Once you have moved your data back into the Nest, after a Route has been collected, you may want to provide a report or reports to different parts of an organization. The Nest has several ways of generating a couple different types of custom reports. For your discussion we will focus on a global report…
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At a recent Fixturlaser Smart Machine Checker (SMC) training class, one particular pump came up during the discussions. This pump has been “a problem child” for years. It had been rebuilt recently by one of the class attendees. The mechanic had rebuilt the pump “just as it had come apart” and was certain the impeller…
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Setting up routes is a very easy process in the ONEPROD NEST software and allows you to move machines into any order to allow for expeditious data collection. However, sometimes points need to be rearranged within the machine. Take the gearbox below for example. Due to its size you don’t want to have to walk…
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Mechanical looseness is a common diagnosis in vibration analysis. You will certainly run into it when you are monitoring your machines if you haven’t already. However, did you know that there are three different types of mechanical looseness? Knowing which type of mechanical looseness you are dealing with is essential to providing the correct solution…
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In our last “How To” we talked about the trial run – using a trial weight and location, to calculate the amount and location of a correction weight, which should correct the unbalance. Most modern-day balancing tools do the math for you. Even though these tools calculate the correction weight and location, it is good…
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Implementing a reliability program in your facility can have numerous benefits. Just a few of these include: Greater efficiency Reduced costs Better organization Increased understanding of machine trends Less frustration in the workplace Streamlined process The list could go on. Few of us are likely to disagree that a reliability program for your machines and…
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Vibration analysis is a useful way to monitor machine health. Many plants have implemented regular vibration analysis plans to ensure the condition of their machines is being checked at regular intervals and so, if an issue comes to light after spectral analysis, a solution can be pursued. When analyzing vibration, it is important to…
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Bearings are essential to all rotating machinery. They are small but mighty–if bearings aren’t healthy, a machine will not function at optimum levels. In this post we provide you with some information and best practices for bearing installation and maintenance. Let’s start with the very basics–what are bearings? A bearing is a machine component that:…
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How do you calculate the RPM (Revolutions Per Minute) of a Variable Frequency Drive (VFD)? This is what we will go over in this post. A Variable Frequency Drive, which is most often abbreviated as VFD, is a type of mechanical drive system used to control AC motor speed and torque by varying motor input…
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Proper lubrication of bearings is essential if you want to maintain your machines at optimum levels. Did you know it is estimated that 40-50 percent of bearing failures are the result of improper greasing/lubrication? That’s a significantly high percentage! So what can you do to ensure you are properly lubricating your bearings? Two things…
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Do you know how to calculate F-MAX or even what F-MAX is? Knowing how to calculate F-MAX is an important part of vibration analysis because many different types of faults can be shown at multiples of the running speed, which is otherwise known as 1x. But first, what is F-MAX? F-MAX means “Frequency Max.” This…
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A key purpose of vibration analysis is to detect bearing problems before bearings fail and damage is done. This, of course, means that bearings will need to be replaced. Proper bearing extraction and installation is important to extending the life of bearings as well. First, it is important to know when you need to replace…
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Before you can implement a condition monitoring program, it is important to document certain information on your machines. This post will hopefully help you organize your routes and efficiently implement a predictive maintenance plan. Even better, you can download our free Machine Data Sheet which will give you fields to fill in all the important…
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Documenting and saving alignment data is critical to being able to achieve repeatable shaft alignments. It also helps you maintain an effective predictive maintenance plan that will ensure your plant runs smoothly. When a machine is experiencing a problem, it will save a lot of time if you can look back on recorded data from…
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One key bit of data required when collecting data or analyzing it is accurately pinpointing the RPM. When we set up schematics in the Machine Set Up module we tell the software what the RPM is here. When setting up a machine in the Nest you can choose either fixed speed, variable speed with keyboard,…
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If you’re working to maintain machines, Acoem USA wants to help.
We’re committed to providing tools, training, and services that will transform your approach to maintenance and reliability.
