Simulation of the Dynamic Behaviour of LEC Based  Controller to Ensure Operational Continuity of a  Low Cost Automation Device Energised by Human  Powered Flywheel Motor (HPFM)

Mrs.Punam U.Chati; S. K. Shriwastava; J. P. Modak

Volume : III, Issue : V, May - 2013

Simulation of the Dynamic Behaviour of LEC Based Controller to Ensure Operational Continuity of a Low Cost Automation Device Energised by Human Powered Flywheel Motor (HPFM)

Mrs. Punam U. Chati, S. K. Shriwastava, J. P. Modak

Abstract :

In our previous attempt stress was given on modeling and control of a phenomenon to enhance the operational reliability of a process unit. In that we have suggested that for enhancing the operational reliability we can use a LEC based controller. But the point of discussion was whether this controller will be capable of changing the control from one clutch to another in a shortest possible time may be in terms of µsec. In the present paper the solution of this problem is approached by replacing the motor connected to the clutches by their non–linear models. These models could be actuated by designing a linear electronic circuit simulating their behavior.