One Stop Solutions 3490 A/C Condenser

OE-Style A/C Condenser

This A/C condenser is built for direct replacement service with OE-style form and function. It uses aluminum construction, parallel flow design, and block fittings to support efficient heat transfer and a clean fit in the system. Fits Lexus GS350, Lexus GS460, Lexus GS430, and Lexus GS300 applications across the listed model years.

Key Features

• Aluminum construction for efficient heat transfer
• Parallel flow core design for consistent refrigerant flow
• Extruded condenser tubes for added structural integrity
• Louvered aluminum fins bonded with furnace-brazed construction
• Block inlet and outlet fittings
• Individually pressure tested before release
• Includes drier

Detailed Product Information

Part number 3490 is an OSC Premium new automotive condenser engineered to match original equipment form and function. The core measures 27 inches wide by 14 3/4 inches long with a 5/8-inch thickness, and the parallel flow layout is used to promote heat dissipation through the aluminum fin and tube assembly. The condenser is designed for multi-fit applications without changing the look or fit of the system. Part number 3490 also includes the necessary fittings and hardware, along with a drier, for a complete replacement setup. This part cross-references Spectra Premium 7-3490 for the same application.

Common Issues This Part Can Address

• Reduced A/C cooling performance from a leaking or restricted condenser
• Refrigerant loss caused by damaged condenser tubes or fittings
• Heat transfer problems from corroded or internally blocked condenser passages
• System fitment issues when replacing a worn original condenser
• Noise or vibration concerns related to a deteriorated condenser assembly

Installation Notes and Quality Assurance

Verify inlet and outlet fitting type, core dimensions, and system layout before installation. Replace the receiver drier and evacuate, leak test, and recharge the system according to service specifications after installation. Each unit is individually pressure tested for quality control, and the design is engineered to follow original equipment form and function.