Advantages：
Specialized high-frequency anti-interference design: PE insulation combined with double-layer shielding (foil + braid) effectively suppresses high-frequency harmonics and electromagnetic interference from inverters.
Optimized low dielectric loss: PE material has a low dielectric constant, reducing high-frequency signal transmission loss and improving energy efficiency.
Symmetrical grounding and low-capacitance structure: Symmetrical core arrangement reduces parasitic capacitance, preventing high-frequency signal reflection and oscillation.
Reliable environmental adaptability: PVC sheath is oil-resistant and moisture-resistant, suitable for oily and humid industrial environments.
Mechanical flexibility and durability: The sheath is wear-resistant and fatigue-resistant, suitable for fixed and mild mobile scenarios.
Compatible with DNC system standards: Optimized for inverter-driven DNC motors, ensuring system stability and signal integrity.

Application range: Power connections between inverters and DNC motors, high-speed CNC machine tools, spindle drive systems, servo amplifier outputs, precision processing equipment, and industrial applications requiring low harmonic interference.

Special instructions: PE/PVC composite insulation design optimizes high-frequency electrical performance; Triple-layer shielding (foil + braid + drain wire) provides excellent EMC protection; Low capacitance structure reduces high-frequency leakage current and losses; Ozone-resistant and oil-resistant sheath ensures long-term reliable operation.