FORD 3C3Z-9F838-A INJECTION CONTROL PRESSURE (ICP) SENSOR FOR 03-04 FORD 6.0L POWERSTROKE

Ford Parts are the only parts designed and built to the specific standards of Ford Motor Company and are the only parts recommended for use in your Ford or Lincoln vehicle.

 

VEHICLE FITMENT: 

• Ford F-650 Chassis 2004 - 2015
• Ford F-750 Chassis 2004 - 2015

The Ford 3C3Z-9F838-A Injection Control Pressure (ICP) Sensor is an essential component for maintaining the performance and efficiency of your 2003-2004 Ford 6.0L Powerstroke engine. Crafted with precision, this sensor is specifically designed and manufactured to meet the high standards set by Ford Motor Company, ensuring reliability and optimal functionality in your vehicle.

This ICP sensor plays a crucial role in regulating the fuel injection system by monitoring the pressure within the fuel injection system, which directly impacts the engine's performance. A malfunctioning ICP sensor can lead to decreased engine power, increased emissions, and potential damage to other engine components. By utilizing an authentic Ford part, you can safeguard your vehicle's performance and longevity, experiencing the peace of mind that comes with using parts engineered for exact fit and durability.

Designed to fit a range of Ford models, including the Ford F-650 and F-750 Chassis from 2004 to 2015, this ICP sensor offers versatility and compatibility for a variety of applications. The straightforward installation process allows for a hassle-free experience, helping you get back on the road swiftly while maintaining your vehicle’s performance standards.

Investing in the Ford 3C3Z-9F838-A ICP Sensor means choosing quality and reliability. With its robust construction and adherence to Ford's specifications, it ensures that your vehicle runs smoothly and efficiently, delivering the power and performance you rely on. Upgrade your truck’s engine components today with this essential sensor and experience the difference in performance and efficiency that only genuine Ford parts can provide.