Product Description

The S7480C-SEF2-S4 digital servo amplifier is a hallmark of the S700 series, synonymous with innovation in industrial motion control. It is calibrated to function within a supply voltage range of 208V to 480V, accommodating various industrial power demands while maintaining efficiency and stability. Equipped with high-speed EtherCAT and CANopen communication interfaces, the S7480C-SEF2-S4 facilitates seamless integration into industrial networks, ensuring fluid coordination and synchronization for complex automation tasks. Inherently safe, the S7480C-SEF2-S4 incorporates an S4 safety card, fulfilling the stringent requirements of SIL CL3 and PLe safety standards. This proactive approach to safety significantly reduces the risk of accidental motion, ensuring a secure operating environment. Besides, its cold plate technology reduces its weight compared to other conventional servo amplifiers. It weighs only 10.4 Kg which makes it much safer and versatile for all industries. The device's modular design includes expansion slots that support additional I/O cards, fan controls, and safety functionalities. This feature allows for bespoke configuration, tailoring the amplifier to specific automation needs. The onboard memory slot affords easy software updates and parameter customization, ensuring the amplifier remains adaptable to future technological changes. The S7480C-SEF2-S4 is designed to manage a variety of motor types, including synchronous, linear, asynchronous, and DC motors, making it versatile for a spectrum of control applications from precision operations to robust motion tasks. Optimal power delivery is assured through a well-integrated B6 bridge rectifier, which not only provides a stable power output but also ensures the longevity of the connected motors. Overall, the S7480C-SEF2-S4 epitomizes the synthesis of advanced technology, flexibility, and uncompromising safety, making it an exemplary component for system integrators and engineers seeking state-of-the-art solutions in industrial automation.