Data analysis and decision making in computer systems for vibration control, monitoring, and protection of turbo units

Abstract

Ensuring trouble-free operation of critical infrastructure enterprises requires the creation of a system for monitoring the technical condition of industrial equipment. For complex mechanisms and units of energy enterprises, one of the most important controlled parameters is vibration. The organization and functions of computer measuring and computing complexes for solving problems of vibration control, monitoring, and automatic protection of bearing supports of turbo units are considered. The functionality of such complexes is determined by mathematical and software support. At the same time, their continuous operation is ensured with the processing of initial vibration signals and decision-making in real time, and a large amount of information on the state of the controlled objects is collected.