AC Motor Torque Calculator

Formula

The formula to calculate the AC Motor Torque is:

\[ \text{Tac} = 9.5488 \times \frac{\text{ACP}}{\text{S}} \]

Where:

\(\text{Tac}\) is the AC Motor Torque (N-m)
\(\text{ACP}\) is the AC Motor Power (kW)
\(\text{S}\) is the Speed (RPM)

What is AC Motor Torque?

AC Motor Torque (Tac) is the rotational force produced by an AC motor. It is calculated by dividing the AC motor power by the speed and then multiplying by 9.5488. This calculation is essential for understanding the performance and efficiency of AC motors in various applications.

Example Calculation

Let's consider an example:

AC Motor Power (ACP): 5 kW
Speed (S): 1500 RPM

Using the formula to calculate the AC Motor Torque:

\[ \text{Tac} = 9.5488 \times \frac{5}{1500} = 0.0318 \text{ N-m} \]

This means that the AC Motor Torque (Tac) is 0.0318 N-m.