The common goal of all vibration measurement tools is to locate and address machine vibration issues.
Take a close look at where your company is in its reliability journey before making a decision.
Are you satisfied with the state of your operations and maintenance procedures at the moment? Do you have the infrastructure and connection necessary to conduct a vibration measurement?
Progress is frequently slowed down by a lack of funding, technical expertise, in-depth knowledge, and strong organizational support, which results in the selection of the wrong vibration measurement tools.
What is vibration measurement tool?
A vibration meter is employed in manufacturing for quality control, product testing, and machine condition monitoring.
In order to analyze frequency, many machine maintenance specialists pair vibration meters with sound level meters.
The vibration of structures like buildings, roads, and bridges can also be measured with a vibration meter in civil engineering.
The vibration of the human body can also be measured using specialist vibration meters.
Vibration acceleration, vibration velocity (speed), and/or vibration displacement are all parameters that every vibration meter will measure.
A portable vibration meter often has a memory for storing measurements.
For accumulating and storing vibration measurement data over time, most vibration meter devices come equipped with an integrated data logger.
In this technique, precise vibration measurement data can be collected.
Types of vibration measurement meter:
- Handheld Vibration Meter.
- Tools Portable Vibration Tester.
- Tools Handheld Vibration Analyzer Tools.
- Wireless Screening Vibration Sensor.
- Wireless Vibration Analysis Sensor.
- Wired Vibration Monitoring System.
Standard qualities of these meters:
- Portable vibration meters often weigh very little and are very simple to use.
- The total values of the vibration are presented in the units of displacement, velocity, and acceleration.
- It incorporates a display with backlighting, which makes it possible to measure even in dimly lit environments or indoors.
- In most cases, it possesses a genuine RMS measuring indicator and comes equipped with an automatic power-off feature.
- It is appropriate for use in the monitoring of equipment vibration brought on by issues such as out of balance, misalignment, gear damage, bearing defects, and so on.
Mechanical vibration meter:
The user is responsible for selecting an appropriate accelerometer according to the mechanical type.
The accelerometer that monitors low frequency acceleration levels is very sensitive since it measures low amounts of acceleration.
At the same time, accelerometers designed for high frequency can monitor significant levels of acceleration despite their small size and limited sensitivity.
In most cases, the piezoelectric accelerometer is the instrument of choice when it comes to determining the magnitude of vibrations with a frequency of more than 1 Hz.
It can measure vibrations in the upper frequency range using its high-frequency function, which is ideal for this purpose.
The majority of their applications are in the monitoring and diagnostic testing of mechanical installations in manufacturing plants, namely vibration monitoring.
The following are some examples of typical uses for a vibration measurement meter:
The vibration of structures such as buildings, roads and bridges, railway lines, airport quarries, and other heavy industrial locations.
All of these can be measured with the assistance of vibration meters, which are utilized in the field of civil engineering.
In addition to this, the building undergoes vibration as a result of external factors such as wind, rain, and earthquakes,
As well as inside factors such as the elevator, ventilation, and HVAC systems.
Therefore, testing for vibration can assist in locating regions of a building that are more susceptible to damage as a result of vibration.
It is also utilized in the process of measuring the vibrations that are produced by the human body.
The instrument is also able to measure other characteristics, such as the acceleration of vibrations, the velocity of vibrations, and the displacement of vibrations.
Tips for Selecting a vibration measurement tools:
Consider which machinery problems you want to solve first and why. Examine your most expensive maintenance issues.
If a manufacturer has a pilot programmed, take advantage of it, a trial allows your company to try out a tool before purchasing it.
Depending on the provider, the company may also receive expert assistance in ensuring effective pilot setup and success.
To ensure that your vibration measurements are focused on the correct machinery, conduct an asset criticality analysis (ACA).
An asset criticality assessment analyses data to determine the true economic worth of your most important assets and eliminate biases.
Why choosing Power House?
We are an organization utilize agreed-upon criteria to assess, classify, and rank assets and classify them as production crucial, semi-critical, or less critical.
We offer you the best vibration measurement tools with complete hardware, software, and services for remote condition monitoring to help you get started, stay on pace, and make sure you keep growing.