The new generation IOL-H3 series online oil monitoring system is equipped with a digital dynamic control platform, integrating a high-resolution image sensing module and independently developed broadband impedance spectroscopy analysis technology. It features a built-in industrial-grade 10-inch human-machine interface terminal, simultaneously compatible with the acquisition of mechanical operating parameters such as vibration, pressure, and flow. Employing a multi-physics composite sensor array with micron-level detection accuracy, it can accurately identify viscosity decay gradients, wear particle morphology characteristics, and contaminant concentration distribution. Through an edge computing engine, it achieves real-time data modeling and trend prediction, effectively supporting early fault warnings and intelligent maintenance decisions for key equipment. This effectively reduces the risk of unplanned downtime and maintenance costs, helping enterprises achieve predictive maintenance and upgrade equipment management efficiency. IOL-H3 Series Intelligent Online Oil Monitoring System Product features:
The brand-new industrial-grade 10-inch human-computerinteractionterminal and the brand-new software interface have newlyintegrateddata such as resistivity,imagevisualization analysis,wear morphologyrecognition,etc.Thebrand-newsensors have been developed, andthe dynamic images can beoutputasfastas2 seconds. IOL-H3 Series Intelligent Online Oil Monitoring System Industrial equipment data analysis and Al-driven intelligent diagnostic system IOL-H3 Series Intelligent Online Oil Monitoring System Multimodal Data Software System:The inteligent monitoring system for oi health based on multimodal data fusion analysis uses dynamic visualization imaging technology and intelligentimage recognition alzorithms to establish a three-level (normalabnormalrisk quantitative evaluation system for oi status. The system tracks thechange curves of key physical and chemical parameters such as viscosity aging, water intrusion, and quality decay, and simultaneously analyzes themult- dimensional characteristics of abrasive particles (including typical particle morphologies such as cutting wear, fatiue wear, and fiber impurities). itrealzes dynamic visualization monitoring of abrasive particle patterns, inteligent determination of contamination levels, early warning of equipmentlubrication degradation, and provides precise health status assessment and pre-maintenance decision support for the equipment lubrication systemthrough the coupled analvsis of oil performance deterioration and mechanical wear conditions. IOL-H3 Series Intelligent Online Oil Monitoring System Product parameters IOL-H3 Series Intelligent Online Oil Monitoring System Product parameters