Take Amps times the volts to get Watts
115x15= 1725
120x15=1800 or
125x15=1875
(These are different voltages found in houses) i would go with the max of 125 volts and 1875 Watts so go for a 2000 watt (2kW) generator.
Yes, you can run a 30 amp pump on a 7500 watt generator. The pump will draw approximately 3600 watts (30 amps at 120 volts), leaving enough capacity on the generator to power other devices at the same time. Just make sure to check the starting wattage of the pump as it may temporarily draw more power when starting up.
It depends on the power requirements of the sump pump. A 2400 watt generator should be able to run a typical sump pump that requires around 800-1200 watts, but you should check the specific power requirements of your pump to be sure.
Watts = amps x volts. 1000/120 = 8.3. Assuming the oil burner motor is 120V then the generator has the ability to produce 8.3 amps. Find the amperage on the burner pump motor, if it is in this range it will work. The closer the pump amperage is to the generator output the more effect it will have on slowing the generator down on the start. Motors draw up to 300% on start up, this is what makes the generator lag when a motor is connected as a load.
It could be a number of things. Your pump's operating voltage could be 240 volts and your generator's output is only 120 volts. The generators output voltage can be found on the generator's nameplate. The horse power size of your pump could be too big for your generator. When dealing with motors remember that when a motor starts its inrush could be 300% of the full load amps. To see if this is happening, take the full load amps and multiply it by 3. Then multiply that number by the voltage that the pump runs on. This number will be the starting watts of the pump. If this number is higher than that of your generator and the generator almost comes to a stop when the load is applied,then the generator is too small.
Yes, a 2800 watt generator should be able to run a 550 watt electric cement mixer motor. The generator's wattage is more than enough to power the motor with some extra capacity for other devices. Be sure to check the starting wattage of the motor as well to ensure the generator can handle the initial surge of power needed.
A 1000 watt generator cannot run a 1500 watt ceramic heater without having problems.
Yes, you can run a 30 amp pump on a 7500 watt generator. The pump will draw approximately 3600 watts (30 amps at 120 volts), leaving enough capacity on the generator to power other devices at the same time. Just make sure to check the starting wattage of the pump as it may temporarily draw more power when starting up.
yes
Yes, 1000 watts represents the conversion of 1000 Joules of energy each second, so it does not depend on the type of machine.
It depends on the power requirements of the sump pump. A 2400 watt generator should be able to run a typical sump pump that requires around 800-1200 watts, but you should check the specific power requirements of your pump to be sure.
Watts = amps x volts. 1000/120 = 8.3. Assuming the oil burner motor is 120V then the generator has the ability to produce 8.3 amps. Find the amperage on the burner pump motor, if it is in this range it will work. The closer the pump amperage is to the generator output the more effect it will have on slowing the generator down on the start. Motors draw up to 300% on start up, this is what makes the generator lag when a motor is connected as a load.
you need to get a lot of horses
If the 1600 represents 1600 watts like most generator numbers do, then the generator can deliver enough power to run a 1600 watt load connected to it.
yes, it has an output of 20 amps @ 120v so it will power any standard refrigerator. I believe a 900 Watt Generator will only handle 7.5 amps at 120 Volts.
A 3000W 110V generator can provide up to 27A.
It could be a number of things. Your pump's operating voltage could be 240 volts and your generator's output is only 120 volts. The generators output voltage can be found on the generator's nameplate. The horse power size of your pump could be too big for your generator. When dealing with motors remember that when a motor starts its inrush could be 300% of the full load amps. To see if this is happening, take the full load amps and multiply it by 3. Then multiply that number by the voltage that the pump runs on. This number will be the starting watts of the pump. If this number is higher than that of your generator and the generator almost comes to a stop when the load is applied,then the generator is too small.
Yes, a 2800 watt generator should be able to run a 550 watt electric cement mixer motor. The generator's wattage is more than enough to power the motor with some extra capacity for other devices. Be sure to check the starting wattage of the motor as well to ensure the generator can handle the initial surge of power needed.