The Story
Delphi MAP Sensor PS20108 for Ford Super Duty
Delphi PS20108 is a manifold absolute pressure sensor built for accurate engine load and intake pressure readings. It is a standard replacement MAP sensor for select Ford F-250 Super Duty and Ford F-350 Super Duty trucks, with OE-calibrated testing to support consistent signal output.
Key Features
- Manifold Absolute Pressure Sensor for 5V systems
- Standard replacement grade for direct service use
- Black plastic housing with a black connector
- 1 connector, 4 terminals, pin-style terminals
- Rectangle connector shape, male connector and terminal gender
- Bolt-on mount design with 3 ports
- Maximum pressure reading: 4.0 / 57.0
- Package contents: manifold absolute pressure sensor
Product Details
Delphi PS20108 is engineered for vehicles that rely on precise manifold pressure data for fuel and drivability control. Delphi validates and calibrates its sensors to OE standards, helping deliver accurate readings for the engine management system. This part cross-references Standard Ignition AS434 for the same application.
Common Issues This Sensor May Address
- Check engine light related to MAP sensor performance
- Rough idle caused by incorrect manifold pressure readings
- Hesitation or poor throttle response under load
- Fuel trim concerns tied to inaccurate intake pressure data
- Driveability problems on Ford F-250 Super Duty and Ford F-350 Super Duty trucks
Installation Notes and Tips
Fits 2011-2019 Ford F-250 Super Duty and Fits 2011-2019 Ford F-350 Super Duty. Confirm connector shape, terminal count, and bolt-on mounting style before installation. Inspect the intake port area for contamination or damage, and verify the electrical connector is fully seated after replacement. The Delphi PS20108 is a direct-fit service part for the listed Ford Super Duty applications.
Quality Assurance
Delphi sensors are developed with OE-focused validation and tested to OE standards for accurate signal output. That calibration process supports dependable operation in Ford F-250 Super Duty and Ford F-350 Super Duty applications.
Description
Delphi MAP Sensor PS20108 for Ford Super Duty
Delphi PS20108 is a manifold absolute pressure sensor built for accurate engine load and intake pressure readings. It is a standard replacement MAP sensor for select Ford F-250 Super Duty and Ford F-350 Super Duty trucks, with OE-calibrated testing to support consistent signal output.
Key Features
- Manifold Absolute Pressure Sensor for 5V systems
- Standard replacement grade for direct service use
- Black plastic housing with a black connector
- 1 connector, 4 terminals, pin-style terminals
- Rectangle connector shape, male connector and terminal gender
- Bolt-on mount design with 3 ports
- Maximum pressure reading: 4.0 / 57.0
- Package contents: manifold absolute pressure sensor
Product Details
Delphi PS20108 is engineered for vehicles that rely on precise manifold pressure data for fuel and drivability control. Delphi validates and calibrates its sensors to OE standards, helping deliver accurate readings for the engine management system. This part cross-references Standard Ignition AS434 for the same application.
Common Issues This Sensor May Address
- Check engine light related to MAP sensor performance
- Rough idle caused by incorrect manifold pressure readings
- Hesitation or poor throttle response under load
- Fuel trim concerns tied to inaccurate intake pressure data
- Driveability problems on Ford F-250 Super Duty and Ford F-350 Super Duty trucks
Installation Notes and Tips
Fits 2011-2019 Ford F-250 Super Duty and Fits 2011-2019 Ford F-350 Super Duty. Confirm connector shape, terminal count, and bolt-on mounting style before installation. Inspect the intake port area for contamination or damage, and verify the electrical connector is fully seated after replacement. The Delphi PS20108 is a direct-fit service part for the listed Ford Super Duty applications.
Quality Assurance
Delphi sensors are developed with OE-focused validation and tested to OE standards for accurate signal output. That calibration process supports dependable operation in Ford F-250 Super Duty and Ford F-350 Super Duty applications.
