2394.0

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2394.0 is a tool for measuring the oxidation stability of mineral oil. The device works on the principle of capillary action, whereby oxidation products are extracted from the sample as they are formed. The device uses two sensors which measure the concentration of oxidation products in the sample at regular intervals.The first sensor measures the total oxidation by-products (TOB) present in the sample. The TOB sensor uses micro-electrochemistry and wet chemistry techniques to acquire quantitative readings. The second sensor measures the viscosity of the sample. This is done most accurately using oscillation technology.The device measures the rate of oxidation over time and produces a graph. The graph is used to calculate a number called oxidative stability index (OSI). This index is used to assess whether a mineral oil is oxidatively stable or not, where an index of 0.10 or lower is desirable.2394.0 is used mainly in the industrial and automotive sector. Its primary use is to measure the rate of oxidation of lubricating oils, greases, and other machinery-related oils in order to predict the service life of the product. The device can also be used to measure oxidation rates in aircraft and marine engines.The device has a wide range of applications and is used by many laboratory technicians, engineers, and research scientists to evaluate the quality of oil-based products. It is also an important part of designing and testing the performance of industrial machinery.In summary, 2394.0 is a tool for assessing the oxidation stability of mineral oils. It uses two sensors which measure the concentration of oxidation products in the sample and the viscosity of the sample, respectively. The device produces a graph which is used to calculate the oxide stability index. 2394.0 is used primarily in the industrial and automotive industries and is an important part of designing and testing the performance of industrial machinery.

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