A GFCI receptacle can pass it's "protection" to other outlets wired from it. If the GFCI trips, all outlets wired from it will "trip" also. A GFCI tripping will not necessarily trip the circuit breaker in the service panel.
Depends on what the outlets are controlling, size of the wire, and size of the breaker.
Depends on the size wire used in the circuit. If you wired the circuit with AWG #12 wire on a 20 amp breaker then you can install no more than 12 outlets. If you wired it with AWG #14 wire on a 15 amp breaker then install no more than 9 outlets. This is assuming only outlets are on the circuit and nothing else.
Two 20 Amp circuits with the outlets staggered so a different circuit is on two adjacent outlets. Should be GFCI protected.
Your home electrical wall outlets current capacity is governed by the breaker that feeds that circuit. In most home situations the wall receptacles are fed with a 15 amp breaker. Dedicated outlets could have a higher ampacity as they are installed for specific appliances or devices. To check your circuit, plug a lamp into the outlet. Start flipping the breakers off. When the lamp goes out that is the breaker for that circuit. Look on the handle of the breaker and it will tell you the capacity of that particular circuit.
Don't mess with an electric panel if you are not absolutely sure what you are doing. To add a circuit you need a breaker, wire sized to the new breaker and the outlets, lights or devices that are powered by the new circuit. If you have spare slots in the panel you need to get the proper breaker for the panel and just knock out the panel cover for the new breaker. If there is no space in the panel, you may be able to find a dual breaker that just takes up one space in the panel and substitute for an existing breaker.
It would be quite unusual to have a single 60 amp circuit with outlets and lights. You would have to use very heavy wire to each light and outlet. Typical lighting circuits would be protected by 15 amp breaker and a circuit with general purpose receptacles would have a 20 amp breaker. A typical lighting circuit might have 10 to 12 fixtures and receptacle circuit might have 8 outlets. If you don't know how to size a circuit get an electrician.
The breaker panel. Breakers are placed in series with all outlets.
No. The breaker must protect the circuit components such as wiring, outlets and switches that are connected to the breaker. Therefore if you have a 30 amp circuit as dictated by its components you need to protect it with a 30 amp or less breaker.
Somewhere you have a loose or broken connection.
For the 120 volt outlets on the wall use a 20 amp breaker wired with AWG #12 wire. The circuit must be GFCI protected. Any 240 volt outlets must be wired according to what they will be powering.
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.
Your question is a bit vague, but let's try a two part answer. If you have a GFCI breaker in an electric panel you should only have one connection at the breaker, but the breaker will protect all devices on the circuit. If you are talking about a GFCI outlet, they are equipped to extend the GFCI protection to other non-GFCI outlets by using the proper "output" connection on the GFCI.
The outlet is connected to and protected by a breaker or fuse in a main electric panel. The outlet should be sized to the protection. Usually utility outlets in a residence are either 15 A or 20 A. If there are multiple outlets on a circuit then the total current cannot exceed the protection value of the breaker or fuse.
Go to your distribution panel and shut off the breaker that you think is the circuit in question. If the circuit becomes de-energized then the breaker you just turned off feeds that circuit. Look on the handle of the breaker and the number you see is the amperage of that circuit. <<>> Determination of a 15 or 20 Ampere circuit is normally indicated by a combination of a 20A breaker and a 20A dedicated outlet. A 15A circuit normally has multiple outlets; not typical in a 20A circuit.
its an overload on the circuit breaker the 3 outlets are on.. many times groups of outlets are on different circuit breakers.. even though they are in the same room... especially if some are on a gfi outlet
In the United States and in commercial and industrial installations a 20 amp circuit may have 13 outlets, a 15 amp breaker may have 10. In a home there is no limit except common sense. I wouldn't put more than 2 rooms on a circuit. This limits how much goes off when a breaker trips, especially since in homes very often your lights and outlets share circuits.
first be sure to reset the breaker handle to the off position. When a breaker trips the handle goes to a neutral position. After resetting the handle turn it tothe on position. If it trips again there is a short in the circuit. Find out which outlets are not workingand unplug anything that is currently plugged in to the outlets. Reset the breaker and turn it to the on position,if it trips again call a qualified electrician.
Assume a single breaker controlling a number of outlets. The black wire is HOT, the white wire is Neutral and the green or bare wire is Ground. The wires and outlets should match the rating of the breaker in Amps. Typically 15 A for 14 Gauge wire. (I prefer 20A outlets and 12 gauge wire). You must calculate the expected load at each outlet. The electric code may be different in each locale, but 8 to 10 outlets on a circuit might be typical for general usage. That is over an amp per outlet. If you had a situation where you knew you would be plugging in a high amp device liek an electric heater you might only have 1 outlet on circuit. You wire the outlets in a circuit in parallel and make certain each is wired identically. The Black wire should always be on the copper colored screw and the white on silver screw and the ground on the green screw. For a couple of bucks you can buy an outlet tester. It is usually yellow with a three prong plug and lights that tell you if an outlet is wired correctly with power turned on. The lights identify problems based on which lights are lit.
A "dedicated" circuit is one to which only one device is or can be connected; therefore the circuit is "dedicated" to the device. A NON dedicated circuit will therefore be one to which multiple devices can connect, such as the wall outlets in your home. Multiple wall outlets are connected to a common circuit breaker, making that an example of a non-dedicated circuit.
You should install no more than 9 outlets. If you add a 75 watt light then install no more than 8 outlets and that 1 light.
10 outlets as defined by the national electric code
The only determining factor is the size of the circuit breaker that you will be using. If the garage circuit will be protected with a 15 Amp breaker, you may use a 14 AWG wire. If the circuit will be protected with a 20 amp breaker, you must use a 12 AWG wire. Note too that garage outlets should be protected with a GFCI breaker or outlet. If you have any concerns regarding your ability to adequately design and install the garage outlets, please, for your own safety, contact a local electrician.
Depends on the breaker. If the load at the outlets is unknown then the standard rules of 80% apply. You can only load a circuit 80% of it's maximum value. For instance, if you're connecting your GFCI outlets to a 15 amp breaker you can only have a maximum of 12 outlets. If it's a 20 Amp breaker then you're allowed up to 16 outlets and so on. In the US, you are limited to 13 receptacles on a 20 amp circuit and 10 receptacles on a 15 amp circuit in commercial or industrial installations. Any or all of these can be gfci-protected. You can install one gfci, the first one from the panel, and protect any or all the others from that one.
Bathrooms, kitchens, garage and outside outlets are typically put on a GFI type breaker. Some electricians use a central GFI breaker that is inside the breaker panel, others use a GFI outlet at one location then "daisy-chain" several outlets to that circuit. Either is acceptable.