Peter Eithier
Webinars
Accelerometer Mounting Techniques for Reliable Measurements
This webinar will advise vibration practitioners on determining the ideal location and mounting method of vibration sensors for a variety of machines and monitoring applications. Specific guidance is given for permanent accelerometer installations, route-based data collection, high-frequency vibrations, low-clearance locations, and electrical isolation
- Peter Eitnier
- Wilcoxon Sensing Technologies
Webinars
4-20mA Vibration Monitoring Considerations
Discussion focusing on vibration monitoring using 4-20mA products. Loop powered sensors, vibration transmitters, display and alarm modules will be covered as well as their most important product selection considerations and various combination possibilities.
- Peter Eitnier
- Wilcoxon Sensing Technologies
Two Minute Tips
Triaxial Accelerometer Considerations
Triaxial accelerometers are a useful combination of three sensing pellets, each taken from a single-axis accelerometer and oriented in a new package to cover all three Euclidean axes, that can quickly evaluate a machine’s condition. Obtaining data from just a single measurement axis can certainly clue you into developing machine faults and their severity, but monitoring all three axes, especially at both ends of the machine, gives the clearest picture of overall machine health.
- Peter Eitnier
- Wilcoxon Sensing Technologies
Five Minute Facts
Proper Grounding Techniques – Avoiding Radio Frequency Interference
Interference of electrical signals, whether through radio frequencies (RF), electromagnetic forces (EMI) or other sources, has long been recognized as an issue that can plague accelerometer applications. This electrical interference can manifest as increased noise, signal interruption, or erroneous data altogether, eroding trust in the measurement system and complicating machine fault analysis.
- Peter Eitnier
- Wilcoxon Sensing Technologies
Five Minute Facts
Galvanic Isolation in Signal Conditioners: Why is it Important?
Galvanic isolation was developed as a response to galvanic paths and subsequently, the signal interference they cause. A galvanic path is defined as a path in which there is a direct electrical connection between two or more electrical circuits that allow current to flow..
- Peter Eitnier
- Wilcoxon Sensing Technologies
