The Acoustic Emission Acquisition & Analysis System is developed with the latest technology and has 32 Channel Simultaneous Acoustic Emission feature, waveform processing display, and storage. These channels are excellent at waveform processing where they can display and store the data. Its main strength lies in user-friendly software that allows users to go through the acquisition, meticulous analysis, and graphs simply. Also, it uses its tactical design for extreme temperature altitudes from -20 to 55 degrees Celsius.

What is the  Acoustic Emission Acquisition & Analysis System?

The AE Acquisition & Analysis System is a monitoring solution that is capable of monitoring and analyzing acoustic energies that are released by the equipment after an undesirable stress-related event. Acoustic emission systems use sophisticated technology to collect, process, and interpret AE data for the sensors used in structural safety and failure modeling.

One of the main things it has is its manifold waveform processing of signals and storage of data in view which makes it possible for users to see and store acoustic emission data with a lot of precision and clarity. As well, this feature is a very important tool for thorough checking and discovery of any signs of damage or flaws.

The system's program is easy to use but it has been built for end users, offering an integrated approach as data are being collected, processed, and plotted within a single interface. Moreover, this automation leads to enhanced performance as data input and reporting become easy.

How Does the Digilogic’s Acoustic Emission System Work?

Digilogic Systems Acoustic Emission Acquisition & Analysis System performs the function of establishing sensors to get acoustic emission signals happening on objects such as materials or structures experiencing stress. The captured emissions are then captured by the system's 32-channel monitoring capabilities, which analyze them using an analytic approach algorithm. After receiving processed data, the data is tested via data analysis tools to find irregularities, defects, and a threat to structural integrity.

The first step for the system is to capture acoustic emissions by using its sensor network. Sensors are located all around the area where they can detect and record the signals of particular interest. These cues are taken further with reverse time processing, which is real-time as waveform used to be with visual depictions of the recorded data. In addition to displaying all the captured signals, this fact also provides an opportunity to keep the signals as storage for future analysis or reference.

What are the key features of the AE Acquisition & Analysis System?

32-channel simultaneous AE monitoring

Waveform processing, display, and storage

User-friendly software with acquisition, analysis, and graphing capabilities

Enhanced data analysis features for trend identification and anomaly detection

Ruggedized design for operation in harsh environments (-20 to 55 degrees Celsius)

How does the digilogic’s system handle data security and privacy?

The AE Acquisition & Analysis System offered by Digilogic Systems is highly conscious of data security and privacy. It uses encryption techniques, access controls, and integrity rules to safely keep critical data. The company's adherence to various industry standards and regulations is one of the critical priorities.

What industries can benefit from the AE Acquisition & Analysis system?

Digilogic’s AE Acquisition & Analysis System is beneficial for a wide range of industries including aerospace-defense, automotive, and manufacturing. It is particularly useful for structural health monitoring of critical components, early fault detection, and proactive maintenance strategies.

GUI

The graphical user interface (GUI) of Digilogic's AE Acquisition & Analysis System is designed with a user-friendly and intuitive layout. It offers comprehensive control and monitoring capabilities for the various subsystems being tested.

Applications:

Our Indigenously developed system has potential applications in Defence & Civil Sectors such as:

Snow Avalanche monitoring/prediction

Landslide monitoring/prediction

Structural Health Monitoring (SHM) of various materials, structures, sub-systems, etc.

Leakage and Internal Breach Detection in Fuel Tanks.

Testing of Non-Destructive materials.

Inspection of Defence and Aerospace vehicles.

We are monitoring the metal walls of nuclear reactor pressure vessels.

Conclusion:

Acoustic Emission Acquisition & Analysis System from Digilogic Systems is an apex example of the modern technology that gives the robust solution for Acoustic Emission Monitoring. Along with a 32-channel-parallel Acoustic Emission and waveform processing system, it is equipped with user-friendly software for more elaborate analysis and graphing plus it is a great data interpretation tool. 

The system possesses a robust building having temperature tolerance ranging from -20 to 55 degrees Celsius which enables it to work perfectly in an assortment of environments. Undoubtedly, the Acoustic Emission Acquisition & Analysis System by Digilogic’s is a leading product due to its advanced functionalities and becoming such that it cannot be omitted from the industries that require acoustic emission monitoring and analysis.

Contact us today to discuss your Acoustic Emission Acquisition & Analysis System requirements Website: https://www.digilogicsystems.com/ Phone: Hyderabad: (+91) 40 4547 4601 / 02 / 03 Bengaluru: (+91) 80 4975 6034 Email: [email protected] Locations: HEAD OFFICE          

102, 1st Floor, DSL Abacus Tech Park Beside DSL Virtue Mall, Uppal, Hyderabad, Telangana-500 039, India

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