GROUP #2

These devices measure acceleration (the rate of change of velocity) and can be used to measure vibrations in machinery, buildings, vehicles, etc.

Measurement of Machine Vibration

Is a measure of mechanical stress.

It is a quantity that designates how fast and in what direction a point is moving.

Is responsible for altering an object's velocity.

It enable us to monitor and assess the performance of machines or objects to ensure they are running smoothly.

It can detect higher-frequency movements more effectively.

It has been developed for industrial machine vibration monitoring.

Vibration Sensors Used in Industries

It is the most popular vibration sensor type.

It measures vibration through converting the mechanical energy of the vibration into an electrical signal.

Are components generating electrical charge when stress is applied.

It has a more extended high-frequency capability as compared to other types of vibration transducers.

It is good for monitoring rotating and reciprocating equipment and for general vibration measurement.

These are equipment or devices that are used in the process of collecting raw and complex data in which its job is to condition the signal into a data where the computer is able to understand.

5 Parameters of Vibration Signal

It refers to how "big" or "strong" a vibration is at a specific moment without comparing it to other vibrations.

It simply refers to how fast and how many times something vibrates back and forth.

It is like knowing where something is in its back-and-forth motion.

It is like telling someone where an object is at that specific moment while it's moving back and forth.

In vibration referes to the pattern or way something shakes or vibrates.

It is like getting a clear picture of what's happening with the vibration.

These sensors typically consist of components such as a wireless transmitter, a power source, a microcontroller, and a receiver or data logger.