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Most lighting circuits are 15 amps and require 14 AWG wire. 16 AWG wire has a smaller cross section than 14 AWG and cannot be used in the 15 amp circuit. I had an answer here and deleted it when I found it to be at least partially incorrect. What I found is this: Sec 240.5(B)(2) allows 16 AWG fixture wire to be run up to 100 feet in length when attached to a 20 amp circuit. I thought it was 18 inches. Fixture wires are defined in Table 402.3.
Yes, there are 30 amp cooktops available on the market. Many manufacturers offer electric cooktops designed to operate on a 30 amp circuit, typically using 10 gauge wire. It's important to ensure that the cooktop you choose is compatible with your existing circuit to avoid unnecessary upgrades or modifications. Always consult the manufacturer's specifications and, if needed, a licensed electrician for guidance.
No, it is not recommended to use 10 gauge wire with a 15 amp receptacle. The wire gauge should match the amperage rating of the receptacle to ensure safe and proper functioning of the electrical system. In this case, a 15 amp receptacle should be used with 14 gauge wire.
With a 15 A breaker you need 14 Gauge wire. Normally you would only put 8 outlets on a 15 A circuit. If you have the option you shoudl consider a 20 A circuit, use 20A receptacles and 12 gauge wire. Comment: The question was on a homeowners electrical exam. My answer was also 14 gauge however, the tester said the answer was 12 ga. I thought maybe there was something special about the 10 outlets. For example, 10x180 VA per outlet/120V = 15 A which is right at the limit for 14 ga but would be 75% for the 12 ga wire.
For a 30 amp circuit running 100 feet, you would typically need to use at least a 10-gauge wire to ensure safe and efficient electrical flow. It's important to consult local building codes and regulations to ensure compliance.
12 ga, 20 amp. 14 ga, 15 amp. 16 ga, 10 amp.
#12 wire will carry about 20 amp 20 X 480 volts = 9600 watts 20 X 120 volts = 2400 watts 4 times.
For most apps, the max amps for 16 ga is 25A, so yes.
NO. Just ground the amp to the chassis try to make ground short as possable about 12 inches is plenty. BE SURE GROUND WIRE IS THE SAME GAGE AS THE POWER WIRE. If its an 8 ga. + then use 8 ga. for the ground.
16 ga is thicker than 18 ga.... the lower the number the thicker the wire size
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.
the answer is gauge its a measurement of thickness in wire the 4 gauge (ga) wire ran from my car battery to power my audio amp. the smaller the number the bigger the wire usually from 24 gauge to 1/0 gauge which is about a inch thick
Most lighting circuits are 15 amps and require 14 AWG wire. 16 AWG wire has a smaller cross section than 14 AWG and cannot be used in the 15 amp circuit. I had an answer here and deleted it when I found it to be at least partially incorrect. What I found is this: Sec 240.5(B)(2) allows 16 AWG fixture wire to be run up to 100 feet in length when attached to a 20 amp circuit. I thought it was 18 inches. Fixture wires are defined in Table 402.3.
4 gauge
No, it is not recommended to use 10 gauge wire with a 15 amp receptacle. The wire gauge should match the amperage rating of the receptacle to ensure safe and proper functioning of the electrical system. In this case, a 15 amp receptacle should be used with 14 gauge wire.
With a 15 A breaker you need 14 Gauge wire. Normally you would only put 8 outlets on a 15 A circuit. If you have the option you shoudl consider a 20 A circuit, use 20A receptacles and 12 gauge wire. Comment: The question was on a homeowners electrical exam. My answer was also 14 gauge however, the tester said the answer was 12 ga. I thought maybe there was something special about the 10 outlets. For example, 10x180 VA per outlet/120V = 15 A which is right at the limit for 14 ga but would be 75% for the 12 ga wire.
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