S11 Model 10KV Performance and FeaturesThe ribbed oil tank body of the fully sealed power transformer serves as a heat dissipation element. The ribs can expand and contract with the expansion and contraction of the transformer oil volume, thus isolating the transformer's interior from the atmosphere, preventing oil degradation, insulation from moisture and aging. The core is made of high-quality cold-rolled oriented silicon steel sheets, effectively improving the magnetic flux density within the core, reducing noise and losses. The windings are wound with high-strength enamel-coated wire (or paper-wrapped wire) in a cylindrical (or biscuit) structure, with even ampere-turn distribution, a reasonable insulation structure, and strong short-circuit resistance. The surface of the oil tank is treated with phosphatizing and then coated with a three-proof (moisture-proof, mold-proof, salt mist-proof) finish, widely used in harsh environments such as metallurgy, mining, and petrochemical industries.
S13 Type 10KV Performance and FeaturesThe S13 type oil-immersed transformer is an energy-saving product with superior performance among transformers with stacked iron cores. Our company's S13 series products use high-quality 0.23mm magnetic orientation silicon steel sheets, with both high and low voltage windings produced entirely with copper foil and copper wire. The high-voltage winding employs a multi-layer cylindrical structure for balanced ampere-turn distribution, minimal leakage flux, high mechanical strength, and strong short-circuit resistance. The windings and core are vacuum dried, and the transformer oil is processed through vacuum filtration and filling techniques to enhance internal insulation strength. Featuring a new structural design and production process, it utilizes a fully sealed corrugated sheet oil tank structure for a visually appealing appearance.
S11 Model 35KV Performance and FeaturesThe core is made of high-quality cold-rolled oriented silicon steel sheets, effectively improving the flux density condition within the core, reducing noise and losses. The coils are wound using high-strength enameled wire (or paper-covered wire), with a cylindrical (or disc-shaped) structure, even distribution of ampere-turns, and a reasonable insulation design, offering strong short-circuit resistance. The oil tank surface is treated with phosphating and then coated with a three-proof (moisture-proof, mold-proof, and salt mist-proof) finish, widely used in harsh environments such as metallurgy, mining, and petrochemical industries.
