Universal Air RA1996C Radiator

Crossflow Radiator for Ford F-150 and F-250

The Universal Air Crossflow Radiator, part number RA1996C, is a direct-fit cooling component for select 1997-1998 Ford truck applications. It is built for vehicles with a 3/8in TOC fitting and is listed for Ford F-150 and Ford F-250 models in the covered years.

Key Features

• Universal Air Crossflow Radiator line
• Part number RA1996C
• Crossflow radiator configuration
• Fits 1997-1998 Ford F-150 with 3/8in TOC fitting
• Fits 1997-1998 Ford F-250 with 3/8in TOC fitting

Detailed Description

Universal Air RA1996C is a crossflow-style radiator for 1997-1998 Ford F-150 and 1997-1998 Ford F-250 trucks that use a 3/8in TOC fitting. The crossflow layout routes coolant across the radiator core, making it a straightforward replacement choice when servicing the factory cooling system on these Ford truck applications. If you are searching for a Ford F-150 radiator or Ford F-250 radiator by part number, RA1996C identifies the exact application listed here.

What It Helps Address

• Overheating caused by a worn or restricted radiator
• Coolant leaks from an aging radiator assembly
• Reduced cooling performance in stop-and-go driving
• Temperature instability under towing or load conditions
• Replacement needs for a damaged Ford F-150 or Ford F-250 radiator

Installation Notes and Tips

Verify the vehicle has the listed 3/8in TOC fitting before ordering. Confirm radiator dimensions, hose routing, and mounting points against the original unit before installation. For best results, inspect related cooling system components such as hoses, clamps, thermostat, and coolant condition during replacement. RA1996C is listed for 1997-1998 Ford F-150 and 1997-1998 Ford F-250 applications only.

Quality Assurance

Universal Air identifies this part within its Crossflow Radiator product line for the specified Ford truck fitments. Part number RA1996C is cataloged for the applications shown above, including 1997-1998 Ford F-150 and 1997-1998 Ford F-250 with a 3/8in TOC fitting.