Vibration Monitoring and Analytics
For many machines, monitoring of vibration levels is required to adequately assess their health. 3-Sci’s Wi-Vibe product extends this well-established technique to incorporate the wireless transfer of vibration data over the WirelessHART network - the most secure, reliable, self-organising industrial wireless network available.
The Wi-Vibe hardware is built upon a high performance, affordable 3-axis accelerometer that is easily attached to machinery for accurate acceleration data. The integrated Trend Software and Data Platform uses the data to alert staff to deviations from good operational behaviour, as well as provide detailed reports from your assets.
Wireless vibration sensors
Artificial intelligence modelling
6+ years battery life
MEMS accelerometer technology
Descriptive and predictive analytics
Proven vibration evaluation
The Wi-Vibe hardware is built upon 3-axis ultra-low power, ultra-low noise MEMS accelerometer technology delivering high-end performance with an affordable price tag.
With the Trend Software and Data Platform, data is used in conjunction with vibration standards for wind turbines, hydro turbines, gas turbines and steam turbines, reciprocating machinery, etc., to evaluate the state of each machine based on the statistical analysis of historical data.
Alarm thresholds, provided by default or configured for a specific application, are used to alert you to anomalous behaviour and guide maintenance activities.
Rapid and reliable deployment
Wi-Vibe sensors are easy to install and reposition by attaching directly to machinery using the supplied magnetic mount, adhesive mount or using a ¼-28 stud. Units are autonomously powered and demonstrate a 6+ year battery life under normal operating conditions. Batteries can be replaced easily at any time on a live plant.
Vibration data is transmitted over the most secure, reliable, self-organising wireless network available, WirelessHART, proven in cluttered industrial environments. The Trend Software and Data Platform will automatically recognise new sensors on its connected networks for easy expansion and support for small or large scale deployments. Cellular and cloud networking can be provided if desired by the user.