A 1 HP motor running at 120 volts will draw approximately 746 watts. This calculation is based on the formula: Watts = Volts x Amps.
To calculate the amps drawn by an 18kW motor, you can use the formula: Amps = Power (Watts) / Voltage (Volts). Assuming a standard voltage of 120V, the motor would draw approximately 150Amps. Note that actual amps will depend on the specific voltage of the motor.
It typically takes around 30,000 to 50,000 volts to create an arc of 0.5 cm in air. The exact voltage required can vary based on factors such as humidity and air pressure.
The instructions will be on the nameplate or inside the cover where the terminations are made. The leads will be marked with numbers which must be hooked up like they are shown on the wiring diagram. A dual voltage motor has windings that are hooked up in series for 220 and in parallel for 110. Sometimes the diagram will state "high" or "low"
I will attempt to answer the question I think your asking: 'If an electric generator produces an electric current due to magnetic induction, then why isn't a current produced via the same mechanism in an electric motor?' The answer to the best of my understanding is that it is, or at least, it would be. The reason is that in a generator a conducting wire is rotated in a magnetic field and this induces a current as each charged particle experiences a force as determined by F=q(vxB) [this is the vector form of the equation using the vector product] or F=Bqv if you are unfamiliar with vectors. As this causes electrons to move this manifests itself as an alternating current in a wire. Conversely in a motor and alternating current is passed through a magnetic field in a coil of wire, this time the wire now experiences a force F determined by F=I(lxB). This produces a torque on the centre of the motor and it is this torque that drives the motor. However if you were to rotate the coil of the motor externally without supplying a current to it then the reverse process would take place. This would induce an AC current in the motor which would now function as a generator. As a aside if this current was then driven through the generator it would then rotate exactly as the motor did.
Basically you don't. The voltage a motor can take is dependent on the gauge of the wire in the windings, and there's no way to change that w/o rebuilding the motor from scratch. What you can do if it's a smallier motor is to use a transformer to get the voltge right for the motor.
Volts of power? Your question makes no sense. To remove a lug nut use an air impact wrench or a hand wrench and just take it off. Volts has nothing to do with it even if you were using an electric air impact wrench. On an electric air wrench the power of the wrench is measured in torque not volts.
A 1 HP motor running at 120 volts will draw approximately 746 watts. This calculation is based on the formula: Watts = Volts x Amps.
If it is electric no if it has a motor yes
4.5~5.3
6 volts
12 volts DC.
To calculate the amps drawn by an 18kW motor, you can use the formula: Amps = Power (Watts) / Voltage (Volts). Assuming a standard voltage of 120V, the motor would draw approximately 150Amps. Note that actual amps will depend on the specific voltage of the motor.
You require about 24 volts to power the windshield wiper.
24 Volts.
Electric furnaces are rated in Kilowatts. The following formula will let you figure it out. Watts = amps x volts. For eg. a 10 Kw furnace draws 10000 watts. amps = watts/volts. 10000/240 = 41.6 amps. If your furnace differs from this example, just plug in your wattage and you will have your answer.
Volts don't make power. Watts do. Watts = (volts) x (amps) 1 horsepower = 746 watts