Since one horsepower is equivalent to just 746 W, it is clear that the motor cannot drive a 3000-W generator! You cannot get more power out of a system than you put into it!
The generator should be about ¾ hp.
To convert watts to horsepower, you can use the conversion factor where 1 horsepower (hp) is equal to approximately 746 watts. To determine the minimum hp needed to drive the generator delivering 180 watts, you divide 180 watts by 746 watts/hp. This calculation yields about 0.241 hp. Therefore, at least 0.241 hp is required to drive the generator.
To convert kVA to horsepower (hp), you can use the formula: 1 kVA = 0.746 kW, and then 1 kW = approximately 1.341 hp. A 62.5 kVA generator can produce about 50 kW (62.5 kVA × 0.8 power factor). Therefore, the generator can provide roughly 67 hp (50 kW × 1.341 hp/kW).
1 hp = 746 watts 2.5 x 746 = 1825 watts or 1.825Kw The Generator is large enough.
Yes, because you will be able to maintain current flow between phases.
The generator should be about ¾ hp.
No it what work 756 watts = 1 HP. You would need a generator that can supply 756 x 25 = 18900 watts.
Usual configuration, it is an engine that is used to turn a generator not a motor. If you mean it the other way around, will a 3000 watt generator have enough output to operate a 1 HP motor. 1 HP is equal to 746 watts. Keep in mind when a motor start it can take up to 300% of its full load amperage.
Usual configuration, it is an engine that is used to turn a generator not a motor. If you mean it the other way around, will a 3000 watt generator have enough output to operate a 2 HP motor. 1 HP is equal to 746 watts. Keep in mind when a motor start it can take up to 300% of its full load amperage.
To convert watts to horsepower, you can use the conversion factor where 1 horsepower (hp) is equal to approximately 746 watts. To determine the minimum hp needed to drive the generator delivering 180 watts, you divide 180 watts by 746 watts/hp. This calculation yields about 0.241 hp. Therefore, at least 0.241 hp is required to drive the generator.
1.34 hp (electric)
To convert kVA to horsepower (hp), you can use the formula: 1 kVA = 0.746 kW, and then 1 kW = approximately 1.341 hp. A 62.5 kVA generator can produce about 50 kW (62.5 kVA × 0.8 power factor). Therefore, the generator can provide roughly 67 hp (50 kW × 1.341 hp/kW).
To determine the size of the hydraulic motor needed to be equal to a 3 hp electric motor, you would need to calculate the hydraulic motor's power output in horsepower. Hydraulic motors are generally less efficient than electric motors, so you may need a larger hydraulic motor to match the power output of a 3 hp electric motor. Consult the manufacturer's specifications and consider factors such as efficiency and operating conditions.
your mum is 1 so you should know exactly what it is ;) :L
The whites are Neutrals or Grounds and the Red and Black are each 120v. One white and either the black or red for 120v and one white, both the red and black for 240v.
A couple of things are going on here. According to the specifications you have given your generator has a continuous output to W = A x V. 15 x 120 = 1800 watts.If the chainsaw has the same ratings as the generator it should start the chainsaw. The generator might dip a bit when the saw first starts but should pick up the load. If the rating on the chainsaw states 4 HP then that is higher that what the generator can handle. For calculation purposed 1 HP is equal to 746 watts. 746 x 4 = 2984 watts. This is 1184 watts or 9.8 amps more than the generator can produce. The best thing is to try the saw on the generator. You will not do any damage because if the load is too great, the generator's breaker will trip. If the generator handles the start up of the saw, then load the saw up by cutting a good size branch. If the breaker does not trip then you are good to go. If the breaker does trip now you know why. To solve the problem a 3000 watt generator will do the job.
Chances are there is more than 1 outlet connected to the 110volt circuit you are looking to convert. So therefore the easy answer is No. The 240volt dryer circuit must be a dedicated single circuit for the dryer only.