Wound Core

Wound Core

Wound Cores and Windings are specialized transformer components manufactured by winding grain-oriented electrical steel tape in a spiral around a mandrel, forming a robust cylindrical structure. This design minimizes eddy currents, reduces heating, and ensures greater efficiency and reliability in power transmission and distribution systems. The cores undergo an annealing process in a controlled hydrogen/nitrogen atmosphere to optimize their magnetic properties, enhancing their performance and stability under varying load conditions.

After annealing, the cores are encased in protective housings, which safeguard them from mechanical stresses and external magnetic fields, ensuring long operational life and maintaining magnetic integrity. These wound cores are widely used in high-efficiency transformers for applications ranging from power generation to distribution networks. Their superior magnetic characteristics and versatility make them essential for modern electrical infrastructure, meeting stringent industry standards for performance and reliability.

Wound Core & Windings by ABTRANS ELECTRIC LLP

Key Features:

  • Advanced Technology: Incorporates cutting-edge manufacturing techniques for optimal performance and durability
  • Customized Solutions: Tailored designs to meet customer-specific requirements across various voltage levels, frequencies, and power ratings
  • High-Quality Materials: Built using premium-grade magnetic core electrical steel for exceptional electrical properties
  • Efficient Assembly: Precision manufacturing processes ensure consistency and reliability, meeting industry standards
  • Optimized Performance: Designed to minimize core losses, enhance flux density, and reduce noise levels for better energy efficiency
  • Reliability & Longevity: Strict quality control procedures and testing ensure long-lastingand durable products
ABTRANS ELECTRIC LLP offers high-performance wound cores and windings,engineered for superior efficiency and reliability in various transformer applications.