I assume there is a slipping clutch somewhere?PaulB said:
Or is this the starting torque of a stalled motor?Swamp Thing said:
Starting torque of a stalled motor.sophiecentaur said:
The summary tells us the motor spins.(?)PaulB said:
Correction: the motor is powered, but stalled against the wall exerting its stall-torque.sophiecentaur said:
We are not mind readers. Where is the point D on the diagram ?PaulB said:
Torque is a measure of the rotational force applied to an object. In the context of a motor, it refers to the amount of force that the motor can generate to rotate an object. The strength of a motor's torque is directly related to its power and can be calculated using various methods, such as using a straight bar load cell.
A straight bar load cell is a type of sensor that measures force by detecting the strain or tension on a metal bar. By attaching the load cell to the motor, it can measure the amount of force being applied to the bar, which can then be used to calculate the torque of the motor.
There are several factors that can affect the accuracy of torque measurement using a straight bar load cell. These include the sensitivity and calibration of the load cell, the positioning and alignment of the load cell on the motor, and the consistency of the load being applied to the bar. It is important to carefully consider and control these factors in order to obtain accurate torque measurements.
Yes, a straight bar load cell can be used for most types of motors, including DC motors, AC motors, and servo motors. However, the load cell may need to be calibrated differently for different types of motors in order to accurately measure torque.
While there are other methods for measuring torque, such as using a dynamometer or calculating it based on motor specifications, using a straight bar load cell is a common and reliable method. It allows for real-time measurement of torque and can provide valuable data for motor performance analysis and optimization.