Ford Transit Mk6 2.4 TDCI Diesel Crankshaft Sensor 2S7Q6C315AC

Ford Transit Mk6 2.4 TDCI Diesel Crankshaft Sensor is a precision engine control component responsible for accurately determining the position and rotational speed of the crankshaft. A properly functioning sensor ensures stable engine operation, correct fuel dosing, and precise ignition control in a Diesel engine. Choosing an original Ford component is a sensible solution when diagnosing issues with starting, jerking, or rough engine idling.

Specifications and technical data

• SKU: 2S7Q-6C315-AC
• Mark: Ford
• Condition: Used
• OEM Part Number: 2S7Q-6C315-AC
• Substitutable numbers: 2S7Q-6C315-AC, 2S7Q6C315AC
• Fuel type: Diesel
• Category: Other Engine Parts

The role of the crankshaft position sensor in a Diesel engine

The crankshaft position sensor in the Ford Transit 2.4 TDCI is a key element of the engine management system. Based on the signal from the sensor, the engine control unit (ECU) determines:

• the precise fuel injection timing in a diesel engine,
• fuel dose correction depending on the load,
• crankshaft rotational speed monitoring,
• safe engine starting and shutdown.

An incorrect signal from the sensor can result in starting problems, engine stalling, or entering limp mode. Using an original Ford component helps restore correct injection system synchronization and stable engine operation.

Benefits of using an original Ford component

By choosing this sensor, you are using a component from the Ford brand, designed specifically for the 2.4 TDCI Diesel engine. This means:

• proper geometric fit to the engine housing and trigger wheel,
• correct electrical parameters and signal characteristics for the engine control unit,
• preservation of factory engine operating settings,
• reduced risk of ECU errors resulting from aftermarket part incompatibility.

As a result, the sensor can be used both for standard replacement of a worn-out part and for professional engine control system repairs in a specialized workshop.

Purpose and application in Ford Transit 2.4 TDCI

The presented component is dedicated to Diesel engines used in the Ford Transit 2.4 TDCI. The sensor works with the pulse wheel on the crankshaft, generating the signal necessary for proper fuel injection control. In practice, its replacement is recommended in situations where the following occur:

• problems with starting a warm or cold engine,
• sudden stalling while driving,
• rough idling,
• errors related to crankshaft synchronization stored in the ECU.

Selecting the correct crankshaft position sensor is particularly important in diesel engines, where the precision of fuel injection directly affects engine refinement, fuel consumption, and exhaust emissions.

Product condition and installation aspects

The offered sensor is an item from the Other category, which allows it to be used in various service scenarios, from emergency repairs to broader engine control system upgrades. Installing the sensor requires maintaining cleanliness at the contact point with the engine housing and checking the working distance relative to the pulse wheel to ensure correct signal reading.

When replacing, it is worth paying attention to the condition of the wiring harness and connector, as signal transmission interference can cause symptoms similar to a faulty sensor. A correctly installed component allows for the quick restoration of proper engine operation without the need to interfere with other sub-assemblies.

Service expansion and related Ford components

If you are planning a comprehensive repair or upgrade of the engine area in your Ford and need other items from the same group, such as additional sensors, harnesses, or mounting elements, check out the available parts in the Other Ford category.

When diagnosing drivetrain systems and comparing solutions used in different makes and models, material discussing design differences in sports versions of cars can be helpful. In this context, it is worth reading the article Audi RS vs other models – what is hidden under the hood and chassis?, which shows how manufacturers design key engine, brake, and chassis components.