Dry Type Transformer & Reactor

  • 집 아이콘

The dry-type transformer is cooled by air and does not use liquid or gas as an insulating medium. Nomex paper or glass fibers are used
for insulation, and there are no concerns about fire explosion.

Sanil's dry-type transformers are safe and highly suitable for densely populated areas and places requiring higher safety standards,
such as schools, hospitals, movie theaters, and hotels. The Vacuum Pressure Impregnated (VPI) type transformer, designed
for 3.3kV and above, is a safe, economical, and environmentally friendly option, thanks to its excellent electrical and mechanical
characteristics. Sanil also offers harmonic mitigation transformers for non-linear electric loads, further enhancing the safety
and efficiency of your power distribution system.

Specifications
Product Specifications
Maximum Capacity Maximum Voltage Frequency Insulation Class Tap changer
15MVA 24KV 50/60 Hz B, F, H, N200, R220 NLTC
 
Standard
KS(Korea Standard)
IEC(International Electrotechnical Commission)
IEEE(Institute of Electrical and Electronics Engineers)
NEMA(National Electrical Manufacture Association)
Products
  • Dry Type Transformer & Reactor
    Dry Type Transformer

    A dry-type transformer is a transformer that is insulated using air or other insulating materials rather than using insulating oil. Since it does not use insulating oil, there is less risk of fire, there is no concern about environmental pollution, and maintenance is easy.

  • Dry Type Transformer & Reactor
    Transformer for motor drives

    This is a device that helps ensure stable operation by regulating the voltage of the motor. Converts the input voltage to a voltage suitable for the motor. Increases electrical safety and protects motors from surges and noise. Helps the motor operate stably even when voltage is unstable.

  • Dry Type Transformer & Reactor
    Transformer for motor drives

    This is a device that helps ensure stable operation by regulating the voltage of the motor. Converts the input voltage to a voltage suitable for the motor. Increases electrical safety and protects motors from surges and noise. Helps the motor operate stably even when voltage is unstable.

  • Dry Type Transformer & Reactor
    Reactor

    This device is installed at the output terminal of the inverter and is installed with a condenser. It is used to convert direct current power to alternating current power. To convert direct current to alternating current, an IGBT device is used to switch to a PWM waveform. At this time, the PWM waveform includes harmonics. Reactors and condensers are installed to remove harmonics of these PWM waveforms, and the external aspect ratio can be minimized to within 2%.

  • Dry Type Transformer & Reactor
    Air Core Reactor

    Because there is no iron core, inductance saturation does not occur even at high frequencies or overloads.