Sensoteq
Two Minute Tips
Striking the Balance: Automated vs. Manual Diagnosis
Vibration data is, at its heart, complex. Analysts require many years of experience in both reviewing data and a high level of understanding of the machinery...
- David Procter
- Sensoteq
Two Minute Tips
When to go Wireless, and When Not
When it comes to condition monitoring, wireless technology is becoming ubiquitous for sensing applications. But many analysts still have a tried and tested portable monitor in their arsenal, so this begs the question, why should wireless sensors be used, and is there still a place for the more traditional route-based option?
- David Procter
- Sensoteq
Two Minute Tips
Sensor Fusion: The Path to Proactive Plant Maintenance and Operational Excellence
A powerful approach for improving plant maintenance programs is the integration of multiple sensing technologies to improve coverage of machines and different failure modes. This can be further complemented by effective analysis of the data from all the different sources. When using multiple sensors like this, it is called Sensor Fusion...
- Alan McCall
- Sensoteq
Interviews
Machine Learning, Sensors, and AI- What’s the Scoop?
Today, we sit down with Anil Lakhlan from Sensoteq to discuss machine learning and AI technology, along with sensors and vibration analysis.
- Anil Lakhlan
- Sensoteq
Two Minute Tips
MEMS Accelerometers and Yearly Calibration
A handheld portable vibration data collector typically uses a piezoelectric sensor. Normally this would require a calibration every year or two, as a piezo crystal output can drift over time. MEMS (Micro-electromechanical systems) accelerometers do not require recalibration every year which make it ideal for use in a wireless vibration sensor. Why is this?
- Alan McCall
- Sensoteq
10 Minute Talk
Creating the Ultimate Wireless Sensor
Sensoteq's David Procter explains the way to create the ultimate wireless sensor...
- David Procter
- Sensoteq
Two Minute Tips
Determining the Battery Life of a Wireless Vibration Sensor
Wireless vibration sensors have their place in a good reliability program and can really benefit the maintenance team’s ability to monitor machine health reliably.
- Alan McCall
- Sensoteq
Two Minute Tips
Size Matters!
Designing a sensor for wireless condition monitoring is a complex balancing act between meeting performance requirements whilst adding the most value for the end user. The choice of technology becomes crucial when trying to optimize certain aspects of the design.
- David Procter
- Sensoteq
Webinars
Wireless– Revolution or Revolt?
How wireless technologies can compliment an overall condition monitoring strategy.
- David Procter
- Sensoteq
