『Mpression Smart Motor』Sensor Lecture on Predictive Maintenance Solution Services for Low-voltage Three-phase Cage Induction Motors
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- Ebara Shiro
- Product Marketing Div, ALTIMA Company MACNICA
Bibliographic Information
- Other Title
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- 『Mpression Smart Motor Sensor』低圧三相かご型誘導モーターに特化した予知保全ソリューションについて
- ―AIアルゴリズムによる全自動診断 低圧三相モーターに特化した予知保全―
Abstract
<p>Predictive maintenance is the concept of predicting the failure or abnormality of equipment or equipment and performing efficient maintenance.</p><p>By introducing predictive maintenance, it is possible to detect the abnormality in advance and take maintenance measures, thereby preventing sudden troubles.</p><p>In conventional preventive maintenance, which cannot detect sudden abnormalities.</p><p>Therefore, "condition based maintenance(CbM)" is attracting attention as a new method. By the evolution of sensors and analysis, it is possible to detect the condition of facilities and equipment and predict failures and abnormalities.</p><p>"Smart Motor Sensor(SMS)" is a solution for predicting the failure of a three-phase induction cage motor.</p><p>It collects data such as vibration and temperature and analyzes it in the cloud to determine the condition of the motor.</p><p>SMS makes it easy to attach the sensor to the device, easy to set up, and uses a learning model for automatic determination.</p><p>By eliminating the barriers of conventional CbM, it can accurately determine the abnormality or deterioration of the motor.</p><p>In addition, SMS has the ability to determine the abnormality for each function of the motor and to grasp the trend of the state transition and deterioration.</p><p>It provides the result to the user through a dashboard or smartphone application.</p><p>The API can also be used to link with other systems, enabling efficient management of multiple equipment decisions on a single screen.</p><p>SMS is attracting attention as a new predictive maintenance method that replaces conventional preventive maintenance.</p>
Journal
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- JAPAN TAPPI JOURNAL
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JAPAN TAPPI JOURNAL 78 (4), 266-268, 2024
JAPAN TECHNICAL ASSOCIATION OF THE PULP AND PAPER INDUSTRY
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Keywords
Details 詳細情報について
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- CRID
- 1390018518956205824
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- ISSN
- 18811000
- 0022815X
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- Text Lang
- ja
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- Data Source
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- JaLC
- Crossref
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- Abstract License Flag
- Disallowed