Our objective is to collect the vibration in order to identify the input—the force. From basic physics, if you have a mass and shake it by a force, it will vibrate corresponding to...
Motion amplification uses a camera and a collection system. We use the pixels of the camera as vibration sensors—each pixel becomes a vibration sensor. The idea here is that...
I’ve used motion amplification in industry intensively over the last two years. We’ve had some great successes with it, and it’s changed the way I do my work. We used this technology on cooling water pumps that are…
We're so used to measuring the heartbeat of the machine (the frequency), and the amplitude and severity of vibration. Here, we're going to use a technology called motion amplification to analyze how the machine moves visually...
Paper Machine #6 is one of the largest paper machines in the world. The machine speed is 1500 mpm and it has more than 250 rollers, meaning more than 500 bearings. To monitor it all, we use...
We have many technologies available, such as vibration, ultrasound, infrared, and oil analysis. Now, we need to select which technology to use with each piece of equipment...
In this interview, we speak with Subbu about his start in the lubricant analysis field, and get his point of view about key tools and changes in the reliability, lubrication, and wireless vibration analysis industries…
In this interview, Tim De Block shares how he got started in the vibration field, along with the possibilities for growth with PDM and what the future looks like for the condition monitoring industry…
This case study investigates Duke Energy’s quest to replace its monthly, manual data collection practices with daily, remote data collection and monitoring.
By using this site you agree to our use of cookies. You are free to manage this via your browser setting at any time. To learn more about how we use the cookies please see our cookies policy.