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Often called hydrogen embrittlement or blistering, this failure mode is perhaps more acute and prevalent than most tribologists and bearing manufacturers are aware. The sources of the hydrogen can be water, but also electrolysis and corrosion (aided by water).
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On-site oil analysis eliminates the wait associated with sending samples off-site and enables immediate decision making. With four simple tests, the MiniLab on-site oil analyzer provides immediate actionable results in 20 minutes or less. Interested in saving time and reducing maintenance costs?
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Once you've settled on an appropriate decision process, it's time to start building the PM plans for a particular machine class or sub-class. We call these master plans. A master plan should actually be built up as a compilation of component-level master plans that are assembled into a PM master plan for the specified class/sub-class of equipment.
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Task-Based Training brings your team bite-size learning focused on key tasks for quick and easy training or onboarding of new operators. Get your team aligned on expert-backed best practices in 15 minutes or less.
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There is a great deal of information we can gather from performing inspections using borescopes without having to disassemble a machine. These inspections can even validate data from another inspection tool such as thermography or oil analysis. With the ability to save pictures and film after each use, borescopes are a great tool for a reliability program.
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Join John Ross for a new online training to help maintenance and reliability professionals accelerate their careers. This course prepares students to take the CMRP certification exam with practical, real-world knowledge.
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Water contamination can affect machines in a variety of ways, including leading to a chemical breakdown of the oil or lubricant. This is known as hydrolysis. This video explains the effects hydrolysis can have on your oil as well as how to determine if your lubricant is prone to hydrolyze.
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Lube Tip
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Electrostatic separators remove insoluble byproducts of thermal and oxidative oil degradation (varnish particles) and submicron hard dirt or wear particles that are too small to be removed by convetional mechanical filters. When conditions are right, they make an excellent addition to an overall contamination control strategy, bringing into balance the focus upon large particles and water with the elimination of varnish particles and silt.
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Machinery Lubrication: Archive
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Did you miss an issue? You can flip through our interactive digital editions online
and sign up to have this free publication delivered to your inbox right on our website.
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