Ford Transit MK6 2.4 Diesel Engine Crankshaft Position Sensor XS706023AC

Ford Transit MK6 2.4 Diesel Engine Crankshaft Position Sensor is a precision engine control component responsible for accurately determining the position of the crankshaft in a diesel unit. A properly functioning sensor ensures stable engine operation, correct fuel metering, and proper ignition synchronization in Diesel engines. This solution is intended for users who expect a proven component with factory performance characteristics.

Specifications and technical data

• SKU: XS706023AC
• Mark: Ford
• Condition: Used
• OEM Part Number: XS706023AC
• Substitutable numbers: XS706023AC, XS70-6023-AC
• Fuel type: Diesel
• Category: Crankshafts

The role of the crankshaft position sensor in a Diesel engine

The crankshaft position sensor in the Ford Transit MK6 2.4 Diesel works with the engine control system, transmitting a signal regarding the current position and rotational speed of the crankshaft. Based on this data, the controller selects the fuel injection timing and adjusts the engine's operation, which affects:

• easier engine starting under various operating conditions,
• stable idle speed,
• smooth acceleration without jerking,
• more uniform operation of the diesel unit.

For Diesel engines, a correct reading of the crankshaft position is crucial for durability and smooth operation, which is why a functional sensor has a direct impact on the safety and comfort of using the vehicle.

Compatibility and technical parameters

The presented sensor is intended for use in the Ford Transit MK6 with a 2.4 compression-ignition engine. It has been designed to work with the Diesel fuel system, ensuring its signal characteristics are matched to the requirements of the controller used in this power unit.

The element belongs to the group of components related to Crankshafts, as its task is to read the position and rotational speed of the shaft. The appropriate geometry of the sensor and the mounting method allow for maintaining the correct operating gap relative to the pulse wheel, which translates into a stable and repeatable signal for the engine controller.

Performance characteristics and advantages of use

As a component working directly with the engine control system, the crankshaft position sensor in the Ford Transit MK6 2.4 Diesel affects a number of key operating parameters. Using a proven component helps reduce typical symptoms of sensor failure, such as starting problems, engine stalling, or unstable idle.

The main benefits of using this solution include:

• increased signal repeatability transmitted to the engine controller,
• better cooperation with the injection system in the diesel unit,
• the ability to restore correct engine operation after a previous sensor failure,
• preservation of the factory performance characteristics of the power unit.

The product comes from the Ford range, which helps maintain compliance with factory design requirements and electrical parameters intended for this Transit model.

Component condition and service application

The crankshaft position sensor is offered in used condition, which allows for economical vehicle repair while maintaining proper operating parameters. This type of component is particularly useful in situations where the existing sensor has been damaged, causing controller errors, starting problems, or unstable engine operation.

Replacing the sensor is a typical service operation in a diesel engine control system and can be performed both as part of routine maintenance and during major work related to the crank-piston system. A properly selected sensor helps restore correct synchronization of the power unit without the need to interfere with other system components.

Related components and additional technical information

If you are planning a comprehensive repair or upgrade of the engine area in your Ford and need other elements from the same group, such as pulleys, mounting elements, or additional components working with the shaft, check the available parts in the Ford Crankshafts category.

For users interested in a broader approach to selecting used components for a car, including the analysis of design and operational differences between stock and modified solutions, the following article may be helpful: Stock vs. sports suspension – design differences and is it worth buying used suspension parts?. It allows for a better understanding of how to consciously choose used elements in various vehicle systems.