Eight on a 15 amp circuit, tweleve on a 20 amp circuit, including the gfci receptacle itself.
On a 20 amp 120 volt circuit no more than a total of 10 including the GFCI outlet. On a 15 amp circuit no more than 8.
Check the circuit panel / breaker box. The tripped breaker should be partway between 'OFF' and 'ON'. If nothing else, turn the breakers off then on, one at a time and when the tripped breaker is reset, the circuit should be live again. Also check GFI outlets. If one is in fault condition, it will need to be reset. If the tripped GFI outlet is protecting other outlets, they will come back when the tripped GFI is reset. These sockets seem to hide in many cases... Behind microwave ovens for example or refrigerators.
Electric motors and GFI's do not get along. the initial draw to get the compressor going is usually enough to trip the GFI. Turn the breaker off and switch the GFI for a regular outlet and you will solve your problem.
It depends. It could be improperly installed. Outlets can be GFI protected by using a GFI rated breaker in the main panel box. Look for a breaker in the panel box that has a push to test button on it. Press the push to test button then plug something into the outlet to see if it still works. If the breaker turns off the power then it is GFI protected. To reset it flip the breaker to the fully of position then back to the on position.
If I am reading your question right, you can do this. Just parallel the outlets to the device already switched by the 3-way switches. The outlets will turn off and on by the switches. Watch that you do not overload the switches or the circuit.
Answer If it doesn't trip, then the logic sensor is bad and the whole thing needs to be replaced. A residential grade gfi is about five bucks and is relatively easy to replace. Turn the power off first. This failure was common with older style GFCIs that could be surge damaged and then fail to protect human life. Newer designs will (should) not reset if a GFCI has been damaged.
The GFI outlet was there for a reason, such as a bathroom or other location around water where there is more risk of a shock being harmful or lethal. If it was a GFI, keep it a GFI. Also that outlet may be protecting other standard outlets being fed from the GFI. You can only after the house has passed inspection after the house was finished being built. It's a requirement that all new houses have to have a GFI wherever there's water, but it's perfectly legal once you buy the house to do this modification. However, it's highly not recommended unless there's more than one GFI outlet hooked up to the same circuit. If there's more than one, it's optional to take one off and replace it with a standard outlet because you really only need 1 GFI outlet to protect the rest of the outlets on the same circuit. But if it's already there, just leave it as is. Example: power box>GFI>normal>normal>GFI>normal; end; You can take off the second GFI and and every normal non-GFI outlet will function like GFI. If you take off the left one, only the last normal outlet will be GFI protected, the ons to the left wouldn't.
Check the circuit panel / breaker box. The tripped breaker should be partway between 'OFF' and 'ON'. If nothing else, turn the breakers off then on, one at a time and when the tripped breaker is reset, the circuit should be live again. Also check GFI outlets. If one is in fault condition, it will need to be reset. If the tripped GFI outlet is protecting other outlets, they will come back when the tripped GFI is reset. These sockets seem to hide in many cases... Behind microwave ovens for example or refrigerators.
Electric motors and GFI's do not get along. the initial draw to get the compressor going is usually enough to trip the GFI. Turn the breaker off and switch the GFI for a regular outlet and you will solve your problem.
It depends. It could be improperly installed. Outlets can be GFI protected by using a GFI rated breaker in the main panel box. Look for a breaker in the panel box that has a push to test button on it. Press the push to test button then plug something into the outlet to see if it still works. If the breaker turns off the power then it is GFI protected. To reset it flip the breaker to the fully of position then back to the on position.
Ground fault breakers. There are plastic plugs that go into the outlet and will slow a child down for a while. There are outlet covers that have a rotating circle where the slots for the plug are that you use the plug to turn and then push the plug into the outlet. These have the advantage that when you pull a cord out they automatically rotate to close off the outlet. These can be figured out by a determined child also. GFI breakers or individual GFI outlets is the only way to make sure there isn't going to be an accident.
If t hat GFI is the only plug on the circuit then yes. If there are other plugs you have to find out how many so that you don't exceed the capacity of that circuit. If the GFI is the only plug there, turn the power off to it at it's breaker and run the appropriate wire to the new plug you want to install. Wire in the new plug, then make the connections at the old GFI plug. Always work towards the power, even if the circuit is dead. It's good practice. This way you rarely if ever have to work on live circuits. Start at the furthest point in the circuit away from the electrical panel and work toward it. You can have the new outlet protected by the GFI if you connect the wires from the new outlet to the LOAD side of the GFI. If the GFI is still new there is usually a yellow sticker covering the screws, those 2 screws are the LOAD side meaning that if anything happens downstream on that circuit to make a GFI trip the GFI will sense it and turn the circuit off. If you want just a standard outlet then put the new wires on the same screws as the old wires on the GFI. Once you're done, and all the boxes are closed and safe, turn the breaker back on.
GFI (or GFCI) is an acronym for Ground Fault (Circuit) Interruptor. Essentially, it is a current sensor. A GFI outlet or breaker monitors the current flowing through both the hot and neutral wires. If there is a difference between them, that means electricity is leaving the normal circuit and is flowing through something else (probably you). The GFI watches for this difference and shuts off power to the circuit if an imbalance is detected. This is why a GFI is mandatory for pools, bathrooms, etc.. If you happen to become a conductor because you are wet, the GFI will detect the current flowing through you and shut the power off. A normal breaker will only shut off if your body happens to overload it, which is unlikely.
Some rooms have an outlet controlled by a light switch at the door. This is normally in bedrooms. It is possible that the switch is wired to only one of two outlets in a duplex outlet since it is easy to configure a duplex outlet to separate the bottom and top outlets.
I am assuming you are trying to find all outlets that are connected together in a circuit. The easiest way is to have a tone generator. They make a few different kinds. In one you plug in a tone generator that is built into a standard AC plug and you can put the receiver at the electric panel to locate the breaker that controls that outlet and you would do this for all outlets by "Toning Out" each outlet in question. In another method you connect a tone generator to any outlet and then use the receiver to see which other outlets have the tone present. In this method you should turn off the power to the outlet you are using as the starting point. If you have no tone generator you can turn off breaker for the outlet where you will start and use a volt meter to find all other outlets that are off. You can get a good toner for $20 to $30.
If I am reading your question right, you can do this. Just parallel the outlets to the device already switched by the 3-way switches. The outlets will turn off and on by the switches. Watch that you do not overload the switches or the circuit.
There is only 2 forms of Ground fault protection. A breaker or a recptacle (stadard plugs and outlets). Both are obvious to the naked eye. A recptacle will have a test and reset button that will turn it on and off. This is a sensor that constantly monitors the diffence of potential between the HOT wire and the grounded conductor . If this gets to and unacceptable limit It will trip. The breaker will have a test and reset button next to the switch. The complicated part is that 1 GFI outlet can protect multiple outlets. When it is hooked up it has an option to Downstream other outlets. Theese outlets are then monitored by the same sensor in parralel with the first. The best way is to push the test button and check for outlets that shut of with the GFI. Code requires a GFI protected outlets to have a sticker on it stating that fact. A breaker wll protect the entire circiut from ground faults provided it is hooked up correctly.
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