Product Description

The Kollmorgen S77202-PNF2-PM, a key component of the S700 series, is tailored for high-demand industrial applications requiring extensive network connectivity and precise operational control. This servo amplifier can manage a continuous current of 72 Arms and is capable of handling peak currents up to 140 Arms, making it highly effective for applications such as robotic automation, precision assembly, and complex manufacturing processes.

This model's ability to operate across a broad voltage range from 208 to 480V facilitates its integration into diverse industrial environments worldwide. The incorporation of the PROFINET interface is a standout feature, enabling high-speed, reliable communications that are essential for modern manufacturing processes where synchronization and data exchange across various system components are critical.

The 'PNF2' designation indicates that this amplifier is equipped with an advanced fan cooling system, ensuring that the unit maintains optimal performance by effectively regulating its internal temperature. This feature is crucial for preventing overheating and maintaining system integrity during continuous or high-load operations.

Additionally, the inclusion of PosI/O monitoring capabilities ('PM') enhances this model's functionality by providing real-time feedback on system parameters. This monitoring capability allows for immediate adjustments to be made, ensuring that operations remain precise and efficient, which is vital for maintaining high-quality production standards.

The S77202-PNF2-PM also features Safe Torque Off (STO), a safety mechanism that quickly disengages motor torque to prevent accidental movements during emergencies or maintenance, thereby enhancing safety within the operational environment.

Designed to operate quietly at a noise level of just 68 dB(A), the amplifier not only contributes to a more conducive working environment but also complies with RoHS and CE standards, emphasizing Kollmorgen's commitment to sustainability and safety.