Ideally ground and neutral should be at the same potential, but as there is current in the neutral wire and no current (normally) in the ground wire there can be a difference. I have personally measured over 25 VAC on the neutral relative to ground in some systems.
It depends on what side of the break that you are reading from. On the neutral load side of the break there will be no reading. On the panel neutral side of the break you will get a reading.
When tested with a multimeter, the hot wire should show a voltage reading of approximately 120 volts (or 230 volts, depending on your region) relative to ground. The neutral wire should show a voltage reading close to 0 volts when measured against ground, as it is at the same electrical potential. The ground wire should also read 0 volts when tested against either the hot or neutral wires, as it serves as a safety path for electrical faults.
If you are reading a voltage it is the drop across the resistance to ground. To get rid of the voltage get the resistance lower. This can be accomplished by installing more ground rods to the grounding system. Utility companies usually like 3 ohms to ground or less.
Just checked and it does have a ground connection.
What two colors may be used for the ground conductor (neutral)
To test a neutral wire, use a multimeter set to measure voltage. Place one probe on the neutral wire and the other on a ground wire or metal box. A properly functioning neutral wire should show a voltage reading close to zero. If the reading is significantly higher, there may be an issue with the neutral wire.
It sounds like either you have a bad ground connection or that ground and neutral are NOT bonded at the main panel only. There is either a strap or screw in main panel that connects ground and neutral. Also check the connection to a ground rod and that the ground rod is intact.
It depends on what side of the break that you are reading from. On the neutral load side of the break there will be no reading. On the panel neutral side of the break you will get a reading.
When tested with a multimeter, the hot wire should show a voltage reading of approximately 120 volts (or 230 volts, depending on your region) relative to ground. The neutral wire should show a voltage reading close to 0 volts when measured against ground, as it is at the same electrical potential. The ground wire should also read 0 volts when tested against either the hot or neutral wires, as it serves as a safety path for electrical faults.
If you are reading a voltage it is the drop across the resistance to ground. To get rid of the voltage get the resistance lower. This can be accomplished by installing more ground rods to the grounding system. Utility companies usually like 3 ohms to ground or less.
As i know,neutral is the return path of current & ground is for any leakage current
A neutral bar is where the neutral wires from the circuits are connected, while a ground bar is where the ground wires are connected. The neutral bar carries the current back to the power source, while the ground bar provides a path for excess electricity to safely dissipate into the ground.
120 volt wall outlets. Their could me a small voltage between neutral and ground,up to around 1.5 volts. What you are measuring is the voltage drop on the system at that point in the system. You see the neutral and the ground are at the same level some where up stream (service panel). The neutral is under the same load as the phase conductor, and the neutral will drop voltage same as the phase. This is in fact the way I measure voltage drop, (neutral to ground.) However don't get fooled by high imped. meter, They have a way of ghosting a voltage. Or floating high, You get a reading but the voltage is really not their.
The neutral to ground voltage in electrical systems is important because it helps to ensure the safety of the system. When the neutral to ground voltage is at the correct level, it means that there is a proper connection between the neutral and ground wires, which helps to prevent electrical shocks and fires. Monitoring and maintaining the neutral to ground voltage is crucial for the overall safety and functionality of an electrical system.
Just checked and it does have a ground connection.
What two colors may be used for the ground conductor (neutral)
No, ideally there should be no voltage between the neutral and ground wires in an electrical system.