BOSTECH BTS031962 FUEL RAIL PRESSURE SENSOR 2007-2012 DODGE 6.7L DIESEL

Fuel Rail Pressure Sensor

• Brand: BT Power
• Condition: New
• Limited 24-Month Unlimited mileage warranty

Engine Fitment:

• Cummins 6.7L

Technical Information:

• Connector Type: Male
• Connector Shape: Square
• Terminal Quantity: 3
• Terminal Type: Blade

The BOSTECH BTS031962 Fuel Rail Pressure Sensor is a premium quality component designed for 2007-2012 Dodge trucks equipped with the robust Cummins 6.7L diesel engine. This new part from BT Power ensures optimal performance and reliability, making it an essential addition for maintaining your vehicle's fuel system efficiency.

Designed with precision and crafted from high-grade materials, this fuel rail pressure sensor plays a vital role in monitoring the fuel pressure within the rail. Accurate pressure readings are crucial for the proper functioning of your engine, helping to enhance fuel efficiency and prevent unnecessary strain on engine components. With a specially engineered connector type that features a male design and a square shape, this sensor is easy to install, ensuring a secure fit.

The BTS031962 comes equipped with three blade-type terminals, allowing for seamless integration and connectivity with your vehicle's existing systems. This high-quality sensor not only meets but exceeds industry standards, guaranteeing long-lasting durability and outstanding performance even in harsh conditions.

In addition to its exceptional engineering, this product is backed by a limited 24-month unlimited mileage warranty, providing peace of mind for your investment. Whether you are a professional mechanic or a dedicated DIY enthusiast, the BOSTECH BTS031962 Fuel Rail Pressure Sensor is designed to meet the demands of your Dodge 6.7L diesel engine with reliability and efficiency.

Choose the BOSTECH BTS031962 for your fuel system needs and experience the difference that a high-quality sensor can make in your vehicle’s performance. With this component, keep your engine running smoothly and ensure it operates at its peak efficiency.