fits model: Sv1200. make: Yamaha. year: 1999–2004.

( Brand: Wsm ), ( Manufacturer Part Number: 004-281 ), ( Part Type: Voltage Regulator )
The WSM 004-281 Voltage Regulator is a crucial component for the electrical system of Yamaha SV1200 motorcycles manufactured between 1999 and 2004. This voltage regulator, also known as part number 2112-0924, is essential for maintaining the correct voltage output from the battery to the electrical system.
The WSM 004-281 Voltage Regulator is a three-phase, permanent magnet, brush-type regulator. It is designed to regulate the voltage output from the alternator to the battery, ensuring a consistent voltage level for optimal battery charging and proper functioning of the electrical system. The regulator features a robust design with a die-cast aluminum housing to withstand the harsh conditions of a motorcycle environment.
The regulator has a built-in rectifier that converts the alternating current (AC) output from the alternator to direct current (DC) for charging the battery. It also includes a voltage sensing circuit that monitors the battery voltage level and adjusts the output accordingly. The regulator is designed to provide a regulated output voltage of 14.4 volts at the battery when the engine RPM is above 3,000 rpm.
The WSM 004-281 Voltage Regulator is a direct replacement for the original equipment regulator on Yamaha SV1200 motorcycles. It is easy to install, requiring no modifications to the wiring harness or the motorcycle frame. The regulator comes with all necessary hardware for installation, including mounting brackets and wiring connectors.
In summary, the WSM 004-281 Voltage Regulator is a high-quality, reliable component that ensures the electrical system of your Yamaha SV1200 motorcycle functions optimally. Its robust design, easy installation, and precise voltage regulation make it an excellent choice for maintaining the health of your motorcycle's electrical system.
The WSM 004-281 is a replacement voltage regulator specifically designed for the 1999-2004 Yamaha SV1200 motorcycles. This component is essential for maintaining the charging system and ensuring proper battery charging.
Pros:1.1. Improved Performance: A new voltage regulator can result in improved electrical system performance, ensuring the battery stays charged efficiently and effectively.
1.2. OEM Replacement: This OEM (Original Equipment Manufacturer) part guarantees a perfect fit and function, ensuring compatibility with your motorcycle's electrical system.
1.3. Reliability: A new voltage regulator can help prevent electrical issues, ensuring a smoother riding experience.
1.4. Peace of Mind: By investing in a genuine OEM replacement, you can have confidence that you're using a high-quality part that will last.
Cons:2.1. Cost: The WSM 004-281 voltage regulator may be more expensive than aftermarket alternatives, but the reliability and compatibility might justify the investment.
2.2. Installation Complexity: Installing a voltage regulator may require some mechanical knowledge and tools, potentially adding to the overall cost and time investment.
2.3. Availability: Depending on your location, the WSM 004-281 might be harder to find compared to aftermarket alternatives, potentially requiring an online purchase.
Conclusion:The WSM 004-281 voltage regulator is an essential component for maintaining the electrical system on your 1999-2004 Yamaha SV1200. While it may come with a higher cost compared to aftermarket alternatives, the reliability, improved performance, and OEM compatibility make it a worthwhile investment.
Recommendation:If you're looking for a high-quality, reliable voltage regulator for your Yamaha SV1200, the WSM 004-281 is an excellent choice. It might require a larger investment upfront, but it will ensure a smooth riding experience and peace of mind, knowing you're using a genuine OEM part. If budget is a concern, consider comparing prices from various suppliers to find the best deal.
Any damage claims may be exchanged for the identical item only. WSM, voltage Regulator, Type: Sold as: Each.