Welcome to the Necro Nomnomnomicon
Halloween and horror inspired recipes straight from the Devil's Kitchen
Halloween and horror inspired recipes straight from the Devil's Kitchen
0000 (4/0) to 2 AWG: These are extremely thick wires used for main service entrances, large solar power arrays, and heavy industrial machinery.6 to 10 AWG: These sizes are typically found in high-draw household appliances. 6 AWG is common for electric ranges, while 10 AWG is the standard for clothes dryers and water heaters.12 to 14 AWG: This is the "bread and butter" of residential wiring. 12 AWG is standard for kitchen outlets and laundry rooms (usually 20-amp circuits), while 14 AWG is used for general lighting and bedroom outlets (15-amp circuits).16 to 22 AWG: These thinner wires are used for low-voltage applications. You will find them in speaker wires, thermostat controls, doorbell systems, and security sensors. Why Gauge Matters: Ampacity and Safety
Note: A 12 AWG solid wire and a 12 AWG stranded wire carry the same amount of current, though the stranded wire will have a slightly larger overall diameter due to air gaps between the strands. american wire gauge sizes
Most charts tell you the ampacity (how many amps a wire can carry). But they assume the wire is short—usually less than 50 feet. 0000 (4/0) to 2 AWG: These are extremely
AWG sizes apply to both solid and stranded wires, but there is a slight difference in physical measurement. A stranded wire consists of several smaller wires twisted together. To find the AWG of a stranded wire, you sum the cross-sectional areas of the individual strands. Because of the air gaps between strands, a stranded wire will always have a slightly larger overall diameter than a solid wire of the same AWG, even though they carry the same amount of current. Voltage Drop Considerations You will find them in speaker wires, thermostat
If you don't have a chart handy, electricians use a simple rule of thumb to gauge wire capacity:
If you are running wire 200 feet to a shed or a well pump, the resistance in a long, thin wire will cause . Your motor will run hot and slow.