Global Parts 1712358 HVAC Recirculation Door Actuator

HVAC Recirculation Door Actuator for Ford and Lincoln

Global Parts 1712358 is an HVAC recirculation door actuator that controls the inlet door position in the climate system. It helps the HVAC system respond to selected temperature and airflow settings by regulating how outside air enters the cabin.

• HVAC recirculation door actuator for climate control air intake
• Fits 2009-2014 Ford Expedition, N/A, Inlet Door Actuator; Main
• Fits 2010-2014 Ford Mustang, N/A, Inlet Door Actuator; Main
• Fits 2009-2014 Lincoln Navigator, N/A, Inlet Door Actuator; Main
• Fits 2009-2010 Ford F-150, N/A, Inlet Door Actuator; Main
• Global Parts 1712358 replacement for common OE-style applications

How It Works

This actuator moves the recirculation or inlet door inside the HVAC housing so the system can switch between fresh air intake and recirculated cabin air. Global Parts 1712358 is used in Ford Expedition, Ford Mustang, Lincoln Navigator, and Ford F-150 applications where the inlet door actuator is part of the main climate control assembly.

This part cross-references Dorman OE Solutions 604-242 and Four Seasons 73058 for the same application.

Common Problems It Can Address

• HVAC system stuck on fresh air or recirculation
• Inconsistent airflow selection from the vents
• Clicking or ticking from behind the dash
• Loss of proper cabin air intake control
• Climate settings not matching the selected mode

Installation Notes

Verify the vehicle year, make, model, and HVAC configuration before ordering. Access is typically through the HVAC housing area, and the actuator should be matched to the inlet door/main application listed for your vehicle. Confirm connector style and mounting points against the original unit before installation.

Quality Assurance

Global Parts 1712358 is built as an OE-style replacement for listed Ford and Lincoln applications. The manufacturer describes this component as part of the HVAC actuator family used to adjust climate settings through door movement inside the system.