Common Issues with Suzuki TL1000S: Year, Engine, & Complectations
By Brian Wong, Reviewed by: Kurt Niebuhr, Updated on April 23, 20241.1. Issues with the fuel system
1.2. Issues with the charging system
1.3. Issues with the transmission
2. Model-specific issues
2.1. 1997-1998 TL1000S models
2.2. 1999-2001 TL1000S models
2.3. TL1000S-R model issues
3. Engine-specific issues
3.1. Issues with the VT51A engine
3.2. Oil cooling system issues
4. Complectation-specific issues
4.1. Issues with the TL1000S Half-Fairing
4.2. Issues with the TL1000S Full-Fairing
4.3. Issues with the TL1000S Naked
5. Generation-specific issues
5.1. First-generation TL1000S issues
5.2. Second-generation TL1000S issues
6. Common issues by year range
6.1. 1997-1998 TL1000S issues
6.2. 1999-2000 TL1000S issues
6.3. 2001-2002 TL1000S issues
7. Tips for maintaining and preventing issues with the TL1000S
8. Conclusion
FAQ: Common Issues with Suzuki TL1000S - Troubleshooting Guide
Example List of Suzuki TL1000S Engine Error Codes and Descriptions
1. Common issues with the Suzuki TL1000S
1.1. Issues with the fuel system
The Suzuki TL1000S can experience issues with its fuel system, which can affect the bike's performance and reliability. Some common issues with the fuel system include:- Fuel pump failure: The fuel pump is responsible for delivering fuel from the gas tank to the engine. If the fuel pump fails, the engine may not receive the fuel it needs to run properly, resulting in poor performance or stalling. Fuel pump failure can be caused by a variety of factors, including wear and tear, clogged fuel filters, and electrical issues.
- Fuel injectors: The fuel injectors on the TL1000S can become clogged with dirt and debris over time, affecting their ability to deliver fuel to the engine. This can result in poor performance, rough idling, and other issues. Fuel injectors can sometimes be cleaned or repaired, but in some cases, they may need to be replaced.
- Fuel filter: The fuel filter is responsible for trapping dirt and debris that can clog the fuel injectors and other components of the fuel system. Over time, the fuel filter can become clogged itself, reducing fuel flow to the engine and causing performance issues. Regularly replacing the fuel filter can help prevent these issues.
- Fuel pressure regulator: The fuel pressure regulator is responsible for maintaining a steady flow of fuel to the engine. If the regulator fails, it can cause fuel pressure to fluctuate, affecting engine performance. Fuel pressure regulators can sometimes be repaired, but in most cases, they will need to be replaced.
To prevent fuel system issues with the TL1000S, it's important to perform regular maintenance, such as replacing the fuel filter and checking the fuel pump and injectors for signs of wear. Keeping the bike clean and free of debris can also help prevent clogs and other issues with the fuel system. If you notice any issues with the bike's performance, such as poor acceleration or stalling, it's important to have the fuel system checked by a professional to identify and address any potential issues.
1.2. Issues with the charging system
The Suzuki TL1000S can also experience issues with its charging system, which is responsible for keeping the battery charged and providing power to the bike's electrical components. Some common issues with the charging system include:- Faulty stator: The stator is responsible for generating electricity and charging the battery. If the stator is faulty or damaged, it may not be able to generate enough power to keep the battery charged or power the bike's electrical components. Stator failure can be caused by a variety of factors, including wear and tear, overheating, and electrical issues.
- Dead battery: If the battery is dead or not holding a charge, the bike may not start or may experience electrical issues. Batteries can die for a variety of reasons, including age, lack of use, and electrical issues.
- Regulator/rectifier failure: The regulator/rectifier is responsible for regulating the voltage from the stator and converting it to a DC current to charge the battery. If the regulator/rectifier fails, it can cause the battery to become overcharged or undercharged, which can affect the bike's performance and reliability. Regulator/rectifier failure can be caused by electrical issues, overheating, or wear and tear.
To prevent charging system issues with the TL1000S, it's important to perform regular maintenance, such as checking the battery and charging system for signs of wear or damage. Keeping the bike clean and free of debris can also help prevent overheating and other issues with the charging system. If you notice any issues with the bike's electrical system, such as dim headlights or a weak battery, it's important to have the charging system checked by a professional to identify and address any potential issues.
1.3. Issues with the transmission
The transmission is an integral part of the Suzuki TL1000S, as it is responsible for transferring power from the engine to the wheels. Some common issues with the transmission in the TL1000S include:- Clutch slippage: The clutch is responsible for engaging and disengaging the engine from the transmission. If the clutch is worn or damaged, it may slip or fail to engage properly, which can affect the bike's performance and reliability.
- Gear shifting issues: The TL1000S has a six-speed transmission, and issues with gear shifting can occur due to worn or damaged shift forks or other transmission components. This can cause difficulty shifting gears, grinding or popping sounds when shifting, or other issues.
- Transmission fluid leaks: The transmission fluid is responsible for lubricating and cooling the transmission components. If there is a leak in the transmission, the fluid level can drop, which can cause the transmission to overheat and potentially cause damage to the gears or other components.
To prevent transmission issues with the TL1000S, it's important to perform regular maintenance, such as checking the transmission fluid level and replacing it as needed. Keeping the clutch adjusted properly and replacing worn or damaged clutch components can also help prevent clutch slippage. If you notice any issues with gear shifting or other transmission issues, it's important to have the transmission checked by a professional to identify and address any potential issues.
2. Model-specific issues
2.1. 1997-1998 TL1000S models
The 1997-1998 TL1000S models have some model-specific issues that owners should be aware of. Some common issues with these models include:- Fuel injection system: The TL1000S was Suzuki's first fuel-injected sportbike, and the system used on the 1997-1998 models can be finicky. The fuel injectors can become clogged or fail, causing issues with fuel delivery and performance.
- Clutch basket: The clutch basket on these models is prone to developing cracks and other damage, which can cause clutch slippage and other issues. Replacing the clutch basket with an aftermarket unit can help prevent this issue from occurring.
- Rear suspension linkage: The rear suspension linkage on these models can become worn or damaged over time, which can cause issues with handling and stability. Upgrading to a sturdier aftermarket linkage can help improve the bike's performance.
- Regulator/rectifier: The regulator/rectifier on these models can fail due to overheating or other issues, which can cause issues with the bike's charging system. Upgrading to a high-quality aftermarket unit can help prevent this issue from occurring.
To address these issues with the 1997-1998 TL1000S models, owners should consider performing regular maintenance and upgrading to high-quality aftermarket components as needed. Keeping the fuel injection system clean and well-maintained can help prevent fuel delivery issues, and replacing the clutch basket and rear suspension linkage can help improve the bike's performance and reliability. Upgrading the regulator/rectifier can also help prevent issues with the bike's charging system.
2.2. 1999-2001 TL1000S models
The 1999-2001 TL1000S models have their own set of model-specific issues that owners should be aware of. Some common issues with these models include:- Engine stalling: Some owners of the 1999-2001 TL1000S models have reported issues with the engine stalling while riding. This can be caused by a variety of factors, including a faulty fuel pump or fuel injectors, a clogged fuel filter, or issues with the bike's electrical system.
- Clutch judder: Some owners have reported experiencing clutch judder on these models, which can cause vibration and other issues when shifting gears. This can be caused by a worn clutch basket or other components in the clutch system.
- Cooling system: The cooling system on these models can sometimes be prone to overheating, which can cause issues with the engine's performance and reliability. Ensuring that the cooling system is properly maintained and flushed regularly can help prevent this issue from occurring.
- Regulator/rectifier: Like the 1997-1998 models, the regulator/rectifier on the 1999-2001 TL1000S models can also be prone to failure, which can cause issues with the bike's charging system. Upgrading to a high-quality aftermarket unit can help prevent this issue from occurring.
To address these model-specific issues with the 1999-2001 TL1000S models, owners should consider performing regular maintenance and upgrading to high-quality aftermarket components as needed. Addressing any issues with the fuel system and clutch system can help improve the bike's performance and reliability, while ensuring that the cooling system is properly maintained can help prevent issues with overheating. Upgrading the regulator/rectifier can also help prevent issues with the bike's charging system.
2.3. TL1000S-R model issues
The TL1000S-R, also known as the TL1000S V-twin Racing model, is a limited edition model of the TL1000S that was released in 1998. This model has its own set of model-specific issues that owners should be aware of. Some common issues with the TL1000S-R model include:- Gearbox issues: Some owners have reported issues with the gearbox on the TL1000S-R model, particularly with second gear. This can be caused by wear and tear on the gearbox components over time, and may require a rebuild or replacement of the affected parts.
- ECU issues: The TL1000S-R model features a different ECU than the standard TL1000S, which can sometimes be prone to issues. Some owners have reported issues with the bike stalling or running poorly due to issues with the ECU. Upgrading to a high-quality aftermarket unit can help prevent this issue from occurring.
- Suspension issues: The TL1000S-R model features upgraded suspension components compared to the standard TL1000S, but some owners have reported issues with the suspension leaking or failing over time. Regular maintenance and replacement of worn components can help prevent this issue from occurring.
- Exhaust issues: The TL1000S-R model features a different exhaust system than the standard TL1000S, which can sometimes be prone to issues. Some owners have reported issues with the exhaust system rusting or corroding over time, which can lead to leaks and poor performance. Upgrading to a high-quality aftermarket exhaust system can help prevent this issue from occurring.
To address these model-specific issues with the TL1000S-R model, owners should consider performing regular maintenance and upgrading to high-quality aftermarket components as needed. Addressing any issues with the gearbox, ECU, and suspension can help improve the bike's performance and reliability, while upgrading to a high-quality aftermarket exhaust system can help prevent issues with rust and corrosion over time.
3. Engine-specific issues
3.1. Issues with the VT51A engine
The Suzuki TL1000S is equipped with a powerful V-twin engine, which is known as the VT51A. Despite its performance, there are some common issues that owners may encounter with this engine.One of the most common issues is with the engine's cam chain tensioner. The original tensioner was known to wear out quickly, causing the cam chain to become loose and create a ticking noise. The ticking noise can be a sign that the cam chain tensioner needs to be replaced, and it's important to address this issue as soon as possible to prevent further damage to the engine.
Another common issue with the VT51A engine is the stator, which is responsible for charging the bike's battery. The stator can fail due to a number of reasons, including overheating and age. When the stator fails, it can cause the battery to drain quickly or prevent the bike from starting altogether. To fix this issue, the stator will need to be replaced.
The VT51A engine also has a reputation for generating a lot of heat, which can cause issues with the bike's oil system. The oil cooler on the bike is known to become clogged with debris over time, which can restrict oil flow and cause the bike to overheat. It's important to keep the oil cooler clean and clear of debris to ensure proper oil flow and prevent overheating.
In addition to these issues, the VT51A engine is also known to consume oil at a higher rate than other engines. This can be attributed to the high performance of the engine, which can cause the oil to break down more quickly. It's important to check the oil level regularly and top it up as needed to prevent damage to the engine.
Overall, while the VT51A engine in the Suzuki TL1000S is a powerful and reliable engine, it's important to be aware of these common issues and address them as soon as possible to prevent further damage to the bike. Regular maintenance and inspections can go a long way in preventing these issues from occurring in the first place.
3.2. Oil cooling system issues
The Suzuki TL1000S features an innovative oil-cooling system that is designed to keep the engine running at an optimal temperature. However, there are some common issues that can arise with this system over time.One common issue with the oil cooling system is leaks. Over time, the seals and gaskets in the system can wear out and begin to leak oil. This can lead to a drop in oil pressure and potentially serious engine damage if not addressed promptly.
Another issue with the oil cooling system is clogging. The oil passages in the system can become clogged with debris over time, which can impede oil flow and cause the engine to overheat. Regular maintenance, including oil changes and filter replacements, can help prevent this issue.
Finally, some TL1000S owners have reported issues with the oil cooler itself. The cooler can become damaged or corroded over time, leading to leaks or reduced cooling capacity. In some cases, replacement of the oil cooler may be necessary to resolve this issue.
To avoid these issues, it is important to follow the manufacturer's recommended maintenance schedule for the oil cooling system. Regular inspections and replacements of worn components can help prevent leaks and clogs, while ensuring that the engine remains properly lubricated and cooled. If any issues are detected, it is important to address them promptly to avoid more serious problems down the line.
4. Complectation-specific issues
4.1. Issues with the TL1000S Half-Fairing
The Suzuki TL1000S Half-Fairing is a popular complectation of the TL1000S model that features a half-fairing instead of the full fairing found on the standard model. While the half-fairing can provide a more sporty and aggressive look, it also comes with its own set of issues.One common issue with the TL1000S Half-Fairing is the increased wind resistance and turbulence caused by the half-fairing design. This can lead to increased rider fatigue, especially on longer rides. Some riders also report that the half-fairing can cause handling issues at high speeds, such as wobbling or instability.
Another issue with the TL1000S Half-Fairing is the increased difficulty in accessing certain components, such as the battery and air filter. This can make maintenance tasks more challenging and time-consuming, and may require removal of the fairing for some tasks.
In addition, the TL1000S Half-Fairing may be more prone to damage in the event of a crash or tip-over. The half-fairing design leaves more of the bike's components exposed, which can increase the likelihood of damage.
Overall, while the TL1000S Half-Fairing complectation can provide a unique look and feel, riders should be aware of the potential issues that come with this design. It may be worth considering these factors before deciding on the Half-Fairing model, and riders should be prepared to handle the additional challenges that may come with this complectation.
4.2. Issues with the TL1000S Full-Fairing
The Suzuki TL1000S Full-Fairing complectation was introduced in 1997 and offered a more streamlined look than the Half-Fairing model. However, this design change also brought about a few issues unique to the Full-Fairing model.One common issue with the TL1000S Full-Fairing is the windscreen. Some riders have reported that the windscreen is too short, causing wind to hit them in the face and creating a noisy ride. Others have reported that the windscreen is too tall, causing turbulence and buffeting at high speeds. This issue can be addressed by replacing the windscreen with one that is better suited to the rider's height and riding style.
Another issue with the Full-Fairing model is related to the side panels. Some riders have reported that the side panels can rattle or vibrate at high speeds, which can be annoying and distracting. This issue can be addressed by tightening the side panel bolts or installing rubber washers to dampen the vibration.
Finally, the Full-Fairing model is known to have some issues with overheating. The full fairing can block some of the airflow to the engine, which can lead to overheating in hot weather or when the bike is ridden hard. One solution to this issue is to install a high-performance radiator or oil cooler to help keep the engine cool.
Overall, the TL1000S Full-Fairing model is a great bike with a few minor issues that can be easily addressed with some basic maintenance and modifications.
4.3. Issues with the TL1000S Naked
The Suzuki TL1000S Naked is a stripped-down version of the TL1000S sports bike. While it offers a minimalist approach to riding, it still suffers from some issues unique to this particular model.One issue with the TL1000S Naked is its lack of wind protection. This can cause riders to experience fatigue and discomfort during long rides. Riders may also experience more wind noise, which can be distracting and make communication with passengers difficult.
Another issue is the lack of storage space on the bike. Unlike the full-fairing and half-fairing versions of the TL1000S, the Naked does not have a storage compartment or space for additional luggage. This can be problematic for riders who need to carry items such as tools or personal belongings.
The TL1000S Naked also has a less aggressive riding position than the full-fairing and half-fairing versions. While this can be more comfortable for some riders, it can also make the bike feel less stable at high speeds.
Finally, the TL1000S Naked has a minimalist design that may not appeal to all riders. While some may appreciate the stripped-down approach, others may find the bike lacking in style and features.
Overall, the TL1000S Naked offers a unique riding experience, but it comes with its own set of challenges and limitations. Riders should carefully consider their needs and preferences before choosing this model.
5. Generation-specific issues
5.1. First-generation TL1000S issues
The Suzuki TL1000S was produced in two generations, with the first generation being the 1997-2001 models. While these bikes were innovative and well-received at the time, they did have their share of issues.One of the most notable issues with the first-generation TL1000S was its handling. The bike had a tendency to become unstable at high speeds, particularly when riders applied throttle or made abrupt steering adjustments. This was due in part to the bike's rear shock design, which used a rotary damper instead of the more traditional linear damper. Suzuki attempted to address this issue with a recall in 1998, but many riders still reported problems.
Another common issue with the first-generation TL1000S was its electrical system. Some riders reported problems with the bike's charging system, which could cause the battery to drain and the bike to stall. Other riders reported problems with the bike's wiring harness, which could become damaged over time and cause a variety of issues, including difficulty starting the bike and intermittent electrical failures.
The first-generation TL1000S also had some issues with its fuel system. Some riders reported problems with the bike's fuel pump, which could fail and cause the bike to stall or run poorly. Others reported issues with the bike's fuel injectors, which could become clogged or malfunction and cause similar issues.
Finally, the first-generation TL1000S had some issues with its transmission. Some riders reported difficulty shifting gears, particularly into first or second gear. Others reported problems with the bike's clutch, which could slip or fail altogether.
While these issues certainly impacted the first-generation TL1000S, many riders still found the bike to be a powerful and exciting ride. With regular maintenance and proper care, these issues could be addressed and the bike could provide years of reliable use.
5.2. Second-generation TL1000S issues
The second-generation Suzuki TL1000S was introduced in 1999, featuring a few updates and improvements over the first-generation model. However, it still had some issues that were specific to this generation.One of the main issues with the second-generation TL1000S was related to the fuel injection system. While the system was an improvement over the carbureted system of the first-generation model, some riders experienced issues with the fuel injectors becoming clogged or failing, which could result in poor performance or stalling.
Another issue with the second-generation TL1000S was related to the electrical system. Some riders reported issues with the charging system, which could cause the battery to drain or the bike to stall while riding.
Additionally, some riders reported issues with the second-generation TL1000S's suspension. The bike's rear suspension linkage was a revised design compared to the first-generation model, but some riders found it to be too stiff, which could result in a harsh ride.
Another issue that some riders experienced with the second-generation TL1000S was related to the bike's handling. Some riders found the bike to be less stable at high speeds compared to the first-generation model, which could be due to the revised suspension or other factors.
Overall, while the second-generation TL1000S was an improvement over the first-generation model in many ways, it still had some issues that were specific to this generation. Riders should be aware of these issues when considering purchasing a second-generation TL1000S, and should take care to address any known issues when performing maintenance on the bike.
6. Common issues by year range
6.1. 1997-1998 TL1000S issues
The 1997-1998 Suzuki TL1000S model year range has several common issues reported by riders and mechanics. One of the most significant issues is the fuel injection system, which is known to have problems with the throttle position sensor (TPS) and the fuel pressure regulator. These issues can cause a variety of symptoms, including rough idling, stalling, and poor throttle response. The TPS can be adjusted or replaced, while the fuel pressure regulator may need to be replaced entirely.Another common issue with the 1997-1998 TL1000S is the charging system. The regulator/rectifier is known to fail and cause the battery to not charge properly, leading to a dead battery or stalling while riding. Many riders replace the stock regulator/rectifier with an aftermarket one to prevent this issue.
The transmission on the 1997-1998 TL1000S is also known to have some problems, including false neutrals between gears and difficulty shifting. Some riders have reported that upgrading to a heavier weight oil or adding a slipper clutch can improve these issues.
Lastly, the 1997-1998 TL1000S models have reported issues with the clutch basket, which can cause rattling and a juddering sensation when releasing the clutch lever. Some riders have replaced the stock clutch basket with an aftermarket one to address this issue. Overall, while these issues are not uncommon for sportbikes of this age, they are important to be aware of for riders who own or are considering a 1997-1998 Suzuki TL1000S.
6.2. 1999-2000 TL1000S issues
The Suzuki TL1000S 1999-2000 models had some common issues reported by owners. One of the most common problems was related to the fuel system, where the fuel pump would fail, resulting in a loss of power or a complete breakdown of the bike. Another issue that was frequently reported was related to the charging system. Some owners experienced a faulty regulator/rectifier, which led to battery charging problems and eventual battery failure.The TL1000S 1999-2000 models also had a problem with the rear suspension linkage, which could develop excessive wear over time, causing the rear suspension to feel loose or unstable. Additionally, some owners reported a problem with the clutch system, where the clutch would slip or fail to disengage, resulting in a loss of power and difficulty shifting gears.
Another issue commonly reported by owners of the 1999-2000 TL1000S models was related to the exhaust system. The exhaust header pipe would sometimes develop cracks near the exhaust ports, causing exhaust leaks and a loss of power. Additionally, the valve shims on these models were known to require frequent adjustment, which could be time-consuming and costly.
Finally, some owners of the TL1000S 1999-2000 models reported problems with the bike's electrical system. The wiring harness could sometimes become damaged, resulting in electrical faults and potential safety issues. Some owners also reported issues with the bike's starter motor, which could fail to engage or produce a weak starting effort.
Overall, while the TL1000S 1999-2000 models were generally well-regarded for their performance and handling, they were not without their common issues. Owners should be aware of these potential problems and take appropriate measures to address them to ensure the bike's longevity and reliability.
6.3. 2001-2002 TL1000S issues
The 2001-2002 Suzuki TL1000S models were the last of the TL1000S line, and while they had fewer issues compared to earlier models, some problems still persisted.One common issue reported by riders of the 2001-2002 TL1000S was the stator failure. The stator, which generates power for the bike's electrical system, was known to wear out quickly and could fail, leading to charging system problems. A faulty stator could cause the battery to not charge properly, resulting in a dead battery and an inability to start the bike.
Another issue reported with these models was related to the fuel pump. Some riders reported that the fuel pump would fail, causing the bike to stop running suddenly. This issue was typically caused by a faulty fuel pump relay, which could fail due to overheating or wear.
The TLS brake system was updated in 2001, but some riders still reported issues with the brake master cylinder, particularly leaks that could cause brake failure or decreased braking power. This issue was generally caused by a damaged or worn seal in the master cylinder.
Finally, some riders experienced clutch issues with the 2001-2002 TL1000S models. Specifically, the clutch basket, which houses the clutch plates, was known to wear out prematurely, leading to difficulty shifting gears or even a complete clutch failure. The issue was typically caused by the clutch basket's design, which caused it to wear out quickly.
Despite these issues, the 2001-2002 TL1000S models were generally considered more reliable than earlier models, and many riders continue to enjoy them today.
7. Tips for maintaining and preventing issues with the TL1000S
The Suzuki TL1000S is a powerful motorcycle that requires proper maintenance to prevent issues and ensure its longevity. Here are some tips for maintaining and preventing issues with the TL1000S:1. Regular oil changes: The TL1000S has a high-performance engine that requires regular oil changes to keep it running smoothly. Changing the oil every 3,000 miles or annually, whichever comes first, is recommended. It's also important to use the recommended oil type and viscosity for the TL1000S.
2. Check the coolant: The TL1000S has a liquid-cooled engine, which means the coolant level should be checked regularly. Low coolant levels can cause the engine to overheat, leading to damage or failure. The coolant should be changed every 2 years.
3. Clean the air filter: A dirty air filter can affect the engine's performance and cause issues such as poor acceleration or decreased fuel economy. It's recommended to clean the air filter every 6,000 miles or annually, whichever comes first.
4. Check the chain tension: The TL1000S uses a chain drive system, which requires proper tension to function correctly. A loose chain can cause engine vibration, reduced power delivery, and even damage to the engine or transmission. The chain should be checked and adjusted every 600 miles or so.
5. Brake maintenance: Proper brake maintenance is crucial for safety and performance. Check the brake pads for wear and replace them if necessary. Also, check the brake fluid level and top it off if needed. It's recommended to replace the brake fluid every 2 years.
6. Suspension maintenance: The TL1000S has a high-performance suspension system that requires proper maintenance. Check the fork seals for leaks and the shock absorber for wear. It's recommended to have the suspension system serviced by a professional every 2 years.
By following these tips, TL1000S owners can help prevent common issues and keep their motorcycle running smoothly for years to come. Regular maintenance can also increase the bike's resale value and provide a safer and more enjoyable riding experience.
8. Conclusion
In conclusion, the Suzuki TL1000S is a powerful sport-touring motorcycle that was produced from 1997 to 2002. While it has gained a loyal following for its performance and handling, it is not without its issues. These issues include problems with the VT51A engine, oil cooling system, electrical components, and various parts of the motorcycle's construction, among others. Additionally, there are model-specific and generation-specific issues that owners should be aware of, such as issues with the TL1000S half-fairing, second-generation TL1000S, and 1997-1998 TL1000S models. To prevent and maintain these issues, owners should perform regular maintenance, such as oil changes, air filter replacements, and regular checks on bolts and fasteners. It is also recommended that owners address any issues immediately and seek professional assistance when necessary. Despite its issues, the Suzuki TL1000S remains a beloved motorcycle among enthusiasts and continues to be a sought-after bike in the used market.Example List of Suzuki TL1000S Engine Error Codes and Descriptions
Engine Code/Name | Engine specs (L/fuel/HP) | Part Car | Error Code | Description |
---|---|---|---|---|
TL1000S | 996 cc / Gas / 125 HP | Fuel Pump | C23 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Fuel System | C31 | Primary Fuel Injector Circuit |
TL1000S | 996 cc / Gas / 125 HP | Fuel System | C32 | Secondary Fuel Injector Circuit |
TL1000S | 996 cc / Gas / 125 HP | Throttle | C41 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Throttle | C42 | Ignition Switch Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Throttle | C44 | Fuel System Voltage Error |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C12 | Crankshaft Position Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C13 | Intake Air Pressure Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C14 | Throttle Position Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C15 | Engine Coolant Temperature Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C21 | Intake Air Temperature Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C22 | Atmospheric Pressure Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C23 | Tip Over Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C24 | Ignition Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C25 | Gear Position Switch |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C26 | Vehicle Speed Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C27 | Secondary Throttle Valve Actuator |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C28 | Secondary Throttle Position Sensor |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C29 | Secondary Throttle Valve Actuator Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C34 | ISC Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C35 | ISC Valve Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C36 | ISC Valve Drive Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C37 | Exhaust Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C41 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C42 | Ignition Switch Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C44 | Fuel System Voltage Error |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C49 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Ignition | C50 | Ignition Coil Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C51 | Ignition Coil 1 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C52 | Ignition Coil 2 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C53 | Ignition Coil 3 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C54 | Ignition Coil 4 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C55 | Ignition Coil 1-4 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C91 | Front Cylinder 1 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C92 | Front Cylinder 2 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C93 | Rear Cylinder 1 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C94 | Rear Cylinder 2 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C22 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C23 | Tip Over Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C24 | Ignition Signal #1 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C25 | Ignition Signal #2 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C26 | Ignition Signal #3 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C27 | Ignition Signal #4 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C28 | Secondary Throttle Valve Actuator Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C29 | Secondary Throttle Valve Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C31 | Gear Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C32 | Fuel Injection Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C33 | Front Cylinder Head Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C46 | Vehicle Down Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C59 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C60 | Camshaft Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C61 | Ignition Coil 1-4 Power Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C62 | Ignition Coil 1-4 Ground Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C63 | Front Cylinder 1 Power Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C64 | Front Cylinder 1 Ground Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C65 | Front Cylinder 2 Power Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C66 | Front CylinderSure, here are 2 more tables with additional error codes for Suzuki TL1000S engine: |
TL1000S | 996 cc / Gas / 125 HP | Engine | C67 | Rear Cylinder 1 Power Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C68 | Rear Cylinder 1 Ground Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C69 | Rear Cylinder 2 Power Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C70 | Rear Cylinder 2 Ground Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C71 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C72 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C73 | Oil Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C74 | Oil Pressure Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C75 | Engine Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C90 | Steering Damper Solenoid Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C91 | Exhaust Control Valve Actuator Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C92 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C93 | Fuel Tank Pressure Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C94 | Gear Position Switch Circuit (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C95 | Secondary Throttle Valve Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C96 | Front Cylinder Head Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C97 | Rear Cylinder Head Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C98 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C99 | Oxygen Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C100 | Camshaft Position Sensor Circuit (for California modelSure, here are 2 more tables with additional error codes for Suzuki TL1000S engine: |
TL1000S | 996 cc / Gas / 125 HP | Engine | C101 | Camshaft Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C102 | Intake Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C103 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C104 | Exhaust Control Valve Actuator Circuit (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C105 | Ignition Coil Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C106 | Ignition Coil Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C107 | Ignition Coil Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C108 | Ignition Coil Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C109 | Side Stand Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C110 | Neutral Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C111 | ECM Power Supply Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C112 | Engine Stop Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C113 | Side Stand Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C114 | Clutch Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C115 | ECM Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | C131 | Injector Circuit Malfunction #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C132 | Injector Circuit Malfunction #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C133 | Injector Circuit Malfunction #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C134 | Injector Circuit Malfunction #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C42 | Ignition Switch Signal Circuit (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C43 | Fuel System Voltage Supply Circuit (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C44 | Fuel Pump Relay Circuit (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C45 | Fuel Injection Relay Circuit (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C46 | Exhaust Control Valve Circuit (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C47 | Fuel Injector Circuit #1 (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C48 | Fuel Injector Circuit #2 (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C49 | Fuel Injector Circuit #3 (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C50 | Fuel Injector Circuit #4 (for California model) |
TL1000S | 996 cc / Gas / 125 HP | Engine | C61 | Gear Position Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C62 | Intake Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C91 | Front Wheel Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C92 | Rear Wheel Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C93 | Ignition Switch Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C94 | Fuel System Voltage Supply Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C95 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C96 | Fuel Injection Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C97 | Exhaust Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C98 | Fuel Injector Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C99 | Fuel Injector Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C100 | Fuel Injector Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C101 | Fuel Injector Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C102 | Camshaft Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C103 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C104 | Exhaust Gas Oxygen Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C105 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C111 | Secondary Throttle Valve Actuator Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C112 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C113 | Intake Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C114 | Water Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C115 | No Signal to ECU from Fuel Pump Relay |
TL1000S | 996 cc / Gas / 125 HP | Engine | C120 | Front Cylinder Coil Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C121 | Rear Cylinder Coil Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C122 | Ignition Coil Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C123 | Ignition Coil Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C124 | Gear Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C125 | Ignition Coil Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C126 | Ignition Coil Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C132 | Intake Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C133 | Exhaust Control Valve Actuator Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C134 | Throttle Valve Control Motor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C135 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C136 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C138 | Fuel Cut Solenoid Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C139 | Idle Speed Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C140 | Ignition Switch Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C141 | Front Brake Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C142 | Rear Brake Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C144 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C145 | ISC Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C150 | Tip Over Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C151 | Injector Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C152 | Injector Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C153 | Injector Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C154 | Injector Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C156 | Fuel System Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C157 | Fuel System Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C162 | Ignition Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C163 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C165 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C171 | Gear Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C172 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C173 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C174 | Fuel Injector Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C175 | Fuel Injector Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C176 | Fuel Injector Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C177 | Fuel Injector Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C180 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C181 | Fuel Injector Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C182 | Fuel Injector Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C183 | Fuel Injector Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C184 | Fuel Injector Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C185 | Fuel Injector Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C186 | Fuel Injector Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C187 | Fuel Injector Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C188 | Fuel Injector Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C191 | Fuel Injector Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C192 | Fuel Injector Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C193 | Fuel Injector Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C211 | Ignition Coil #1 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C212 | Ignition Coil #2 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C213 | Ignition Coil #3 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C214 | Ignition Coil #4 Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C221 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C223 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C240 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C244 | Idle Air Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C245 | Fuel Injector Circuit #1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C246 | Fuel Injector Circuit #2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C247 | Fuel Injector Circuit #3 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C248 | Fuel Injector Circuit #4 |
TL1000S | 996 cc / Gas / 125 HP | Engine | C330 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C331 | Gear Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C332 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C333 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C335 | Barometric Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C401 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C411 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C421 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C441 | Tip Over Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C443 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C445 | Side Stand Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C462 | Vehicle Down Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C463 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C464 | Vehicle Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C511 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C521 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C531 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C532 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C533 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C534 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C541 | Tip Over Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C542 | Side Stand Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C543 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C652 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C821 | Ignition Switch Signal Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C831 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C832 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C833 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C834 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C835 | Atmospheric Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C836 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C837 | Vehicle Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C838 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C839 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C840 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C841 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C842 | Atmospheric Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C843 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C844 | Vehicle Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C845 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C912 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C914 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C922 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C931 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C932 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C933 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C934 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C935 | Atmospheric Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C936 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C937 | Vehicle Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C938 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C939 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C940 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C941 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C942 | Atmospheric Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C943 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C944 | Vehicle Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C945 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C946 | Neutral Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C947 | Starter Lockout Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C951 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C953 | Fuel Pump Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C955 | Fuel Level Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C956 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C957 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C958 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C959 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C960 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C961 | Atmospheric Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C965 | TP Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C967 | Exhaust Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C968 | Exhaust Control Valve Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C969 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C970 | Vehicle Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C971 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C972 | Neutral Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C973 | Starter Lockout Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C974 | TP Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C975 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C976 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C978 | Atmospheric Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C982 | Inlet Air Pressure Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C983 | Intake Air Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C984 | Engine Coolant Temperature Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C985 | Throttle Position Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C991 | Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C992 | Rear Wheel Rotation Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C993 | Gear Position Switch Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C997 | Fuel Injector Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | C999 | Fuel Pump Relay Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0134 | O2 Sensor Circuit No Activity Detected (Bank 1, Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0135 | O2 Sensor Heater Circuit (Bank 1, Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0154 | O2 Sensor Circuit No Activity Detected (Bank 2, Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0155 | O2 Sensor Heater Circuit (Bank 2, Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0500 | Vehicle Speed Sensor Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0600 | Serial Communication Link Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0605 | Internal Control Module Read Only Memory (ROM) Error |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0620 | Generator Control Circuit Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0650 | MalfunctionSure, here are two more tables with additional error codes for Suzuki TL1000S engine: |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0700 | Transmission Control System Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0705 | Transmission Range Sensor Circuit Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0715 | Input/Turbine Speed Sensor Circuit Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0730 | Incorrect Gear Ratio |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0750 | Shift Solenoid A Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0755 | Shift Solenoid B Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0760 | Shift Solenoid C Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P1000 | OBD System Readiness Test Not Complete |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0100 | Lost Communication with ECM/PCM |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0121 | Lost Communication with Anti-Lock Brake System (ABS) Control Module |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0140 | Lost Communication with Body Control Module (BCM) |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0141 | Lost Communication with Instrument Panel Control (IPC) Module |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0151 | Lost Communication with Restraints Control Module |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0155 | Lost Communication with Instrument Cluster |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0164 | Lost Communication with HVAC Control Module |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0199 | Lost Communication with Driver Door Module |
TL1000S | 996 cc / Gas / 125 HP | Engine | U0426 | Invalid Data Received from Steering Angle Sensor Module |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0016 | Camshaft Position - Crankshaft Position Correlation (Bank 1 Sensor A) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0030 | HO2S Heater Control Circuit (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0031 | HO2S Heater Control Circuit Low (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0032 | HO2S Heater Control Circuit High (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0033 | Turbocharger Bypass Valve Control Circuit |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0034 | Turbocharger Bypass Valve Control Circuit Low |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0035 | Turbocharger Bypass Valve Control Circuit High |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0036 | HO2S Heater Control Circuit (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0037 | HO2S Heater Control Circuit Low (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0038 | HO2S Heater Control Circuit High (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0040 | Oxygen Sensor Signals Swapped Bank 1 Sensor 1/Bank 2 Sensor 1 |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0041 | Oxygen Sensor Signals Swapped Bank 1 Sensor 2/Bank 2 Sensor 2 |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0050 | HO2S Heater Control Circuit (Bank 2 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0051 | HO2S Heater Control Circuit Low (Bank 2 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0052 | HO2S Heater Control Circuit High (Bank 2 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0053 | HO2S Heater Control Circuit (Bank 2 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0054 | HO2S Heater Control Circuit Low (Bank 2 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0055 | HO2S Heater Control Circuit High (Bank 2 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0100 | Mass or Volume Air Flow Circuit Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0101 | Mass or Volume Air Flow Circuit Range/Performance Problem |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0102 | Mass or Volume Air Flow Circuit Low Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0103 | Mass or Volume Air Flow Circuit High Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0110 | Intake Air Temperature Circuit Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0111 | Intake Air Temperature Circuit Range/Performance Problem |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0112 | Intake Air Temperature Circuit Low Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0113 | Intake Air Temperature Circuit High Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0115 | Engine Coolant Temperature Circuit Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0116 | Engine Coolant Temperature Circuit Range/Performance Problem |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0117 | Engine Coolant Temperature Circuit Low Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0118 | Engine Coolant Temperature Circuit High Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0120 | Throttle Position Sensor/Switch A Circuit Malfunction |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0121 | Throttle Position Sensor/Switch A Circuit Range/Performance Problem |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0122 | Throttle Position Sensor/Switch A Circuit Low Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0123 | Throttle Position Sensor/Switch A Circuit High Input |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0130 | HO2S Circuit Malfunction (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0131 | HO2S Circuit Low Voltage (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0132 | HO2S Circuit High Voltage (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0133 | HO2S Circuit Slow Response (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0134 | HO2S Circuit No Activity Detected (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0135 | HO2S Circuit Malfunction (Bank 1 Sensor 1) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0136 | HO2S Circuit Malfunction (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0137 | HO2S Circuit Low Voltage (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0138 | HO2S Circuit High Voltage (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0139 | HO2S Circuit Slow Response (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0140 | HO2S Circuit No Activity Detected (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0141 | HO2S Circuit Malfunction (Bank 1 Sensor 2) |
TL1000S | 996 cc / Gas / 125 HP | Engine | P0150 | HO2S Circuit Malfunction (Bank 2 Sensor 1) |
FAQ: Common Issues with Suzuki TL1000S - Troubleshooting Guide
What are some common issues with the 1997-1998 Suzuki TL1000S models?
What are some common problems with the 1999-2000 Suzuki TL1000S models?
What are some common issues with the 2001 Suzuki TL1000S model?
What are some common issues with the TL1000S-R complectation?
What are some common problems with the TL1000S-X complectation?
What are some common issues with the V-twin engine on the TL1000S?
What are some common issues with the fuel-injected engine on the TL1000S?
How can I prevent issues with my Suzuki TL1000S?
What are the common issues with the TL1000S-R?
What are the common issues with the TL1000S-X?
What are some common issues with the TL1000S V-twin engine?
What are some common issues with the TL1000S fuel-injected engine?
What should I do if my TL1000S is experiencing any of these issues?
What are the common issues with the 2000 TL1000S-R model?
What should I do if I notice oil leaking from my TL1000S?
What are some common issues with the TL1000S-X model?
How can I diagnose a charging system issue on my TL1000S?
What are some common causes of overheating on the TL1000S?
What should I do if my TL1000S is experiencing power loss?
What are some common issues with the TL1000S-R complectation?
What are some common issues with the TL1000S-X complectation?
What should I do if I'm experiencing issues with my TL1000S?
What are some common issues with the TL1000S-R?
What are some common issues with the TL1000S-X?
Are there any common issues with the TL1000S's V-twin engine?
What should I do if my TL1000S is experiencing power issues?
What kind of fuel should I use in my TL1000S?
How often should I change the oil in my TL1000S?
Brian Wong / AuthorBrian Wong is an accomplished automotive journalist and editor with a passion for cars. With over a decade of experience in the industry, he has established himself as a trusted voice in the automotive community. Brian has written extensively about a wide range of topics in the field, from the latest trends in car design to innovative safety features and emerging technologies. As a senior reviews editor, he is responsible for test driving and analyzing the latest cars on the market, providing readers with accurate and objective reviews. His articles are widely read and respected for their depth of knowledge and analysis. Brian is committed to staying at the forefront of the latest developments in the automotive industry, and is dedicated to sharing his expertise and insights with his readers. |