Installing a gfi outlet

Protection is required for all receptacles. Bathrooms : a amp circuit is required for all outlets and GFCI protection as well. A separate amp and volt circuit wired with four conducts is needed for an electric dryer. Also, GFCI protection is needed for all receptacles in the laundry room.

Kitchen: in order to serve the countertop receptacles at least two amp small appliance circuits will be necessary. GFCI protection is needed for all outlets six feet one from another.

GFCI outlets are very important for protecting against the electrocution of both adults and children, as well as pets. It is recommended to use GFCI outlets for all the powerful electronics and appliances. It is good to use GFCI outlets for the computer as well because, in case of voltage drops, the GFCI outlet will reduce the possibility of burning the source.

Your email address will not be published. What are the extra costs? GFCI Requirements Garage: there will be at least one receptacle necessary, with one for every car space.

Good to know GFCI outlets are very important for protecting against the electrocution of both adults and children, as well as pets. The hot source is spliced to the LINE terminal on the receptacle and to one terminal on the light switch. The neutral and ground wires are spliced together and run to each device in the circuit. This wiring provides single-location gfci protection. The light and switch are not protected by the gfci receptacle. This gfci wiring provides protection to a duplex receptacle outlet at the end of the series.

By connecting the load terminals on the last gfci, the wall outlet at the end is protected and can be used just as if it were one of the gfci receptacles. One ground fault circuit interrupter at the beginning of the circuit can be used in the same way to protect multiple, subsequent wall outlets in a row as illustrated in the next diagram below. This diagram illustrates the wiring for multiple ground fault circuit interrupter receptacles with an unprotected duplex receptacle at the end of the circuit.

The load terminals on the gfci are not used and the last receptacle is wired directly to the circuit source. With this wiring each gfci provides single-location protection and the last outlet in the series is not protected from ground faults.

This diagram illustrates the wiring for a circuit with 2 gfci receptacles followed by a light and switch. In simple words, only two outlets in the GFCI are protected. In the first diagram, the single way switch and light bulb is connected to the load terminal of GFCI. This way, the switch and light bulb is GFCI protected. In the second diagram, the light switch is connected to the line terminals of GFCI. It means, the light switch is not GFCI protected and will operate as a normal circuit.

In the following diagram, the normal outlet is connected to the direct line supply i. This way, the ordinary outlet is not GFCI protected.

It means, all the connected loads to the load terminals of GFCI are protected. The toggle switch in the combo switch outlet controls the first light bulb while the single way switch controls the second bulb. In short, all the loads is GFCI protected.

In the following diagram, the above load mentioned before i. This way, the combo switch — outlet, light switch and ordinary outlet are not GFCI protected.