Copper CTC
Copper CTC
CTC copper wire for transformer windings.
- Reduced Winding Losses
- Improved Thermal Performance
- High Winding Space Factor
- Robust Insulation
About Copper CTC
Continuously Transposed Conductors (CTC) made of copper are designed to reduce losses in high-power transformer windings, improving efficiency and performance.
Why Choose ARP Copper CTC?
ARP's Copper CTC offer unparalleled reliability and efficiency. With an emphasis on safety and performance, our products are ideal for use in various industrial and commercial applications. Designed to meet the highest environmental, climatic, and fire behaviour standards, our transformers ensure optimal operation even in the most demanding environments.
Key Features & Benefits
Reduced Winding Losses
Minimizes eddy current losses in high-power transformers, increasing efficiency.
Improved Thermal Performance
Efficiently dissipates heat, allowing for more compact and reliable transformer designs.
High Winding Space Factor
Maximizes the use of winding space, leading to more powerful and compact transformers.
Robust Insulation
Features high-quality paper insulation for excellent dielectric strength and durability.
Optimized for High-Power Transformers
Our Copper CTC is the premium choice for large-scale power transformers. By minimizing electrical losses and improving thermal management, it allows for the design of more compact, efficient, and reliable transformers that are essential for modern power grids.
Advantages of Copper CTC
By increasing the number of strips in a CTC, the conductor's area is subdivided further compared to a single solid conductor. This leads to several benefits:
- Reduction of electrical losses.
- Increased flexibility, making it easier to wind into tight spaces.
- Optimized size of the winding for better utilization of space.
- Enhanced transformer efficiency and reduced manufacturing costs.
Insulation Options
CTCs can be insulated with a variety of materials, from pure cellulose kraft paper to high-performance insulators like thermo-stabilized paper, micro-crepe, polyester, and aramids, all of which support higher thermal classes. These insulation options ensure the Copper CTC can meet demanding operational conditions, such as high temperatures and electrical stresses.