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Importance and application fields of order analysis
Release time: 24-01-01 15:55 Number of views: four

Why is order analysis important?

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Order analysis It is a powerful tool for analyzing noise and vibration of rotating machinery in mechanical diagnosis. It provides important insights into the health, stability and potential problems of the job rotation system. Below, we list several specific reasons why order analysis may be useful:

 

Detect misalignment bearing fault:

Misalignment and bearing failure can appear as specific patterns in the order spectrum. Analyzing these patterns can help identify and deal with the problem at hand.

Determination of unbalance:

Unbalance of rotating machine will cause vibration. In this case, order analysis allows quantifying the number and stage of imbalance at a specific order. Therefore, corrective measures can be taken (e.g. balancing the rotor).

Resonance detection:

Resonance is a phenomenon. The natural frequency of the rotor is consistent with a specific order, resulting in vibration. Order analysis is helpful to detect and reduce resonance.

Maintenance strategy optimization:

Order analysis promotes predictive maintenance by identifying early signs of potential problems. The change of order spectrum over time predicts the time that may be required for maintenance activities (such as balancing or calibration adjustment).

Real time monitoring:

When integrated into the condition monitoring system, order analysis provides real-time feedback. This allows for an immediate response to emerging issues.

Therefore, global order analysis provides a comprehensive understanding of the entire rotating system. It helps explain vibration, diagnose potential problems, optimize performance, and ultimately ensure the reliability and efficiency of rotating machinery.

What are the application fields of order analysis?


In short, once there is a rotating system, order analysis becomes a useful and beneficial tool. Therefore, order analysis is widely used in various industries. The following are some application examples:

 

Aerospace industry:

For aircraft engines, order analysis is used to monitor the health and performance of rotating components such as turbines and compressors.

Automotive industry:

In the automotive industry, it is used to evaluate the dynamics of rotating parts in engines and drive systems.

manufacture:

In the manufacturing environment, it is used to assess the health of rotating machinery, such as pumps or motors.

Renewable energy:

Wind turbines and hydro generators use order analysis to assess the condition of rotating parts.

electricity generation:

In addition, it is critical for power plants, as turbines and generators are the core of power generation.

Oil and gas, mining, rail transit, etc.

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