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 Perform simple vibration measurements in the field

Vibration Measurement > Mechanical vibration
A compact portable vibration meter can be used for example to measure vibrations in order to check the operation condition of machinery in the field.

 Perform vibration testing on production lines

Vibration Measurement > Mechanical vibration
The setup is intended for final inspection by vibration testing on production lines.

 Perform monitoring of microvibrations

Vibration Measurement > Mechanical vibration
Intended for vibration monitoring of semiconductor manufacturing equipment and similar applications, this system measures microvibrations that normally cannot be detected by a regular accelerometer.

 Perform mode analysis for an object

Vibration Measurement > Mechanical vibration
This setup allows mode analysis of a structural object.

 Determine a natural frequency

Vibration Measurement > Mechanical vibration
To measure the natural frequency of machinery or a structural object, an accelerometer and an FFT analyzer with at least one channel are required.

 Perform frequency analysis for devising countermeasures against vibrations

Vibration Measurement > Mechanical vibration
Frequency analysis with the aim of devising countermeasures against vibrations in machinery

 Perform tracking analysis of vibrations on rotational machinery

Vibration Measurement > Mechanical vibration
Measure the relationship between vibrations and revolution speed of rotational machinery, and perform analysis to determine the cause of vibrations and to examine resonance conditions.

 Perform drop shock measurement for machinery

Vibration Measurement > Mechanical vibration
A compact, lightweight accelerometer and general-purpose vibration meter can be used for acceleration measurements in drop shock testing.

 Measure vibrations in a high-temperature target object

Vibration Measurement > Mechanical vibration
If the measurement target object is at a high temperature, an accelerometer designed for high-temperature use is required.

 Measure vibration transmission coefficient

Vibration Measurement > Mechanical vibration
By measuring the vibration at the exciter side and the frequency response function of the vibration at the receiving side (transfer function), the vibration transmission coefficient can be determined.
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