JCIOT-9 of Oil on-line monitoring system

Summarize



At present, many mechanical equipment in our country have problems such as too "dead" oil change basis, too traditional maintenance methods, and poor real-time monitoring of lubrication and wear conditions. This system realizes comprehensive monitoring of lubrication, pollution and wear conditions of equipment through multi-parameter and integrated real-time on-line monitoring of oil used by mechanical equipment. The developed system can realize real-time display, data storage, trend analysis, and over-limit alarm. It also has monitoring software with automatic real-time fault warning function, and has built a comprehensive analysis and evaluation system for lubrication and wear status of mechanical equipment, which integrates equipment oil quality evaluation, lubrication and wear on-line monitoring, equipment lubrication management and fault diagnosis.


System characteristics



1. The system adopts distributed architecture and uses advanced international sensor technology to collect front-end data and transmit it to remote data platform. 2. It has modular functions such as remote data upload, platform display, data diagnosis and analysis, multi-level alarm, centralized control, group expert analysis (extended function), etc. 3. Four levels of authority and hierarchical management technology are adopted. Each human-computer interaction requires corresponding authority to ensure data security. 4. Collect the data to the expert database for data accumulation. Through the comparative analysis of the standard curve and the development and change curve, and in combination with the current industry standards, supervise the operation status of various related equipment, so as to achieve intelligent analysis and life cycle management of the health status of key equipment.


Industry Application


Case-Wind Turbine Lubricating Oil Online Monitoring System With the large number of wind turbines put into operation in China, wind energy, as a clean renewable energy, is widely used by the national economy. At present, a large number of wind turbine generators are out of warranty period one after another, and wind farms around the country are facing the thorny problem of operation and maintenance of wind turbines after quality assurance. The system can realize online intelligent monitoring and remote operation and maintenance management of lubrication and wear of large-scale wind farm fan gearbox, shorten the daily maintenance time of wind turbines, improve the availability rate of wind turbines, and provide wind farm operators with operation optimization and intelligent management.