That is not home wiring. I would use 4/00 gauge.
<<>>
A 750MCM wire with an insulation factor of 90 degrees C is rated at 500 amps. A parallel run of two 500MCM will give you 1000 amp capacity.
The frequency has no direct relationship to the size of wire. Wire is sized as to the amount of current a load draws in a circuit.
When installing a circuit breaker, you size the breaker based on the wire size. The breaker should be matched to the ampacity of the wire to ensure proper protection against overloads and short circuits. The device being controlled by the breaker is not a determining factor in sizing the breaker.
The size of the ground wire for a circuit is typically based on the size of the circuit breaker protecting that circuit. For a 200 amp circuit breaker, the recommended ground wire size is 4/0 AWG (American Wire Gauge) copper wire. This wire size helps ensure that the ground wire can safely carry any fault currents that may occur in the electrical system.
A 14 gauge wire is typically used on a 15 amp circuit breaker. It is not recommended to use a larger circuit breaker with a smaller wire size as this can create a fire hazard.
A circuit breaker protects the wires that the devices are connected to. If the devices that are connected to the circuit are 20 amps the wire size should be #12 wire fed from a 20 amp breaker. This breaker should not trip unless the circuit is overloaded or a fault occurs on the circuit. If the devices that are connected to the circuit are15 amps the wire size should be #14 wire fed from a15 amp breaker. This breaker should not trip unless the circuit is overloaded or a fault occurs on the circuit. Putting 20 amp sockets on this 15 amp circuit will work but the circuit is limited to the amount of load that can be plugged in. You will not get the full capacity of the 20 socket because the breaker will trip at 15 amps.
For a 15 amp circuit, a 14-gauge wire should be used.
For a 30 amp 240 volt circuit, a wire size of 10 AWG should be used.
For a 100 amp electrical circuit, a wire size of at least 3/0 AWG (American Wire Gauge) should be used to ensure safety and proper functioning of the circuit.
For a 30 amp circuit, a wire size of 10 AWG (American Wire Gauge) should be used to ensure safety and proper electrical conductivity.
For a 220v electrical circuit, a wire size of at least 10 gauge should be used to ensure proper safety and efficiency.
For a 30 amp circuit, a wire size of at least 10 gauge should be used to safely handle the electrical load.
For a 40 amp 240 volt circuit, a wire size of at least 8 AWG (American Wire Gauge) should be used to ensure safety and proper functioning of the circuit.
For a 50 amp circuit, a wire size of at least 6 AWG (American Wire Gauge) should be used to ensure safe and efficient electrical conductivity.
For a 60 amp circuit, a wire size of at least 6 AWG (American Wire Gauge) should be used to ensure proper electrical safety and performance.
For a 70 amp circuit, a wire size of at least 6 AWG (American Wire Gauge) should be used to ensure safe and efficient electrical conductivity.
For a 50 amp circuit, a wire size of at least 6 AWG (American Wire Gauge) should be used to ensure safe and efficient electrical conductivity.
For a 40 amp circuit, a wire size of at least 8 AWG (American Wire Gauge) should be used to ensure safety and proper electrical conductivity.