Health check of equipment: Would you like to confirm predictive maintenance by monitoring the condition of the equipment?

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last updated：Mar 28, 2024

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Catch the sudden cause of inverter failure in advance! Avoid sudden equipment troubles and contribute to the longevity of your devices. *A must-see for users in the Kansai region!

Are you facing these issues with your equipment? - Struggling with equipment failure that cannot be stopped? - Having difficulty maintaining equipment that is hard to inspect regularly? - Finding it challenging due to the high number of inspection points, leading to increased labor and costs? - Dealing with an aging maintenance team and a lack of technicians? - Attempting efficient inspections but finding remote monitoring difficult? Our company's "Failure Degradation Prediction Diagnosis" solves all your equipment-related problems! With over 10 years of experience measuring more than 30,000 units, we have found a high correlation between failure points and measurement data, allowing us to avoid preemptive troubles with your equipment. Through our Failure Degradation Prediction Diagnosis, we can diagnose abnormalities and degradation in motors, machinery, inverters, power transformers, and capacitors. **Benefits of Implementation** - Avoiding troubles with equipment that cannot be stopped - Investigating the causes of failures with data, aiding product development - Diagnosing beyond the boundaries of electrical and mechanical systems *To collaborate on product development, we are conducting embedded development exclusively for users in the Kansai region.*

Related Link - http://www.n-mec.com/

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【Measurement Items (Excerpt)】 ■Motor Section ●Rotating Shaft, Bearings, Installation ●Winding Insulation, Vibration ●Bearing and Housing Damage ●Uniform Air Gap ■Load Section ●Bearing Damage, Foreign Object Attachment ●Coupling Abnormalities, Shaft Balance ●Rotating Shaft Anomalies, Valve Wear ●Gear and Belt System Damage ■Inverter ●Smoothing Capacitor ●Control Board ●Power Elements ●Drive Board 【Features】 ■Non-contact, Live Line Diagnosis Investigations can be conducted without stopping equipment. It is also possible to investigate deterioration symptoms (overheating, discharge phenomena, leakage current, etc.) that can only be measured in a live state. ■Diagnosis of Mechanical and Electrical Systems This diagnostic device uses sensing technology to understand the condition of the equipment and analytical technology to predict abnormalities, by analyzing and diagnosing current and the "harmonics" within it in detail, quantifying, and evaluating the results. ■Diagnostic Result Report Based on the acquired harmonic components, the diagnostic results for four locations in the motor section, four locations in the load section, and four locations in the inverter section are comprehensively assessed along with the A, B1, B2, B3, C judgment imbalance rates. ■Failure Deterioration Prediction and Forecast Curve Regular diagnostics enable the possibility of predicting failure deterioration forecast curves.