Yes, there are several ways to wire them. If you only want some plugs to be GFI (only the actual GFI plugs) protected then you wire them using just the "load" screws. if you want the whole circuit to be protected (or just two separate portions) the GFI plug must be first in the circuit and the protected plugs wired off of the "line" screws on the receptacle. Check the instructions, local codes, and with an electrician of course. Be safe, GFI circuits can be tricky.
You need a GFCI outlet at any location that is within 6' of a water source. You also need a GFCI outlet in a room with a concrete floor, any garage, and any location outside the home or under the home in the crawl space. A GFCI outlet protects you from electrical shock near water or moisture. You can protect more than one outlet with 1 GFCI outlet. Connect the incoming power to the LINE side of the GFCI outlet and all the other outlets getting power from that outlet to the LOAD side of the GFCI outlet. That way they will all be protected by 1 GFCI. A GFCI breaker is used to protect an entire circuit and not just individual receptacles. It is often cheaper to use GFCI receptacles than a breaker, especially if "piggy-backed" such as described above. It is also more convenient to reset a GFCI receptacle than to reset a breaker. But your question is "why." From this I suspect you may be misunderstanding the difference between a breaker and GFCI protection. To keep things simple let me say that a GFCI does not work on the same principles as a standard breaker. It provides a much safer protection than a standard breaker. Even with a ground you need GFCI protection as listed above.
=== === Any socket outlets or wiring to pumps, etc must be protected by a GFCI, not only by the main circuit breaker on the house AC power supply panel.Sounds like there is water somewhere in the circuit and that is causing the GFCI to keep tripping every time you press the RESET button. The GFCI is doing its job to protect you and your family from electrocution.Turn off all power at the main panel and then check all wiring, junction boxes, outlets, etc. in the circuit for water. Every part of the circuit must be allowed to dry thoroughly before the GFCI will allow you to reset it. Then be sure to protect any connections in the circuit from getting any water spray or splashes in future.Really this work should be done by a licensed electrician who will know exactly where to check and what to do to make your electric pool pump - and any socket outlets in the same circuit - safe to use in future.Is the distance from the panel to the pool very far or long, A ground fault breaker is looking for a difference in potential the longer the distance the more sensitive they become. What you may have to do is put a ground fault outlet by the pump and put the wiring in a regular breaker. IF YOU ARE NOT ALREADY SURE YOU CAN DO THIS JOBSAFELY AND COMPETENTLYREFER THIS WORK TO QUALIFIED PROFESSIONALS.If you do this work yourself, always turn off the powerat the breaker box/fuse panel BEFORE you attempt to do any work AND always use a meter or voltage indicator to insure the circuit is, in fact, de-energized.
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.
Up to 12 on a 20 amp circuit. Up to 9 on a 15 amp circuit. But use common sense. If the circuit will be heavily loaded, as in a home office, then do not install that many.
Yes you can but the electrical code does not require it. To use one where it is not requested to do so is just adding to the over all expense of the project.
No, you could use a GFCI circuit breaker instead.
No, GFCI (Ground Fault Circuit Interrupter) outlets are designed to protect against electrical shock hazards, not surge damage. For surge protection, you would need to use surge protectors or whole-house surge protection devices.
If each outlet draws less than 2 amps, then you could control 10 outlets with a 20 amp GFCI outlet on a 20 amp circuit. However, it's worth consulting an electrician to ensure the load calculations are accurate and the wiring is safe for the intended use.
GFCI (Ground Fault Circuit Interrupter) outlets are typically required by the electrical code in areas where water and electricity could come into contact, such as kitchens, bathrooms, garages, outdoor outlets, and within 6 feet of sinks in other areas. It is important to consult local building codes to determine specific requirements for GFCI installation.
No, a GFCI outlet is designed for use with standard 120-volt circuits. Attempting to use a GFCI outlet with a 240-volt split circuit could cause damage to the outlet, the circuit, and could present a safety hazard. It is not recommended to use a GFCI outlet in this manner.
GFCI = Ground Fault Circuit Interrupter.
If the two GFCI outlets are not working even though they are tapped off an outside GFCI outlet on its own line and breaker, there could be several reasons. It's possible that there is a wiring issue, a tripped circuit breaker, a faulty GFCI outlet, or a ground fault in the circuit. I would recommend checking the wiring connections, ensuring the circuit breaker is not tripped, and if needed, testing or replacing the GFCI outlets.
Mixing different gauge wires in the same circuit is not recommended as it can lead to electrical hazards. It is better to use the same gauge wire throughout the circuit to maintain consistency in the electrical load. If you're adding new lights and outlets, it's best to use the same gauge wire as the existing one.
In my home, all of the utility outlets and all of the AC electrical devices we use arein parallel with all the others, and also with all similar outlets and devices in all ofthe homes of all of our neighbors whose houses are on the same transformer.
Yes. You are allowed to use a neutral for one circuit from each phase of your service. For example, in a residential service, you can use the same neutral for circuits 1 and 3. In a commercial (3 phase) service, you can use a neutral for circuits 1, 3, and 5. You will experience problems if you use a neutral for two 'black' circuits or two 'red' circuits, if the circuits originate from the same phase bus bar. Also, AFCI's are sensitive to sharing neutrals, but GFCI's are not.
A GFCI can not be used on a three wire branch circuit. It has to be on a single two wire circuit.
Ground fault circuit interrupter. Turns off the the power to the outlet, when the there is a leakage in current. example when you stick your finger in the outlet and the current leaks threw your body