The Story
Delphi MAP Sensor PS20106 Overview
The Delphi PS20106 manifold absolute pressure sensor provides accurate intake manifold pressure readings for engine management systems. Built as a standard replacement MAP sensor, it supports precise air-fuel calculation and throttle response on select Ford and Lincoln applications, including Explorer, Flex, Taurus, MKT, MKS, GT, and Mustang.
Delphi sensors are developed and validated to OE standards, with calibration and testing focused on consistent signal output and reduced comeback risk. The PS20106 uses a 5V, 3-terminal design with a single rectangular male connector and bolt-on mounting for a direct-fit replacement on the listed vehicles.
Key Features
- Manifold Absolute Pressure Sensor for engine load and airflow measurement
- 5V sensor with 3 male terminals and 1 rectangular male connector
- Bolt-on mount with black plastic housing
- 4-port design with standard replacement grade construction
- OE-calibrated and tested for accurate readings
- Cross-references Standard Ignition AS313 for the same application
Detailed Description
Delphi PS20106 is a manifold absolute pressure sensor engineered for vehicles that rely on precise manifold pressure data to manage fuel delivery, ignition timing, and drivability. This MAP sensor is listed for 2013-2019 Ford Explorer, 2010-2019 Ford Flex, 2010-2019 Ford Taurus, 2010-2019 Lincoln MKT, 2010-2016 Lincoln MKS, 2005-2006 Ford GT, and 2003-2004 Ford Mustang. The part number PS20106 is also referenced by several interchange numbers, including OE-style replacements used in the same application.
For buyers searching for a Ford Explorer MAP sensor, Ford Taurus manifold absolute pressure sensor, or Lincoln MKT pressure sensor replacement, Delphi PS20106 offers a direct-fit service part built around OE development practices. The sensor’s calibrated output helps the engine control module interpret manifold pressure accurately across the supported Ford and Lincoln platforms.
What This Part Helps Address
- Erratic idle caused by inaccurate manifold pressure readings
- Hard starting or extended crank conditions tied to faulty MAP data
- Reduced throttle response from incorrect engine load input
- Check engine light concerns related to MAP sensor performance
- Fuel trim and drivability issues on supported Ford and Lincoln vehicles
Installation Notes and Tips
Verify connector shape, terminal count, and mounting style before installation. The PS20106 uses a 5V, 3-pin configuration with a bolt-on design, so the replacement should match the original sensor layout on the vehicle. Inspect the intake manifold port area for debris or damage before installing the new sensor, and confirm the electrical connector is fully seated after installation.
Compatible With 2013-2019 Ford Explorer, 2010-2019 Ford Flex, 2010-2019 Ford Taurus, 2010-2019 Lincoln MKT, 2010-2016 Lincoln MKS, 2005-2006 Ford GT, and 2003-2004 Ford Mustang.
Quality Assurance
Delphi backs this sensor with OE-focused development and product validation methods. Each sensor is tested and calibrated to OE standards to support accurate readings and consistent operation in the listed applications.
Description
Delphi MAP Sensor PS20106 Overview
The Delphi PS20106 manifold absolute pressure sensor provides accurate intake manifold pressure readings for engine management systems. Built as a standard replacement MAP sensor, it supports precise air-fuel calculation and throttle response on select Ford and Lincoln applications, including Explorer, Flex, Taurus, MKT, MKS, GT, and Mustang.
Delphi sensors are developed and validated to OE standards, with calibration and testing focused on consistent signal output and reduced comeback risk. The PS20106 uses a 5V, 3-terminal design with a single rectangular male connector and bolt-on mounting for a direct-fit replacement on the listed vehicles.
Key Features
- Manifold Absolute Pressure Sensor for engine load and airflow measurement
- 5V sensor with 3 male terminals and 1 rectangular male connector
- Bolt-on mount with black plastic housing
- 4-port design with standard replacement grade construction
- OE-calibrated and tested for accurate readings
- Cross-references Standard Ignition AS313 for the same application
Detailed Description
Delphi PS20106 is a manifold absolute pressure sensor engineered for vehicles that rely on precise manifold pressure data to manage fuel delivery, ignition timing, and drivability. This MAP sensor is listed for 2013-2019 Ford Explorer, 2010-2019 Ford Flex, 2010-2019 Ford Taurus, 2010-2019 Lincoln MKT, 2010-2016 Lincoln MKS, 2005-2006 Ford GT, and 2003-2004 Ford Mustang. The part number PS20106 is also referenced by several interchange numbers, including OE-style replacements used in the same application.
For buyers searching for a Ford Explorer MAP sensor, Ford Taurus manifold absolute pressure sensor, or Lincoln MKT pressure sensor replacement, Delphi PS20106 offers a direct-fit service part built around OE development practices. The sensor’s calibrated output helps the engine control module interpret manifold pressure accurately across the supported Ford and Lincoln platforms.
What This Part Helps Address
- Erratic idle caused by inaccurate manifold pressure readings
- Hard starting or extended crank conditions tied to faulty MAP data
- Reduced throttle response from incorrect engine load input
- Check engine light concerns related to MAP sensor performance
- Fuel trim and drivability issues on supported Ford and Lincoln vehicles
Installation Notes and Tips
Verify connector shape, terminal count, and mounting style before installation. The PS20106 uses a 5V, 3-pin configuration with a bolt-on design, so the replacement should match the original sensor layout on the vehicle. Inspect the intake manifold port area for debris or damage before installing the new sensor, and confirm the electrical connector is fully seated after installation.
Compatible With 2013-2019 Ford Explorer, 2010-2019 Ford Flex, 2010-2019 Ford Taurus, 2010-2019 Lincoln MKT, 2010-2016 Lincoln MKS, 2005-2006 Ford GT, and 2003-2004 Ford Mustang.
Quality Assurance
Delphi backs this sensor with OE-focused development and product validation methods. Each sensor is tested and calibrated to OE standards to support accurate readings and consistent operation in the listed applications.
