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.