Global Parts 3411538 A/C Expansion Valve

A/C Expansion Valve for Ford and Lincoln

Global Parts 3411538 is an A/C expansion valve/orifice tube for select Ford and Lincoln vehicles. It meters refrigerant flow before the evaporator so the system can absorb heat efficiently and maintain stable cooling performance.

• Direct-fit A/C flow restrictor for select Ford and Lincoln applications
• Helps regulate refrigerant entering the evaporator
• Supports consistent cabin cooling performance
• Fits 2013-2020 Ford Fusion, N/A
• Fits 2015-2024 Ford Edge, N/A
• Fits 2013-2020 Lincoln MKZ, N/A

Detailed Product Information

This Global Parts expansion valve is built for vehicles that use an expansion valve/orifice tube style refrigerant control component. By slowing refrigerant before it reaches the evaporator, part number 3411538 helps the A/C system use refrigerant more effectively. It is a practical replacement for service work on Ford Fusion, Ford Edge, Lincoln MKZ, and other listed applications, including Lincoln MKX, Lincoln Continental, Ford GT, Lincoln Nautilus, and Ford SSV Plug-In Hybrid.

This part cross-references Dorman - HELP 93601 and Four Seasons 39467 for the same application.

Common Problems This Part Can Address

• Weak or uneven A/C cooling output
• Restricted refrigerant metering at the evaporator
• Service-related replacement of a worn flow control component
• Loss of cooling efficiency after A/C system repair
• Incorrect refrigerant flow through the evaporator circuit

Installation Notes and Tips

Replace the expansion valve/orifice tube during A/C service when the system is opened or repaired. Verify the vehicle uses the correct flow restrictor style before installation, and inspect the rest of the A/C system for contamination, leaks, or wear that could affect performance. Confirm fitment by year, make, and model before ordering.

Quality Assurance

Global Parts recommends replacing the expansion valve/orifice tube each time the A/C system is serviced to help maintain proper refrigerant control and cooling performance.