Product Description

The RAC3.5-150-460-A01-W1-220 by Indramat is a powerhouse in the realm of main spindle drive controllers, crafted to deliver precision and stability in high-end industrial applications. This controller distinguishes itself with a dedicated analog interface, enabling users to fine-tune spindle speeds with remarkable accuracy—a crucial feature for tasks demanding meticulous control. The controller’s analog interface stands as its core feature, providing users with granular control over spindle speeds, essential for tasks that demand high precision, such as in the aerospace or automotive industries. With a rated continuous current of 150 A and a capable continuous output of 35 kW that peaks at 40 kW, it showcases formidable performance. Structured to maintain operational efficiency, the RAC3.5-150-460-A01-W1-220 operates reliably within a wide temperature spectrum, thereby ensuring consistent performance. It thrives in a range of +5 to +45 degrees Celsius, which speaks volumes about its robustness and adaptability to various industrial climate conditions. Weighing 49 kg, the controller’s weight is indicative of its durable build, ready to be integrated into the most demanding production lines. Its conformity to the IP 10 protection category per EN 60 529 standards provides a layer of security against environmental factors that could potentially impede performance or safety. The built-in fan further augments this by continuously cycling air to keep the unit cool and functioning at its best. Additionally, the controller’s capacity for a regeneration output of 27 kW adds to its efficiency, enabling energy that would otherwise be lost during braking to be fed back into the system. This feature is not just an economic asset but also an environmentally considerate inclusion. RAC3.5-150-460-A01-W1-220 stands as a significant investment for industrial entities looking to elevate their operational capabilities. Its build, complemented by the analog interface and a comprehensive cooling solution, equips it to tackle the rigorous demands of modern industrial operations while ensuring precision, efficiency, and safety.