The relationship between cows and cow rice
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Dear experts, please help. I work in the field of electric actuators. The torque generated by our devices is 250 NM. If we use these devices to lift heavy objects, I want to know what kinds of objects can be lifted In short, I just want to know the relationship between horsepower and torque!
Torque (newton-meters) = magnitude of force (newtons) * radius of rotation (meters)
P = T * n / 9550 ； T = 9550P / n, where P is power in kilowatts, kw ； T torque, Newton-meters, Nm ； n: rotational speed, revolutions per minute, r/min. 9550 is a constant.
The newton is a unit of force, while the newton-meter is a unit of torque. Torque is equal to force multiplied by the lever arm.
Hello, thank you for your answer. According to your formula, power and foot-pounds can be converted into one another, right? Well then, let’s assume that a motor has a power of 1.5 KW and a rotational speed of 2800 r/min. If this motor is used to lift heavy objects, how much weight can it lift?
The two are different units; the newton is a unit of force, while the newton-meter is a unit of torque.
I know they are not from the same organization, but in real life he definitely exists; for example, with a winch, the electric motor delivers power and torque, which are used to lift heavy objects； For example, in our cars, the engine generates power and torque, but it is these that drive a car weighing over a ton; all this shows that there must be a relationship between Newton-meters and horsepower
Force and torque; torque is the physical quantity by which force causes an object to rotate
Newton-meter is the work required to lift a cow 1 meter high, where the unit ‘newton’ represents the weight of a cow. Is this a bit easier to understand?
Okay, thank you! If an electric motor with an output torque of 500 NM is used to pull this cow, what is the maximum weight of a cow it can pull, in kilograms? Thank you!