In this paper, dynamic motion analysis of reciprocating vibro separator has performed to optimize working parameters. In present paper, effect of Motor angle and speed of motor has analysed to identified flow rate of vibro separator. CAD model of vibro-separator developed using parametric software and analyse with CAE tool for three different motor angle and three different speeds for the dynamic motion analysis of vibro separator. Dynamic motion analyses have carried out with Different motor angle 280,300,320 and motor speed at 1000 RPM. TDR (Time displacement response), FFT and Poincaré maps have utilized to identify dynamic motion such as periodic motion, quasi periodic, multi periodic or chaotic motion of system. Live Experimental data were taken from an agriculture industry with uni-axial piezoelectric sensor with sensitivity of 1.02mv/(m/s2) along with 4-channel vibration analyser. Computational analyses have validated with live industrial data, further parameter alteration have carried out on computational model. Outcome of present research has led to conclude that the most suitable motor angle with most suitable speed for horizontal vibro separator is 280 and 1050 rpm speed of motor.

Dynamic Motion analysis, FFT, Vibro-separator, Poincaré, CAE, flow rate