A 5 horsepower motor would have 3,730 watts of power.
I assume you are asking how much energy a 5-hp motor will consume in one hour?The first thing to understand that a motor is rated according its output power which, in North America, is expressed in horsepower and, elsewhere, in watts. So, the output power of your motor is 5 hp, which is equivalent to 5 x 746 = 3730 W.Next, you need to find out its full-load efficiency. You then need to divide the output power by the efficiency to determine its input power -remember, input power is always higher than the output power.Once you have found out its input power, convert that into kilowatts and multiply it by one (hour) to determine the energy used in kilowatt hours.
The motor used in the eram is a massed produced called the Johnson Motor. You can order them by the hundreds. Because of the motor that is used with the eram you will most likely only get 3 to 5 horsepower.
mechanical characteristics can be drawn between speed and torque electrical characteristics are 1. Output power vs speed 2. Output power vs input power 3. Output power vs efficiency 4. Output power vs torque 5. Output power vs line current
A 5 kW generator would turn it over but if the full 30 hp of mechanical power is needed, that would require about 30 kW of electric power from the generator.
The the supply stays within +/- 5% of what the motor is rated for, you can do this.
It's an a.c. motor with an output power of 5 horsepower or roughly 3.75 kW.
You still need the same horsepower. The advantage of the three-phase motor is that it will draw lower current.
Need motor voltage, amperage and phase to give you an anwer.
A motor that draws 14 amps on 240 volts is probably a two horsepower motor, but it could be three depending on the efficiency.Watts = amps x volts. There are 746 watts in 1 horsepower.CommentIn North America, horsepower is always used to describe the output power of a motor. You can only find the input power by multiplying the supply voltage by the load current. You will, unfortunately, then need to know the efficiency of the machine to determine its output power in horsepower.
A single-phase induction motor uses variable amounts of current depending on the load etc. but on a 240 v system you should allow 7 amps per horsepower, so 35 amps for 5 HP.
There is no direct correlation between horsepower and a 205cc engine but most produce around 5 to 6 horsepower. The actual output varies based on individual engine designs.
Different horsepower motors come in many different physical sizes.
I assume you are asking how much energy a 5-hp motor will consume in one hour?The first thing to understand that a motor is rated according its output power which, in North America, is expressed in horsepower and, elsewhere, in watts. So, the output power of your motor is 5 hp, which is equivalent to 5 x 746 = 3730 W.Next, you need to find out its full-load efficiency. You then need to divide the output power by the efficiency to determine its input power -remember, input power is always higher than the output power.Once you have found out its input power, convert that into kilowatts and multiply it by one (hour) to determine the energy used in kilowatt hours.
If the motor were perfectly efficient, then it would be expending 5.5 kW for 5 seconds. 5.5 kW x 1 (kJ/sec)/kW x 5 sec = 27.5 kJ. Of course no motor is 100% efficient, so the actual work will be less. A typical efficiency of electrical input power to shaft power for a motor of this size would be around 90% so we might estimate the actual work to be in the neighborhood of 24-25 kJ. Other inefficiencies in the way the load is raised can lower the actual work by even more.
6 horsepower? That wont make it past 5 mph if that is what you are hoping for, Is it a troller? If it is than that is meant for shallow water with a fishing boat...
The motor used in the eram is a massed produced called the Johnson Motor. You can order them by the hundreds. Because of the motor that is used with the eram you will most likely only get 3 to 5 horsepower.
5 kw.