Product Description:

The FC-280P11KT4H2BNCXXXSXXXXAN belongs to the VLT FC 280 Midi Drives series from Danfoss. This compact variable-frequency drive regulates motor speed on production machinery, material-handling lines, and auxiliary equipment where panel space is limited. By adjusting the frequency and voltage supplied to an induction motor, the drive supports controlled acceleration, deceleration, and steady-speed operation across a range of general industrial applications. Its compact format allows installation in control panels that must accommodate several automation components while preserving practical access to power and control wiring.

The model provides a mechanical output of 15 HP, which corresponds to an electrical power rating of 11 kW. It operates from three-phase 380–480 VAC mains and can connect to compatible industrial power systems without an intervening transformer. The drive has no brake chopper, so applications that produce regenerative energy require a suitable external method of managing that energy. The front panel has no display, and parameters must therefore be accessed through a fieldbus connection, remote keypad, or compatible setup tool. These access methods also allow operating values and diagnostic information to be reviewed without relying on a local visual interface.

The circuit boards have no protective coating, so the drive should be installed away from corrosive vapors, conductive dust, and other contaminants that could affect exposed electronic assemblies. The configuration includes no adaptations, leaving option slots A and B unused for this model code. The unit is categorized under the Midi Drive FC product group, which identifies its position within the manufacturer’s range of compact motor-control products. Proper enclosure selection and ventilation remain important because the installation environment directly affects the service conditions of uncoated electronics. Field wiring should follow the applicable requirements for the stated supply range, and connected motors must be suitable for inverter operation at the selected output settings. Remote parameter access should be established before operation so motor data, acceleration ramps, protection limits, and control commands can be entered and monitored through the chosen interface.