Get the most accurate vibration data
Expert guidance on sensors, cables and signal conditioning
Selecting the right accelerometer, cable, and signal conditioning is crucial for obtaining accurate and reliable vibration data. A common mistake in testing is assuming your software will detect errors—but it won’t. Your system will process whatever signal it receives, whether accurate or not.
Did you know?
Using the wrong accelerometer, cable, or mounting method—or neglecting regular calibration—can introduce up to 35% error in your data.
Even though sensors are often the smallest part of your setup, they are the most critical. A high-quality sensor ensures high-quality results.
Need expert advice?
Not sure which accelerometer, cable, or instrumentation setup is right for your needs? Our team is here to help.
Contact our experts today for tailored guidance on achieving the most accurate vibration measurements.
Understand the principles of piezoelectric sensing and how it impacts vibration measurement.
Discover how extreme environments affect sensor performance and what solutions are available.
Find out why cross-axis errors can compromise data accuracy and how to minimise them.
Understand how mass loading affects test results and how to mitigate its impact.
Decode technical specifications to choose the right sensor for your application
Step-by-step guidance on choosing the correct sensor for your specific testing needs.
Compare different accelerometer types to find the best fit for your setup.
Learn about signal conditioning and data acquisition for vibration measurement.
Avoid signal loss and interference with expert guidance on cable selection.
Proper installation is key—discover the best mounting methods for optimal results.
