I have 29 years of experience in vibration analysis, serving in various roles, including data collector, data analyst, site lead, and area team lead. My work has spanned various industries,…
Read MoreISO CAT I, II, III Vibration Certification
I have 29 years of experience in vibration analysis, serving in various roles, including data collector, data analyst, site lead, and area team lead. My work has spanned various industries,…
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Beyond the Blanket: Why a Strategic Approach to Condition Monitoring Outperforms “One-Size-Fits-All” Wireless In today’s fast-moving industrial world, real-time data and easy-to-deploy technologies are hard to ignore. It’s why…
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Vector math is often seen as an overcomplicated and daunting task. You may think that it is useless because your vibration data collector does this math for you and will…
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A vibration analyst’s day is always unpredictable, but there is a general flow that most of us experience. This blog post shares what a typical day looked like for me…
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A common question in vibration analysis is: What is the proper frequency of inspection for a facility’s equipment? Unfortunately, there isn’t a straightforward answer. Several factors must be considered, including…
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In vibration analysis, three key parameters—amplitude, frequency, and phase—are used to identify machinery issues and determine their severity. Each plays a unique role: amplitude reveals the severity of the problem,…
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Basic machine setups are typically made to collect all the data we need for each asset. This is not always possible or reasonable as we would spend far more time…
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When companies seek a laser alignment tool, they often struggle to determine which option is best for their specific requirements. Some may opt for a “cheap” solution and choose the…
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When two vibrations with similar frequencies occur together, a phenomenon called “beating” takes place. This is like hearing two musical notes that are slightly out of tune – the combined…
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A few years back, we posted a blog about one of the most common vibration signatures measured on pumps: turbulence. Causes of Turbulence in Pump Systems Several different things…
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Sampling frequency can be a confusing component of building a time waveform. What makes it confusing for many analysts who are learning Level III concepts is that it is always…
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Machine unbalance, a common culprit behind excessive vibration and premature equipment failure, can stem from various issues. This post explores the various causes, such as manufacturing imperfections and assembly mistakes,…
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When it comes to monitoring the vibration of machinery throughout your plant, there are several factors to consider in order to determine the best strategy for you. Each piece of…
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The world of Condition Monitoring (CM) has undergone a remarkable transformation since the early 2000s. This blog post chronicles the experience of a mechanical engineer who entered the industrial reliability…
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Setting up vibration alarms in a vibration analysis program can be challenging. Questions such as whether to use overall alarms for acceleration, velocity, or displacement, and whether to measure RMS,…
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