The type of electric motor commonly used in ceiling fans does not make a good electrical generator. It is what is known as an AC (Alternating Current) Shaded-Pole Motor, a type of induction motor. An induction motor resembles a rotating transformer, because the stator (stationary part) is essentially the primary side of the transformer and the rotor (rotating part) is the secondary side. There are no brushes, and no direct electrical connection to the rotor windings.
More specifically, these motors are often referred to as "squirrel cage" motors. Squirrel-cage motors have a relatively heavy winding made up of solid bars, usually aluminum or copper, joined at the ends of the rotor. Currents induced into this winding provide the rotor magnetic field. The alternating electromagnetic fields created by the current flowing in the stator windings induce the current into the rotor windings. It is the interaction between the rotor and stator fields that cause the motor to turn.
Since power for the rotor is a result of the power fed to the stator, and there is no actual physical electrical connection between the two components, if no current is present when the motor is at rest, none will be produced if it is mechanically driven in an attempt to use it as a generator.
The neatest way of doing it is to take the wire across the attic side of the ceiling. If there is a floor above, then there is a bit of carpentry involved. Determine which way the ceiling joists run and open a hole between them and fish the wire to the new location where it is needed. There is also in the market place a product called Wiremold. It is a surface conduit system.See Sources and related links below;
You can't. All single phase motors can only rotate in the direction in which they were manufactured. That is either clockwise or counter-clockwise. Only three phase motors can be reversed by changing the connections. Most ceiling fans have two sets of wiring in their motors so that a direction switch determines which way the fan rotates.
Based on the height of the ceiling the lights can be placed at half the distance. For a ceiling of 14 feet, the lights should be at 7 feet.
form_title=Celiling Fan Installation form_header=7383 Have you already purchased the fan(s) you intend to use for this project?*= () Yes () No How do you regulate the ceiling fan ? (Tick everything that applies)*= [] Wall switch [] Pull string [] Remote control [] Don't know How high quality of a ceiling fan are you considering installing?*= () Economy grade () Medium grade () Premium grade () Don't Know Please specify what type of ceiling fan installation this is.*= () Need to remove an existing lighting fixture and install a ceiling fan () Need to install a ceiling fan in a new location () Need to replace existing ceiling fan
No, you can feed it with a 2 wire Romex + ground. It depends on what is mounted on the ceiling. If it is just a light all you need is 2 wire + ground Romex. However if it is a fan/light and you want to control each one independant of the other you will need to use 3 wire Romex + ground. This is of course if you have 2 seperate switches. You would then connect the red wire to the blue light wire and the black wire to the black fan wire. If you use 2 wire Romex just connect the blue and black fan/light wire to the black wire in the ceiling box.
Wire nuts
If you are referring to a ceiling fan it is in the bell housing where the fan connects to the electrical box at ceiling level.
If it doesn't have a reverse rotation switch then it isn't designed to go backwards. Those types of ceiling fans are a little more decrative and weren't intended for that purpose.
dummy ceiling made to fix suitable light fixtures & hide electrical wiring .
If you are referring to a ceiling fan it is in the bell housing where the fan connects to the electrical box at ceiling level.
You can do this easily if you buy ceiling speakers. These are often ceiling or wall speakers. You should take care to avoid electrical wiring while installing.
There is not enough information to answer this question.
To bind ceiling fan is not an electrical term. To bind something is to stop it. In the question context an answer can not be given.
It depends on the pitch of the blades.
Probably because it is turning the wrong way. Reverse the rotation and see if that works.
If you appear to have a problem with wiring in ceiling and no ceiling access, you may have to make your own access. One way in a Sheetrock ceiling would be to cut a hole that will fit a quick access panel. This way you won't have to repair and repairing the area.
Wind could be powered by just a ceiling fan or regular electrical fan.