FIELD: physics.
SUBSTANCE: invention relates to process equipment of hazardous facilities. Universal object-oriented multiplatform system for automatic diagnostics and monitoring of equipment of hazardous production and transportation facilities in real time comprises a control architecture, sensors connected to controlled equipment, monitoring subsystem, as well as visualization module. System can be made in stationary, mobile, on-board, personal and stand design. Non-destructive inspection methods for dynamic and static equipment are used. Software of lower level transmits measurement results to software of upper level.
EFFECT: higher universality of the system.
13 cl, 8 dwg
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