ADL MS30

Vibration analyzer ADL MS30

ADL MS30

Single channel vibration measurement and analysis, rotation speed measurement, non-contact temperature measurement.

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Description

ADL MS30 in Uzbekistan, Tashkent

Using the device

Vibration analyzer designed for general vibration measurement, FFT spectral analysis of rotating equipment, rapid assessment according to ISO 10816, road condition monitoring, measurement and data acquisition.

Easy to use and reliable, built-in software simplifies data management and reporting.

Measuring vibration with a vibrometer occurs very quickly and does not require any preparation work.

The measured vibration values after some time (for example, after 1 month) make it possible to predict the development of vibration and plan the timing of subsequent repairs. This allows you to save significantly compared to planned repairs.

The values measured by the vibration analyzer can be used to diagnose defects in the unit using spectral analysis of the signal. For example, by using the key and “defective” lines in the spectrum, you can determine the condition of the bearings, imbalance, misalignment and other defects.

The main area of application of the devices is operational monitoring of the mechanical condition during operation, diagnostics, maintenance and repair of equipment: bearings, gears, turbines, generators, fans, pumps, rotors, distribution plants, ball mills, rolling mills, gearboxes, conveyors, engines, blowers and many other types of equipment. This applies to tracking both entire structures and individual elements.

Vibration analyzers of the ADL MS series are used in metallurgy, mechanical engineering, petrochemical, light and defense industries, thermal and nuclear energy, maintenance of equipment in agricultural complexes, housing and communal services and transport.

Device features and functions:

  • Measurement of vibration velocity, vibration displacement and vibration acceleration;
  • Ability to obtain vibration trends using special software;
  • Non-contact temperature measurement;
  • Spectral vibration analysis (fast Fourier transform);
  • Time signal analysis;
  • Displays RMS and peak vibration values;
  • Optical infrared tachometer for measuring rotation speed;
  • Measurement in acceleration/end mode;
  • Dynamic compensation on its own supports (up to 4 correction planes);
  • Built-in battery;
  • Simple and intuitive controls;
  • Designing protection of the keyboard, display and connectors from dust and moisture;
  • Great display.

The introduction of vibrometers of the ADL series at enterprises will provide:

  • significantly increase the reliability and service life of equipment
  • Eliminate the risk of emergency situations and ensure uninterrupted operation of the enterprise,
  • detect increased vibration levels in a timely manner
  • Increase your profits by reducing the cost of unexpected repairs and downtime.

Delivery content

  • ADL MS instrument unit;
  • Accelerometer
  • 1.5 m cable to vibration sensor
  • magnet for attaching the vibration sensor
  • Optical probe, magnetic stand (version ADLMS 30, ADLMS 32);
  • Temperature sensor built into the probe (ADLMS version 30)
  • USB wall charger;
  • USB cable;
  • flash drive with software;
  • operating instructions;
  • Case.

Information

The ADL MS30 Vibration Analyzer is a specialized instrument used for measuring and analyzing vibrations in various industrial applications. Here’s some information about it:

  1. Vibration Measurement and Analysis: The ADL MS30 is designed to measure, analyze, and monitor vibrations in machinery, structures, and components. It can detect vibrations in terms of frequency, amplitude, and other parameters to assess the condition and health of equipment.
  2. Model Name: “ADL MS30” denotes the model number or designation of this particular vibration analyzer.
  3. Measurement Methods: The ADL MS30 likely employs various measurement methods to capture and analyze vibrations, including FFT (Fast Fourier Transform) analysis, time-domain analysis, and frequency-domain analysis. These methods help identify vibration sources, frequencies, and patterns.
  4. Measurement Range: The vibration analyzer would have a specified measurement range, indicating the range of frequencies and amplitudes it can accurately measure.
  5. Accuracy and Precision: The specifications would include the device’s accuracy and precision in measuring vibrations, typically expressed in terms of frequency resolution, amplitude sensitivity, and dynamic range.
  6. Display and Controls: The ADL MS30 would feature a display screen to show measurement readings, spectra, and settings, along with controls and buttons for operation and configuration.
  7. Applications: Vibration analyzers like the ADL MS30 are used in various industries such as manufacturing, aerospace, automotive, energy, and transportation to monitor and diagnose the condition of machinery, detect faults, and prevent unexpected failures. They are essential for predictive maintenance programs.
  8. Portability: Depending on its design, the ADL MS30 may be portable, allowing for on-site measurements and field applications.
  9. Data Logging and Reporting: The vibration analyzer may have the capability to store measurement data for later analysis and generate reports. It could also be compatible with software for data analysis and reporting.
  10. Battery Power: The ADL MS30 likely operates on battery power, allowing it to be used in various locations without the need for a power outlet.
  11. Calibration: Periodic calibration is necessary to ensure the accuracy of the measurements. The ADL MS30 would likely come with instructions for calibration or may need to be calibrated by a certified technician.
  12. Accessories: The vibration analyzer may come with accessories such as accelerometers, mounting fixtures, cables, and software for data analysis and reporting.

Overall, the ADL MS30 Vibration Analyzer is a sophisticated and versatile tool for measuring and analyzing vibrations in industrial environments, helping to optimize maintenance processes and prevent costly equipment failures.

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