6500kva Cast Coil Epoxy Resin Transformer Dry Type 33000V To 900V AS60076

Cast Resin Transformer
October 29, 2025
Category Connection: Cast Coil Transformer
Brief: Discover Winley's 6500kva Cast Coil Epoxy Resin Transformer, a dry-type solution designed for 33000V to 900V conversion, compliant with AS60076 and AS3000 standards. Ideal for commercial, industrial, and utility indoor installations, this transformer offers low maintenance, fire safety, and environmental friendliness.
Related Product Features:
  • 6500 kVA capacity for robust power distribution in commercial and industrial settings.
  • Dry-type cast resin design ensures low maintenance and high dielectric safety.
  • Compliant with AS 60076 and AS 3000 standards for regulatory safety.
  • AN/AF cooling method maintains thermal performance under high loads.
  • Temperature monitoring with nine PT100 sensors for thermal supervision.
  • Non-flammable epoxy resin windings with no toxic gas emissions.
  • Operates under severe conditions, including 100% relative humidity.
  • Compact design saves space and eliminates the need for oil pits or fire extinguishers.
Faqs:
  • What standards does the 6500kva transformer comply with?
    The transformer is designed and manufactured to comply with AS 60076 and AS 3000 standards, ensuring safety and interoperability with Australian/New Zealand power systems.
  • What are the cooling methods available for this transformer?
    The transformer features AN (naturally air-cooled) and AF (forced air-cooled) methods to maintain thermal performance under higher loads or elevated ambient temperatures.
  • Is the transformer suitable for indoor installations?
    Yes, the 6500kva dry-type cast resin transformer is specifically engineered for reliable, low-maintenance power distribution in indoor commercial, industrial, and utility installations.
  • What are the safety features of the transformer's windings?
    The windings are made of non-flammable epoxy resin and insulating materials that do not emit toxic gases when burned, ensuring high mechanical strength and no partial discharge.