The initial amount of torque generated by a pneumatic motor when starting from a stopped condition is known as what?

The term that describes the initial amount of torque generated by a pneumatic motor when starting from a stopped condition is known as the starting torque of the motor. This is a critical aspect of pneumatic motors because it indicates their ability to overcome static friction and initiate motion. Starting torque is essential for applications where the load is stationary, as it determines whether the motor can begin to turn the load effectively.

Starting torque is typically higher than running torque, which refers to the torque produced by the motor once it is in motion and operating at its designed speed. Understanding this distinction is vital when selecting pneumatic motors for specific applications, since certain tasks may require higher starting torque to overcome initial resistance.

In contexts like industrial automation or material handling, ensuring the motor can produce sufficient starting torque impacts overall efficiency and effectiveness. Therefore, recognizing starting torque is key in the design and application of pneumatic systems.