Continuous monitoring

What’s New
The Todd and Noah Podcast
  • Motor Testing

Benefits of Continuous Monitoring (what type of data should you be collecting and how should that data be delivered to the analyst) – Todd and Noah Show

Taking a look at the next step in electric motors. In this episode, Todd and Noah talk about today's technology, how it looks forward to tomorrow in continuous monitoring and the benefits of doing so.

Webinars
  • Ultrasound

Remote Continuous Monitoring with Ultrasound

The ability to monitor the condition of assets 24/7, from any location, is becoming the new trend in maintenance best practices. Just how far has technology come in asset maintenance, and what does that mean going forward?

  • Graham Fonseca
  • UE Systems
Webinars
  • Lubrication

Continuous Monitoring of Lubricated Assets: What Does It Really Tell Me?

While Industry 4.0 has brought real-time monitoring of assets to the forefront, what are we learning? In this webinar we’ll explore several case studies of continuously monitored assets. We’ll also look at case studies from vibration and ultrasound that show conditions that were undetected with route-based monitoring.

Webinars
  • Condition Monitoring Management & AI

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.

Two Minute Tips
  • Vibration Analysis

Online Monitoring Systems | How to choose?

Online monitoring is the process of utilizing permanently mounted sensors to regularly check the condition of a machine. Online monitoring should consist of more than just vibration sensors. Given there are many different failure modes it is best to utilize a variety of sensor types to monitor the necessary variable to ensure early warning of failure.

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