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.
No more than 13.
Yes, two GFCI outlets can be installed on the same circuit. However, it is important to ensure that they are wired correctly to avoid any issues with tripping or malfunctioning.
Assuming this is not an office of a place where lots of the outlets will be used to power items that draw lots of current on a 15 amp circuit wired with 14/2 wire I would limit it to no more than 10 outlets and lights combined. On a 20 amp circuit wired with 12/2 wire I would limit it to a 14 outlets and lights combined. There is no limit in the code. You just use common sense based on what is going to be used on this circuit.
series, where the current flows sequentially through each outlet. If one outlet fails, it can disrupt the flow of electricity to all the outlets connected in the circuit. This type of wiring is not commonly used in homes due to the risk of overloading and potential safety hazards.
It's possible that the GFI outlet was overloaded by the electric heater, causing it to shut off power to prevent a potential hazard. The circuit breaker may not have tripped because it was on a different circuit from the GFI outlet. It's important to have a licensed electrician inspect the outlet and wiring to ensure safety.
This could be caused by loose connections or a faulty outlet within the circuit. The inconsistency in the circuit disconnecting and reconnecting may indicate a faulty wire or outlet that is intermittently losing connection. It is recommended to have an electrician inspect and troubleshoot the circuit to identify and resolve the issue.
ALL outdoor circuits and all 115v circuits in a bathroom, kitchen or garage should be protected by a GFIC. If you have any doubt, contact your local building inspector.GFIC outlets are relatively inexpensive and can be wired into the first circuit of a string of outdoor outlets. The expense is reasonable and the protection is well worth the investment.
They are wired in series.
Outlet wiring diagrams provide a visual representation of how electrical outlets are connected in a circuit. They show the wiring configuration, including the placement of wires, terminals, and connections. These diagrams are useful for understanding how outlets are wired and can help with troubleshooting and installation.
A parallel circuit
Seems to me that would be a tool for the residents. A diagram of the home that shows electrical outlets and direct wired appliances - and which breaker or fuse these point to.
If it is a properly wired circuit (according to code) in the home, the breaker for that circuit will trip deenergizing the shorted circuit. If it is not properly wired, it could get hot and start a fire and possibly burn down the home.