From Lubrication Institute
Oil analysis, maintenance decisions and the everyday work of keeping machines reliable.
Low running hours do not protect a standby bearing from vibration or water. Understand the damage, find the right instruction and know what a readiness check can actually prove.
A training exercise: two oil reports agree at 40 °C while the gearbox sump reads 14 °C hotter. See what the lab result answers and what to check next.
A rising water result can come from the machine, the sample or the test. Learn to check all three, then use the timing of the rise to decide whether an oil cooler deserves a pressure test.
Good sampling and careful reasoning still matter. Learn which habits transfer, which rules change and what one simple dilution calculation can actually tell you.
A cleaner oil report may reflect a different sampling point, not a healthier gearbox.
A worked task brief, a supervisor observation guide and three defined measures for carrying lubrication training into daily maintenance.
Many lubricant mix-ups begin before a technician reaches the machine. The risk appears when the source drum, transfer container, work order and fill-point tag no longer trace cleanly to one product.
Separate a temporary temperature rise from a lubrication error or developing fault using six evidence-based decisions.
Build one controlled 90-day pilot that turns scheduled lubrication work into a program the plant can verify.
New field notes
Clear guidance on lubrication, oil analysis and reliability improvement. No daily emails.
