You need to mention the wattage of the fan to know the current.
An LED typically consumes around 20mA (0.02 amps) of current to operate. Exceeding this current limit can damage the LED.
In general Tube Light consumes 0.2 amps in general by 40 Watts.
The exact answer would vary depending on the fan, however the simple answer would be not much. All electrical appliances should come with a sticker or plate on them identifying different properties of the appliance. On that sticker look at the number for watts, that is how much power the fan consumes.
The device consumes 84 watts of power. This can be calculated by multiplying the voltage (12 volts) by the current (7 amps). So, 12 volts x 7 amps = 84 watts.
A 240 v 14 w cfl bulb uses about 0.14 amps.
To find the power will depend on the voltage the item uses. Assuming a 120 volt circuit divide the wattage by the voltage, this gives the amps used. 2000w / 120v = 16.67 amps. 1500w/ 120v = 12.5 amps used.
The amp draw of a floor fan typically ranges from 0.5 to 3 amps, depending on the size and power of the fan. Smaller, portable fans generally use less power, while larger, more powerful fans can draw more amps. To find the exact amperage, check the fan's specifications or the label on the power cord.
V=IR (from Ohm's Law) So, R=V/I =120 ohms
Assuming you mean 12 volts, then you cannot run any 78 Amp fans. Unless your fans run at 0.38 volts, there is no way to draw 78 amps from 30 watts.
To reduce the amperage in a circuit from 15 amps to 12 amps while maintaining the same voltage (115V), you can reduce the load on the circuit. This can be achieved by using a smaller wattage device that consumes less power, thereby lowering the current draw. Specifically, replacing the 1725W device with one that consumes 1350W will result in a reduction of current to approximately 12 amps, as calculated using the formula ( I = \frac{P}{V} ). Additionally, ensure that the circuit wiring and components can safely handle the new load.
To calculate the amps consumed by a motor running at 3736 watts in 230 volts for one hour, use the formula: Amps = Watts / Volts. Therefore, Amps = 3736 watts / 230 volts ≈ 16.23 amps consumed in that one hour.
There is no such thing as a watt amp. To determine wire size you need to know the current. Watts = Current x Voltage, so if you know the applied voltage to the load that consumes 300 watts you can get the answer. If we assume 120 volts as standard home voltage then current is 25 amps. If you had 240 volts it would be 12.5 amps. In general 14 AWG is 15 Amps 12 AWG is 20 Amps 10 AWG is 30 Amps