**About Hoist Motor Power Calculator (Formula)**

The Hoist Motor Power Calculator is a tool used to calculate the amount of power required to lift an object using a hoist. This calculator takes into account the mass of the object being lifted, the rate at which it is being raised, and the efficiency of the hoist, which refers to the amount of energy lost due to gears and other factors.

**The formula used by the calculator is**

**HMP=m∗g∗V/N**

Where HMP represents the hoist motor power in watts or joules/second, m is the mass of the object being lifted in kilograms, g is the acceleration due to gravity (9.81 m/s^2), V is the velocity of the raising motion in meters per second, and N is the efficiency of the hoist as a percentage. Typically, the efficiency of a hoist is around 60%, or 0.60.

The result of the calculation is the amount of power required to lift the object using the hoist, expressed in joules/second. By knowing this information, you can determine the size of motor needed to operate the hoist and ensure that the hoist is capable of lifting objects safely.

Using the Hoist Motor Power Calculator will ensure safe and efficient lifting of heavy objects and help to ensure that the lifting process is as efficient as possible.