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  • The art of choosing the right shaft coupling
    To put it in simple terms, the purpose of a shaft coupling is to transfer rotational force. from one shaft to another. To do this effectively, the coupling must have a high torsional. rigidity. Factors that should be taken into account when a shaft coupling is to be specified. are: torsional
  • Flexible Shaft Coupling Primer
  • Precision coupling "shock proofs'' innovative packer
    material in an open-arm design helps transmit torque between shaft coupling hubs while damping shock and vibration. A servomotor powers pick-and-place motion in an innovative packing machine by means of a backlash-free coupling. The coupling damps out shock and vibration from the packing head's
  • What to Look for in a Servo Coupling
    Selecting a coupling for a servo application can be a complex process. It involves many different performance factors, including: torque, shaft misalignment, stiffness, rpm, space requirements, and others, that all must be satisfied for the coupling to work properly. Before selecting a coupling
  • Rigid yet Flexible Coupling
    the steering shaft to the steering wheel and felt directly by the driver. Making the column assembly rigid and strong enough to prevent random vibration typically adds to the unit weight and cost. If the coupling assembly is loosely damped the effects are typically worse with random vibrations
  • Coupling Motion Systems for Zero Backlash
    , a zero-backlash coupling guarantees the ball screw shaft turns the same 90 . Vision and inspection systems usually operate in one of two general modes. One is the stop-and-image motion system that moves quickly to one spot, takes a picture, and then moves on to capture another image. Rapid starts
  • Stator Coupling Model Analysis - White Paper (.pdf)
    to connect encoders to the motor shafts (rotor part), whereas a stator coupling is used to connect encoders to the motor housing (stator part). A rotor coupling rotates together with the motor shaft whereas a stator coupling remains static during the operation of the motor. Proper coupling design
  • Avoiding Coupling Failure: Considerations in Design Selection
    Mechanical couplings have a principal use in the connection of rotating shafts for the transfer of rotary motion and torque. As with all mechanical devices, a coupling must match its intended purpose and application parameters, including many different performance, environmental, use and service

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