Ford Fiesta Mk7 Wheel Tyre Air Pressure Sensor TPMS EV6T-1A180-DE

The Ford Fiesta Mk7 TPMS Pressure Sensor EV6T-1A180-DE is an original part of the tire pressure monitoring system, designed for use in Ford vehicles. Thanks to its original sourcing from the Tire Pressure Sensors group, it ensures consistency with the car's TPMS and proper communication with the onboard electronics. This is a practical solution for users who want to restore full pressure control functionality without investing in a new component.

Specifications and technical data

• SKU: 2562276
• Mark: Ford
• Condition: Used
• OEM Part Number: 2562276
• Substitutable numbers: 2562276, EV6T-1A180-DE, EV6T1A180DE
• Category: Tyre Pressure Monitoring Sensors

Technical Characteristics and Purpose

The presented TPMS sensor is designed as a component of the tire pressure control system in the Ford Fiesta Mk7 model. As part of the Tire Pressure Sensors group, it works with the vehicle's factory controller, transmitting information about the pressure status in each tire directly to the onboard computer and instrument cluster.

This type of solution allows for:

• early detection of tire pressure drop,
• maintenance of stable vehicle handling parameters,
• reduction of tire wear through proper operating pressure,
• increased driving safety in everyday use.

The component is compatible with Ford's factory electronic architecture, which facilitates integration with the existing system without the need for installation modifications.

Original Origin and Reference Numbers

The sensor comes from the Ford parts line, meaning it meets the parameters set by the vehicle manufacturer. The product's technical specifications include the OEM part number and related interchangeable numbers, which facilitate precise identification and selection of the correct component for a specific Ford Fiesta Mk7 version.

This allows for:

• checking compatibility by OEM number,
• comparison with the currently installed sensor,
• selection of a replacement based on reference numbers, if necessary.

Condition, Functionality, and Service Application

The offered TPMS sensor is a used component, making it an attractive option for operational repairs and budget-friendly upgrades to the monitoring system. Such components are often chosen in situations where:

• replacement of a single sensor is necessary due to failure or mechanical damage,
• TPMS errors occur related to a lack of reading from one wheel,
• an additional set of wheels with a full set of sensors is being prepared.

A correctly selected sensor allows for the restoration of proper operation of the low-pressure warning system without interfering with other system components.

Selection, Installation, and Integration with Vehicle Electronics

To ensure proper TPMS operation, it is crucial to match the sensor to the specific vehicle configuration. For this purpose, it is advisable to use the OEM part number and interchangeable numbers visible in the technical specifications section. After installation, the sensor typically requires a vehicle assignment (learning) procedure using appropriate diagnostic tools or the service procedure specified by the manufacturer.

If you are planning a comprehensive repair or upgrade of the tire area and pressure monitoring system in your Ford and need other parts from the same group, such as additional sensors, valves, or modules related to pressure control, check the available parts in the Ford Tire Pressure Sensors category.

Technical Support and Selection of Used Electronics

When choosing a used TPMS sensor, it is important to pay attention to the compatibility of markings, hardware versions, and software with the vehicle's factory configuration. A detailed discussion of the principles for selecting used modules and sensors, including the significance of OEM numbers and practical aspects of installation, can be found in the guide: Used Automotive Electronics Onboard – Why Choose Second-Hand ECUs and Sensors?

With this information, you can more easily assess when the use of a used TPMS sensor is technically and economically justified, and how to correctly integrate it into the vehicle system.