Enhance engine efficiency with a lightweight, high-performance cooling solution.
Proform's electric cooling fan is designed to improve engine performance by reducing the parasitic drag associated with traditional engine-driven fans. With a maximum airflow of 2800 CFM, this fan effectively cools the engine while contributing to increased horsepower and fuel efficiency. The fan features an ultra-thin design, making it suitable for installation in tight engine compartments where space is limited.
Constructed with reinforced, glass-filled polypropylene blades, the fan ensures durability and optimal airflow. The lightweight plastic housing further enhances the fan's efficiency, allowing for easy installation and reduced overall weight. Each unit includes a nylon tie mounting kit for straightforward setup.
The adjustable thermostat controller allows for precise temperature management, ensuring the engine operates within optimal temperature ranges. With a diameter of 15 inches and a puller rotation direction, this fan is engineered to meet the cooling demands of high-performance engines.
Features
- Increase Horsepower And Fuel Mileage By Eliminating The Parasitic Drag Of An Engine Driven Fan
- Features An Ultra Thin Design To Aid The Installation In Cramped Engine Compartments
Specifications
- Manufacturer: Proform Parts
- Manufacturer Part Number: 67017
- Condition: New
- Type: Electric
- Diameter: 15 Inch
- Height: 18 Inch
- Width: 16-1/8 Inch
- Depth: 4 Inch
- Maximum CFM: 2800 Cubic Feet Per Minute
- Maximum RPM: 2500 RPM
- Rotation Direction: Puller
- Controller Type: Adjustable Thermostat
- Amperage Draw: 14 Amp
- Number Of Blades: 8
- Blade Color: Black
- Blade Material: Polypropylene
- Shroud Material: Plastic
Technical Documents
Product Videos
Shipping & Returns
- This product ships within the continental USA only.
- This product typically ships within 1 to 3 business days.
- Returns are accepted within 30 days for items in like-new condition. For complete details, please see our return policy.
Skip to content

