Sized at 14 inch diameter, these electric radiator fans fit builds where space and shroud openings call for a mid-size fan. Match airflow to your setup—typical CFM for a 4 cylinder is 1,200 to 1,600—and measure your available width, height, and depth to confirm clearance. Wire them to a manual switch or a thermostatic fan control, and count on durability under repeated usage.
Yes, they hold up very well under repeated usage. They've been used in training mechanisms in colleges and vocational schools with good durability. If your setup cycles the fan often, verify your control method and temperature set point to reduce unnecessary cycling.
Use either a manual on/off switch or a thermostatic fan control. A thermostatic control engages at its determined temperature, such as 180 degrees. Pick the style that matches how you want the fan to run, and verify the activation temperature you prefer.
For a 4 cylinder, a typical requirement is 1,200 to 1,600 CFM. If the vehicle is used for towing you will want additional airflow. When unsure, go with the highest rated fan that fits your space and setup, and decide if it will be your only fan or a supplemental fan.
Confirm the motor's maximum air temperature rating and thermal cutoff spec before use. Applications reaching around 250 degrees require a fan rated for high air temperatures. Also verify the 14 inch diameter and overall depth fit your opening and that airflow (CFM) meets your cooling target.
Yes, if you have the space to install it. A 14 inch fan can be mounted on either side of the radiator to push or pull. If adding it to a factory fan, make sure the two fans are not working against each other. Measure available width, height, and depth around the core and check the mounting point size and location.
Filters
