TYC 3287 A/C Condenser

TYC 3287 A/C Condenser for Chrysler Pacifica

TYC 3287 is a parallel flow A/C condenser built for 2004-2006 Chrysler Pacifica applications. It uses block fittings and a compact core size of 29 5/8" x 18 2/8" x 5/8" to match the vehicle’s HVAC layout and refrigerant line connection points.

Key Features

• Parallel Flow Condenser (PFC) configuration for Chrysler Pacifica A/C service
• Core height: 29.63 in.; core length: 18.25 in.; core thickness: 0.63 in.
• Block fitting inlet and outlet for direct line connection
• OE-style replacement for 2004, 2005, and 2006 Chrysler Pacifica models
• TYC part number 3287 for easy catalog matching

Product Details

This TYC 3287 A/C condenser is a direct-fit HVAC heat exchanger for the 2004-2006 Chrysler Pacifica. The parallel flow design supports efficient refrigerant cooling, while the listed core dimensions and block fitting inlet/outlet help confirm fitment during condenser replacement. This part cross-references Chrysler 5102434AC for the same application.

Common Problems This Part Can Address

• A/C system cooling loss caused by a leaking or damaged condenser
• Restricted refrigerant flow from internal condenser blockage
• Physical damage from road debris or front-end impact
• Incorrect fitment when replacing a worn Chrysler Pacifica condenser
• Reduced cabin cooling performance tied to condenser failure

Installation Notes and Tips

Verify the core dimensions, block fitting style, and vehicle year before installation. Replace any contaminated refrigerant system components as needed and inspect the condenser mounting points, line seals, and surrounding HVAC hardware for wear or damage. For 2004-2006 Chrysler Pacifica service, confirm the original condenser uses the same parallel flow configuration and block fittings.

Quality Assurance

TYC manufactures replacement HVAC components with application-specific dimensions and connection styles to support accurate fitment. Confirm part number 3287 against the vehicle’s original condenser and service information before installation.