Automation systems collect continuous data -- capturing running, speed, faults, temperature and other performance metrics every second or so, or even on a shorter increment.
Vibration responses of the system under various conditions of different rotational speeds, fault types and fault degrees were acquired.
Protective control actions may include high-speed fault clearing, high speed reclosing, regulated shunt/series switching of reactive devices [14].
A high-speed fault detection and isolation method that utilizes the natural characteristics of the DC difference was presented in [80], and made it possible to use the high-speed circuit breaking technologies.
Assuming that high-speed fault rupture occurs only in the asperity and will stop when the fault rupture reaches the surrounding area, the difference between the asperity MDR and the estimated MDR indicates that the seismic moment of the earthquake generated at that asperity is overestimated by the geodetic data inversion.
Bill and his group have built the J-Machine, a fine-grain concurrent computer and the Reliable Router, a high-speed fault-tolerant network component that includes simultaneous bidirectional signalling and a low-latency plesiochronous synchronizer.
The results show an enhanced accuracy and speed in fault recognition and high degree of robustness.
The switched reluctance machine has been studied for generator applications especially where robustness, high speed, and fault tolerance are important.
Moreover, the speed of fault injection is enhanced by direct LUT configuration data modification inside a bitstream frame.
At slow operating speed, the fault related signal features get smeared/masked due to slip, vibration of other machine parts, noise and disturbances.
