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In the article research of influence of the technological loading is presented on stabilizing of the oscillating system. An oscillation separator is examined as an oscillating system that carries out force vibrations under the action of revolting force. By the feature of oscillation technological machines, such as oscillation separators, there is substantial influence of the technological loading that causes both quantitative and quality changes of motion of executive branch. In this case a concept of the added mass is unacceptable. The known researches do not decide the problem of the uneven specific loading of working surface of sieve in a complete measure. The growing productivity of modern separators envisages the increase of loading of working surface of vibrosieves. The process of vibrosieve separation is very sensible to the increase of loading, brings a division over to the decline of quality, needs more intensive office hours. The size of the initial specific loading substantially influences on the mutual location of areas of overload and underloading of working surface. The process of sifting becomes complicated at presence of areas of overload that results in the increase of thickness of layer and compression of mixture. Appearance of areas of underloading results in reduction of the use to the area of working surface. There is a decline of efficiency of process in these cases. For oscillation separators working in far superresonance modes at the comparatively small size of the technological loading influence of him is small felt. For resonant separators the insignificant sizes of the technological loading on an executive branch resulted in the substantial changes of parameters of his motion. For confirmation of this influence on the parameters of motion of executive branch special studies of oscillation separator were undertaken with the combined occasion. On the basis of results of researches of influence of the technological loading on the parameters of motion of oscillation technological machine drawn conclusion in relation to expediency of the use of the combined causative vibroagent for stabilizing system.

RESEARCH INFLUENCE OF TECHNOLOGICAL DOWNLOADING ON MOTION PARAMETERS OF VIDRATION SEPARATOR