Accuracy Data: Why Zero Max Coupling Tech Is Critical For Servo Ops Class Available With Hub Taper Adapter Option
Zero backlash is another key requirement of a high performance servo coupling Cd couplings withstand the punishment and stress of a servo motor. A coupling may be considered zero backlash and still have a large amount of torsional windup
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Zero backlash along with high torsional stiffness allows the coupling to maintain the same angular relationship between the input and output shaft without lost motion They are ideal for cyclic applications where speed and repeatable accuracy are critical to keep 24/7 systems going It is a critical engineering choice that profoundly impacts system performance, longevity, and operational costs
High torsional stiffness is an important quality of any high performance coupling
Low torsional stiffness couplings will reduce system performance and accuracy. The windup of the coupling can be detrimental to the servo system A coupling with a high amount of windup will cause positioning errors to the servo system Misalignment capability of a coupling is also important in a motion control system.
With today's servo motor applications more demanding than ever, system accuracy is critical to precision positioning The servoclass coupling, with this low thermal transfer design feature, helps ensure the required accuracy in these systems Servoclass couplings also provide high torsional stiffness, zero backlash and low hysteresis, further ensuring repeatable precise positioning. Misalignment capability the misalignment capability of a coupling is also important in a servo motion control system
Usually, the alignment of a well manufactured servo system will be very good.
The precision positioning requirements and high reverse load characteristics of servo motor applications necessitate a coupling design that specifically addresses the needs of these s Servo disc pack couplings made of aluminum or steel ⇒ single or double cardanic for high speeds high torsional stiffness ⇒ get a quote now! Moved permanentlythe document has moved here. Low torsional stiffness couplings will reduce system performance and accuracy
Featuring a highly saturated nitrile rubber flex element, these couplings are specifically designed for maximum damping and performance. Flexible shaft couplings prevent shaft misalignment by transmitting torque while compensating for parallel, angular, and axial misalignment between drive components.
