The use of insulated round copper wire in high-speed machine winding motors provides several advantages, including excellent conductivity, low resistance, temperature stability, durability, and flexibility, contributing to the overall efficiency and reliability of motors operating at high speeds.
| Specification range | Φ0.400-1.500mm |
| Executive Standard | GB/T 6109.2-2008 |
| Thermal Index | Class 200, Class 180, Class 155 |
| Main raw materials | Oxygen-free copper rod, Elantas insulating paint. |
High Conductivity: Round copper wire efficiently transmits electrical signals in the motor, crucial for maintaining high-speed performance.
Low Resistance: Copper wire’s low resistance minimizes energy losses and heat generation, enhancing motor efficiency, crucial in high-speed applications with a focus on heat dissipation.
Temperature Stability: Temperature stability is ensured in the motor, even at high speeds, thanks to copper’s thermal conductivity and the insulation material’s properties, preventing overheating.
Durability: Copper’s durability enhances the robustness and longevity of high-speed machine winding motors, minimizing the need for frequent maintenance and replacements.