Wire sizing is based on the amperage of the load. Without this amperage the wire size can not be calculated. Also with sub panels it should be stated whether it is under the same roof as the main panel or separate from the main building. Different code rules apply to each application.
A 2-gauge copper wire is typically used for a 100 amp service with a maximum distance of 100 feet. For longer distances, a 1-gauge copper wire may be needed. It is important to consult local electrical codes and a qualified electrician for the most accurate sizing based on specific requirements.
For a 125 amp panel, you would typically use #1 AWG copper wire or #2 AWG aluminum wire for the main service entrance conductors. It's important to consult local electrical codes and a qualified electrician to ensure the correct wire size for your specific situation.
1-0 or 1/0 actually means one zero and is thus pronounced "won aught". In the US, wire is sized per American Wire Gauge or AWG which gets larger as the gauge size gets smaller. 1 AWG wire is pretty big wire (about 1/4" in diameter). 1/0 or "0" AWG wire is a bit larger. By contrast, 4/0 (0000) AWG wire is about 1/2" in diameter). The larger the wire, the higher the current carrying capacity. AWG, Ampere Rating, Some Uses 1, 130, Small House Service 0, 150, 40 HP Motor 0000, 230, Large House Service
The voltage (AC RMS) between the "hot" wire and the "neutral" wire is 110 VAC (volts alternating current). But it should be noted that the "110" volts supplied to homes can range from 95 to 130 volts, with the present standard now being 120 VAC. In addition, if the circuits are wired in accordance to most local codes, the "neutral' wire is connected to the "ground" wire in the distribution (fuse or circuit breaker panel or box), so the 110 volts will also appear between the "hot" wire (black color coded wire) ,and the ground wire (bare wire, within an insulating jacket carrying the insulated "hot" and "neutral" wires). Note, however, that the "ground" wire is not designed nor intended to carry the "return" current from the "hot" wire, but only as a safety "ground" for currents due to shorted or improperly wired devices connected to the circuit.
To determine how many gallons of tea you'll need for 130 people, a common guideline is to serve about half a gallon per person for a gathering. Therefore, for 130 people, you would need approximately 65 gallons of tea. Adjust based on the duration of the event and whether other beverages are also being served.
12*65/130
5 mm
A #2 copper conductor with an insulation factor of 90 degrees C is rated at 130 amps.
I would recommend 1/0 just to be sure you have very little line loss. <<>> It depends on whether the 100 amp panel is rated at 100% or 80% loading. If the panel is only rated for 100% loading, meaning that a full 100 amps can be drawn from it, the wire size will be #2 copper conductor which is rated at 130 amps. The feeder can only be loaded to 80 present so will have a working amperage of 130 x .8 = 104 amps. If the panel is only rated at 80 percent loading then a #3 copper conductor can be used. A #3 copper conductor with an insulation factor of 90 degrees C is rated at 115 amps. 115 x .8 = 92 amps.
A 2-gauge copper wire is typically used for a 100 amp service with a maximum distance of 100 feet. For longer distances, a 1-gauge copper wire may be needed. It is important to consult local electrical codes and a qualified electrician for the most accurate sizing based on specific requirements.
For a 125 amp panel, you would typically use #1 AWG copper wire or #2 AWG aluminum wire for the main service entrance conductors. It's important to consult local electrical codes and a qualified electrician to ensure the correct wire size for your specific situation.
black wire
130/90 16 is the conversion size for the front tire
AWG Wire Ampacity Gage (Amperes) 16 10 A 14 15 A 12 20 A 10 30 A 8 45 A 6 65 A 4 85 A 2 115 A 1 130 A 0 150 A So if anything its probably 12-14 gauge wire Yw
A size three would be too small for someone of 130 lbs. It also would reveal any fat that you have and all its bumps and creases.
You should get a 7.75x3.15
I would run 1/0 gauge.