no but you cant exceed the wattage of the generator if you are close to that amount you will notice a reduction not nescessarily in voltage but amperage which will have the same affect If the generator is 7500 watts, 240 volts, that is approximately 30 amps maximum load. According to one online calculator for voltage drop, your AWG 8 wire run would have only a 3 percent drop over 95 feet or so, or 120 feet if you're only using 25 amps. Ref: www.elec-toolbox.com/calculators/voltdrop.htm
It depends on the current flowing through it. 6-3 should be fine for 50A or less at 60ft. More than 50A you will start to encounter voltage drops and heating of the cord. As this is an extension cord and outside in free air, you can push it a little more than a wire in a wall. It will probably be okay up to 60A, but I wouldn't try 70. Be sure to check the current rating on the cord, or on the plugs if you made it yourself. Don't exceede that rating or you will damage the fixtures. 6/3 is very heavy wire, you should be fine.
AC voltage, like the voltage in your house, is typically referred to as 120vAC. This means the voltage swings 120V positive and 120V negative 60 times per second (60 Hz) 360 degrees total (sine wave). Current and voltage go hand-n-hand so the current alternates with the voltage. the RMS value is what we experience at the output (160vAC is actually sent to the circuits)
The voltage and current are delivered in a sine wave that goes positive and then negative at 60 cycles per second. Google sine wave to see what a sine wave looks like.
The power supply converts the high voltage (e.g. 120VAC in US, 240VAC in Europe) alternating current house electricity supply down to the various different low voltage direct current supplies needed by different devices that make up the computer. These low voltage direct current supplies are tightly regulated in the power supply circuitry to prevent transients in the house electric supply from perturbing the computer's electronics as well as to compensate for variations in power demand as the different devices that make up the computer operate.
208 v three-phase supplies are an option for American properties, because the line to neutral voltage is 120 v.
IT depends on the voltage that is at the powerlines. Ibelieve the common residential powerline voltage is 2160v and your house is 120/240v
access current ( like plugs in your house ) direct current (like batteries)
Yes, the frequency stays the same. Only the voltage and current change as the voltage is stepped down.
Always voltage constant in parallel circuit if you look your house wiring all are in parallel therefore 220 volt present in every house but current is different
The mains to the house is an alternating current and this high voltage is stepped down using a transformer. The low voltage secondary alternating current is converted to direct current using 4 diodes wired as a bridge rectifier. The 'lumpy' direct current is smoothed using an electrolytic capacitor to smooth the resulting dc. It may need to be voltage regulated if the circuits it feeds are voltage sensitive.
A person can find construction information that may be required to complete an extension to a house at Citizens Information. Information for an extension to a house can also be found at House Extension Online.
120 volts A/C, or some might refer to it as house current.
Hair extensions Extension lead House extension
Yes ,it's the same voltage.You have a +-5% of voltage range
Low voltage is a relative term, as there is no 'level' at which a voltage is rated 'low'. Electrical safety codes define low voltage as circuits that do not require the same protections necessary at higher voltages.
AC voltage, like the voltage in your house, is typically referred to as 120vAC. This means the voltage swings 120V positive and 120V negative 60 times per second (60 Hz) 360 degrees total (sine wave). Current and voltage go hand-n-hand so the current alternates with the voltage. the RMS value is what we experience at the output (160vAC is actually sent to the circuits)
Yes if the house supply is 220-240 volts. The required voltage range should be printed somewhere on the fan.
Technically speaking, voltage does not run through anything, current does. Voltage is the difference in electric potential energy per unit charge between two points. A voltage applied to a load (e.g. appliance) in a closed circuit will cause current to flow and make the load "work". If you apply a different voltage to something other than what it was designed to run on, it will most often not work or burn up. The amount of current that will flow through a device operating from a fixed voltage (like that coming out of the wall in your house) is directly proportional to the resistance. Lower resistance = higher current.