The interfacial tension test of transformer oil is conducted using standard methods defined by ASTM D971 or similar specifications. The procedure involves taking a sample of transformer oil and placing it in a clean, dry test vessel. An aqueous solution, typically distilled water, is added to the oil sample. The mixture is allowed to settle, enabling the formation of distinct oil and water layers. A tensiometer is then employed to measure the interfacial tension between the two liquids, which is crucial for assessing the oil’s ability to separate from contamination and for evaluating its overall quality. This test is important in monitoring the condition of transformer oil, ensuring optimal performance and longevity of transformer equipment.
The inhibitor content in transformer oil refers to the specific additives included to enhance the oil’s performance and longevity by reducing oxidation and preventing the formation of sludge and corrosive acids. These inhibitors are crucial for maintaining transformer efficiency and reliability, as they help protect the insulating properties and overall health of the oil. Typically, the inhibitor content is formulated based on the desired lifespan of the transformer and the operating conditions, with common inhibitors including phenolic compounds, amines, and other antioxidant agents. Regular testing of the inhibitor content in transformer oil is essential to ensure optimal performance and to schedule timely oil regeneration or replacement as needed.
The HS code for transformer oil, typically classified under mineral oils, is 2710.19. This code encompasses various types of mineral oils derived from petroleum, particularly those used in electrical transformer applications. Understanding the correct HS code for transformer oil is essential for import/export activities and compliance with customs regulations.
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