What is an oil analysis?

oil analysis is a non -invasive and non -destructive diagnostic process used to create the health of various mechanical or electrical equipment by testing the quality of the oil that lubricates or insulates them. Oil analysis can be compared to a mechanical blood test, as oil in the engine or transformer is as accurately mirror of the overall health of the device as human blood. Components of common oil analysis include insoluble contaminants, such as abrasive solids and carbon, which may indicate worn bearings and defective compression rings. The tests for viscosity and spectral tests for additives and metals are common and may indicate the conditions of the device and the general quality of the oil. The oil in the electrical switchboard and the heavy current transformers is regularly tested for the presence of carbon and moisture during the oil analysis tests.

mechanical devices such as motors and gearboxesWith internal combustion and gearboxes, they usually work in the oil bath or have a sump from which the oil is pumped to smear the moving parts of the engine. Electrical equipment, such as heavy circuit breakers, transformers and resistance appetizers, also operate in an environment filled with oil, although in these cases the equipment relies more on insulation oil rather than lubrication. Like blood in the human body, a pathologist can tell a lot about the overall health of the individual, the oil in these devices is also a good indicator of how well and how safe they work. In the case of mechanical devices, the worn parts of the metal shavings, water or fuel, among other things, will cause to hang up in the oil, giving some indication of the existence of the problem. The presence of excessive moisture contamination or carbon contamination in the oil of electrical equipment is certainly a warning about the potential of a catastrophic failure of the equipment unless the oil is cyclined.

These tests are usually part of a comprehensive oil analysis and serve as a valuable neinTruly diagnostic tool to identify problems without having to discuss the device. The analysis usually varies according to the specifics of the device and environmental specifics, but several components are typical of most tests. These include spectral tests that test the presence of heavy metals and oil additives as a scale of its overall quality. The test of insoluble substances will indicate the presence of suspended carbon, oxidation and abrasive solids resulting from the wear of the engine or gearbox parts. The viscosity test is an indicator of the health of the equipment and the quality of the oil lubricant and if the result of the degree under a specific oil evaluation, it may indicate general oil degradation, overheating of the device or the presence of fuel or coolant in oil.

Tests of the point point performed during oil analysis measure the temperature of which oil vapor is ignited. If the oil steam ignites at a lower temperature than its value, it could be contaminated, most often with fuel. As in the case of aEarly problem detection is one of the strongest arguments to start the test mode of periodic oil analysis and can improve longevity, overall performance and safety of the devices concerned.