Product Description

Bosch Rexroth's Indramat RAC 2.1-200-380-A00-W1 is a state-of-the-art spindle drive controller meticulously designed to enhance precision and efficiency in industrial applications. Operating at a rated connection voltage of 380V, this controller is suited for environments where reliable motor control is paramount. It caters to a wide range of operating conditions, ensuring performance stability between +5 to +45 degrees Celsius, and is equipped to handle installation altitudes of up to 1000 meters above sea level without compromising its functionality. This controller showcases a remarkable peak regeneration output of 55kW for 5 seconds, demonstrating its ability to handle sudden bursts of power demand while maintaining motor integrity. The compact and robust build, weighing 121 kg and designed with a mounting frame weighing an additional 2 kg, offers a durable solution for industrial machinery. The additional 1.7 kg of the hose cooling accessory ensures that the controller remains at an optimal temperature, even under the harshest operating conditions. The RAC 2.1-200-380-A00-W1 operates within an environmental sweet spot, handling an ambient temperature range from +5 to +45 degrees Celsius, and can withstand maximum temperatures up to +55 degrees Celsius with an 80% reduction in rated data. These specifications cater to a diverse array of industrial settings, where temperature consistency is crucial for precision work. Withstanding installation altitudes up to 1000 meters above sea level without a reduction in performance, it opens avenues for usage in varied topographical locations. Boasting compliance with humidity category F according to DIN 40 040 and an IP10 protection class, the controller is resilient to environmental factors, ensuring uninterrupted performance in a wide range of operational contexts. The protection class IP 10, in accordance with EN 60 529 (DIN VDE 0470), denotes robustness against the intrusion of large solid objects, thus preserving the advanced internal components from external impacts.