DIY Solar Fan Motors 300-1500Rpm Manual DIY Creative Mendocino Magnetic Levitation Fan Blade Solar


US $44.39Original Price : US $73.98 (40%)  

Cheap Price DIY Solar Fan Motors 300-1500Rpm Manual DIY Creative Mendocino Magnetic Levitation Fan Blade Solar with Free Shipping Worldwide!


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Product description

[4000098346020]

DIY Solar Fan Motors 300-1500Rpm Manual DIY Creative Mendocino Magnetic Levitation Fan Blade Solar Motor For Laboratory & Toys Product Information: Number of revolutions: 300-1500rpm Overall size: 130*76*75mm Material: Acrylic / Strong Magnet / Solar Panel / Pure Copper/Enameled Wire Product Feature: 1. Add fan blades at the tail / enhance the aesthetics 2. The rotor is suspended above the base (some products are slightly different), this design makes the friction very low, suitable for high-speed rotation 3. Entertaining and entertaining, suitable for giving gifts to children and students (improving children's interest in learning) 4. Product safety and stability,strong display 5. High-tech decoration combining magnetic field and electric field 6.The motor can rotate under weak sunlight / the stronger the sun / the higher the speed Note: 1. Product needs (sunlight, bath frost, tungsten light, spotlight) and other high-power lightSource illumination, general fluorescent lamps, energy-saving lamps, LED lights are not enough to drive! 2. Strong magnets are brittle. Do not let strong magnets absorb freely. Strong impact will damage the smashed iron. 3. Asia-free force is easy to grind, and the film is shipped before leaving the factory. Please don't pay attention to the details page when you receive it. If you tear the film off, it will be the same as the details page. 4. Acrylic alias plexiglass is a plastic. Please do not put the product in the car or in a high temperature place, it will cause acrylic deformation and product damage.Do not drop the acrylic at the same time,it will cause the acrylic to break. 5. Do not pay special attention to jitter and solar panel shedding. These reasons may be due to imperfections in the dynamic balance caused by the shaking or pressure of the sub-products during transportation.

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