Flexible couplings are utilized to transmit torque starting with one shaft then onto the next when the two shafts are marginally misaligned.
A coupling intended to permit a constrained precise movement between the axis of two waveguides.
Why are flexible couplings?
A flexible coupling exists to transmit control (torque) starting with one shaft then onto the next; to make up for minor measures of misalignment; and, in specific cases, to give protective functions.
Thus, industrial power transmission regularly calls for adaptable as opposed to rigid couplings.
At the point when the opportunity arrives to indicate substitutions for flexible couplings, it’s human nature to take a simple way and just discover something comparable, if not identical, to the coupling that failed, possibly applying a couple of larger than average fudge components to be moderate.
Too often, however, this training welcomes a repeat disappointment or costly system damage.
The wiser methodology is, to begin with, the assumption that the past coupling failed because in light of the fact that it was the wrong sort for that application.
Taking time to decide the correct kind of coupling is worthwhile even if it confirms the past design.
However, it may lead you to something very surprising that will work better and last more.
In simple words, it can be said Flexible couplings are used to transmit torque from one shaft to another when the two shafts are slightly misaligned.
In this example, the test fixture is using a torque transducer as torque senor for measuring torque. In this example, the flexible couplings are used to connect the motor and torque sensor with the workpiece.
These two couplings need to minimize any misalignment error since the torque sensor needs to lay as flat as possible. They also need to protect the sensor from overloading.
Major characteristic of the flexible couplings are very low or zero backlash, good torsion rigidity as good lateral and angular misalignment capabilities making them suitable for various applications.
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