New Knock Sensors for Acura TL Legend RL NSX 1991-2005

Product Description:

Ensure optimal engine performance and fuel efficiency with these brand-new knock sensors specifically designed for Acura TL Legend RL NSX models from 1991 to 2005. These sensors play a crucial role in monitoring engine vibrations and adjusting ignition timing to prevent harmful knocking and detonation, resulting in a smoother and more responsive driving experience.

Product Features:

– Enhanced Engine Protection: Precisely detect and eliminate engine knocking, reducing the risk of costly engine damage.
– Improved Fuel Efficiency: Optimal ignition timing ensures efficient fuel combustion, maximizing mileage and reducing emissions.
– Direct Fit Replacement: Designed to seamlessly replace original knock sensors, ensuring hassle-free installation.
– Durable Construction: Engineered with high-quality materials to withstand extreme temperatures, vibrations, and harsh operating conditions.
– Factory-Matched Performance: Meets or exceeds OE specifications for accurate engine monitoring and control.

Key Usage Points:

– Easy installation: Drop-in replacements for quick and convenient upgrades.
– Durability: Built to last in demanding engine environments.
– Color options: Available in various color options to match specific engine compartments.

Detailed Specifications:

– Sensor Type: Knock Sensor
– Vehicle Application: Acura TL Legend RL NSX
– Model Years: 1991-2005
– Material: High-grade alloy
– Operating Temperature Range: -40°C to 125°C
– Replacement for OE Numbers: [List of applicable OE numbers]

User Benefits:

– Peace of mind with enhanced engine protection.
– Increased fuel savings for reduced operating costs.
– Improved engine responsiveness for a more pleasant driving experience.
– Extended engine life due to reduced knocking and detonation.

Additional Features:

– Backed by a comprehensive warranty for added peace of mind.
– Tested and certified to meet rigorous quality standards.
– Compatible with various aftermarket engine management systems.

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