Service entrance wire should be AWG #3 copper.
Depends on the size of the conduit and the size of the wire.Allowable Conduit Fill CapacitiesSize and Type Of Conduit #14 Wire #12 Wire #10 Wire 1/2" EMT 12 9 5 3/4" EMT 22 16 10 1" EMT 35 26 16 1 1/2" EMT 84 61 38 1/2" PVC 10 7 4 3/4" PVC 18 13 8 1" PVC 32 23 15 1 1/2" PVC 80 58 36
EMT is electrical metallic tubing. In the electrical trade there are nominal sizes expressed as a standard size. To answer your question you must state the conduit size in either electrical terms or in standard size terms to get a conversion size.For example standard size 1/2" EMT has an actual diameter size of 3/4" and the 1/2"EMT connector for the 1/2" EMT conduit needs a 7/8" hole.Likewise with 3/4" EMT the actual outside diameter is 15/16" and the 3/4" EMT connector needs a 1-1/8" hole.
At that distance you will have a voltage drop of 81.25 volts if you use the recommended #6 wire on a 240 volt, 100 amp single phase circuit. Therefore I recommend you contact you electric utility and let them figure the voltage drop and the size wire required to safely run this distance. Using too small a wire can damage the electronics at the end of the run.
8 is the size of wire to use for grounding a 100 Amp panel. Green is color used for grounding8 is code.A #3 copper wire with an insulation rating of 75 or 90 degrees C is rated at 100 and 110 amps consecutively.
Service entrance wire should be AWG #3 copper.
A #3 copper conductor with an insulation factor of 90 degrees C is rated at 115 amps.
Depends on the size of the conduit and the size of the wire.Allowable Conduit Fill CapacitiesSize and Type Of Conduit #14 Wire #12 Wire #10 Wire 1/2" EMT 12 9 5 3/4" EMT 22 16 10 1" EMT 35 26 16 1 1/2" EMT 84 61 38 1/2" PVC 10 7 4 3/4" PVC 18 13 8 1" PVC 32 23 15 1 1/2" PVC 80 58 36
EMT is electrical metallic tubing. In the electrical trade there are nominal sizes expressed as a standard size. To answer your question you must state the conduit size in either electrical terms or in standard size terms to get a conversion size.For example standard size 1/2" EMT has an actual diameter size of 3/4" and the 1/2"EMT connector for the 1/2" EMT conduit needs a 7/8" hole.Likewise with 3/4" EMT the actual outside diameter is 15/16" and the 3/4" EMT connector needs a 1-1/8" hole.
At that distance you will have a voltage drop of 81.25 volts if you use the recommended #6 wire on a 240 volt, 100 amp single phase circuit. Therefore I recommend you contact you electric utility and let them figure the voltage drop and the size wire required to safely run this distance. Using too small a wire can damage the electronics at the end of the run.
You can divide a three phase service into (3) single phase circuits providing you have a 4th neutral wire.
100amp
8 is the size of wire to use for grounding a 100 Amp panel. Green is color used for grounding8 is code.A #3 copper wire with an insulation rating of 75 or 90 degrees C is rated at 100 and 110 amps consecutively.
For a 100 amp 12VDC circuit, you would typically use 2/0 AWG (00 AWG) wire to ensure proper conductivity and safety. This size of wire is rated for up to 150 amps in most applications, providing a good margin for the 100 amp load. Be sure to consult local electrical codes and standards for specific requirements.
Another 10 amp fuse. If you use anything larger, you can fry your equipment, cause a fire, and so on. If this fuse is blowing all the time, there is a short in the component or wire.
Wire size is the gauge (thickness of wire) hazard is almost anything not wired correctly.
Wire size refers to the physical dimensions of a wire, usually expressed in millimeters or inches. Gauge size, on the other hand, is a measurement of the wire's diameter based on a specific gauge system (such as AWG or SWG). So, while wire size refers to the actual physical dimensions, gauge size is a standardized measurement used for electrical wiring.