
General purpose PC and standard programming language makes the vibrationĪnalyzer simple, economical, and adaptable to a variety of problems.

The personalĬomputer used is a 66 MHz PC-486 compatible machine. Software for the analyzer is menu driven and user-friendly. Most of the functions available in complex, stand-alone machines. With these features the vibration analyzer can perform Special algorithms, such as window smoothing, digitalįiltering, data archiving and graphic display have also been Vibration signals up to 10 kHz can be analyzed by the Performing data acquisition and frequency spectrum computation usingĬ-language. Fast execution speed has been achieved by TheĪnalyzer acquires multiple vibration signals with high resolution, andĬomputes frequency spectra, root mean square amplitude, and other peak

A fast-response PC-based vibration analyzer has been developed forįault detection and preventive maintenance of process machinery.
