Motor full-life-cycle management and control system

Abstract

A motor full-life-cycle management and control system comprises a server, a liquid crystal screen and an equipment full-life-cycle management and control system, and the equipment full-life-cycle management and control system comprises a service application platform, an engineer station, an intelligent operation and maintenance management cloud platform and a motor online monitoring APP; the service application platform is used for displaying a motor state curve in real time, has the functions of addition, deletion, modification and inspection of equipment data, expert diagnosis, motor point inspection and maintenance management, and opens required corresponding functions for different users; the intelligent operation and maintenance management cloud platform is used for fault prediction analysis, health state tracking management, mechanism big data double-frequency calculation, online machine learning training model and unit coupling operation data analysis; the method can find out that the degradation trend of the motor has urgent demands in advance, achieves the scientific prediction and pre-judgment of the motor fault after obtaining the current, temperature and vibration parameter data of the motor through the intelligent means of intelligent monitoring of the motor, reduces the cost, reduces the manpower, provides equipment guarantee, and improves the production efficiency.

Description

technical field [0001] The invention relates to the technical field of motor control, in particular to a motor life cycle management and control system. Background technique [0002] Motor equipment is closely related to production, but Anshan Iron and Steel Plant only routinely monitors the voltage and current of motors at present, and there are not many monitoring methods, except for "five-sense spot inspection" and preparing sufficient spare parts to meet the needs of motor equipment replacement, the daily management is simple , the lack of full life cycle management of the motor. At present, the motor still adopts the traditional regular factory inspection method for preventive maintenance. It lacks real-time analysis of the motor status, and cannot make timely adjustments based on actual conditions and scientific theoretical basis. The lack of quality has seriously restricted the production on site. [0003] There is an urgent need to detect the deterioration trend of...

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Problems solved by technology

[0002] Motor equipment is closely related to production, but Anshan Iron and Steel Plant only routinely monitors the voltage and current of motors at present, and there are not many monitoring methods, except for "five-sense spot inspection" and preparing sufficient spare parts to meet the needs of motor equipment replacement, the daily management is simple , lack of full life cycle management of the motor

At present, the motor still adopts the traditional regular factory inspection method for preventive maintenance. It lacks real-time analysis of the motor status, and cannot make timely adjustments based on actual conditions and scientific theoretical basis. Not in place seriously restricts on-site production

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