Data Collection
Webinars
What Happened When We Used a MEMS Accelerometer for Route Based Data Collection?
Most wireless vibration sensors used in IIoT machine health applications today will have MEMs technology under the hood; however, many vibration analysts are still skeptical whether this is truly a viable alternative to traditional accelerometers.
- Matthew Moore
- Moore Reliability Limited
Webinars
Can Wireless Vibration Sensors Replace Route Based Data Collection?
Wireless sensors, artificial intelligence and machine learning offer the promise to deliver advances in predictive maintenance by automating the monitoring of your machine health.
- Matthew Moore
- Moore Reliability Limited
Webinars
Approaching Machines That Are New to You for Condition Based Maintenance
Whether you are an experienced vibration analyst or a novice, approaching machines that are new to you can present challenges. This presentation describes a sequential method that may be helpful in getting started in this process. Sometimes it’s nice to have defined steps to follow in order to get the data you need about the machine and it’s operation. By doing so, you will have a better chance of getting useful data that can lead to quicker and more refined diagnostics in the future.
- Bob Martin
- IMI Sensors
Webinars
The Detection of Gear and Bearing Defects Using Electrical and Current Signature Analysis
In this presentation we will discuss how to use ESA/MCSA to detect bearing and gear defects in a variety of driven equipment including geared elevators, cooling towers, and other applications, even when we are looking at a few RPM. We will discuss how to determine the correct frequencies as well as how to determine the defect severity amplitudes in -dB, and how to isolate the machine you are testing from nearby machines. Several case studies will be presented including an AC building elevator, a cooling tower, and at least one complex (multi-stage) gearbox using both data collection and continuous monitoring.
- Howard Penrose
- MotorDoc LLC
Webinars
Understanding the Unique Advantages and Scalability of Wireless Machine Health Monitoring
As wireless sensor technological innovation continues to leapfrog into the industrial space it is critical to understand the strengths and weaknesses of wireless sensor technology to properly scale and deploy robust and reliable data driven wireless sensor networks.
- Dr. M. David Howard
- Erbessd Instruments
Webinars
Efficient Vibration Data Collection For Condition Based Maintenance Programs
Condition-based maintenance is an important strategy used to achieve the quality and capacity that is required in manufacturing today. To achieve these goals, vibration analysis is helpful for determining rotating equipment condition and performance. Collecting correct and usable vibration data is critical to the success of any vibration analysis program. Unfortunately, there are challenges that must be overcome in order to provide this data that were not necessarily issues in the past.
- Bob Martin
- IMI Sensors
Case Studies and Stories
How to Analyse a Bearing Condition
This case study is done in association with a global rail company where VibCloud is utilised for ongoing locomotive monitoring for many years now. Case study demonstrates how to analyse vibration in order to determine bearing condition.
- Petar Spaseski
- iTnnovate
White Papers
Gaps in Your Electric Motor Reliability Program
Businesses invest millions of dollars in what they believe will be a fail-safe maintenance program for their electric motors. Regular tests are scheduled for each motor; engineers dutifully record the data when required and then move on to the next motor.
- Noah Bethel
- PdMA Corporation
Five Minute Facts
“Just Because You Can, Doesn’t Mean You Should”
We at IRISS cannot stress the importance of safety for electrical personnel enough and that why we created the IR Windows and Ultrasound Ports to help protect those doing electrical inspection by minimizing risk in this CBM data collection task.
- Drew Walts
- IRISS
This webinar distills the crucial lessons learned and insights gained into the top 10 considerations for successfully adopting and implementing remote, autonomous lubrication systems.
Wednesday, June 19, 2024 | 1:00PM – 2:00PM EDT
