Answer for USA, Canada and countries running a 60 Hz supply service.
Yes. this is a type of connection that is used to wire a split receptacle usually in the kitchen for counter plugs. Look on the back of the receptacle at the gold coloured screws, there is a tie bar that connects the screws together pry this bar out by wiggling it back and forth until it breaks. Connect the red wire to the top screw, the black wire to the bottom gold screw and the white wire to the silver coloured screw. If this connection is made without removing the tie bar, the breaker will trip, as you are putting 240 volts across the receptacle's top and bottom outlet causing a short circuit.
Three wire circuits are also used to feed individual rooms fed directly from the distribution panel. The black and the white wire are used for all of the receptacles in the room. From the same cable the red and white are used for the lighting circuit in the room. The white wire being common to both circuits.
As always, if you are in doubt about what to do, the best advice anyone should give you is to call a licensed electrician to advise what work is needed.
Before you do any work yourself,
on electrical circuits, equipment or appliances,
always use a test meter to ensure the circuit is, in fact, de-energized.
IF YOU ARE NOT ALREADY SURE YOU CAN DO THIS JOB
SAFELY AND COMPETENTLY
REFER THIS WORK TO QUALIFIED PROFESSIONALS.
A 15 amp breaker protecting # 14 wire.
Sort of confusing are you using 14-3 just for the receptacle with 14-2 to the breaker or the other way around. Either way doesn't matter since you only need 2 wires and a ground for the outlets. The 14-3 should have Red, Black, White and bare wires. 14-2 should have Black, White and bare. All you need are Black, White and Bare. Forget about the red one. Hook the two outlets together with short jumper wires about 6 inches long. Looking at the outlet with the ground facing down, the bare wire goes on the bottom green terminal. The white wire goes on the left side of the outlet. The black goes on the right side of the outlet. Take the 6 inch jumper wire and go from the left side of one outlet to the left side of the second outlet. White to white, black to black, bare to bare. Connect the wires coming from the breaker to the other terminals on one of the outlets. Power comes in to one outlet and then to the second. If the wires are capped in the breaker box, you only need to connect the Black White and bare ones. Do this with the power off.
No. You will need a 14/3 with Ground.
yes, or tie together 2 condutors into one. Yes you can, but cover the two ends of the red wire with wire nuts and tape them up with electrical tape.
A 14/3 GA Romex type wire is rated at 15 Amps, and by regulation can only be used in home applications. You can use 14/3 for a 240 V application, in which case it would be capable of carrying 3600 Watts. If you use the wire with 120 volts, it can only handle 1800 watts. If you are not experienced with electrical wiring, contact a licensed electrician to assist you with your needs.
A 15 amp breaker protecting # 14 wire.
The only way to change a 14-2 wire into a 14-3 wire is to physically remove the 14-2 and replace it with a 14-3.
The '12' and '14' refers to the gauge of the wire. A 14 gauge wire is used for circuits drawing 15 amps or less; general lighting and outlets. A 12 gauge wire is used for 20 amp circuits, like dishwashers, disposals, and microwaves. The '-2' refers to the number of conductors in the wire. 14-2 is a 14 gauge wire with 2 conductors in the sheath. A 14-3 with ground would have three conductors plus a ground in the sheath, for a total of four wires, and is most often used for ceiling fan wiring and three way switches.
16 Ga wire is smaller than 14 Ga. The answer is absolutely NO!
You could but is it a total waste of money and is overkill. Use 12/2 with ground on all 120 volt outlets and light switches.
No. A 20 amp breaker needs 12 gauge wire.
Sort of confusing are you using 14-3 just for the receptacle with 14-2 to the breaker or the other way around. Either way doesn't matter since you only need 2 wires and a ground for the outlets. The 14-3 should have Red, Black, White and bare wires. 14-2 should have Black, White and bare. All you need are Black, White and Bare. Forget about the red one. Hook the two outlets together with short jumper wires about 6 inches long. Looking at the outlet with the ground facing down, the bare wire goes on the bottom green terminal. The white wire goes on the left side of the outlet. The black goes on the right side of the outlet. Take the 6 inch jumper wire and go from the left side of one outlet to the left side of the second outlet. White to white, black to black, bare to bare. Connect the wires coming from the breaker to the other terminals on one of the outlets. Power comes in to one outlet and then to the second. If the wires are capped in the breaker box, you only need to connect the Black White and bare ones. Do this with the power off.
14-3 Is the standard wire use for residental smoke detectors.
Mr- Deity - 2006 Mr- Deity and the Hard Wire 3-14 was released on: USA: 11 January 2010
Actually they have 3. A round ground, wide neutral, and narrow hot. If it only has 2 it is an old outlet with no ground wire. If that is the case in your home, I highly suggest you connect a jumper wire from the ground screw to the white neutral wire on the silver screw to provide some protection. Do this at every outlet in the home. Replace all the outlets in your home with new ones if they are so old they do not have a ground connection.
No. You will need a 14/3 with Ground.
If the switch is ALL you replaced, and if you hooked everything up EXACTLY like it was before, then it SHOULD work. Therefore, I suspect you got something wrong. How many screws are there for wire connections on the new switch? On the old switch? A single pole switch will have only 3 connection screws (counting the ground connection), while a 3-way switch will have 4 connection screws. (Also, a single-pole switch will have labels for "On" and "Off", while a 3-way switch will not have these labels.) Did you replace one or more of the three outlets? Did you wire the new outlets EXACTLY like the old ones were wired? Dig the old outlets out of your trash can and look closely at them. There should be a little metal tab connecting the two screw plates on each side of the outlet. Has this tab been broken off on either side of the old outlets? Is there a red wire anywhere in this circuit, and if so, how is it connected at the switch and at the outlets? Did you put any other devices on this circuit? If so, how are they connected? Something is not exactly the same as it was before. And I can't help you until you tell me what that is.