UNIVERSAL BILLET ACTUATOR 14 PSI SPRING INTERNAL GATE

Description

Achieve consistent and precise boost control to maximize engine performance and protect your turbo system from overboost damage. The Aeroflow Universal Billet Actuator with a 14 PSI internal spring provides stable gate actuation, ensuring your turbocharger operates within optimal pressure limits.

This actuator is crafted from billet material, offering superior strength and resistance to temperature and pressure fluctuations compared to stamped or cast alternatives. Its 14 PSI spring rating means it opens the wastegate reliably at the specified pressure, preventing boost spikes that can cause engine damage.

• Universal compatibility: Designed to fit a wide range of turbo and supercharger setups, simplifying upgrades and replacements without the need for custom modifications.
• Precise actuation force: The internal 14 PSI spring provides consistent gate opening pressure, enhancing boost control accuracy and engine response.
• Compact dimensions: Measuring 28 cm in length, 18 cm in width, and 15 cm in height, it fits easily within tight engine bays without interfering with other components.
• Lightweight construction: Weighing only 0.75 kg, it adds minimal mass to your turbo system, supporting quicker spool times and improved efficiency.
• Aeroflow brand assurance: Manufactured by a reputable brand known for high-performance turbo components, ensuring durability and reliability under demanding conditions.

With robust billet construction and a calibrated 14 PSI spring, this actuator not only enhances boost control precision but also withstands the rigors of high-performance applications. Its precise dimensions and lightweight design facilitate straightforward installation and integration into existing turbo and supercharger systems.

Optimizing your turbocharger’s wastegate response with this actuator translates to improved engine longevity and performance consistency. The Aeroflow Universal Billet Actuator ensures your boost pressure is maintained safely and effectively, meeting the demands of high-boost applications with confidence.