Product Description:

The FC-302P7K5T5P55H1BGXXXXSXXXXAXBXXXXXDX is an AC variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. The unit converts fixed-frequency, three-phase line power into a controllable output for regulating the speed and torque of induction motors. This capability supports automated conveyors, pumps, fans, and general machinery that require controlled acceleration and stable operation under changing loads. Its form factor allows the drive to fit established cabinet layouts without requiring unusual mounting arrangements or additional external housings.

The drive provides a continuous output of 7.5 kW, equivalent to 10 HP, for motors connected to a three-phase power network. Its input section accepts 380-500 VAC, making the unit suitable for common industrial power systems within that voltage range. An internal brake chopper manages regenerated energy during rapid deceleration by directing it to a suitable braking resistor. Standard cable entries route motor, control, and brake wiring through the base plate, helping keep conductors separated and organized inside the enclosure. The base configuration does not include additional communication or application option cards, so external controls must use the interfaces supplied with the standard drive. An integrated filter addresses conducted electrical noise at the line terminals and reduces interference with nearby equipment connected to the same power system.

The drive includes an RFI Class A1/B (C1) filter for suppressing conducted emissions produced by high-frequency switching in the power stage. A Graphical Local Control Panel provides access to operating values, alarms, parameter menus, and drive status directly from the front of the unit. The panel uses the standard language pack and presents information in a readable graphical format for local setup and routine operation. The power and control boards are not conformally coated, so the drive should be installed in a clean switchgear enclosure that limits exposure to condensation, conductive dust, chemical vapor, and airborne contaminants. Adequate cabinet ventilation should be provided to remove operating heat while preserving the clearances required around the drive. Motor and control cables should be routed according to applicable separation and grounding practices to reduce electrical noise in connected sensors and control circuits.