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fluid analysis

POLARIS Laboratories Launches New Website Design

POLARIS Laboratories® has announced the unveiling of a completely redesigned website aimed at providing its users with a strong foundation of both fluid analysis information and guidance on managing an effective testing program. The site is easier to navigate and its technical content has been greatly expanded to give new user’s immediate answers to their initial questions and to help experienced users take existing programs to a higher level.

Industrial IntelliStick Intrusion Detection and Oil Condition Monitor Increases Uptime

Pilot programs have demonstrated the benefits and money-saving potential of the IntelliStick/TS industrial intrusion detector and oil condition monitor.

Asset Condition Management

Consejo de Análisis de Aceite

Este es un consejo muy sencillo para suplementar los programas de análisis de partícula de uso. Si su sistema de aceite utiliza filtros o pantallas finas, registre la fecha/hora de la lectura del

Utilizing Analytical Ferrography for Root Cause Analysis and Failure Prevention

by Walt Huysman, CLS, OMA

There are many tests available for used fluids analysis. Some tests are qualitative while others are quantitative in scope. One test often overlooked is Analytical Ferrography. Complete Analytical Ferrography is often referred to as the oil analysis equivalent of criminal forensic science. The test method relies on a visual, microscopic evaluation of particles, extracted and deposited on a microscope slide called a Ferrogram. Based on an examination of the shape, color, edge detail, the effects of a magnetic field and other diagnostic tests such as heat treatment and the addition of chemical reagents, an assessment of the active wear mechanism can be made.

 

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PPM Distribution, Is it Better than ISO Code for Interpreting Particle Count Data?

by Ray Garvey
Emerson Process Management
Originally published in Lubrication & Fluid Power Magazine

ABSTRACT:

A brilliant new method called PPM distribution calculates precisely how much particulate debris is in the lubrication system. The systems debris values are calculated by multiplying the parts per million of debris by the lubricant volume to determine milliliters (ml or cc) of particulate debris in three adjacent size ranges: 4- to 6-microns, 6- to 14-microns, and >14-microns. Peaks in the distribution plot indicate the nominal size for each different source of contamination or wear. The proportional area under each peak reveals how much contamination or how much wear debris is in the lubrication system. This quantitative new method presents particle count information in an intuitive format. The result is easy interpretation of system contamination and realistic insight about the size of wearing defects. Examples are given showing how the PPM distribution can provide insights that might be missed by using the ISO 11171 code values for contamination control and wear indications.

Welcome Paperwork for Oil Analysis

If you are like me, you strive to reduce the amount of paper in your life. Now there is a new form of paper you will want to add to your life if you are involved with machinery condition monitoring and more specifically, oil analysis!

asset condition management

Increasing Accuracy in Lubrication Testing

By Anne Spano, Applied Industrial Technologies

Creating ideal conditions for lubricant sampling will help eliminate misleading results.

Procedure for establishing an effective Oil Analysis program

Oil is often times known as the bloodline of industrial facilities. Defining oil in this manner definitely emphasizes the importance it has on the health of equipment. So just how much do you know about your oil?

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