Shanghai Beiying Electronics
contact us
 Shanghai Beiying Electronics
Email: [email protected]
Telephone: fifteen billion twenty-one million five hundred and sixty-two thousand five hundred and thirty-nine
Address: Room 118, Block B, No. 348 Huajiang Road, Shanghai
Current location: Home page of Dewei Chuang > news information > Introduction to the order analysis function of Dewei Chuang OXYGEN software>

news information

Introduction to the order analysis function of DEVCRO OXYGEN software
Release time: 24-01-08 15:58 Number of views: seven

OXYGEN is our comprehensive and easy-to-use measurement software. The software is not only designed for data measurement, but also provides numerous analysis and visualization tools. It also includes Order analysis Instrument. In addition to spectrograms and intensity maps, there are more functions available, such as extracting the required order for more detailed analysis.

 image

Note: The order analysis function of OXYGEN is an additional software option and is not included in the basic version of OXYGEN.

Now download our OXYGEN software for free and test it and its various analysis tools. However, remember that the free version of OXYGEN is limited to 30 seconds of continuous measurement time. However, all the calculation and analysis functions can still be tested. If you need a larger dataset, you can also download multiple demonstration data in the following link.

Summary:

Order analysis (also called order tracking) is a powerful analysis tool for rotating and vibrating machinery and its system components. It checks the specific frequency component called "order", which represents the harmonics associated with the machine speed. Its basic process includes FFT of vibration data from time domain to frequency domain. This allows identification and visualization of the respective order and helps diagnose problems such as misalignment, imbalance, etc. Therefore, it is an indispensable tool to ensure the reliability and efficiency of rotating machinery in many industries.