Global Parts 3411992 A/C Expansion Valve

Global Parts 3411992 A/C Expansion Valve

Global Parts 3411992 is an A/C expansion valve for the 2019-2023 Ford Ranger. It meters refrigerant flow before the evaporator so the system can absorb heat efficiently and maintain stable cabin cooling. This Ford Ranger HVAC service part is a direct-fit option for routine A/C repair work.

Key Features

• Expansion valve/orifice tube design for refrigerant flow control
• Helps regulate refrigerant entering the evaporator
• Supports efficient heat transfer in the A/C system
• Fits 2019-2023 Ford Ranger
• Global Parts part number 3411992

Detailed Description

This A/C expansion valve is built for Ford Ranger applications from 2019 through 2023. By slowing refrigerant before it reaches the evaporator, it helps the system use the refrigerant’s cooling capacity effectively. Global Parts 3411992 is a practical replacement when servicing the HVAC system on a Ford Ranger, especially when the original metering component is restricted or no longer performing correctly. This part cross-references Four Seasons 39615 for the same application.

What It Helps Address

• Weak or inconsistent cabin cooling
• Restricted refrigerant flow at the evaporator inlet
• HVAC performance loss after system service
• Improper refrigerant metering in the A/C circuit
• Service-related replacement needs on Ford Ranger A/C systems

Installation Notes and Tips

Verify the vehicle is a 2019-2023 Ford Ranger before ordering. Inspect the A/C system for contamination, leaks, and related wear before installing the new valve. Follow proper refrigerant recovery and evacuation procedures, and replace the expansion valve/orifice tube whenever the A/C system is serviced, as recommended by the manufacturer. Confirm the replacement part number 3411992 against the original component and system layout.

Quality Assurance

Global Parts supplies HVAC service components for automotive repair applications. Part number 3411992 is listed with confirmed fitment for the Ford Ranger and is supported by published interchange references for application matching.