Product Description:

The FC-302P2K2T2131B0312H2BGXXXXSXXXXAXBXCXXXXDX is an AC variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. It converts fixed-frequency mains power into variable-frequency, variable-voltage output for controlling induction motors in conveyors, pumps, ventilation equipment, and other automated machinery. By adjusting the output supplied to the motor, the drive allows motor speed and torque to follow changing process demands instead of remaining fixed at the incoming line frequency. The unit installs inside a control cabinet and communicates with PLC hardware through standard digital and analog control lines.

The drive accepts an incoming line supply of 200–240 VAC, allowing it to operate on low-voltage industrial power networks without an isolation transformer. Its power section uses three-phase power, which distributes the electrical load across the supply conductors and avoids the imbalance associated with single-phase operation. Continuous output power reaches 2.2 kW under the rated operating conditions, providing the motor power required for compact automation and material-handling applications. The corresponding mechanical output is 3.0 HP, which supports drive selection for systems that use horsepower-based motor ratings. Its enclosure format and parameter structure allow the unit to integrate with compatible controls and accessories used by this product line.

This configuration includes no C1 filtering option, so an external line filter is required when the installation must comply with category C1 electromagnetic emission limits. The control system carries the series identifier 302 and supports the macros, fieldbus profiles, and diagnostic functions associated with this drive generation. A standard language pack provides menu access in several major languages without requiring additional language files. Digital and analog terminals provide the basic command paths for speed references, start and stop signals, status feedback, and process control inputs. The cabinet installation must provide suitable spacing and airflow so heat from the power electronics can leave the enclosure during continuous operation.