Product Description

In Kollmorgen's S700 series, the S77202-SNF2-PA distinguishes itself with its advanced network integration and thermal management capabilities. The amplifier has a compact weight of 13 Kilograms which is essentially versatile for a wide range of different industrial operations. This servo amplifier is capable of managing a continuous current of 72 Arms and accommodating peak currents up to 140 Arms, making it an excellent choice for complex automation systems like high-speed manufacturing, robotic control, and other precision-dependent processes where reliable network communication and control precision are critical.

This model's capability to operate efficiently within a voltage range of 208 to 480V allows for versatile implementation in various global industrial environments. Its integration with the SYQNET interface enhances its capability for networked communication, allowing for seamless data exchange and synchronization with other networked devices. This connectivity is essential for industries aiming to optimize operational efficiency and reliability through enhanced system integration and real-time communication.

A significant feature of the S77202-SNF2-PA is its passive cooling system, which uses natural processes to maintain optimal operating temperatures. This method of cooling is particularly effective in reducing mechanical stress and maintenance needs associated with more active cooling systems, thereby enhancing the amplifier's reliability and durability.

Furthermore, the inclusion of PosI/O analog feedback provides operators with essential operational data, enabling precise control and adjustments necessary for maintaining high-quality production outputs. This feature is invaluable in settings where the accuracy of each operation significantly impacts the overall quality of production.

The S77202-SNF2-PA also includes standard safety features such as Safe Torque Off (STO), which enhances operational safety by rapidly disengaging motor torque in response to system anomalies, thereby preventing unintended movements and potential accidents.