RKL4330/006.0 (RLS1301-INK0606-RLS0723)

The Bosch Rexroth Indramat RKL4330/006.0 (RLS1301-INK0606-RLS0723) cable is a crucial component within the Cables And Accessories series, engineered specifically for precision motion applications. As a Motor Cable for Bosch Rexroth SERVO Drives, it ensures reliable power delivery and signal integrity. Featuring the Cable Type: RKL, this part offers robust connectivity and seamless integration with Rexroth drive systems. Designed to support high-performance servo drive applications, it facilitates efficient motor control and precise torque transmission, making it ideal for automated manufacturing environments.

This motor cable exhibits meticulous technical design, with the Cable Type: RKL configuration optimized for low electrical resistance and minimal signal attenuation. The construction materials are selected to withstand continuous operational stresses, ensuring long-term stability under varying load conditions. Its definition as a Motor Cable for Bosch Rexroth SERVO Drives highlights compatibility with standard Rexroth connectors and control modules, providing plug-and-play installation without additional adapters. The cable’s internal conductor layout and insulation scheme maintain high dielectric strength, safeguarding against short circuits and electromagnetic interference in electrically noisy industrial settings.

Beyond basic connectivity, the RKL4330/006.0 cable demonstrates superior compatibility and durability. Tailored exclusively for Bosch Rexroth servo drives, it integrates seamlessly into existing automation architectures, reducing installation time and complexity. The rugged design supports continuous flexing and vibration resistance, ensuring operational reliability in high-cycle applications. Its efficient power and signal transmission capabilities contribute to lower energy losses and improved system responsiveness. In industrial automation scenarios, using this cable translates into enhanced machine uptime, reduced maintenance intervals, and consistent performance across demanding production cycles.