S7480C-2CF2-S4

Product Description

The S7480C-2CF2-S4 digital servo amplifier, an integral part of the Kollmorgen S700 series, is a formidable presence in the sphere of industrial automation. This advanced unit is designed to deliver high-caliber performance, providing a rated current of 48A and supporting a supply voltage ranging from 208V to 480V AC, which is ideal for a variety of industrial voltage standards worldwide. With the integration of coldplate technology, the S7480C-2CF2-S4 stands out for its exceptional ability to manage heat effectively. This cooling mechanism is not merely a feature; it's a fundamental aspect of the design that ensures operational integrity and longevity, even in the most demanding of industrial settings. The amplifier's ability to sustain optimal thermal conditions directly translates to consistent performance, vital for industrial processes that cannot afford downtimes. Safety is a critical concern in any industrial environment, and the S7480C-2CF2-S4 addresses this with its Safety card S4. This inclusion places the servo amplifier at the forefront of safety compliance, meeting the stringent requirements of SIL CL3 and PLe standards. By doing so, it ensures a protective operational environment that guards against hazards and supports the well-being of personnel and equipment. The S7480C-2CF2-S4 is engineered for seamless integration and user-friendly operation. The provision of a memory card slot simplifies the configuration process, allowing for quick parameter adjustments and firmware updates, which are essential for maintaining the efficiency of industrial operations. The compatibility with a wide range of motors—synchronous, linear, asynchronous, and DC—illustrates the amplifier's versatility, making it suitable for a diverse array of applications, from robotics to precision machining. A peak output current of 96A, a motor inductance minimum of 0.38 mH, and a thermal dissipation at rated current of 655W all underscore the S7480C-2CF2-S4's robust design. Its switching frequency of 16 kHz and a current controller bandwidth greater than 1.2 kHz, scalable up to 5 kHz, offer precision and responsiveness that high-speed, high-accuracy tasks require.