Delphi SS12431 Vehicle Speed Sensor

Delphi SS12431 Vehicle Speed Sensor

The Delphi SS12431 vehicle speed sensor is a standard replacement part built for accurate speed signal output and OE-style fitment. It is a direct option for select Ford E-Series, Super Duty, and Excursion applications where consistent sensor readings are critical.

Key Features

• Vehicle speed sensor for electrical and body system repair
• Standard replacement grade
• 1 rectangular connector with 3 male terminals
• Pin terminal type
• Wiring harness not included
• Package contents: vehicle speed sensor

Product Details

Delphi SS12431 is engineered using OE development and validation methods, with testing and calibration performed to OE standards for accurate readings. That focus on signal accuracy helps support proper vehicle speed data for the drivetrain and related control systems. This part cross-references Standard Ignition SC439 for the same application. It is a direct-fit replacement for select Ford E-150, Ford E-250, Ford E-350 Super Duty, Ford F-250 Super Duty, Ford F-350 Super Duty, Ford E-150 Club Wagon, and Ford Excursion models.

What It Helps Solve

• Erratic or inaccurate speedometer readings
• Loss of vehicle speed signal to control modules
• Transmission shift concerns tied to speed input
• Diagnostic trouble codes related to vehicle speed sensing
• Intermittent sensor output from a worn OE unit

Installation Notes

Compatible With 2005-2008 Ford E-150, 2005-2008 Ford E-250, 2004-2008 Ford E-350 Super Duty, 2003-2008 Ford F-250 Super Duty, 2003-2008 Ford F-350 Super Duty, 2005 Ford E-150 Club Wagon, and 2003-2005 Ford Excursion. Verify the 1-connector, 3-terminal rectangular plug style before installation. Compare the original sensor and connector layout to confirm proper replacement for your Ford E-Series or Super Duty application. The Delphi SS12431 should be installed on the correct vehicle speed sensor location for the listed application.

Quality Assurance

Delphi validates its sensors to OE standards and calibrates them for accurate readings. That process supports consistent performance and helps reduce comebacks after repair.