...feet per minute: 2,400 at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric...

...speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel economy and horsepower. In addition...

...speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel economy and horsepower. In addition...

...at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing...

...feet per minute: 2,400 at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric...

...speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel economy and horsepower. In addition...

...the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel economy and horsepower. In addition, you do not have to worry about an electric fan's slowing d...

...at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary...

...speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel economy and horsepower. In addition...

...at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel economy...

...per minute: 2,400 at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans...

...feet per minute: 2,400 at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric...

...minute: 2,400 at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not...

...23.5 amps High-output motor: 265 watts 1-Year warranty 6 Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel...

...at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus removing...

...2,400 at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not, thus...

...minute: 2,400 at high speed 1,800 at low speed Power draw: 23.5 amps at high speed 17.4 amps at low speed 1-Year warranty Whereas belt-driven fans use up power from the engine to turn, electric fans do not...

...span>fans use up power from the engine to turn, electric fans do not, thus removing any unnecessary load and increasing both fuel economy and horsepower. In addition, you do not have to worry about...