Advantages
Specialized high-frequency anti-interference design: TPE insulation combined with double-layer shielding (foil + braid) effectively suppresses high-frequency harmonics and electromagnetic interference generated by inverters.
Low-capacitance symmetrical structure: Symmetrical core arrangement and optimized TPE insulation reduce parasitic capacitance, minimizing high-frequency signal attenuation and reflection.
High dynamic adaptability: PUR sheath is wear-resistant, twist-resistant, and withstands drag chain cycling (≥5 million cycles), suitable for high-dynamic scenarios such as robotics.
Resistance to harsh environments: PUR sheath is oil-resistant, chemical-resistant, and hydrolysis-resistant, suitable for oily and humid industrial environments.
Stable performance across wide temperature ranges: Maintains stable electrical performance from -40°C to +90°C, adapting to environments with extreme temperature variations.
Dual-standard certification: Complies with both UL 20235 industrial cable standards and specialized requirements for inverter-driven DNC motors.

Application range: Power connections between inverter outputs and DNC motors, high-speed CNC machine tool spindles, variable frequency servo systems, electric spindle drives, high-precision machining centers, and industrial applications requiring high-frequency interference resistance and chemical corrosion resistance.

Special instructions: TPE core insulation provides excellent electrical stability and heat resistance; PUR outer sheath gives the cable high abrasion resistance, oil resistance, and environmental aging resistance; Dedicated shielding structure effectively suppresses high-order harmonic interference generated by inverters; High flexibility design supports continuous bending and torsion applications.