CC1451 Aluminum Radiator Shroud Fan Fit 1985-1997 Ford F150 F100 F250 F350 Bronco V8 with 2 X 12" Fans & Thermostat Relay Kit

This Listing Is Including:1 X Aluminum Shroud2 X 12" Fans (Includes mounting kits)1 X Thermostat Relay KitThe size of radiator which the shroud fan fits:CORE SIZE: 17 5/8" H x 27 5/9" WOVERALL SIZE: 21 2/3" H x 37 3/5" WVehicle Fitment:For Ford F100 F150 F250 F350 Bronco V8 1983-1997AA5052 Aluminum Shroud and Fans:1.Shuttered design AA5052 fan shroud to guaranteed airflow passes high efficiently.Make your engine bay perfect!2. S blade fans, Push or Pull Type design,lightweight Plastic Durable Material.3. Additional with thermostat,professional matching advice, consider for every detail and neededFANS:Volt :12vMaximum Fan CFM: 1730 cfmFan Diameter (in): 12.050”Thickness (in): 2.500”Number of Blades: 10 bladesMaximum Fan RPM: 2,250 rpmBlade Material: PlasticAmp Draw: 12.70 ampsIncludes the Mounting Tabs for an Easy Zip Tie InstallationThermostat Kit:Universal fit for any automotive vehicle and electric fan.Activates by grounding electric fans at preset temperature.180'F turn-on temperature, 165'F turn-off temperature.Probe typically threads into radiator, water outlet or manifold.RED + connect directly to battery.WHITE wire to ignition switch power source.BLACK goes to thermos switch.BLUE wire goes to the Fans.

• Product Specification: Volt :12v, Maximum Fan CFM: 1730 cfm, Fan Diameter (in): 12.050”, Thickness (in): 2.500” Number of Blades: 10 blades, Maximum Fan RPM: 2,250 rpm, Blade Material: Plastic, Amp Draw: 12.70 amps
• Vehicle Compatibility: This radiator fit for 1985-1997 Ford Bronco F150 F250 F350 5.0L 5.8L 7.5L
• High-quality Materials: It is constructed of high quality aircraft grade aluminum construction to ensure an extremely long lasting operate life.
• Easy To Install: Light weight direct bolt-on replacement, stronger & higher capacity for coolant
• Excellent design: This Aluminum Radiator is designed to provide maximum cooling efficiency to prevent premature engine failure. Its light-weight, and high-heat transferring aluminum features a tube and fin design that, dramatically increases surface area that enables the heat to dissipate more efficiently.