Use this formula W = A x V . Assuming that the saw is using 120 volts. 15 x 120 = 1800. Start up current on a motor will draw up to 300 % instantaneously so a 2000 watt generator might just do it. It would lug at the start but then catch up and run the saw. On motor from generator uses higher wattage is better.
Divide the wattage by the voltage. If it is 120Volt then the answer is .15Amp
If the circuit breaker is in the off position there is no need of overload protection. Overload protection monitors the load amperage, If there is no amperage through the circuit there is nothing to monitor.
Assuming that your voltage is 120 volts the maximum wattage on that circuit is W = A x V = 15 x 120 = 1800 watts. Code only allows circuits to be loaded up to 80% capacity. 1800 x .8 = 1440. 1440/25 = 57 lamps. Assuming that your voltage is 240 volts the maximum wattage on that circuit is W = A x V = 15 x 240 = 3600 watts. If the question is from a 240 volt country you will have to find out what the local electrical regulations are for circuit loading.
The extension cord will extend the power outlet from a wall socket. The voltage will be the same at the end of the cord as it is from the socket. Be aware that extension cord may have a limit, as to how much current it can provide. The cord should be thick enough to provide as much power as the outlet can. It will then be properly protected by the circuit's fuse or breaker. A thin cord may get hot if a large consumer is plugged in, unless the cord is protected by it's own fuse at the plug end.
To correctly size a lighting circuit, you must know the total power that the circuit will draw, in watts. For example, if there is 7 lights on a circuit, each light consumes 100W, that gives you a total of 700W on the circuit. Then you must know the voltage that is being supplied to the circuit. For this example, 120VAC will be used. To calculate the current needs for sizing the breaker, use the formula P=E*I, where P=watts, E=voltage, I=current/amps. So, in this example, P=700, E=120, I is unknown. After working the formula, you have an answer of 5.83 A. Breakers generally come in sizing increments of 5A.....5A, 10A, 15A, 20A, etc. The answer for this example was 5.83A, so the 5A breaker is obviously not enough. The next size is 10A, which is more than the calculation, but you must also consider that breakers are designed to operate at 80% capacity for periods of time over about 3 hours. So for an office atmosphere where the lights will definitely be on for longer periods of time than residential (in most cases), you would need to make sure that the total Amps needed is equal to or less than the 80% of the breaker size you have chosen. A 10A breaker is only designed to provide 8A of capacity for longer periods of time. So for this example, a 10A circuit breaker would be properly sized. You must also abide by the NEC code for maximum number of fixtures on any particular circuit. Refer to NEC for that information. If you were to change the light fixtures to a larger size, such as 200W each, you would then find that you need to also change the breaker and possibly the wire size that is run through the circuit, to maintain compliance with NEC.
Yes and no - If the machine has a high starting torque, the generator may not start it. A compressor is high a water pump may be low.
is it polesible to run a range of appliances on a single 15amp receptical
6x32mm 15amp
15amp
13(15amp) second row second one 13(15amp) second row second one
15amp
fuse position rating circuit protected 1 10amp power mirror 2 10amp airbag system/blower relay 3 15amp parking lamps 4 15amp left headlamp 5 10amp on board diagnostic II sys 6 not used 7 10amp illumination sys 8 15amp right headlamp/fog lamp sys 9 10amp ABS sys 10 10amp speed control/GEM sys/brake interlock 11 10amp warning lamps 12 10amp front washer sys 13 15amp PCM/stop lamps/4wd/ABS/speed cont 14 10/20amp ABS sys 15 15amp airbag sys/alternator 16 30amp front wiper 17 30amp cigar lighter 18 15amp A/C sys 19 25amp ignition coil/PCM sys 20 10amp radio/GEMsys/anti-theft 21 15amp hazard lamps 22 15amp turn signals 23 not used 24 15amp starter relay/anti-theft 25 10amp speedometer/GEM sys 26 15amp A4LDE trans/bck up lamps/DRL sys 27 15amp underhood LP/maplights/glove box lamp dome lamp/visor lamps/4x4 sys 28 10amp GEM sys 29 15amp audio sys 30 not used 31 not used 32 not used 33 20amp high beam lamps 34 not used
fuse position rating circuit protected 1 10amp power mirror 2 10amp airbag system/blower relay 3 15amp parking lamps 4 15amp left headlamp 5 10amp on board diagnostic II sys 6 not used 7 10amp illumination sys 8 15amp right headlamp/fog lamp sys 9 10amp ABS sys 10 10amp speed control/GEM sys/brake interlock 11 10amp warning lamps 12 10amp front washer sys 13 15amp PCM/stop lamps/4wd/ABS/speed cont 14 10/20amp ABS sys 15 15amp airbag sys/alternator 16 30amp front wiper 17 30amp cigar lighter 18 15amp A/C sys 19 25amp ignition coil/PCM sys 20 10amp radio/GEMsys/anti-theft 21 15amp hazard lamps 22 15amp turn signals 23 not used 24 15amp starter relay/anti-theft 25 10amp speedometer/GEM sys 26 15amp A4LDE trans/bck up lamps/DRL sys 27 15amp underhood LP/maplights/glove box lamp dome lamp/visor lamps/4x4 sys 28 10amp GEM sys 29 15amp audio sys 30 not used 31 not used 32 not used 33 20amp high beam lamps 34 not used
fuse #24 15amp light blue color fuse #24 15amp light blue color
number 42 15amp stop lamps
The 15 amp fuse.
It is a 15amp fuse located in the fuse box below the steering wheel to the left. It will be the third fuse up from the bottom on the left side, the color blue 15amp.