ÖlLebensdauerÜberwachungssysteme

ÖlLebensdauerÜberschreitung refers to the condition where the oil in a machine or engine has exceeded its expected lifespan. This can be due to various factors, including prolonged use, operating under extreme conditions, contamination, or simply the natural degradation of the lubricant over time. When oil ages, its properties change. It may lose its viscosity, reducing its ability to lubricate effectively, or its anti-wear additives can become depleted, increasing friction and component damage. Oxidation is a common process that occurs with aging oil, leading to the formation of sludge and varnish.

The consequences of ÖlLebensdauerÜberschreitung can be significant. Reduced lubrication can lead to increased wear on moving parts, potentially causing premature component failure and costly repairs. Overheated engines or machinery are also a common symptom as the degraded oil struggles to dissipate heat effectively. The formation of deposits can clog oil passages, further hindering lubrication and cooling.

Monitoring and managing oil life is crucial for maintaining the health and longevity of mechanical systems. Regular oil analysis can detect the signs of degradation, such as changes in viscosity, TBN (Total Base Number), and the presence of wear metals. Based on these analyses, a proactive approach to oil changes can prevent the negative effects of ÖlLebensdauerÜberschreitung and ensure optimal performance and reliability of the equipment.