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Sourcebook for Used Oil Elements

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Quit guessing what these elements are and how they got into your oil. The Sourcebook or Used Oil Elements can help you pinpoint the source.

Sourcebook for Used Oil Elements

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Does Your Oil Analysis Report Reveal...

Cr in your hydraulic fluid?
Mn in your compressor lubricant?
Cu in your gear oil?

Quit guessing what these elements are and how they got into your oil. The Sourcebook or Used Oil Elements can help you pinpoint the source.

Use the Sourcebook for Used Oil Elements to lookup the sources of various elements in:

Gas turbine engines
Diesel engines
Transmissions
Final Drives
Differentials
Drive train components
Large 2-stroke engines
Grease thickeners
Industrial gearing
Compressors
Aviation engines
Industrial bearings
Hydraulic system components

Author: Jim Fitch
Format: Paperback
Excerpt: Reducing Data Noise

Unfiltered or poorly filtered oil eventually results in growing concentrations of wear debris. The problem is mutually compounding in that the dirtier the oil the more contaminated the oil continues to become from internal wear debris production and destruction to contaminant exclusion seals. While it is always good advice to maintain clean lubricants from a proactive maintenance standpoint (affirmative action), it is equally good advice for predictive maintenance (early wear detection). A failure to do so usually leads to the alarm signal effectively being "lost in the sauce." This concentrated debris results in a high noise threshold, and when an incipient wear signal occurs it will write "in the noise" and be lost (signal-to-noise is less than 1:1). This is a persistent problem with splash-fed gearing, crankcase lubes, and bath lubricated bearings.

Conversely, a clean oil provides not only a healthy and unabrasive lubricating environment but also allows the wear signal (incipient debris generation) to write above the noise level (signal-to-noise is greater than 2:1, for example). When the fluids are maintained clean and if sampling is carried out in live zones (before filters, on bearing drain lines, and at turbulent fluid zones) the early detection of wear anomalies is typically achieved. There is often a need for the routine use of portable filtration systems or retrofitted side-loop filters.