RKL4307/007.0 (RLS1201-INK0650-RLS0721)

The Bosch Rexroth Indramat RKL4307/007.0 (RLS1201-INK0650-RLS0721) cable is a vital component in the renowned Cables And Accessories series, engineered specifically for precision automation environments. Manufactured by Bosch Rexroth Indramat, this part features a dedicated Motor Cable for Bosch Rexroth SERVO Drives configuration, ensuring seamless integration with drive systems. With its designation as an RKL type cable, it offers specialized conductors and insulation designed to deliver consistent power and signal integrity under dynamic load conditions. This robust assembly supports critical motion control tasks, enabling accurate motor response and high-speed operation in demanding industrial processes.

In technical terms, the RKL4307/007.0 (RLS1201-INK0650-RLS0721) cable adheres to the specifications required by Bosch Rexroth servo systems. The Application is clearly defined as a motor cable for SERVO drives, ensuring optimal performance within the defined voltage and current parameters inherent to these systems. The Cable Type designation of RKL indicates a construction profile tailored for high-flex installations, with precise conductor stranding and dielectric properties to minimize interference. This targeted design reduces signal attenuation and voltage drop across extended cable runs, maintaining drive synchronization and torque accuracy throughout the machine cycle.

Beyond its core technical attributes, the RKL4307/007.0 cable ensures seamless compatibility with Bosch Rexroth SERVO drive controllers, simplifying installation and system commissioning. The precise matching of connector interfaces and conductor layouts guarantees plug-and-play replacement and retrofit possibilities without additional modifications. While no external standards or certifications are specified in the manufacturer’s data, the cable’s design ethos reflects industry expectations for reliability in motion control applications. Employing this genuine Bosch Rexroth Indramat cable enhances system efficiency, reduces downtime associated with mismatched components, and delivers consistent performance across diverse automation platforms, making it an indispensable asset in modern industrial installations.