Engineered as a premium-performance medium-voltage solution, the 3000KVA Dry Type Cast Resin Transformer stands out as a reliable backbone for modern power distribution networks. Operating at 10kV, this transformer integrates advanced cast resin insulation technology with robust structural design—delivering unparalleled safety, efficiency, and adaptability for diverse industrial and commercial applications.
At its core, the unit seamlessly steps down medium voltage to usable low voltage, ensuring smooth power transmission to a wide array of equipment and systems. Unlike oil-immersed alternatives, its cast resin insulation eliminates fire hazards and environmental risks, making it ideal for installations where safety and sustainability are top priorities. What sets it apart is its ability to maintain consistent performance even in harsh operating conditions, from high-humidity environments to dust-prone industrial sites.
Widely adopted across key sectors, it serves as a critical power component in manufacturing facilities, utility substations, and power generation plants—supporting heavy-duty machinery and continuous production lines. Beyond industrial use, it’s a trusted choice for critical care facilities like hospitals, data centers, and commercial complexes, where uninterrupted, stable power delivery is non-negotiable. Whether powering essential medical equipment, cooling systems, or industrial automation tools, this transformer combines durability with low maintenance requirements, offering long-term value for end-users.
Designed to meet rigorous industry standards, it balances high load capacity with minimal energy loss—aligning with global sustainability goals while reducing operational costs. For businesses seeking a high-performance, low-risk power distribution solution, the 3000KVA Dry Type Cast Resin Transformer delivers on both functionality and reliability.
Parameter of 3000KVA Dry Type Cast Resin Transformer
Cooling Method: Dry-type Transformer
Winding Type: Two-winding Transformer
Certification: ISO9001-2000, ISO9001, CCC, Kema
Usage: Distribution Transformer, Cast Resin Transformer
Insulation Level: as Per IEC Standard
Vector Group: Dyn11
Core Material: Silicon Steel
Winding: Cooper/Aluminum
Enclosure: IP20/IP23
Accessories: Fans, Enclosure
Temperature Rise: 125K
Insulation Class: H-Class
Rated L. V.: 0.4kv or Customized
Rated H. V.: 10kv or Customized
Cooling Way: AN/AF
Impedance: 4 %
Reference Standards: IEC60076
Capacity: 50~2500kVA or Customized
Transport Package: Wooden Pallet, Wooden Case
Origin: China
Production Capacity: 3000 MVA/Year
Feature of 3000KVA Dry Type Cast Resin Transformer
Boasting class-leading energy-saving capabilities, this 3000KVA transformer minimizes power wastage to an exceptional degree, directly translating to significant long-term operational cost savings for businesses. Its optimized core and winding design prioritizes energy conservation without compromising output, aligning with global green energy standards and reducing your carbon footprint while enhancing bottom-line results.
Crafted with a sleek, space-efficient structure, the transformer eliminates installation headaches and maximizes usable space in tight environments—whether industrial facilities, commercial buildings, or urban power rooms. Its streamlined design enables seamless integration into existing power networks or new systems alike, requiring minimal clearance while maintaining full functionality. No more cumbersome setup or space constraints—this unit adapts to your layout, not the other way around.
Engineered to handle substantial power demands with unwavering safety, the 3000KVA dry type cast resin transformer delivers consistent power to a diverse range of equipment—from heavy industrial machinery to critical commercial systems. Its advanced thermal management system prevents overheating even under peak loads, mitigating risks of equipment malfunction, premature wear, or operational downtime. You can trust it to deliver reliable power for high-demand applications without compromising performance or safety.
