SPRINT CAR PICK-UP SWITCH USE WITH PROMAG & CRANK TRIGGE

Description

Optimize your ignition system’s accuracy and reliability with the Sprint Car Pick-Up Switch, designed exclusively for use with Pro-Mag and Crank Trigger setups. Precise timing signals are critical for high-performance engines, and this switch delivers consistent, accurate input to your ignition control unit.

Manufactured by MSD, a leader in ignition technology, this switch integrates seamlessly with Pro-Mag magnetos, ensuring compatibility and peak performance. Weighing just 0.98 kilograms, it is lightweight enough not to add unnecessary bulk but robust enough to withstand rigorous racing conditions.

• Exact dimensions (20.20 cm length, 15.40 cm width, 4.50 cm height) provide a perfect fit for Pro-Mag and Crank Trigger applications, simplifying installation and maintaining system integrity.
• Electrical and ignition category certification guarantees this switch meets stringent performance standards required for professional sprint car environments.
• Durable construction is engineered to endure vibration and heat typical of sprint car engines, minimizing failure risks and downtime.

This pick-up switch converts mechanical position into electrical signals with high precision, which is crucial for ignition timing accuracy and engine responsiveness. Its design reduces signal noise and interference, delivering clean triggers for optimal spark timing.

Installation is straightforward due to the switch’s exact sizing and compatibility with Pro-Mag magnetos and crank triggers, allowing for quick maintenance or upgrades without extensive modifications. The compact form factor fits within tight engine compartments, preserving aerodynamic and structural integrity.

In summary, the Sprint Car Pick-Up Switch is a specialized component that enhances ignition performance through precise signal detection and reliable construction. Its detailed engineering and proven MSD quality offer sprint car enthusiasts a dependable solution to maintain and improve engine efficiency and power output.