Product Description:

The FC-302P55KT6131G6125HXBGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive built by Danfoss and sold under the VLT FC 302 Automation Drives series. In automated plants, the unit modulates the voltage and frequency delivered to an induction motor, enabling closed-loop control of speed and torque without mechanical throttling. By converting fixed mains power into a controllable three-phase output, the drive supports conveyors, pumps, and material-handling equipment that require dynamic adjustment while a process is running. This electronic control method allows motor output to follow changing production demands without relying on valves, dampers, or other mechanical regulating devices.

The drive has a continuous output power rating of 55 kW, which corresponds to 75 HP. It is designed for three-phase power and connects directly to standard 380–480 V industrial mains without phase conversion. The configuration reflects the absence of a C1 option, so category C1 filtering must be provided externally when required for the installation. This arrangement allows the filtering components to be selected according to the electrical layout and applicable electromagnetic compatibility requirements. The rated output supports motors within the drive’s intended power range, while the regulated inverter stage adjusts the delivered frequency and voltage in response to control commands.

Wiring glands use standard cable entries, allowing the chassis to align with common metric gland plates used in industrial control cabinets. The control panel includes a standard language pack, which allows parameter menus to be displayed in multiple languages without an optional language module. Its software architecture provides a consistent parameter structure across the platform, while the physical interfaces support common control and diagnostic connections. Users working with mixed power ranges can follow the same menu organization and diagnostic methods rather than learning a different interface for each drive size. The shared interface design also simplifies the organization of operating parameters for conveyors, pumps, and other motor-driven equipment connected to the automation system.