Vibration and Runout Measurement

Vibration measurement relies on detecting cyclical displacement using various tools and methods. It’s a crucial part of mechanical maintenance, as it can be used to predict machinery failure. Some commonly used tools for vibration measurement include vibration measurement sensors and meters, accelerometers, seismometers, and laser Doppler vibrometers.

Runout measurements are typically assessed as deviations of a rotating part, which includes both radial and axial runout. Some of the most common radial measurement tools include dial indicators (which are the most commonly used tool for measuring runout), laser alignment systems (which are used for more precise measurements) and CMMs.
Eliminating runout is an important factor in establishing operational stability and longevity of your machines and equipment, as it increases operational efficiency and prevents costly breakdowns and downtime associated with unforeseen maintenance.

Runout is a mechanical phenomenon that affects a surprisingly wide variety of items, especially those that involve rotational movement or circular components. It’s commonly observed in mechanical and industrial applications, but it’s also found in everyday objects.
Besides rotating machinery parts, runout can happen in automotive components, computer hard disks, optical and measuring instruments, pumps and compressors, turbine blades, rotors, and even DVDs and CDs.
In each of the aforementioned cases, runout is inefficient and causes wear, noise, vibration, and in some cases even operational failure or various safety issues and concerns. It’s therefore important to minimize runout as much as possible.
When selecting a sensor to monitor vibration or deflection, you should consider the accuracy and speed to ensure it's suitable for the amplitude and frequency of your target. You can browse some options below or request a free consultation with a local specialist to get additional recommendations.