Stress-free Cdi Unit (w/bracket); Genuine Stella 2t 2005 And Older Unlock 40% Savings [exCqaOFM]

CDI Unit for Genuine Stella 2T 2005 and Older Models

Introducing our high-quality CDI Unit (w/Bracket) specifically designed for Genuine Stella 2T models from 2005 and older. This reliable and durable CDI module is an essential component for ensuring optimal performance and reliability in your motorcycle's ignition system. With its advanced features and robust construction, this CDI unit is built to withstand the demands of daily use and harsh riding conditions.

• Improved Ignition System Performance
• Longevity and Durability

Technical Details and Specifications

Our CDI unit is a comprehensive module that includes a transformer, charging circuit, triggering circuit, and main capacitor. It operates by raising the system voltage to 400-600 Volts, which is then charged by the transformer's internal circuit. The rectifier within the charging circuit prevents unnecessary capacitor discharge before the ignition point. When the triggering circuit receives signals, it stops the charging circuit, allowing the capacitor to rapidly discharge to the low inductance ignition coil, resulting in a high voltage output of up to 40 kV at the spark plug. This process ensures a consistent and powerful spark, enhancing the overall performance of your motorcycle's engine.

• Efficient Voltage Conversion
• Robust Rectifier Design

Practical Uses and Target Audience

This Genuine Stella 2T CDI Unit is an ideal choice for motorcycle enthusiasts and professional mechanics looking to upgrade or replace their existing CDI module. Whether you're a daily rider or a weekend warrior, this product is designed to provide the reliability and performance you need to keep your motorcycle running smoothly. With its precise engineering and attention to detail, this CDI unit is suitable for a wide range of Stella 2T models, making it a versatile and practical solution for any rider.

• Perfect for Daily and Weekend Riders
• Easy Installation and Compatibility