Running torque of a motor is defined as what?

The running torque of a motor refers to the torque produced when the motor is at its operating speed. This concept is crucial for understanding how motors perform under load. When a motor runs, it reaches a specific speed at which it operates efficiently while providing a consistent output torque. The running torque allows the motor to overcome friction, inertia, and any additional load imposed on it during operation, ensuring that the machine or system powered by the motor functions as intended.

This definition emphasizes the importance of the relationship between torque and speed in motor applications. In practical scenarios, knowing the running torque is vital for selecting the right motor for specific tasks, whether in industrial automation, HVAC systems, or robotics, as it impacts performance, energy consumption, and system reliability. Understanding this torque at a given speed is essential for engineers and designers to ensure the motor meets the operational requirements of the application.