Maintenance worker looking at computer screens

Sustainability in Maintenance and Reliability: The Role of Technology in Supporting Sustainable Practices

Let’s face it, the dotted line to your organization’s sustainability goals is quickly solidifying. With global shifts towards emissions tracking, identifying waste streams, and utility usage, organizations are under heavy scrutiny to account for risks and define their approach toward sustainability and ESG. All while facing the challenge of producing products or services within a…

using a framework for reliabilty-centered maintenance strategies

Connected Reliability in the Automotive Industry

Connected Reliability is a Framework that combines hardware and software systems from across the enterprise into one cloud-based maintenance ecosystem. Maintenance management is automatically integrated with data acquisition and analysis, giving industrial leaders unprecedented real-time visibility and empowering maintenance managers to make data-driven decisions that avoid downtime. Sensors can automatically measure condition and process-related data….

Figure 1. Nolan and Heap’s P-F curve, showing mechanical asset failure intervals and associated testing methods to identify failure conditions proactively.

Vibration Analysis in the Evolving Condition Monitoring Environment

In this webinar, we will be discussing the “traditional role” of the Vibration Analyst and how it is changing to keep pace with advances in Condition Monitoring technologies. The purpose of this topic is to examine how a tiered approach to Condition Monitoring partnered with Precision Maintenance techniques can improve Plant Reliability. Topics include: Speaker:Taylor…

Connected Reliability infographic

The 5 Pillars of Connected Reliability

Connected Reliability is a framework that combines hardware and software systems from across the enterprise into one cloud-based maintenance ecosystem. Maintenance management is automatically integrated with data acquisition and analysis, giving industrial leaders unprecedented real-time visibility and empowering maintenance managers to make data-driven decisions that avoid downtime. The 5 Pillars of CR represent the Core…

IIoT

IIoT and Vibration Based Condition Monitoring—A False Dawn?

The use of Industrial Internet of Things technologies has the potential to radically transform the way organizations approach condition monitoring. There are many new entrants to the market touting their usage of low cost and low power sensing technologies coupled with Machine Learning and Artificial Intelligence techniques to provide scalable, cost-effective balance of plant condition…

Industrial plant with IIoT

Data Analytics and IIoT in Maintenance and Reliability

What are the positive and negative impacts to maintenance organizations by adopting data analytics and IIoT? In this webinar, we will dive into specifics on the use of data analytics in an IIoT environment to enhance a condition-based maintenance plan. Mitch Kruse, Sr. Software Technologist, Fluke Reliability Mitch has over 25 years of experience marketing…

Maintenance worker looking at computer screens

How to Use the P-F Curve to Plan Maintenance

There are three core tools in the Reliability Professional’s belt: Root cause analysis (RCA), Failure Modes and Effects Analysis (FMEA), and the P-F curve. In a September 2020 webinar, three Fluke Reliability experts with years of plant floor experience outlined how to use the P-F curve and FMEA together. For example, use both to detect…

Best Practice Webinar cover slide - The reliability of everything

The reliability of everything™: From its beginning to current challenges

Join world-renowned reliability expert, Dr. Klaus Blache, Director, RMC & Research Professor, University of Tennessee, for a “highlights reel” documenting the history of reliability from past to present. He’ll address current challenges and opportunities as well as delve into the many factors that come into play when trying to implement a reliability strategy. Klaus Blache,…