Proactive conservation diagnostic service for early detection of deteriorated state
Extranet Systems Co., Ltd.

This is a service that uses your own equipment diagnosis technology to support the status, performance monitoring of rotating machinery, estimate the cause, and determine the optimal conservation time. Benefits of service introduction ■ Early detection of deteriorated state ・ We do not overlook small changes by the correlation extraction method, which is our patent technology. ・ Due to mechanical failure, we can respond reliable before the production line stops. ■ Estimation of abnormal cause Estimate the cause of abnormalities such as Miss Alignment, Unbalanced, and shaft injury, which are structural abnormalities to structural abnormalities. ■ Trend prediction of the axle receiving and rotation performance The uneven status of the bearing itself and the unbalanced and miss alignment of rotation will be grasped, and the trend prediction will be made to the warning or warning period. ■ Detects poor lubrication ・ It is possible to detect poor lubrication by the correlation extraction method, which is our patent technology. (It can be detected even if the load on the equipment fluctuates) ・ The maintenance cost can be reduced by extending the shaft receiving cycle. ■ Extension of machine life ・ Vibration data can detect poor lubrication and appropriate measures, and extend the replacement cycle of bearing. ・ Based on mechanical deterioration and countermeasures to maintain rotation, the burden on the driving machine is reduced, so the mechanical life can be extended. ■ Correspondence to low -speed rotation equipment is also possible Normally, it is difficult to monitor the deteriorated state of low -speed rotation devices below 120RPM (2 revolutions / sec) by vibration, but according to the correlation extraction method, it is about the number + number + RPM (0.2-0.5 rotation / SEC). The bearing monitoring is possible even during ultra -low speed rotation. (Stirrer, wind generator, etc.) ■ Realizes the monitoring of wind power generation systems Mechanical monitoring can be achieved simply and cheaply in a part where the rotation speed from the blade to the speeding machine is small.