piston and cylinder might be worn, so measure the piston/cylinder mounting clearance.
Why is my KTM 350 XCF-W USA Motorcycle battery discharged?
If your KTM Motorcycle battery is discharged, it could be because the battery is not being charged by the alternator, so check the charging voltage. Also, check the stator winding of the alternator and the closed current.
What does it mean if the FI warning lamp (MIL) lights up or flashes on my KTM 350 XCF-W USA?
If the FI warning lamp (MIL) lights up or flashes on your KTM Motorcycle, it could indicate a defect in the fuel injection system, so stop the motorcycle and identify the faulty part using the blink code. Check the cabling for damage and the electrical plug-in connections for corrosion and damage. Also, read out the fault memory using the KTM diagnostics tool.
General| Displacement | 349.7 cc |
|---|---|
| Bore x Stroke | 88 mm x 57.5 mm |
| Transmission | 6-speed |
| Final Drive | Chain |
| Front Suspension | WP XPLOR USD Fork, 48 mm |
| Rear Suspension | WP XPLOR PDS Shock |
| Front Brake | Disc brake |
| Rear Brake | Disc brake |
| Starter | Electric |
| Engine Type | Single cylinder, 4-stroke |
| Fuel System | Electronic Fuel Injection |
| Seat Height | 950 mm |
| Cooling | Liquid |
Explains the meaning of various symbols used in the manual for clarity and safety.
Explains the typographical formats used in the document for consistent presentation.
Defines the intended use of KTM sport motorcycles, specifying limitations and design purpose.
General instructions for operating the vehicle safely, highlighting key warnings and information.
Explains risk categories (Danger, Warning, Caution, Note) and their associated symbols.
Warns against tampering with the noise control system and federal law prohibitions.
Provides advice on safe operation, including dangers of accidents, poisoning, and burns.
Emphasizes wearing appropriate protective clothing for rider safety and legal compliance.
Outlines rules for performing work, including tool requirements and part replacement.
Advises on responsible motorcycle use and proper disposal of fluids and components.
Stresses the importance of reading and keeping the owner's manual for proper operation and maintenance.
Details warranty conditions, voiding clauses, and the importance of authorized service.
Advises on proper use of fuel and lubricants, and environmental hazards.
Recommends approved parts, notes on figures, and how to contact customer service.
Highlights the importance of regular service for operation and wear prevention.
Illustrates the front left view of the motorcycle with numbered parts.
Illustrates the rear right view of the motorcycle with numbered parts.
Shows the location of the chassis number stamped on the steering head.
Shows the location of the type label fixed to the front of the steering head.
Shows the location of the key number stamped onto the key connector.
Shows the location of the engine number stamped on the left side of the engine.
Shows the location of the fork part number stamped on the inner side of the fork stub.
Shows the location of the shock absorber part number stamped on the shock absorber.
Describes the clutch lever, hand brake lever, and throttle grip operations.
Details kill switches, horn, light, and turn signal switches for different models.
Explains electric starter buttons and provides an overview of indicator lamps for various models.
Instructions for opening/closing the filler cap and adjusting idle speed.
Describes the shift lever, kick starter, foot brake lever, and side stand.
Instructions for locking and unlocking the steering mechanism.
Covers overview, activation, unit settings, clock, and function adjustments for specific models.
Covers overview, activation, unit settings, clock, and function adjustments for SIXDAYS models.
Provides crucial advice before the first ride, including safety and controls familiarization.
Details the procedure for running in the engine correctly to ensure longevity.
Advises on preparing the vehicle for various challenging riding conditions.
Specific preparation steps for dry sand, wet sand, wet/muddy, hot/slow, and cold/snowy conditions.
Lists essential checks and maintenance tasks required before riding the vehicle.
Instructions on how to start the engine and safely begin riding.
Guidance on gear shifting, riding techniques, and essential braking instructions.
Procedures for stopping, parking, transporting, and refueling the motorcycle.
Lists maintenance tasks required at different operating hour intervals.
Details service tasks that can be ordered separately and their recommended intervals.
How to adjust suspension based on rider weight for optimal performance.
Guide to adjusting low-speed, high-speed compression, and rebound damping.
Steps to measure and check static and riding sag of the shock absorber.
Guide to adjusting spring preload for shock absorber and riding sag.
Checks and adjustments for fork basic setting, compression, rebound, and spring preload.
Information on handlebar mounting positions and how to adjust handlebar position.
Procedures for raising/removing the motorcycle, bleeding fork legs, and cleaning dust boots.
Steps for loosening, positioning, removing, and installing fork protectors and legs.
Procedures for removing/installing fork protectors, triple clamps, and front fender.
Checking and adjusting steering head bearing play, and greasing the bearing.
Steps for removing and installing the front fender.
Procedures for removing/installing shock absorber and seat.
Maintenance for air filter box, air filter, and main silencer components.
Procedures for removing and installing the fuel tank.
Checking chain condition, tension, and components; cleaning the chain.
Checks for frame, swingarm damage, and throttle cable routing.
Checking rubber grips and adjusting the basic position of the clutch lever.
Checking/correcting and changing the hydraulic clutch fluid.
Procedures for removing and installing the engine guard.
Checking and adjusting free travel and basic position of the hand brake lever.
Checking brake discs, front brake fluid level, and adding front brake fluid.
Checking and changing the front brake linings.
Checking and adjusting free travel and basic position of the foot brake lever.
Checking rear brake fluid level and adding rear brake fluid.
Checking and changing the rear brake linings.
Procedures for removing and installing the front wheel.
Procedures for removing and installing the rear wheel.
How to check tire condition, tread depth, and age.
How to check and set tire air pressure for different conditions.
How to check and adjust spoke tension for wheel balance and integrity.
Procedures for removing, installing, and charging the battery.
Procedures for changing the main fuse and fuses for individual power consumers.
Steps for removing/refitting headlight mask and changing headlight bulb.
How to check and adjust the headlight beam setting and range.
Procedures for changing turn signal bulb and speedometer battery.
Overview of the cooling system, water pump, and radiator fan.
How to check antifreeze protection and coolant level in the radiator.
Procedure for draining the coolant from the system.
Instructions for refilling the coolant into the system.
How to check and adjust the play in the throttle cable.
How to adjust the engine idle speed for optimal performance.
How to check and adjust the basic position of the shift lever.
Procedure for changing the fuel screen in the fuel line.
How to check the engine oil level when cold or warm.
Procedure for changing engine oil, oil filter, and cleaning the oil screen.
Instructions for adding engine oil, including recommended types.
Instructions for cleaning the motorcycle, including safety and material damage warnings.
Maintenance steps for winter operation and protection against salt corrosion.
Steps for storing the motorcycle for longer periods, including fuel and battery care.
Steps to prepare the motorcycle for use after it has been stored.
Lists common faults, their possible causes, and recommended actions for resolution.
Troubleshooting for engine overheating and FI warning lamp issues.
Troubleshooting for high oil consumption, battery discharge, and speedometer errors.
Lists blink codes for the FI warning lamp and their corresponding error level conditions.
Provides detailed specifications for the engine, including design and dimensions.
Lists tightening torques for various engine components.
Lists capacities for fluids and detailed chassis specifications.
Specifications for electrical components and tire requirements.
Detailed fork specifications, including damping and spring settings for different models.
Provides detailed specifications for the shock absorber, including damping settings.
Lists tightening torques for various chassis components.
Details specifications and recommendations for brake fluid, coolant, and engine oils.
Details specifications for fork oil, shock absorber oil, and fuel grades.
Recommends specific Motorex® and SKF® products for various maintenance tasks.
Recommends specialized lubricants, adhesives, and sprays for motorcycle care.
Explains the JASO T903 MA standard for 4-stroke motorcycle engine oils.
Explains the SAE viscosity classification system for oils.
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