XCS2-W0023ARN-01AETT0NNNN-S05RSN1NNNN0NN by Bosch Rexroth Indramat

The Bosch Rexroth Indramat XCS2-W0023ARN-01AETT0NNNN-S05RSN1NNNN0NN is a high-performance single-axis converter from the XCS Single Axis CtrlX Converters series designed for precise motor control in modern industrial automation systems. It features a rated input current of AC 26.6 A and an output voltage range of AC 0 … 500 V (DC 280 … 710 V), supporting a broad spectrum of servo and asynchronous motors. With a compact housing measuring 50 mm wide and 309 mm tall and weighing just 3 kg, this converter is optimized for space-constrained control cabinets. Its primary function is to regulate motor speed and torque dynamically, delivering smooth acceleration and deceleration profiles in automated manufacturing and material handling applications.

In-depth technical specifications underline the versatility of this unit: it is built on the ctrlX DRIVE, Generation 2 control hardware platform and utilizes an internal air cooling method to maintain optimal operating temperatures. The converter delivers AC output currents up to 7.7 A and DC output currents up to 3.8 A, while the integrated braking transistor and resistor ensure safe energy dissipation during deceleration. Communication is handled via a multi-Ethernet interface compliant with the SERCOS III protocol, enabling real-time synchronization and high-speed data exchange with motion controllers. A built-in Safe Torque Off (STO) safety function guarantees immediate motor shutdown without residual torque, enhancing operator and machine protection.

This model comes without a motor connector set but includes a panel option for local parameterization and status monitoring. The converter supports a mains frequency of 50 ... 60 Hz and requires no export license for outputs below 599 Hz. Designed for rugged industrial environments, it tolerates installation in a G1 position within control cabinets and must be protected against moisture condensation and icing across a storage range of –25 to 70 °C. The absence of additional design features keeps maintenance simple, while its electromechanical robustness ensures high reliability and energy efficiency. Integrating this converter into production lines boosts throughput, minimizes downtime, and reduces energy costs, making it an invaluable component for advanced automated systems.