Product Description

The S7480C-SEF2-PA digital servo amplifier is a sophisticated component within Kollmorgen’s esteemed S700 series. It is engineered for high-demand industrial environments. This servo amplifier boasts a formidable 48A rated current and is optimized for a voltage range between 208 to 480V. Its cold plate technology ensures superior heat dissipation, critical in applications where thermal efficiency is paramount. S7480C-SEF2-PA supports a wide array of motor types, including synchronous servomotors, linear motors, asynchronous motors, and DC motors. It seamlessly integrates into various automation systems with EtherCAT and CANopen onboard, facilitating a broad spectrum of industrial communication protocols. At the core of its design, safety is paramount. The S7480C-SEF2-PA incorporates Safe Torque Off (STO) functionality, compliant with the industry's highest safety standards of SIL CL3 and PLe. This ensures that the amplifier can execute an immediate removal of motor torque, preventing unintentional movements and enhancing the safety of automated processes. The unit provides three slots for front-side expansion cards, granting users the flexibility to adapt the servo amplifier to their unique needs. With an on-board memory card slot, parameter configurations and firmware updates are streamlined, allowing for easy maintenance and adjustments. Parameterization and customization are facilitated through Kollmorgen’s DRIVEGUI software, providing an intuitive interface for precision control. The software offers an extensive suite of tools for detailed parameter and drive control settings, making it a fitting choice for engineers who require a high degree of control over their servo systems. The S7480C-SEF2-PA is not only a powerhouse in terms of performance but also in its programmability. With macro programming capabilities, this servo amplifier can execute complex sequences and operations, enhancing its utility in sophisticated automation tasks. A 128 kByte memory bank ensures ample space for user-defined instructions, executed with impressive speed and precision at 400 easy instructions every 62.5 μs.