ASI Performance 4 Row Radiator+Shroud Fan For 1974-1976 75 Dodge Dart/Plymouth Valiant 5.2L 5.9L
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Fitment:
Package Includes
1 × 4-Row Aluminum Radiator
1 × Aluminum Shroud
1 × 16" Fan (Includes Mounting Kits)
Technical Specifications
| Performance | High Performance Racing Spec. |
| Core Design | 4-Row Tube Core Racing Design |
| Material | High-Quality Aluminum |
| Core Size | 25 1/8" W × 18" H |
| Overall Size | 29 1/8" W × 22 1/2" H |
| Upper Inlet | 1 1/2" Diameter, Driver Side |
| Lower Outlet | 1 3/4" Diameter, Passenger Side |
| Transmission Oil Cooler | Included |
| Transmission Oil Cooler Fittings | 1/8-27 NPT (T) |
Fan Specifications
| Fan Size | 16" Diameter × 2.95" Thick |
| Voltage | DC 12V |
| Wattage | 120W |
| Number of Blades | 10 S-Type Blades |
| Maximum Airflow | 3,000 CFM |
| Maximum Fan Speed | 2,000 RPM ±10% |
| Amp Draw | 10 Amps |
The S-type blade pull/push design improves airflow efficiency and cooling performance. The powerful 120W motor helps keep the engine cool.
Application
1974–1976 Dodge Dart / Plymouth Duster / Plymouth Valiant / Plymouth Scamp,
5.2L or 5.9L V8
1976–1979 Chrysler Valiant, 5.9L V8
This radiator is designed for vehicles equipped with a 5.2L (318 ci) V8 or 5.9L (360 ci) V8 engine.
Please verify the dimensions, inlet and outlet positions, and vehicle fitment before ordering. We are not responsible for incorrectly ordered products.
Description
This aluminum radiator is designed to provide maximum cooling efficiency and help prevent premature engine failure. Its lightweight, high-heat-transfer aluminum construction features a tube-and-fin design that significantly increases the surface area, allowing heat to dissipate more efficiently.
This aluminum radiator is approximately 40% more efficient than a stock radiator. It also has a higher coolant capacity, helping the cooling system operate more efficiently and resist temperature surges in racing applications.
Aluminum Shroud and Fan
The fan and aluminum shroud help direct heat out of the engine compartment instead of pushing it toward the front of the engine. The shroud houses and secures the fan blades, helping prevent contact with nearby engine components and supporting smooth, consistent fan operation.
Effective operating-temperature management helps stabilize engine temperatures. Proper cooling-system maintenance can also improve driving quality and help maintain ideal engine operating conditions.
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