Considerations to Make Before Buying Sensors

Buying sensors for machine vibration, such as a piezoelectric sensor, can be mindboggling if you’re not aware of what goes into the process.

Sensors, in the industrial sector, are a permanent mainstay. Engineers, foremen, and supervisors agree that the ability to use electronic sensors to measure machine details is an improvement in what was once a far more inefficient plant manufacturing process.

Points to be considered: level of vibration, frequency range, chemical compositions, combustibility, electromagnetic fields, acoustics, size and weight, cable length, temperature, power-supply, instrumentation, and water-proof means of connecting the pieces.

All of these attributes are a factor in the equation that leads to the right sensor. When you have all of the information needed to make a selection, you contact a reliable partner (www.stiweb.com) for a sensor to measure machine vibration.

Two additional rules:

1. High-frequency sensors have a low sensitivity (on average)

2. High-sensitivity sensors have narrower frequency ranges

The Sensitivity Range:It’s important to know the range of the vibration amplitude so that you select the right type of sensor for your configuration.

The Frequency Range: The frequency must be determined before selecting systems or vibrating machine condition monitoring equipment. If you’re not on track, it will be hard to know if your results are correct.

Role ofGearbox Vibration Sensor: Don’t underestimate the role of the gearbox vibration sensor. These sensors are popular in production lines and oil refineries to ensure the plant is safe and running well.

Vibration sensor technology has certainly come a long way, and the experts are expecting it to progress into the future at a rapid rate. Be sure to read up on sensors before making a selection.