Universal Air CN3085PFXC A/C Condenser

Universal Air A/C Condenser for Toyota Corolla and Matrix

The Universal Air CN3085PFXC is a parallel flow A/C condenser for select 2003-2004 Toyota Corolla and 2003-2004 Toyota Matrix applications. It is built for direct replacement use in the HVAC system and supports proper refrigerant heat transfer in vehicles equipped with this condenser style.

Key Features

• Brand: Universal Air
• Brand line: Condenser Parallel Flow
• Part number: CN3085PFXC
• Fits 2003-2004 Toyota Corolla, N/A
• Fits 2003-2004 Toyota Matrix, N/A
• Parallel flow condenser design for A/C system service

Product Details

Universal Air’s Condenser Parallel Flow line focuses on replacement condensers for vehicles that use a parallel flow core design. This CN3085PFXC condenser is listed for 2003-2004 Toyota Corolla and 2003-2004 Toyota Matrix models, making it a fitment-specific option for A/C repair on these applications. If you are replacing a leaking, damaged, or restricted condenser on a Corolla or Matrix, this part number CN3085PFXC matches the cataloged vehicle coverage.

Common Issues This Part Can Address

• A/C system loss caused by a leaking condenser
• Reduced cooling performance from a restricted condenser core
• Physical damage from road debris or front-end impact
• Corrosion-related condenser failure
• Service replacement for a worn Toyota Corolla or Toyota Matrix condenser

Installation Notes and Tips

Verify the existing condenser style and vehicle application before installation. For best results, inspect related A/C components, flush the system as needed, and replace any contaminated refrigerant oil according to service procedures. Confirm line connections, mounting points, and system evacuation requirements match the vehicle before charging the system.

Quality Assurance

Universal Air catalogs this condenser as a fitment-specific replacement for the listed Toyota applications. The part number CN3085PFXC should be matched to the vehicle’s A/C configuration before installation to ensure correct service fitment.