Product Description

The S7480C-FBF2-S4 digital servo amplifier is an exemplar of Kollmorgen's innovation in the realm of motion control. Designed to fulfill the rigorous demands of modern industrial automation, this servo amplifier offers a versatile voltage range of 208V to 480V AC, accompanied by a robust 48A rated output current. Its capability to deliver precise control, coupled with its adaptability, makes it an invaluable asset across various manufacturing and production environments. Central to its exceptional performance is the coldplate cooling technology, which guarantees efficient heat management. This advanced thermal management system is crucial for maintaining the amplifier's performance, ensuring reliability and longevity even under the most challenging operational conditions. By effectively dissipating heat, the S7480C-FBF2-S4 operates continuously at peak efficiency without the risk of overheating. Safety is paramount in industrial settings, and the S7480C-FBF2-S4 addresses this with the integration of the Safety card S4. This addition provides enhanced safety functionalities, achieving compliance with SIL CL3 and PLe standards. It underscores Kollmorgen's dedication to creating solutions that not only meet but exceed safety requirements, offering peace of mind to operators and engineers alike. The inclusion of a memory card slot for easy configuration and updates exemplifies the user-centric design of the S7480C-FBF2-S4. This feature simplifies the setup process and facilitates ongoing maintenance, ensuring that the amplifier remains at the forefront of technology and performance. Compatible with a broad spectrum of motor types, this servo amplifier is equipped to handle synchronous, linear, asynchronous, and DC motors, highlighting its versatility for diverse application needs. With its powerful output capabilities, including a peak output current of 96 Arms and a swift 16 kHz switching frequency, the S7480C-FBF2-S4 is designed for applications that demand high-speed, precision control. The thermal dissipation efficiency and minimal noise emission further enhance its suitability for sophisticated industrial automation tasks, making it a cornerstone of any advanced control system.