It sounds like your fan also has a light with it. If your wall switch is a two gang box with two switches in it most likely one switch is for the light on only and the other switch is for the fan on only. This can be checked out by installing the fan and making the connection green to green, white to white, black to black. Turn on one of the switches and see if the fan operates. Disconnect this connection and then connect the red wire to the black fan wire. Turn the other switch on. If the fan turns on again, then the two switches were installed to operate the fan and light separately. If this is the case disconnect the red and fan black wires and reconnect the black to black. This is the fan connection. Connect the red to blue fan wire and this is the light on the fan connection.
If there are two black wires, it's possible that it was wired for a ceiling fan and that one of the wires is for the fan part while the other is for the light part. If so, one of the black wires may be switched while the other is always "on." Normally black is "hot" and white is "neutral" (NOT ground... ground is usually green).
You switched the power and switch wires. There should be two sets of wires in the ceiling box. 2 black, 2 white, 2 bare. Two groups of three. The white wire going to the light is the incoming wire. The black one in that group is the power coming in. Take that black wire and connect it to the other black wire. The second black wire goes to the switch. The power comes back to the light on the white wire of that set. Connect that white wire to the black wire in the fixture. The switch should work now. That is if everyone wired the house the way it is supposed to be.
A switched duplex receptacle can be wired two ways. If both duplexes are to be switched then the receptacle is wired the same as any light fixture. The black wire from the bottom of the existing switch goes to the brass screw on the receptacle that is to be switched. The white wire terminates on the neutral silver coloured screw. If you want just half of the duplex receptacle to be switched then the tie bar between the two brass screws on the receptacle has to be removed. Just wiggle it until it breaks free. Usually on a half switched receptacle the top half is switched and the bottom half remains a normal connection. After removing the tie bar, the top half of the receptacle is wired the same, as the description above, for a full duplex switched receptacle. Questions use the discuss question page.
Black wire goes to (line) which is 110v comming in to ceiling box from light switch. It will connect to either black or red, which ever they ran. White is neutral and connects to white in box. Blue is for the light kit if you are using one. You may also connect it to the black if you just use the chain to turn on light.
To wire a single pole switch for a 110 volt motor, connect the hot wire from the power source to one terminal of the switch. Then connect the other terminal of the switch to the hot wire of the motor. Make sure to also connect the neutral wires together and ground the switch for safety.
You run a greater potential for being shocked if you connect the black and white wrong.
If there are two black wires, it's possible that it was wired for a ceiling fan and that one of the wires is for the fan part while the other is for the light part. If so, one of the black wires may be switched while the other is always "on." Normally black is "hot" and white is "neutral" (NOT ground... ground is usually green).
A 3 way switch wired ---- , but works A 3 way switch wired not to code ---- , but works A 3 way switch wired not to code but it works
A stop switch is wired in series with the power supply and the load.
The last fixture in a parallel circuit is wired the same as the first. In North America, all of the fixtures are wired black wire to black wire and white wire to white wire. The black wire being the "hot" wire and the white wire being the neutral wire.
If you have one wire into your switch box for your light. this is called a switch leg, the dimmer should be wired across the black and white wire wires.
You switched the power and switch wires. There should be two sets of wires in the ceiling box. 2 black, 2 white, 2 bare. Two groups of three. The white wire going to the light is the incoming wire. The black one in that group is the power coming in. Take that black wire and connect it to the other black wire. The second black wire goes to the switch. The power comes back to the light on the white wire of that set. Connect that white wire to the black wire in the fixture. The switch should work now. That is if everyone wired the house the way it is supposed to be.
A light controlled by a switch are necessarily wired in "series", meaning that the electricity must pass through all components if the circuit is to operate correctly, assuming you actually have a source of electricity wired in as well.
At that point, you should verify the home wiring; make certain that the black wire IS, in fact, the "hot" wire and that the white wire IS in fact the neutral. If the house is wired properly, connect the new fixture with "black to black and white to white." If you aren't certain that the house wiring was done properly, contact a local electrician to perform the work for you. Connecting a light fixture improperly can be dangerous to you and to anyone who subsequently changes a bulb or otherwise comes in contact with the fixture.
Disconnect it from the hard wired source and install a male plug on the fixture. Small blade is black hot, wider blade is white neutral.
No, the neutral conductor will not be in that box. The white wire in the end of run will be the return "hot" leg back to the light fixture. When wired this white conductor should have had a black tape marker put on it to signify that it was not a neutral conductor. That same conductor should also have had a black marker placed on the end in the fixture's junction box.
If these are all the wires you have then this would be a great assumption. It assumes also that everything before the fixture is wired correctly and with commonly used color schemes.