In high-reliability industries like aerospace, defense, and industrial diagnostics, precise vibration measurements are essential. But verifying and maintaining that accuracy depends on using the right tool and that’s where accelerometer calibrators and simulators come into play. While they’re often mentioned together, calibrators and simulators serve different purposes. Misunderstanding the distinction can lead to incorrect testing methods, wasted time, or even compromised data quality. This blog will help you understand the difference between accelerometer simulators and calibrators, compare key specifications, and identify the best use case for each. Calibrator vs. Simulator: Understanding the Tools Let’s start with a quick [...]

Accelerometers play a crucial role in measuring vibration for aircraft engines, industrial machinery, and structural health monitoring. But like any precision instrument, their readings can drift over time, affecting data accuracy. That’s where accelerometer calibration becomes essential. Whether you're verifying sensors in a lab or testing data acquisition systems in the field, following a structured calibration approach ensures your vibration measurements remain accurate, traceable, and compliant with industry standards. What Is Accelerometer Calibration? Accelerometer calibration is the process of comparing the sensor’s output against a known reference standard to determine if it’s producing accurate results. If there’s a deviation, [...]