S7480C-EIF2-S4
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The S7480C-EIF2-S4 servo amplifier, a flagship component of the S700 series, is engineered for precision and adaptability in advanced industrial automation systems. Offering an expansive voltage range and high-speed communication via EtherCAT and CANopen, it also integrates an S4 safety card for uncompromising operational safety.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
S7480C-EIF2-S4 is a premier digital servo amplifier from the esteemed S700 series, specifically curated to meet the demanding needs of modern industrial automation. It functions across a broad supply voltage range from 208V to 480V, ensuring versatility and compatibility with various global industrial power standards. The amplifier's onboard EtherCAT and CANopen interfaces enable high-speed communication and effortless integration into multi-axis control systems, a crucial feature for industrial applications that rely on synchronized and precise motion control. Safety within automated operations is a key feature of the S7480C-EIF2-S4, with an integrated S4 safety card that adheres to SIL CL3 and PLe standards. This crucial element provides a fail-safe mechanism, effectively mitigating operational risks and enhancing the overall safety of the automation system. Flexibility is central to the design of the S7480C-EIF2-S4, featuring slots for expansion cards that accommodate additional I/O interfaces, fan control modules, and further safety expansions, thereby enabling tailored configurations for specialized applications. Additionally, the onboard memory slot for firmware and parameter settings signifies the unit's capability to evolve with technological advancements and changing operational requirements. This servo amplifier is adept at driving various motor types, including synchronous, linear, asynchronous, and DC motors. This versatility underscores the S7480C-EIF2-S4's suitability for diverse motion control scenarios, from precise component placement to robust, heavy-duty operations. Power delivery is both stable and efficient, attributed to the inclusion of a B6 bridge rectifier, which not only provides a stable power output but also secures the longevity and consistent performance of the connected motors. To conclude, the S7480C-EIF2-S4 exemplifies the perfect amalgamation of advanced technology, customization capability, and stringent safety protocols. It makes the amplifier a prime choice for engineers and system integrators aiming to achieve excellence in industrial automation.
Frequently Asked Questions about S7480C-EIF2-S4:
Q: What capabilities does the S7480C-EIF2-S4 offer for multi-axis industrial automation systems?
A: With EtherCAT and CANopen interfaces, the S7480C-EIF2-S4 provides exceptional capabilities for managing complex, multi-axis automation systems with precision and efficiency.
Q: How does the S7480C-EIF2-S4 ensure compliance with the latest industrial safety standards?
A: It integrates an S4 safety card, fully compliant with SIL CL3 and PLe standards, to maintain a high level of safety and reduce downtime caused by operational hazards.
Q: Is the S7480C-EIF2-S4 suitable for a diverse range of industrial applications?
A: Yes, thanks to its capability to drive multiple types of motors and its wide voltage input range, the S7480C-EIF2-S4 is adaptable to a broad spectrum of industrial scenarios, from high-speed assembly lines to precision-driven tasks.
Q: Can the S7480C-EIF2-S4 be customized to meet specific operational needs?
A: Absolutely, its design includes expansion slots for additional I/O, fan controls, and safety features, allowing for customization to meet the unique demands of various applications.
Q: What measures are in place for ensuring the longevity and reliability of the S7480C-EIF2-S4 in harsh industrial environments?
A: The S7480C-EIF2-S4 is built with a robust thermal dissipation system and a stable power delivery framework, ensuring it operates reliably even in demanding industrial settings.
