Meeting Sustainability Goals Using High Volumes of Vibration Data
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Meeting Sustainability Goals Using High Volumes of Vibration Data

In this Best Practices webinar, Michael DeMaria, Product Manager for Fluke Reliability, will discuss the evolution of permanently installed online vibration monitoring systems. Michael will introduce a new integrated solution from the Prüftechnik Vibguard online hardware to deliver diagnostics analysis at scale and meet expectations for asset health and corporate sustainability objectives. Speaker:Michael DeMaria, Director,…

Fluke 831 Laser Shaft Alignment
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The Importance of Precision Shaft Alignment

Discussing the real return on investment of properly aligning rotating equipment. As there is a renewed focus on reliability and vibration monitoring, I focus on a root cause. An often-quoted comment is “…why align a machine when it is fitted with a flexible coupling designed to accommodate misalignment?” I will talk about why this one…

Figure 2. Four procedural techniques can be logically mapped to known failure modes. Once causation has been identified, these techniques direct which failure-eliminating or mitigating corrective activities make the most sense, such as scheduled discard and/or planned restoration.
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Diagnostic Engine: Empowering Data Analytics

Ensuring the success of your connected reliability program is essential for the management team. Many companies today are facing vibration data overload, where the excessive amount of vibration data exceeds analytic capacity in today’s wireless sensor world Azima DLI manages over 500,000 machine tests per year and uses algorithms, metrics, and processes to sustain those…

MRO
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How to Leverage AI to Help Define Spare Parts Criticality Methodology

Reliability and Operations teams have always struggled with a repeatable process for defining criticality for maintenance spare parts management. It is often too easy to make everything critical and often entails a binary method of “yes/no” or “true/false.” Most criticality review processes are static (one and done) and are not revisited nor adjusted with changing…

IIoT manufacturing worker

Predictive Maintenance, the Baby Steps to Big Results

During this session we will review impact (safety moment), maintenance strategies, sensors, IOT gateways, monitoring options, baby steps, and the “Why?”. Speaker:Gary Stevens CRL, FMP – Director of Engineering and Maintenance at C&W Services With over 28 years of maintenance, reliability, and construction experience, Gary Stevens has held various roles of increasing responsibility and led…

Maintaining Reliable Assets, a Resource Constraint Economy

Maintaining Reliable Assets, a Resource Constraint Economy

This webinar discusses the labor constraints and experience constraints companies are facing when it comes to maintaining the health of their assets. Discover strategies to optimize asset management despite workforce shortages and how companies leverage technology and expertise to overcome experience-related hurdles. Speaker:Michael DeMaria, Product Manager for Azima DLI, a Fluke Reliability Company Michael is the Product…

CMMS implementation

Wireless Sensor – MEM’s Accelerometer Basics

In this topic we will discuss the use and utility of MEM’s sensors for vibration analysis. We will compare attributes of legacy Piezo electric sensors vs MEM’s including how each works, and strengths & weakness of each. We then discuss how we can leverage the MEM’s sensor in a wireless sensor package and what results…

preventive maintenance

Slow-speed and Early Fault Detection, How to Solve

This webinar will introduce you to Azima DLI’s proprietary diagnostic technique, Impact Demod. This powerful tool allows analyst to get deeper insights into the vibration data for rotating assets, providing improved visibility to the source of vibration, extending the application of vibration analysis to slower speed assets, and finding early bearing faults to properly plan for…

condition monitoring

Exploring Online, Offline, and Remote Condition Monitoring

Preventing downtime of industrial rotating equipment using Industry 4.0 (IIOT) vibration analysis and traditional route-based portable hand-held spectral analyzers in Pulp & Paper, Food and Beverage, Automotive, Gas & Oil, and Mining Industries. Speaker:Derek Lammel – Reliability Engineer, Certified ARP-E, Cat 3 Vibration, Level 1 Thermographer, Motion Amplification Level 1 Analyst Download the presentation deck…

A vibration sensor monitors a bearing.

Key Tips for Installing Wireless Sensors in a Predictive Maintenance Program

Interested in starting a predictive maintenance program with wireless vibration sensors? Starting with the right steps can place your program on a path of long-term maintenance success. Join our vibration sensor team as they walk through the important steps to consider and share tips on how to begin setting up your program and your sensor….