A Ground Fault Circuit Interrupter (GFCI) should be installed in areas where water is present, such as kitchens, bathrooms, outdoor outlets, and garages. It is important to have GFCIs near sinks, showers, and other water sources to prevent electric shocks.
No, you could use a GFCI circuit breaker instead.
Most probably the receptacles downstream from the GFCI would not be protected by the GFCI receptacle.
code states that if a water source such as a sink is within 6 feet of a receptacle, that recetacle (s), must be protected by a GFCI receptacle. I believe the actual distance is 5 feet. Please forgive me if I'm wrong. But the NEC also requires that ANY counter top receptacles in a kitchen and receptacles ANYWHERE in a bathroom must be GFCI protected. More directly to your question, ordinary receptacles can be protected from a GFCI receptacle if properly wired. They are designed to do that. It is a way to save money. You may also consider a GFCI breaker if you have many receptacles to protect. I was told once that there is a limit of 3 "piggy backed" receptacles per GFCI but I have never seen that in the NEC.
A GFCI receptacle can extend its protection to regular receptacles connected to the output side of the GFCI. Each actual GFCI receptacle should be directly connected to a breaker in electric panel.
In rooms without exposure to water such as a bedroom or living room. Typically, GFCI is used in bathrooms, kitchens, garages, outdoors and sometimes basements.
A warm GFCI outlet could indicate that there is an issue with the wiring or the GFCI itself. It is recommended to stop using the outlet and have it inspected by a qualified electrician to ensure safety and prevent potential hazards like electric shocks or fire.
There are tow places to put a Ground Fault Circuit Interrupter. There is a GFCI breaker which would be installed in a breaker box and a GFCI outlet that can be installed anywhere. Most GFCI outlets allow you to connect regular outlets to the GFCI and those outlets will also be protected.
Most definitely. GFCI receptacles have a test buton, and should be tested regularly. you can also buy inexpensive plug-in testers at most home centers and electric supply houses.
GFCI receptacles are designed to trip at around 5 milliamps (0.005 amps) of current leakage to ground. When the GFCI detects this level of imbalance, it quickly shuts off the power to prevent electric shock.
GFCI (Ground Fault Circuit Interruptor)InstallingA GFCI device is installed in the following manner: The hot and neutral from the power source (coming from the breaker) are connected to the "LINE" terminals (hot to brass screw and neutral to silver screw). The hot and neutral of any receptacles that are to be protected by this GFCI (if any) are connected to the "LOAD" terminals.The ground (if present) is connected to the GREEN grounding screw of the device.If no ground is present, the device shall be marked "NO EQUIPMENT GROUND", and no grounding wire shall be connected to any receptacles protected downstream.Professional OpinionGFCI receptacles may be installed on circuits protected by a GFCI breaker, but the devices may interfere with each other and cause nuisance tripping. I would advise against this. I would also advise against protecting anything from the LOAD terminals, and would instead install a separate GFCI at each receptacle location. This makes finding a tripped GFCI simple. 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-energizedIF YOU ARE NOT REALLY SURE YOU CAN DO THIS JOBSAFELY AND COMPETENTLYREFER THIS WORK TO QUALIFIED PROFESSIONALS.
I'm assuming your 3 sets of wires are black or red, or some other color normally associated with the "hot" wire, a white for neutral and a green or bare conductor for ground. If your GFCI protects only itself and no other receptacles, you splice all the wires of the same color together and attach 'pig tails' to your splice to connect to the GFCI. If your GFCI protects other receptacles 'down stream', you connect only the hot and neutral feed from the panel to the line side of the receptacle. Then you splice the others together as described above and connect your pig tails to the load side. "Line" and "load" should be clearly marked on the GFCI. Your ground in this case is still all spliced together with a pigtail for connection to the GFCI. Line is from the panel. Load is to other receptacles. Getting these reversed will prohibit your GFCI from functioning properly.