More than yet another design house
More than yet another design house
A failure of large power systems results always in economic losses due to breakdown of the electric supply immense repair costs. That is the reason for the monitoring and diagnostics of operational states of the machine components, and why it attracts more attention than ever before. The Vibration Monitoring System is a scalable diagnostics platform useful for multitude of methods based on analyzing the time of arrival of given events. Such methods include Blade Tip Timing for low-pressure turbine blades, torque measurement, acoustic localization of defects, or short detection of high-voltage lines.
Nevertheless, the problem itself is a quite sophisticated task to be done. The whole system chain composes of the sensors, amplifiers, signal processing and software with the algorithms and of coarse storage for the late analysis of the campaign.
| Parameter | Value |
|---|---|
| Height | 3U |
| Width | 19" |
| Depth | 275 mm |
| Number of channels per uit | 16 |
| Sampling frequency | 100 MHz |
The hardware platform (as seen at the top of this page) is composed of one MCU card that handles communication with outside world and from 1 to 16 Front-end cards each handling one sensor channel. Hence up to 16 sensor can be analyzed using a single VMS platform unit that leads to more cost-effective solution. A wiring and interconnection with the amplifiers is done via Rear End Card from backside of the unit. In special cases the interconnection on FE Card can be provided (see Photogallery). Signal conditioning is done via sensor amplifier.
The VMS targets the field of vibration monitoring inside rotating machines (steam turbines, rotary pumps, compressors, etc.) where the high frequency sampling (up to 100 MHz) is needed for identification of the failure phenomena. Typical applications include vibrations in rotating components (blades), localization of cracks based on guided waves, motion of loose parts in rotating machines, etc.
The sampling capability of current systems cannot sufficiently detect impending damage early enough. Suitable system or technology for special cases (such as online monitoring of rotating shrouded blades) is not currently available on the market at all. The VMS system is bridging this gap.
EN - VMS-1001 flyer
EN - VMS-1201 datasheet
EN - VMS-1301 datasheet
EN - VMS-1401 datasheet
Do not hesitate to leave us an enquiry or a feedback on the VMS.
A failure of large power systems results always in economic losses due to breakdown of the electric supply immense repair costs. That is the reason for the monitoring and diagnostics of operational states of the machine components, and why it attracts more attention than ever before. The Vibration Monitoring System is a scalable diagnostics platform useful for multitude of methods based on analyzing the time of arrival of given events. Such methods include Blade Tip Timing for low-pressure turbine blades, torque measurement, acoustic localization of defects, or short detection of high-voltage lines.
Nevertheless, the problem itself is a quite sophisticated task to be done. The whole system chain composes of the sensors, amplifiers, signal processing and software with the algorithms and of coarse storage for the late analysis of the campaign.
The hardware platform (as seen at the top of this page) is composed of one MCU card that handles communication with outside world and from 1 to 16 Front-end cards each handling one sensor channel. Hence up to 16 sensor can be analyzed using a single VMS platform unit that leads to more cost-effective solution. A wiring and interconnection with the amplifiers is done via Rear End Card from backside of the unit. In special cases the interconnection on FE Card can be provided (see Photogallery). Signal conditioning is done via sensor amplifier.
The VMS targets the field of vibration monitoring inside rotating machines (steam turbines, rotary pumps, compressors, etc.) where the high frequency sampling (up to 100 MHz) is needed for identification of the failure phenomena. Typical applications include vibrations in rotating components (blades), localization of cracks based on guided waves, motion of loose parts in rotating machines, etc.
The sampling capability of current systems cannot sufficiently detect impending damage early enough. Suitable system or technology for special cases (such as online monitoring of rotating shrouded blades) is not currently available on the market at all. The VMS system is bridging this gap.
Do not hesitate to leave us an enquiry or a feedback on the VMS.
| Parameter | Value |
|---|---|
| Height | 3U |
| Width | 19" |
| Depth | 275 mm |
| Number of channels per uit | 16 |
| Sampling frequency | 100 MHz |