A #12 wire can carry 20 amps. Assuming the connected voltage is 120 volts the wattage will be Watts = Amps x Volts. W = 20 x 120 = 2400 watts. The circuit can legally be loaded to 80%. 2400 x 80% = 1920 watts. The maximum amount of loads that can be connected to a 20 amp #12 wire have to be added up individually but stay under 1920 watts.
Wire guage is used as a measurement for the ampacity of the wire. # 14 wire is allowed 15 amp to be applied to it. Voltage is governed by the insulation factor of the wire. The three standard insulations are for 300V, 600V and 1000 volts.
You will need a 40 amp breaker using AWG # 8 wire running it a distance of no more than 50 feet.
Yes it is wired with copper 2 wire is also known as 14/2 wire is use for switches,outlets,lights. and a 15a outlet should only be on a 15a breaker the main power feed to your meter to your panel is aluminum and can take more of a load than copper. In the US, 15 amp receptacles can be installed on 20 amp circuits if there is more than one receptacle on that circuit. Copper wire can carry a larger load than aluminum wire of the same size.
No, 10 gauge wire requires the use of a 30 amp breaker. A 20 amp breaker is only used on 12 gauge wire.
You never, ever mix wire sizes within a circuit. However you can wire a 30 amp circuit using AWG # 8/3 wire, although that is overkill and AWG #10 wire is what you would normally use on a 30 amp circuit.
AWG # 8
Yes, 18 gauge wire can typically carry 1 amp of current safely. However, it's always good practice to consult the specific wire manufacturer's specifications to ensure its safe usage.
The current carrying capacity of a wire is dependent on the material and insulation of the wire. Without this information, it is difficult to determine the exact amperage 35mm2 wire can carry. It is recommended to refer to the wire manufacturer's specifications or a wire ampacity table for this information.
Imperial cable 120/0.012" 60 amp Metric cable 120/0.30mm 55.5 amp 80/0.40mm 70 amp.
There are many variables that affect the ratings of electrical circuits but in general: If you are asking about residential branch circuit ratings, they are listed in amps and protected by a fuse or breaker. For example, a typical residential lighting circuit is usually a 15 amp / 120 volt circuit. It will be protected by a 15 amp overcurrent device (breaker or fuse) and all components of the circuit (wire etc) must be rated for at least 15 amps. Common residential circuit ratings: 15 amp / 120 volt - lighting and receptacles 20 amp / 120 volt - bathroom, kitchen, dining room, workshop etc. receptacles 30 amp / 240 volt - electric dryer, electric water heater 40 or 50 amp / 240 volt - electric stove For minimum conductor (wire) sizing, the National Electric Code recognizes many variables that affect the ampacity (number of amps) a wire can safely carry. But in most residential circuits the following copper conductors are used: 15 amp - #14 American Wire Gauge (AWG) 20 amp - #12 AWG 30 amp - #10 AWG 40 amp - #8 AWG 50 amp - #6 AWG Aluminum is typically not used in the smaller sizes, though you may find #6 AWG used for larger (40 amp) loads
For a 75-foot run on a 15 amp circuit, you would typically use 14-gauge copper wire for general household applications. This wire size is rated to safely carry the maximum current of a 15 amp circuit. Be sure to consult local electrical codes and regulations for specific requirements.
For a 50 Amp load, a 6-gauge aluminum wire would be suitable for most installations. It is important to consult local electrical codes and regulations to ensure compliance with safety standards.
Wire guage is used as a measurement for the ampacity of the wire. # 14 wire is allowed 15 amp to be applied to it. Voltage is governed by the insulation factor of the wire. The three standard insulations are for 300V, 600V and 1000 volts.
what kind of power wire?(a power wire for an amp maybe) what kind of power wire?(a power wire for an amp maybe)
Since the resulting short circuit would be outside the amp, it WOULD NOT blow the amp.
You can wire and amp down to 0.3 ohms by decreasing its windings.
remote wire is to control amp, bass coming from subs, and the frequency