Fan Design

The fan is used to produce wind. The common functions are for air conditioning, air fresheners, ventilation, dryer. The development of the fan more varied both from the design, size, position, and function. How the fan works is a tool that can convert electrical energy into motion energy. By using electric motors that are useful to convert electrical energy into motion energy. In the electric motor, there is a moving iron coil and a pair of magnets on the silent part. As electricity flows in the wire winding in the iron coil, it turns the iron coil into a magnet. The magnet produces a periodic rotating force on the iron coil, this is due to the magnetism rejecting each other in both poles, so the repelling force of the magnet between a pair of magnets and the iron coil makes a spinning force, therefore the spindle shaft becomes the vane the fan is attached. To enlarge the wind gusts in the fan, it is necessary to increase the voltage on the iron coil to make the fan work more optimally. When the switch is turned on then the electric current will flow on the motor stator coil and generate an electric motion force so that the motor rotor rotates, at the end of the rotor mounted fan to fan the fan spin. The fan components are:

Propeller

A blade is a rotating low that produces wind.

Motor Buffer

As a buffer on the motor.

Capacitors

Capacitors in the motor.

Switch

This as a motor controller.

Rotor

this is in the motor, but this is what can rotate in the motor.

Motor Fan

To make the fan can be vibrant.

Gear Motor

It's an object that can make the fan rotate to the left and to

right.