Vibration meters are instruments used for non-destructive measurement of the main parameters associated with vibrations in machinery, systems and mechanical components. Measurements can cover acceleration, RMS velocity and displacement, providing useful indications about the machine’s dynamic behaviour and potential changes from normal operating conditions.
A portable vibration meter is particularly useful for maintenance, quality control and field inspections, as it allows quick checks on bearings, motors, pumps, fans, transmission systems, machine tools and rotating components. Vibration analysis helps identify signs associated with wear, imbalance, misalignment, mechanical looseness or anomalies that, if overlooked, may affect plant reliability and production continuity.
The range includes a single-axis model, SA6360, and a triaxial model, SA6380, allowing the most suitable instrument to be selected according to the type of check required. The single-axis vibration meter is suitable for direct measurements along one axis at a time and practical checks at specific points on the machine. The triaxial vibration meter, on the other hand, assesses vibration behaviour along the X, Y and Z axes, making it useful when a more complete assessment of vibration in different directions is required.
The measurement of acceleration is particularly suitable when high-frequency phenomena need to be observed, often associated with bearings, gears and rotating mechanical components. Vibration velocity is one of the most widely used parameters for assessing the overall severity of machine vibration, while displacement is more useful for checks on low-speed machinery, where changes in vibration movement become more significant.
To obtain measurements that can be compared over time, checks should always be performed at the same points while maintaining proper coupling between the sensor and the surface. The magnetic base makes positioning easier on suitable surfaces, while the stinger probes allow direct contact with the measuring point where required. This approach makes it possible to build a vibration history and track changes in machine behaviour, supporting a more planned maintenance approach that is less emergency-driven.
The data output allows connection to optional software for data collection: data transfer and visualization take place with the vibration meter connected to a PC, making it possible to store measured values and track their trend during checks. The earphone output, used with optional earphones, also allows the signal to be listened to as a practical aid for locating anomalies in machinery and bearings.
For those looking for instruments for measuring vibrations in industrial applications, these vibration meters provide a practical solution for checks on operating machinery, periodic inspections, preventive maintenance and comparative analysis between points or similar machines.
Calibration report available on request.
Applications
- Vibration monitoring on industrial machinery and mechanical systems
- Periodic checks on bearings, motors, pumps, fans and rotating components
- Monitoring of imbalance, misalignment, wear and mechanical looseness
- Preventive maintenance and planned maintenance inspections
- Measurement of acceleration, RMS velocity and displacement in mechanical vibrations
- Comparison of measurements taken repeatedly at the same points over time to assess changes in machine behaviour
- Field measurements in production departments, workshops, laboratories and maintenance services
FAQ – Vibration meters
What is a vibration meter used for?
A vibration meter is used to measure vibration generated by machinery, systems and mechanical components. The measured values help assess the operating condition of the machine and identify potential anomalies before they develop into more significant failures.
What is the difference between a single-axis and a triaxial vibration meter?
A single-axis vibration meter measures along one axis at a time and is suitable for direct checks at specific points. A triaxial vibration meter measures vibration along the X, Y and Z axes, providing a more complete assessment when vibration direction is an important part of the analysis.
Which parameters does a vibration meter measure?
A vibration meter can measure acceleration, RMS velocity and displacement. Acceleration is useful for high-frequency phenomena, velocity is widely used to assess overall machine vibration, while displacement is more suitable for checks on low-speed machinery.
Can a vibration meter be used to check bearings?
Yes, vibration monitoring is one of the methods most commonly used to observe bearing behaviour during operation. Unusual signal variations may indicate wear, defects or operating conditions that require further investigation.
Why is it important to measure vibration over time?
A single measurement provides an indication at a specific moment, whereas repeated measurements at the same points make it possible to observe changes in the machine. A progressive increase in vibration may indicate deterioration, wear or the need for maintenance work.
Can a vibration meter be connected to a PC?
Yes. With optional cable and software, measurements can be transferred and viewed while the instrument is connected to a PC. This function is useful when data need to be collected during checks and retained for later comparison.
When is the earphone output useful?
The earphone output makes it possible to listen to the signal detected by the instrument. This can help the operator locate abnormal noises or signal variations on bearings and machinery, especially when comparing points or machines operating under similar conditions.
Is a calibration report available for vibration meters?
Yes, a calibration report is available on request for vibration meters, helping document instrument control within company quality and maintenance procedures.
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