Product Description:

The FC-302P30KT6131H5875HXXGXXXXSXXXXAXBXCXXXXDX is a variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. Installed in a switchgear cabinet, the unit converts constant three-phase mains power into a regulated output that follows digital commands, giving machine controllers precise speed and torque control over induction motors. Electronic motor control can replace throttling valves or mechanical gear changes in suitable systems, allowing the drive to adjust energy use while maintaining stable flow, pressure, or conveyor throughput. These capabilities support operation in processing equipment, HVAC systems, and material-handling lines.

The drive delivers a continuous output of 30 kW, which corresponds to 40 hp for midrange pump, fan, and conveyor duties. Its power section accepts three-phase power, eliminating the need for external phase-conversion equipment. The enclosure uses standard cable entries that accept common metric cable glands and support straightforward routing inside the cabinet. Cooling accessories can mount behind the same cabinet cutout without interfering with the primary cable paths. It uses a configuration with no adaptation, leaving the available parameter map open for user-programmed sequences, PI regulators, and fieldbus profiles. Operator interaction is supported by a standard language pack that provides English and several European language options through the drive interface.

The drive does not include a C1 option, so an external radio-frequency interference filter is required when category C1 emission compliance applies to the installation. This arrangement allows filtering components to be selected according to the cable length, grounding method, and electrical conditions of the application. The unit is grouped under the VLT AutomationDrive FC product line and carries the internal series number 302. Its terminal arrangement and mechanical format follow the conventions used by compatible models in the same platform. Integrated control routines maintain motor torque at low speeds, supporting applications that require stable operation below nominal motor frequency. The open adaptation setting also allows control behavior to be tailored through parameters rather than fixed application macros.