Vibration Analyzer

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Overview

A Vibration Analyzer is an instrument used to measure, store and diagnose the vibration produced by machinery. It uses FFT based tools to display the magnitude of the vibration as it varies over the frequency. The primary use is to identify and predict faults in industrial machines as well as the causes that originate them.

Measurements obtained by a vibration analyser typically identify parameters of vibration acceleration, vibration velocity and vibration displacement. In this way, vibration is recorded with great precision. Portable vibration analyser devices provide accuracy and mobility, allowing for vibration measurements to be taken effectively and conveniently in the field. Many vibration analyser products feature memories for storing vibration measurment data for further analysis.

The Best vibration analyzers are capable of saving measurements and organizing them for future analysis, thus, generating trends for each machine. These instruments are also known as data collectors.

A Vibration Analyzers is basically a computer that records vibration through one or more accelerometers. Vibration motion inside the accelerometer, is converted to an electrical current proportional to the acceleration. This signal is stored and processed in the computer to display its magnitude versus frequency with algorithm called FFT (Fast Fourier Transform).

Our Vibration Analyzer

Vibration Analyzer & Balancer - ROKADE VAB100

IROKADE Vibration Analyzer & Balancer VAB100 is suitable for all kinds of rotating machines, such as motor, pump, air compressor, windmill, gear box, steam turbines, generators, cooling towers, etc. With the powerful Analysis software, we can manage the equipment database, monitor trend of state, analyze the abnormal cause and generate the report.

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Features

When choosing a vibration analyzer, the following are the main features to focus in:

1. Number of input channels

2. Lines of resolution

3. Resolution

4. Frequency range

5. Additional functions like Balancing, ODS (3D simulations)

6. Types of sensors that it can handle

7. Portability

8. Technical support and spare parts

9. Price and Annual costs (if applied)

Benefits of Thermography Services

Increases Revenue

Increases Efficiency

Increases Safety

Reduces Lost Production time

Reduces Equipments costs

Applications

Fans

Gears

Mixer

Blowers

Oli & Gas

Automative

Agitators

Ball Mills

Genrators

Centrifuges

Pulp & Paper

Pulp Refiners

Hydro Turbine

Steam Turbines

Turbo Expanders

Electric Motors

Mill Monitiring

Axail Compressors

Turbo Machinery

Power Machinery

Reciprocationg pumps

Screw Compressors

Industrial Gas Turbines

Centrifugal Compressors

Reciprocationg Compressors

Aeroderivative Gas Turbines

Horizontal and Vertical Centrifugal Pumps

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