Vibration Test Equipment for Fan Vibration: A Guide

Posted by eliteinternet on March 30th, 2021

Vibrations are all around us.  It’s no wonder people are constantly advising each other to check their vibes.  Ask a young person what it means “to vibe.”  You might learn something!

You can also question a physics teacher – you’ll hear about waves, sound waves, tuning forks, loudspeakers, etc.  Ask a math teacher, you’ll see charts and graphs, sines and cosines. 

The scientists at STI, Inc. (www.stiweb.com) have an answer: vibrations are what occur when machines and manufacturing equipment rattle all around town, causing damage and wasting time and money.

Such vibration is usually caused by imbalance in rotating parts and uneven friction.

Vibration testing equipment is a commonly used tool to carry out exhaustive condition monitoring exercises. The dawn of Fast Fourier Transform (FFT) mathematical method brought us portable spectrum analysis equipment to measure machinery vibration.

Mechanical conditions of a machine can now be analyzed even while it is in operation. Traditionally, information from vibration sensors is recorded and analyzed through portable vibration testing systems.

Such systems enable engineers to survey existing vibrations and predict future ones as well as their impact, thus helping in the development of mitigation measures. For large industrial set-ups and expensive equipment, this acts as a cost-effective condition monitoring measure.

Vibration Test Equipment with a strong emphasis on vibration testing have become a benchmark in the identification and prevention of failures, especially for rotating equipment.

Effective vibration analysis for such equipment involves installation of vibration testers and comparison of data with baseline values to assess the defects, if any.

For example, cooling fans require this technology.  The fans, the blades, the gears, the motors – they all require monitoring to work.  Cooling fans can’t fail – it could be a disaster! They must be adequately repaired and remain in outstanding condition.  This tech helps.

Maintenance costs are usually what compels professionals to start researching fan vibration equipment.  They will often find they should have invested in the tool years ago.  There’s no better way to be sure your fan is in good health than with regular observation and reports.

Now that fan vibration is on your mid, think about the whole assembly line, the whole plant, the whole region or globe even. Are those machines in good operating order?  If not, you may need to consider implementing a worldwide plan to measure the health of your machines.

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