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.
For a 12VDC system with 30 amps, you would typically use a wire size of at least 8 AWG (American Wire Gauge) to ensure it can handle the current without overheating. It's always a good idea to consult a wire ampacity chart to select the appropriate wire size based on the length of the wire run and the specific conditions of your setup.
To safely carry 35 amps for a 12V DC system, you would need a wire size of at least 8 AWG. This gauge wire can handle up to 40 amps for power transmission over reasonable lengths without significant voltage drop or overheating issues. It's always recommended to consult with a professional electrician to ensure proper sizing and installation for your specific application.
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.
The frequency has no direct relationship to the size of wire. Wire is sized as to the amount of current a load draws in a circuit.
The size of the ground wire for a circuit is typically based on the size of the circuit breaker protecting that circuit. For a 200 amp circuit breaker, the recommended ground wire size is 4/0 AWG (American Wire Gauge) copper wire. This wire size helps ensure that the ground wire can safely carry any fault currents that may occur in the electrical system.
Service entrance wire should be AWG #3 copper.
For a 12VDC system with 30 amps, you would typically use a wire size of at least 8 AWG (American Wire Gauge) to ensure it can handle the current without overheating. It's always a good idea to consult a wire ampacity chart to select the appropriate wire size based on the length of the wire run and the specific conditions of your setup.
A #3 copper conductor with an insulation factor of 90 degrees C is rated at 115 amps.
You would need a 12VDC to 120VAC power supply.
Switch the ignition to on. Put your meter to 12VDc. Touch the hot wire going to the solenoid with the meter positive probe . Touch the meter negative probe to ground. If you have 12VDc and you don't hear a click when you turn on the switch, the solenoid is probably bad. If you don't have 12VDc, check fuses and the wire going to the solenoid.
I'd recommend the table at: http://www.windsun.com/Hardware/Wire_Table.htm
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.
Almost all cars in NZ have 12VDC electrics. Most portable generators which produce 230VAC, will also have a 12VDC accessory output for battery charging, etc. There are no general reticulations of 12VDC.
To safely carry 35 amps for a 12V DC system, you would need a wire size of at least 8 AWG. This gauge wire can handle up to 40 amps for power transmission over reasonable lengths without significant voltage drop or overheating issues. It's always recommended to consult with a professional electrician to ensure proper sizing and installation for your specific application.
You can divide a three phase service into (3) single phase circuits providing you have a 4th neutral wire.
100amp
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