You can convert 1hp in to 745watts off power, and using the power formula I=amps(current) P=power(watts) and U=volts so I=P/U if conected to a 230v supply the current would be 3.23amps and 110v would be 6.77amps
maximum current of a 1hp
For a 1hp 3-phase motor, the current draw will depend on the voltage supply. Typically, at 230V, a 1hp 3-phase motor will draw around 3.6 amps. However, this value may vary based on the motor efficiency and power factor.
No, not directly. The supply voltage has to rise or the resistance has to fall to get over-current. If there was a secondary control voltage that was part of a voltage control circuit for a higher voltage, it is conceivable that a voltage drop in control circuit could cause an over-voltage in the supply. Motors are constant power devices, so this could be true for a motor. If you have a 1hp motor (loaded at 1hp), it will want to draw 1hp of power no matter the supply voltage. If the voltage dips, the motor will require more current to keep it spinning at it's normal speed.
For 1 hp motor, a single phase starter is used. Because a single phase starter gives economy consumption,easy trouble shooting and easy installation when compared to three phase starters and supply....
If you multiply the voltage across a load by the current drawn, the result is the power consumed. Simply put, Volts x Amps = Watts. The theoretical relationship between watts and horsepower is 720 W =1 HP. This would hold good in practice if motors or generators were 100% efficient, but none of them are. A motor that produces 1HP of mechanical work will usually consume somewhere between 750W and 1000W.
No telling. It depends on road conditions, wind, rider positions, tires, load and rider weight ASO.
15
Zero volts equal one HP. One HP is equal to 746 watts. To find the voltage, use any of the following equations, E = I/R, E = W/I or E = sq root of W/R. As you see you need another value to add to the equation. It could be either an amperage value or a resistance value or both.
A 1HP 3-phase motor typically operates at 208-230 volts and has a current rating of around 3-4 amps. It runs at a speed of 3450 RPM and has a frame size of 56. The motor is designed for industrial applications requiring higher power output and efficiency.
1hp = 0.7457 kW 1hp = 745.7 W 1W = 1.341 hp you can use these conversion factors
Use a full restore at 1hp.
Into units of what?