One Stop Solutions 4606 A/C Condenser

OE-Style A/C Condenser for Ford Windstar

This One Stop Solutions A/C condenser is built for 1995-1996 Ford Windstar applications and follows original equipment form and function. Part number 4606 is engineered with aluminum construction, parallel flow design, and quick connection inlet and outlet fittings for a direct replacement approach.

• Fits 1995-1996 Ford Windstar, N/A
• Part number 4606 for direct catalog matching
• Aluminum construction for efficient heat transfer
• Parallel flow core design
• Quick connection inlet and outlet fittings
• Individually pressure tested before release
• Multi-fit engineering to maintain proper look and fit

Product Details

The OSC Premium New Automotive Condenser is designed around OE-style dimensions and performance requirements. Its extruded condenser tubes, louvered aluminum fins, and furnace-brazed aluminum construction are used to improve structural integrity and heat dissipation. Core dimensions measure 18 1/8 in. length, 30 7/16 in. width, and 11/16 in. thickness, supporting efficient refrigerant cooling in the HVAC system. If you are replacing a Ford Windstar A/C condenser, part number 4606 provides a focused fitment solution for 1995-1996 models.

This part cross-references Spectra Premium 1010000 for the same application.

Common Replacement Reasons

• Leaking or damaged condenser core
• Reduced A/C cooling performance
• Corrosion or fin damage from road debris
• Restricted refrigerant heat exchange
• Failure of the original condenser on high-mileage Ford Windstar vehicles

Installation Notes and Tips

Verify the inlet and outlet quick connection style before installation and compare the condenser dimensions to the removed unit. Flush the A/C system as needed, replace any contaminated refrigerant components, and inspect adjacent lines and seals for wear. Confirm fitment by year, make, and model before charging the system.

Quality Assurance

Each condenser is individually pressure tested and built with premium-grade aluminum materials. The design is intended to address common original design failures and improve durability in demanding service conditions.