RKL4439/000.0 (AEH/RKS + INK0607-RLS0724

The Bosch Rexroth Indramat RKL4439/000.0 (AEH/RKS + INK0607-RLS0724) is a high-performance component in the Cables And Accessories series. This cable assembly features an advanced Cable Type: RKL construction and is specifically designed for use as a Motor Cable for Bosch Rexroth SERVO Drives. By integrating precision-engineered conductors and robust insulation materials, this part ensures seamless connectivity and reliable signal transmission for demanding industrial motion control applications. Its primary function is to link servo drive units to motors, delivering consistent power flow and feedback connectivity under rigorous operating conditions.

In terms of technical specifications, the RKL4439/000.0 assembly employs a dedicated RKL cable design that optimizes electrical performance and mechanical resilience. The cable’s geometry and conductor arrangement are tuned to maintain minimal signal loss and to reduce electromagnetic interference, fulfilling the stringent requirements of modern servo drive networks. The Application as a motor cable for Bosch Rexroth SERVO Drives underscores its tailored compatibility with high-speed pulse signals and continuous torque control loops. This ensures that motor commands and position feedback are transmitted without distortion or latency, enabling precise motion synchronization across multi-axis installations.

Beyond its core electrical attributes, the RKL4439/000.0 benefits from enhanced compatibility and ease of integration within Bosch Rexroth automation systems. Its robust sheath and conductor insulation materials are engineered to resist abrasion, temperature variation, and constant flexing, providing long-term durability in factory environments. While no external certifications are explicitly required by the provided data, the cable’s design aligns with industry best practices for servo cabling and industrial robotics. By using this specialized motor cable, system integrators and OEMs can achieve improved operational efficiency, reduced downtime, and streamlined maintenance workflows, ultimately enhancing productivity and reliability in complex automation applications.