Power To Torque Calculator
Multiply power by 60, divide by the product of and RPM to calculate torque.
The Power to Torque Calculator is a useful tool to determine the torque generated by a machine based on its power output and rotational speed. Torque is a critical parameter in mechanical systems, influencing the ability to perform work, such as rotating a shaft or driving wheels.
Formula
T =
Variable | Definition | Units |
---|---|---|
T | Torque | Nm (Newton-meters) |
P | Power | Watts (W) |
RPM | Rotational Speed | Revolutions per minute |
Solved Calculations
Example 1: Calculate the torque for a motor with 2000 W power at 1500 RPM.
Step | Value | Explanation |
---|---|---|
Power (P) | 2000 W | Given power |
Rotational Speed (RPM) | 1500 RPM | Given RPM |
Torque (T) | 12.73 Nm |
Example 2: Find the torque for a machine producing 5000 W power at 3000 RPM.
Step | Value | Explanation |
---|---|---|
Power (P) | 5000 W | Given power |
Rotational Speed (RPM) | 3000 RPM | Given RPM |
Torque (T) | 15.92 Nm |
What is the Power To Torque ?
The Power To Torque Calculator is a valuable tool for converting power into torque or vice versa, simplifying calculations involving rotational systems. This is crucial in fields like automotive engineering, mechanical design, and robotics, where power and torque relationships are fundamental for optimizing performance and efficiency.
By inputting variables such as power (in kilowatts or horsepower), rotational speed (in RPM), or torque (in Newton-meters), the calculator delivers precise results.
This enables engineers, mechanics, and enthusiasts to easily analyze and adjust system performance based on specific requirements. This tool not only saves time but also minimizes calculation errors, offering a user-friendly way to work with complex formulas.
Whether for determining torque at specific RPMs or understanding power distribution in machinery, this calculator is indispensable across various technical applications.
Final Words:
In summary, the Power To Torque Calculator is a practical and efficient resource for professionals and hobbyists alike, delivering accurate conversions that support better decision-making and performance optimization in rotational systems.