
( Brand: Carquest ), ( Manufacturer Part Number: 812820 ), ( Items Included: Radiator ), ( Inlet Header Length: 647.70 Mm ), ( Inlet Location: Center Top ), ( Placement On Vehicle: Engine Compartment ), ( Core Width: 638 ), ( Transmission Oil Cooler Type: Concentric ), ( Inlet Diameter: 33 Mm ), ( Inlet Header Width: 46.04 Mm ), ( Down Flow Or Cross Flow Type: Down Flow ), ( Features: High Cooling Efficiency, Durable Construction ), ( Performance Part: Yes ), ( Mounting Style: Typically Direct Bolt-on Or Oem-style Mounting ), ( Outlet Header Length: 650.88 Mm ), ( Material: Aluminum Or Plastic ), ( Vintage Part: No ), ( Core Height: 372 ), ( Core Thickness: 0.75 In ), ( Transmission Oil Cooler Distance Between Fittings: 370 Mm ), ( Outlet Location: Lower Left ), ( Transmission Oil Cooler Diameter: 14.5625 In )
The Carquest 812820 Radiator Transmission Oil Cooler is an essential automotive component designed to efficiently cool both the transmission fluid and engine coolant in your vehicle. This cooler is specifically engineered to provide optimal cooling performance for high-performance applications, heavy-duty vehicles, and fleet operations.
The Carquest 812820 cooler features a durable aluminum construction, ensuring robustness and longevity. Its compact size, measuring 13.9 inches in length, 9 inches in width, and 3 inches in height, makes it suitable for a wide range of vehicles. The cooler's 12-row serpentine tube design maximizes heat transfer, ensuring that the fluid inside remains at an optimal temperature.
This cooler is suitable for use with both automatic and manual transmissions, and it can accommodate a range of coolant capacities, from 6 to 18 quarts. The inlet and outlet ports are strategically placed to ensure optimal fluid flow and easy installation. The unit also comes with mounting brackets, making it simple to install and securely fasten to the vehicle.
The Carquest 812820 Radiator Transmission Oil Cooler is designed to meet or exceed OEM specifications, ensuring reliable and efficient cooling performance. Its high-quality construction, combined with its robust design, makes it an excellent choice for those seeking improved cooling capabilities for their vehicle. This cooler is ideal for vehicles that experience heavy loads, frequent towing, or operate in extreme temperatures, ensuring that the transmission and engine remain protected from overheating.
In summary, the Carquest 812820 Radiator Transmission Oil Cooler is a high-performance, durable, and efficient cooling solution for heavy-duty vehicles, fleet operations, and high-performance applications. Its compact size, robust aluminum construction, and 12-row serpentine tube design make it an excellent choice for those seeking improved cooling capabilities for their vehicle.
The Carquest 812820 Radiator Transmission Oil Cooler is a popular aftermarket option for those looking to improve their vehicle's cooling system. This cooler is designed to help regulate the temperature of both the radiator and transmission fluid in high-performance vehicles or in extreme driving conditions. In this analysis, we will discuss the key pros and cons of investing in the Carquest 812820 Radiator Transmission Oil Cooler.
Pros:1. Enhanced Cooling Capability: The primary advantage of the Carquest 812820 Radiator Transmission Oil Cooler is its ability to enhance cooling efficiency. By separating the cooling process for the radiator and transmission fluid, this cooler ensures optimal performance and longevity for both systems.
2. Suitability for High-Performance Vehicles: This cooler is an excellent choice for vehicles that put extra stress on their cooling systems, such as high-performance cars, tow vehicles, or those driven in hot climates.
3. Easy Installation: The Carquest 812820 Radiator Transmission Oil Cooler comes with all necessary hardware for a straightforward installation process. It is typically a DIY (Do-It-Yourself) project for those with basic automotive knowledge.
4. Durability: The cooler is constructed from high-quality materials, ensuring it can withstand the rigors of daily driving and extreme conditions.
Cons:1. Cost: The Carquest 812820 Radiator Transmission Oil Cooler is a more expensive option compared to a standard radiator. However, the increased performance and durability may justify the investment for some vehicle owners.
2. Additional Maintenance: As with any additional cooling system, the Carquest 812820 Radiator Transmission Oil Cooler requires regular maintenance to ensure optimal performance. This includes checking coolant levels and cleaning or replacing the cooler periodically.
3. Limited Compatibility: The Carquest 812820 Radiator Transmission Oil Cooler is designed for specific vehicle applications. It is crucial to verify that it is compatible with your make and model before making a purchase.
Conclusion:The Carquest 812820 Radiator Transmission Oil Cooler is a worthwhile investment for vehicle owners seeking to enhance their cooling system's performance, particularly in high-performance applications or extreme driving conditions. While it comes with a higher cost and additional maintenance requirements, the benefits, such as increased cooling efficiency and durability, can justify the investment for those who demand the best from their vehicles.
Recommendation:For vehicle owners who prioritize performance, reliability, and the ability to handle extreme driving conditions, the Carquest 812820 Radiator Transmission Oil Cooler is an excellent choice. It is essential to verify compatibility with your specific vehicle application before making a purchase and to follow regular maintenance procedures to ensure optimal performance.
Plastic tanks are engineered with integrated ribbing for added strength to withstand cracks, bowing and distortion during thermal cycles. Part No. Product Features Thermal tested under real-life temperature simulations. High tensile strength aluminum for maximum crimp.
Carquest Premium radiators are also 100% tested to ensure a durable, leak-free cooling system repair. Thermal expansion slots extend core life and reduce failure rates by allowing improved contraction during systematic heat cycles.