The perfect 2 degrees-of-freedom control system was previously proposed in the field of plant control. Its feature is that an accurate mathematical model is not required on application. In other words, model-free is the strong point of this control. However, though recommended values against tuning parameters are presented, its reasons are not clarified. In addition, tuning method is not identified. In this paper firstly, though the application of the perfect 2-DOF to two kind of mechanical equipments, a tuning method is experimentally cleared and derived performance is presented. Next, it is shown that the derived tuning procedure agrees with the Kitamori's method. Finally, based on the zero assignment which is created by tuning the feedforward parameters, the shaping of positioning waveform becomes obvious. Especially, under the special set of these parameters, it becomes clear that the influence due to the vibratory pole can be loose.
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