المنتجات

Product Introduction
Our company produces epoxy resin cast dry-type transformers that incorporate advanced foreign technologies, achieving reliability indicators aligned with international cutting-edge standards. These transformers are safe, reliable, fire-resistant, explosion-proof, and pollution-free, and can be directly installed in load centers. They have been widely applied in harsh environments and demanding conditions such as high-rise buildings, commercial complexes, airports, railway stations, docks, metro systems, factories, underground distribution rooms, offshore oil drilling platforms, and power plants.

High Efficiency and Energy Saving
Featuring an enhanced heat dissipation design, the transformers can operate at 150% of the rated load under forced air cooling, ensuring optimal energy utilization efficiency.

High-Quality Core
Utilizes imported high-quality cold-rolled silicon steel sheets, with the core surface encapsulated in epoxy resin. This design effectively reduces no-load losses and no-load current, significantly improving product quality.

Low-Noise Operation
Equipped with cross-flow top-blowing cooling fans, the transformers achieve low noise levels, high airflow efficiency, and a sleek, aesthetically pleasing appearance.

Intelligent Temperature Control System
Incorporates an intelligent temperature controller to further enhance operational safety and reliability.

外形尺寸图（毫米）

Technical Parameters of SC(B)10 Series 6kV and 10kV Class No-Excitation Voltage Regulation Distribution Electronic Transformers

Note: The load losses listed in the table are based on the reference temperatures (as specified in GB/T1094.11) corresponding to different insulation systems, as indicated in parentheses. For load losses under insulation systems not included in the table, appropriate conversion shall be performed based on their respective reference temperatures, using the data for the +155°C (F) insulation system as a reference.

Technical Parameters of SC(B)11 Series 6kV and 10kV Class No-Excitation Voltage Regulation Distribution Dry-Type Transformers

Note: The load losses listed in the table are values under the reference temperatures (specified in GB/T1094.11) for different insulation systems, as indicated in parentheses. For load losses of insulation systems not included in the table, corresponding conversions should be made based on their respective reference temperatures, using the data of the "+155°C (F)" insulation system as a reference.

Technical Parameters of SC(B)12 Series 6kV, 10kV Class No-Excitation Voltage Regulation Distribution Dry-Type Transformers

Note: The load losses listed in the table are values at the reference temperatures (specified in GB/T1094.11) for different insulation systems, as indicated in parentheses. For load losses of insulation systems not included in the table, appropriate conversion shall be performed based on their respective reference temperatures, using the data of the "+155°C (F)" insulation system as a reference.

Technical Parameters of SC(B)13 Series 6kV, 10kV Class No-Excitation Voltage Regulation Distribution Dry-Type Transformers

Note: The load losses listed in the table correspond to the reference temperatures (as specified in GB/T1094.11) for different insulation systems, indicated in parentheses. For load losses under insulation systems not included in the table, appropriate conversion shall be performed based on their respective reference temperatures, with reference to the data of the “155°C (F)” insulation system.

Technical Parameters of SC(B)12 Series Grade 3 Energy Efficiency 6kV, 10kV Class No-Excitation Voltage Regulation Distribution Dry-Type Transformers

Note:
① The load losses listed in the table correspond to the values at the reference temperatures (as specified in GB/T 1094.11) for different insulation systems, as indicated in parentheses. For load losses under insulation systems not included in the table, appropriate conversion shall be made based on their respective reference temperatures, using the data of the “155℃（F）” insulation system as a reference.
② The no-load and load losses listed in the table comply with the Grade 3 energy efficiency requirements specified in Table 2 of GB 20052-2020.