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Amorphous 3D Triangular Wound Transformer Core
MagComponent proudly presents the amorphous 3D triangular wound transformer core, acclaimed as the "ultra-energy-efficient product" and "green heart" in the transformer industry. By perfectly integrating energy-saving amorphous alloy ribbon with 3D wound core structure, this product breaks through the limitations of traditional planar lamination or wound core structures, achieving complete symmetrical balance in three-phase magnetic circuits.
Material & Performance Characteristics
Advanced Material Properties
High-Quality Iron-Based Amorphous Ribbon
- 1K101 Material: Bs = 1.56T saturation flux density
- 1K102 Material: Bs = 1.61T saturation flux density
- Ultra-low core loss significantly below grain-oriented silicon steel
Enhanced Durability Features
- Exceptional mechanical strength and short-circuit resistance
- Fire-resistant, moisture-proof, and salt spray corrosion resistant
- Uniform temperature distribution with stable operation above 130°C
3D Triangular Structural Advantages
Three-Phase Balance
Unique 3D arrangement ensures identical magnetic path lengths for complete symmetry
Ultra-Quiet Operation
Compact 3D structure effectively reduces magnetostriction-induced vibration
Space Saving
Smaller volume compared to traditional structures with better space utilization
Low EMI
Weak surrounding electromagnetic field with excellent EMC performance
Typical Specifications
| Capacity | Window Dimensions (mm) | Core Structure | Application Scenarios |
|---|---|---|---|
| 100 kVA | 150 × 340 | 3D Triangular Wound | Commercial Buildings, Residential Areas |
| 200 kVA | 170 × 375 | 3D Triangular Wound | Industrial Parks, Medium Data Centers |
| 400 kVA | 210 × 445 | 3D Triangular Wound | Large Infrastructure, Transportation Hubs |
| Custom | According to Drawings | 3D Triangular Wound | Special Requirements |
Note: Specific dimensions can be customized according to customer drawing requirements
Wide Application Scenarios
Infrastructure
Metro systems, high-speed rail, airports, highways and other transportation facilities requiring high reliability
Data Centers
Serving as the "reliable green heart" for data centers, providing high-quality power protection
New Energy
Wind/solar power grid integration, energy storage systems, charging stations
Smart Cities
Commercial buildings, UPS power systems, and information communication industry applications
Industrial Applications
Manufacturing facilities, industrial automation, and process control systems
Renewable Integration
Grid integration of renewable energy sources with superior efficiency and reliability
Frequently Asked Questions
What is the main advantage of amorphous 3D triangular cores over traditional silicon steel?
Amorphous 3D triangular cores offer 60-80% lower no-load loss compared to traditional silicon steel transformers, significantly improving energy efficiency and reducing operating costs while providing complete three-phase magnetic symmetry.
What temperature can amorphous 3D triangular cores operate at?
Our amorphous 3D triangular cores can operate reliably at 130°C for long-term applications, with excellent thermal stability and performance consistency.
What capacity range do you offer for 3D triangular wound cores?
We offer 3D triangular wound cores covering capacities from 30kVA to 2000kVA, with standard dimensions and custom options available.
Can you provide custom 3D core dimensions?
Yes, we offer comprehensive customization services for special dimension requirements and performance specifications based on your specific design drawings.
How does the 3D structure improve transformer performance?
The 3D triangular structure ensures identical magnetic path lengths for all three phases, achieving perfect magnetic symmetry, reducing vibration and noise, and improving overall efficiency and reliability.
Related Products
Nanocrystalline Ribbon
High-permeability nanocrystalline materials for high-frequency applications
View Details →Driving Green Energy Development
Contact our technical experts to discuss how our amorphous 3D triangular cores can help you achieve carbon neutrality goals and create more value for society.