NX15943 Nx Nx Bottle Heater Pressure Switch Transducer Only

Description

Maintaining accurate pressure levels in your nitrous oxide bottle is critical for optimal engine performance and safety. The NX Bottle Heater Pressure Switch Transducer offers precise pressure monitoring to prevent system malfunctions and ensure consistent nitrous delivery.

This pressure switch transducer is engineered to detect changes in bottle pressure accurately, enabling timely activation of the heater to maintain ideal operating conditions. This control reduces risks of pressure drop or spikes that can compromise engine tuning and performance.

• Exact dimensions (31.00 cm length, 25.00 cm width, 27.00 cm height): Designed to fit seamlessly within your nitrous system setup, these measurements ensure compatibility with standard installations while facilitating straightforward integration.
• Weight of 3.75 kg: The substantial build quality contributes to durability and stable operation under high-vibration environments typical in performance vehicles.
• Category-specific design: As part of the Nitrous Kits and Components category under the Nx brand, this transducer is tailored for use in turbocharged and supercharged systems, ensuring optimal responsiveness and precision.
• Reliable pressure sensing: Enhances your nitrous system’s safety by providing accurate pressure feedback, which helps avoid under- or over-pressurization scenarios that can damage components or reduce efficiency.

This switch transducer is manufactured by Nx, a trusted name in nitrous system components, ensuring you receive a product tested for performance and endurance. Its specific size and weight specifications make it ideal for integration into existing nitrous setups without requiring modifications.

Incorporating this pressure switch transducer into your nitrous bottle heating system means you gain precise control over pressure management, which directly translates to improved engine response, enhanced safety margins, and prolonged component lifespan. Invest in this component to maintain peak system integrity and reliability under demanding conditions.