INS0624/C01 (CN-0017S-ROUN-SCREW - ****)

The Bosch Rexroth Indramat INS0624/C01 (CN-0017S-ROUN-SCREW - ****) is a precision-engineered component within the Cables And Accessories series designed for demanding automation environments. This part serves as a specialized Motor Cable for Bosch Rexroth SERVO Drives, offering robust signal and power transmission tailored to high-performance motion control systems. Featuring the INS cable type construction, the INS0624/C01 delivers consistent electrical characteristics and reliable connectivity across a range of industrial applications. Its primary function is to ensure stable, low-noise delivery of drive signals to maintain accurate motor operation and positioning.

Engineered with rigorous attention to detail, the INS0624/C01 leverages the inherent advantages of the INS cable type, including optimized dielectric strength and controlled impedance suitable for servo drive communication. The cable's construction supports high-frequency digital signals without compromise, preserving signal integrity under dynamic load conditions. Specifically tailored for Bosch Rexroth SERVO drives, this motor cable integrates seamlessly with drive electronics, minimizing reflection and attenuation for precise motion control. Its streamlined design reduces installation complexity while upholding stringent performance thresholds in automated machinery.

Beyond its core specifications, the INS0624/C01 offers enhanced compatibility and operational resilience essential to modern industrial systems. Its tailored design for Bosch Rexroth SERVO Drives ensures straightforward integration and reduces commissioning time. The robust build quality of the INS cable type promotes long-term durability, resisting wear from repeated flexing and mechanical stress. In addition, the cable contributes to system efficiency by maintaining stable electrical characteristics over extended duty cycles. By choosing the INS0624/C01, engineers benefit from a reliable, high-performance solution that elevates the consistency and uptime of servo-driven production equipment.