Product Description:

The FC-302P15KT5E20H1XGXXXXSXX is a variable-frequency drive produced by Danfoss as part of the VLT FC 302 Automation Drives series. The drive controls standard induction motors by adjusting the frequency and voltage delivered to the motor. This regulation allows conveyors, pumps, and ventilators to operate at speeds that match changing process demands. The unit is designed for mid-range motor applications in automated production equipment and building systems.

The drive accepts a supply of 380–500 VAC with three-phase power. It delivers a maximum motor output of 15 kW, which corresponds to approximately 20 HP when connected to a properly matched motor. The IP20 chassis enclosure protects against accidental contact with hazardous internal parts but requires installation inside a suitable control cabinet. The drive does not include an internal brake chopper, so applications that require dynamic braking must use compatible external equipment. An additional mains disconnect is not installed in the power section. The printed circuit boards are uncoated, making a controlled cabinet environment important where moisture, dust, or corrosive contaminants may be present. The unit does not contain preloaded application-specific adaptation blocks.

The unit uses standard cable entries and supports normal cabinet mounting with A, B, and C frames, allowing it to fit common enclosure arrangements. Conducted emissions are reduced by the integrated RFI Class A1/B (C1) filter, which limits radio-frequency interference transmitted through the supply wiring. A graphical local control panel provides access to parameter settings, operating trends, and local start-stop commands without requiring a separate computer. The front-mounted panel also displays operating values and drive status information for direct observation at the cabinet. The internal control platform uses code 302, aligning its diagnostic structure and communication options with other products in the same series. External application options can be connected when additional control functions are required. Cable routing should preserve the recommended separation between motor conductors, mains wiring, and low-voltage control signals to reduce electrical interference inside the cabinet.