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Industrial machinery requires continuous and precise lubrication to maintain operational efficiency and prevent unexpected failures. Automatic lubrication systems and monitoring solutions play a key role in preventive maintenance, ensuring that the right amount of lubricant is applied at the correct intervals. This minimizes wear, reduces downtime, and extends equipment lifespan.
Are you new to vibration analysis, or do you just need a quick refresher on filters, sensors, or vibration data? These tips from Zenco Vibrations break down the core concepts of decibels and vibration sensor orientation.
This article will briefly examine this evolution and highlight modern developments in protecting cooling water systems.  Environmental issues related to industrial wastewater discharge are also influencing this evolution.
This installment of the cooling water systems series highlights the most common, but by no means all-inclusive, corrosion mechanisms in cooling systems.
In this article, we will examine how both proper boiler chemistry monitoring and conscientious steam system maintenance are necessary for reliable and safe operation.  A key takeaway, that hopefully has been a recognizable thread throughout these installments, is the importance of training.  Too often, the author has visited plants where the water treatment/steam generation personnel were undertrained and/or not given the proper tools for the job.
Grease and oil are the key lubricants used throughout industry to reduce friction between metal parts. Lubricants can only reduce friction if their immediate environment sustains their lubricating properties. Once the operating conditions are known, a suitable lubricant with the right properties can be used. When the lubricant is in place it is necessary to maintain the environment and the machine to the specified design standards and protect it from changes to the design conditions. There are six key factors to address for trouble-free life where grease or oil lubrication is used on machinery.
The Edison Principal has been developed to solve America’s $1.2 trillion corrosion expense by replacing visible rust with black light active fluorescence. Edison Principal is an analogy based on the failure indicator of the common light bulb invented by Thomas Edison.
What is the difference between Brinelling and False Brinelling? What causes Brinelling and False Brinelling? Brinelling is an indentation in the surface of a material; a permanent plastic deformation that occurs when the yield strength of the material has been exceeded.
Linear and nonlinear vibrations as they pertain to machinery vibration monitoring are not hard concepts to grasp when properly explained. Alian Friedman of Zenco – Vibration Experts, explains the concepts in an easy-to-understand, non-mathematical way.
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Torbjorn Idhammar is the blog manager for MaintenanceWorld.com.
A maintenance and reliability management consultant, Torbjorn has spent 25+ years in the profession and provides advice to clients around the world.
Elizabeth Ruiz is the site administrator for MaintenanceWorld.com.
She is responsible for reviewing submitted content for the site and ensuring that it provides value to the readers of the site.
Natalie Johnson is the site administrator for MaintenanceWorld.com.
She is responsible for reviewing submitted content for the site and ensuring that it provides value to the readers of the site.
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