XCS2-W0010ARN-02AETM5ECDA-S04RSN2NNNN5NN

Product Description:

Bosch Rexroth Indramat manufactures the XCS2-W0010ARN-02AETM5ECDA-S04RSN2NNNN5NN. As part of Bosch Rexroth Indramat's CtrlX Converters range, the XCS2-W0010ARN-02AETM5ECDA-S04RSN2NNNN5NN single-axis converter is an example of a sophisticated fusion of high-performance functionality and compact design for contemporary industrial automation systems. With dimensions of 50 mm for width, 309 mm for height, and 196.5 mm for depth, its form factor demonstrates a design optimization approach centered on high-density deployment within control enclosures. Such dimensional reduction has a direct impact on the automation architecture's modular layout, component accessibility, and thermal dissipation dynamics, in addition to being an issue of spatial economy. This converter allows for tighter packaging without sacrificing serviceability or heat management techniques, enabling a more effective and simplified control architecture in high-throughput industrial settings where cabinet real estate is at a premium.

This converter has dual-mode voltage outputs and is designed for broad-spectrum operation from an electrical perspective. With compatibility for AC outputs up to 500 V and DC outputs ranging from 280 V to 710 V, it may be used with a variety of industrial drive systems and electromechanical actuators. Its appropriateness for applications with high energy requirements, such as servo motors or regenerative braking systems, is highlighted by its maximum DC bus power rating of 7.99 kW. This power supply capacity is essential to the energy distribution of the whole system, impacting thermal loads and dynamic performance across the motor control architecture. The electrical profile of the converter makes it easy to integrate into high-performance production systems, where a reliable power supply and accurate voltage control are essential for process stability and operating throughput.

Compliant with international power standards, the converter is electrically interfaced by a three-phase wye-connected input and can handle a rated input voltage range from 200Y/115V to 500Y/289V. It requires careful upstream design considerations, such as suitably rated circuit breakers and conductor size, to assure regulatory compliance and system dependability since it consumes a rated input current of 5.8 A when operating in AC. Indicative of the onboard digital and analog processing operations that oversee conversion, fault detection, and communication protocols, the internal control system runs at a 24 V input with a current draw of 3.9 A. Because of its 42 kA rms short circuit current rating and ability to withstand severe fault circumstances, the device must be coordinated with Class J 10 A fuses in order to isolate faults quickly. The operating ambient temperature ceiling of 40 °C represents a thorough thermal performance assessment under industrial settings, and the usage of 14 AWG wire is required to preserve current integrity and thermal restrictions.