yes but the load like any thing , the use of electron
As i know,neutral is the return path of current & ground is for any leakage current
Current needs a return path to earth to flow. The neutral carries this flow. Therefore, no neutral and no current flow.
No, neutral does not carry current in an electrical circuit. It is used as a return path for current to flow back to the source.
Yes, except that the correct term is 'line' conductor, not a 'phase' conductor.
If the neutral point is not earthed than the zero sequence current will not have any return path.It will be an open circuit for the zero sequence circuit.
Yes a GFCI will work without a ground wire. A GFCI looks for a current differential between current in on the "hot" wire and current return on the neutral wire. Since current is the same throughout the circuit, no difference, no trip. If the load grounds out or shorts out, the current then takes the path of least resistance through the ground and not the neutral. This creates a difference between the "hot" and return neutral current and the device trips the circuit open.
The neutral wire does carry current in a closed AC circuit. Clamp a clamp on amp meter around the neutral wire directly after the circuit load and it will read the same current as is on the "hot" wire.
Yes, there is a current flow through he return wire in a closed circuit. The only time there is no current flow through the return wire is when the circuit is open.
No, neutral wires do not carry current in an electrical circuit. They are used to complete the circuit and provide a return path for the current to flow back to the source.
yes the current has to travel back to the source, so it needs the neutral wire for its return path
The live wire carries the current to the electrical device, while the neutral wire completes the circuit by providing a return path for the current.
The neutral wire in an electrical circuit provides a return path for the current to flow back to the power source. It helps balance the electrical load and ensures the safety of the circuit by providing a path for excess current to return to the source.