Product Description:

The FC-302P2K2T5E20H1XGXXXXSXXXXA4BXCXXXXDX is a variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. It converts a fixed industrial power supply into an adjustable AC output that controls the speed and torque of induction motors. This capability supports conveyors, pumps, fans, and other motor-driven equipment used throughout automated plants. The drive is designed for installation inside a control cabinet, where its connection points and mechanical arrangement support integration with compatible power and control equipment.

The drive provides continuous shaft power of 2.2 kW, which corresponds to 3.0 HP. It accepts an input range of 380 to 500 VAC from a three-phase power supply, allowing connection to common industrial distribution systems without an additional voltage converter. Parameters can be viewed and adjusted through the front-mounted Graphical Local Control Panel, which provides a visual interface for drive setup, operating status, and diagnostics. Communication with a host controller is available through the integrated DeviceNet MCA 104 option card. Standard cable entries accommodate incoming power, motor conductors, and control wiring, while the mounting arrangement supports A, B, or C frames on a conventional cabinet backplate. The cabinet layout should provide adequate cable clearance and unrestricted access to the front controls.

The enclosure has IP20 chassis protection, providing basic protection against accidental contact when the drive is installed behind a cabinet door. Internal filtering meets RFI Class A1/B (C1) emission limits and helps control conducted electrical interference in suitable installations. The printed circuit boards do not have a protective coating, so the drive is best suited to clean, temperate control cabinets without excessive moisture, dust, or corrosive airborne contaminants. Heat is removed through the cabinet airflow, and the installation should maintain sufficient ventilation around the unit to prevent warm air from collecting near the enclosure. The absence of a liquid-cooling circuit allows the drive to use a conventional panel arrangement. Proper separation of power and control conductors can also reduce electrical noise at signal connections and support stable communication with connected automation equipment.