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.
No, that is not safe or appropriate. The breaker and outlet must be the same amperage to protect the electrical circuit and appliance. Using a 20 amp breaker with a 30 amp outlet could cause damage to the appliance, create a fire hazard, and violate electrical codes.
It is likely that the 15 amp tool is drawing more current than the breaker can handle, causing it to trip. The GFCI outlet might not be the issue here unless there is a ground fault causing it to trip. Consider using the tool on a circuit with a higher amperage breaker to prevent tripping.
The circuit breaker may trip when the refrigerator is plugged in due to a power surge caused by the refrigerator's compressor turning on. This sudden spike in electrical demand can trip the breaker as a safety measure to protect the electrical system from damage. It could also be due to electrical overload if the circuit is already carrying a heavy load from other appliances.
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.
Not unless the leakage current gets higher that what the trip setting of the breaker is. In many underground conduit systems the feeder conductors are in water continuously due to leaks in the under ground conduit system.
That tells me the problem is with the outdoor unit. Most likely a dead compressor or fan motor. Additionally, your indoor and outdoor units are not on the same breaker.
No, it will just trip the breaker as you have a dead short.
No, that is not safe or appropriate. The breaker and outlet must be the same amperage to protect the electrical circuit and appliance. Using a 20 amp breaker with a 30 amp outlet could cause damage to the appliance, create a fire hazard, and violate electrical codes.
It is likely that the 15 amp tool is drawing more current than the breaker can handle, causing it to trip. The GFCI outlet might not be the issue here unless there is a ground fault causing it to trip. Consider using the tool on a circuit with a higher amperage breaker to prevent tripping.
The circuit breaker may trip when the refrigerator is plugged in due to a power surge caused by the refrigerator's compressor turning on. This sudden spike in electrical demand can trip the breaker as a safety measure to protect the electrical system from damage. It could also be due to electrical overload if the circuit is already carrying a heavy load from other appliances.
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.
Not unless the leakage current gets higher that what the trip setting of the breaker is. In many underground conduit systems the feeder conductors are in water continuously due to leaks in the under ground conduit system.
No, it will draw more power then the outlet provides and trip the circuit breaker.
To determine if the stove plug is tripping the circuit breaker, plug the stove into a different outlet with the same voltage rating. If it doesn't trip the breaker, the issue may be with the original outlet or circuit. If the stove still trips the breaker, it may be a problem with the stove itself. If the circuit breaker seems problematic, consult an electrician to diagnose and fix the issue.
Yes a shunt trip breaker can be activated manually.
The way to detect if a shunt trip breaker is malfunctioning is to manually trip the breaker. The shunt is usually wired through a auxiliary relay. Make sure that before you trip the breaker that the load can be shut off without taking a production line etc. off line. Trip the auxiliary relay using a test jumper to activate the relays coil. The breaker's handle will move to mid throw and the load will disconnect from the supply power. If the breaker trips then it is working properly. If the breaker does not trip trouble shoot the circuitry that is used to trip the breaker. Usual problem is an open circuit.
If you want to know the amperage for each outlet on a power strip then check the nameplate current on the device that is plugged into that outlet on the power strip. Power strips usually have their own breaker that will trip at 15 amps. If you load the strip to its maximum capacity there is a good chance that it will trip before the distribution circuit breaker will trip. You can not simply divide the total amps by the number of outlets as each device will have a different amperage and depending on where it is plugged into the strip these amperage's in a set position will change.