Proper lubrication goes beyond choosing the correct lubricant; it includes keeping the lubricant free of contaminants. The solution? Modify equipment to remain sealed during all phases of normal
There is no doubt that taking a sample of your lubricants and sending it to a commerical lab for physical and chemical analysis is an ideal way to identify the "health" of your oil. However, ...
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For decades, oil analysis has been considered a cornerstone for predictive maintenance programs in a variety of industries. If something rotates and requires oil to reduce friction between surfaces, then oil analysis is a great tool to diagnose machine condition. Over the past two years, however, focus on oil analysis as a reliability tool has waned. With several reliability trade shows having a noticeable absence of oil analysis related presentations, it begs the question: Why? Both as a topic of discussion in conference presentations and as an actual condition monitoring tool, oil analysis should, at a minimum, be proportionally represented alongside other condition monitoring tools and should be considered the primary tool for low speed and hydromechanical machines.
POLARIS Laboratories® has developed features in their award-winning HORIZON® application to help businesses meet the U.S. EPA’s NESHAP Subpart ZZZZ (Quad Z) regulations. The features make it easier for businesses to comply with the rules while saving time and money through fluid analysis.
POLARIS Laboratories® is announcing the 2014 schedule for its North American oil and coolant training classes. The one-day Cooling System Maintenance and two-day Practical Oil Analysis training classes will expand attendees’ knowledge of oils and coolants, as well as how the two affect each other in engines.
Leading oil analysis provider Analysts, Inc., recently dedicated the eighth laboratory in its global expansion with an opening ceremony and facility tour. Known as KCA (KYB China Analysts), the new laboratory is located in the city of Zhenjiang (Jiangsu) and is Analysts’ second joint venture partnership with KYB Co., Ltd.
As part of an effort to reduce engine emissions, the U.S. Environmental Protection Agency (EPA) adopted new national emission standards for hazardous air pollutants (NESHAP) in 2010. The new regulations apply to existing stationary compression ignition (CI) and spark ignition (SI) reciprocating internal combustion engines at area and major sources of hazardous air pollutants (HAPs).
A year ago, I wrote an article on the New Paradigms in Oil Analysis and Condition Monitoring (Uptime, Feb/March12) citing the huge gains in-service oil analysis (OA) has made in the last decade.
Spectronics Corporation’s OIL-GLO™ Series fluorescent dyes are now NSF Certified and registered to meet food-grade processing requirements for category codes HTX-2 and HX-2. The dyes can thus be used in and around food processing areas.
POLARIS Laboratories® is pleased to announce it has hired Gwyn Simmonds as its first territory sales manager in Europe. Based in Conwy, United Kingdom, Gwyn will support businesses in all of Europe.
Studies show that 60 to 70 percent of all mechanical problems can be detected using oil analysis, yet some people still struggle to realize the value a well-engineered oil analysis program can provide. The reasons are many and varied, but are often related to a fundamental misunderstanding of how oil analysis works. The following Top 10 list identifies some of the more commonly held misconceptions and fallacies about oil analysis.
Generally when collecting an oil sample, a quick once-over is completed on the equipment using the look, feel, listen and smell approach. Too often, people forget the common sense approach to analysis and tend to rely too much on test instruments.
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