FC-301P37KT4131B6462
The Danfoss FC-301P37KT4131B6462 is a high-performance controller module from the VLT FC 301 Automation Drives series designed to optimize motor control in industrial automation. As a Controller Module, it operates on a 100-240 VAC input voltage range and consumes only 14.5 W of power. The unit features electrically isolated interfaces and provides 2 CAN interfaces for robust, noise-resistant communication. Its primary function is to deliver precise speed and torque management across a wide range of motor types, ensuring seamless integration in complex automation systems.
This drive supports comprehensive technical capabilities tailored for versatile industrial applications. It accommodates a three-phase power supply of 380-480 VAC and handles output power up to 50 HP with a rated current of 65 A, making it suitable for heavy-load operations. The module’s C1 size frame enhances heat dissipation and mechanical stability, while its AMA (Automatic Motor Adaptation) technology automatically configures parameters for asynchronous, permanent magnet, and servo motors. Fieldbus compatibility is extensive, encompassing EtherNet/IP, Profibus, and Modbus, and network capability is confirmed with integrated interfaces. Mounting is achieved via a screw-in module design (order TB712 terminal block separately), streamlining installation and maintenance.
Built for demanding environments, the FC-301P37KT4131B6462 housing is rated IP-55 / NEMA 12, offering protection against dust and water jets to ensure long-term reliability. The drive’s electrically isolated architecture safeguards control electronics from high-voltage disturbances, boosting system uptime. With a compact footprint and low power consumption, the module enhances overall system efficiency and reduces energy costs. Compliant with robust industrial standards, this Danfoss VLT drive delivers dependable performance, simplified motor adaptation, and scalable communication options—driving productivity and precision in modern manufacturing installations.