NGK Wideband A/F Sensor

Fits 2010–2007 Dodge Ram 2500

Part #: 24325

Overview

The NGK Wideband Air-Fuel Ratio (A/F) Sensor is a high-precision oxygen sensor designed specifically for diesel trucks like the Dodge Ram 2500. This sensor plays a vital role in the vehicle’s engine management system by providing accurate, linear data on the air-fuel mixture, enabling the engine control unit (ECU) to make continuous adjustments for optimal combustion. Ideal for technicians and enthusiasts seeking to maintain or restore their vehicle’s performance, this sensor supports precise fuel regulation, improved efficiency, and reduced emissions.

Key Features

• Manufactured by NTK, a leader in OEM oxygen sensor technology
• Produces a linear output signal for accurate air-fuel ratio measurement
• Designed with advanced ceramics for durability and reliability
• Supports optimal engine performance and fuel efficiency
• Engineered for direct replacement in Dodge Ram 2500 models from 2007 to 2010
• Built to withstand harsh engine conditions and high temperatures
• Contributes to reduced harmful emissions by maintaining proper combustion

Construction & Design

This wideband sensor features a robust ceramic sensing element, carefully controlled during manufacturing to ensure consistent performance and longevity. Its precise construction allows for linear signal output, which is critical for accurate air-fuel ratio monitoring and engine management. The durable design ensures reliable operation under demanding conditions typical of diesel engines.

Installation & Fitment

The NGK Wideband A/F Sensor is designed as a direct-fit replacement for the original sensor in Dodge Ram 2500 trucks manufactured between 2007 and 2010. Proper installation ensures optimal sensor function and longevity, making it suitable for professional repairs or experienced DIY enthusiasts familiar with diesel engine diagnostics.

What’s Included

Included with this sensor is the necessary hardware for installation, ensuring a straightforward replacement process.