FC-301P15KT4131X7284
by Danfoss
The Danfoss FC-301P15KT4131X7284 controller module is an integral component of the VLT FC 301 Automation Drives series designed for robust industrial automation. Manufactured by Danfoss, this module features electrically isolated mounting to minimize interference in high-noise environments. It operates on an Input Voltage Range of 100-240 VAC and incorporates 2 CAN interfaces to facilitate reliable, high-speed communication. As a versatile controller module, it serves as the central processing and control unit for complex drive applications, delivering precision and stability in motion control systems.
Building upon its core functionality, the FC-301P15KT4131X7284 offers detailed technical specifications that underscore its advanced design. The module's power consumption of 14.5 W reflects its energy-efficient operation, while its network capability ensures seamless integration with a broad range of industrial networks and supervisory control systems. Electrical isolation is achieved through a screw-in module design, which enhances durability and safety by eliminating ground loops and reducing electromagnetic interference. For installation, a TB712 terminal block is ordered separately, allowing secure connections and straightforward maintenance.
Beyond its electrical and communication features, this controller module excels in compatibility, efficiency, and reliability. The dual CAN interfaces support multiple device connections, increasing flexibility in system architecture and enabling distributed control strategies. Its low power draw contributes to overall energy savings in large-scale installations, and the isolated design promotes longevity by protecting internal circuitry from voltage spikes. The FC-301P15KT4131X7284's modular screw-in mounting simplifies field upgrades and replacements, reducing downtime. In industrial applications, these characteristics translate to enhanced productivity, improved system uptime, and cost savings through efficient power management and rapid deployment.
