Product Description:

The FC-302PK75T2131X7349H2BGXXXXSXXXXAXBXCXXXXDX is an AC variable frequency drive produced by Danfoss for the VLT FC 302 Automation Drives series. The unit modulates voltage and frequency so an induction motor can operate at a commanded speed instead of the fixed synchronous speed imposed by the mains supply. This control method supports energy-efficient operation by matching motor output to the actual demands of the connected equipment. Typical applications include conveyors, metering pumps, ventilation equipment, small agitators, and other speed-controlled machinery used in manufacturing or building services.

The drive is designed for a supply of 200-240 VAC and requires a three-phase power connection for its rectifier input. With this supply, it can provide a continuous mechanical motor output of 0.75 kW, which is equivalent to 1.0 HP. This output capacity is suitable for auxiliary axes, branch circulation pumps, and other compact motor applications that require adjustable speed. During operation, the controller adjusts output voltage in proportion to frequency to keep motor flux and copper losses within appropriate limits. Proper supply wiring, ventilation clearance, and motor selection are necessary for maintaining continuous operation at the rated output.

The drive has no integrated C1 filter, so external radio-frequency suppression may be required when the installation must meet stringent conducted-emission limits. The installed software uses the Standard language pack, providing access to operating parameters in multiple supported languages. Its platform code 302 associates the unit with a common control layout and mechanical format used by other power ratings in the same product line. The shared platform supports consistent panel arrangements and control connections across machines that use compatible FC 302 drives. External filtering should be selected according to the electrical network, cable routing, motor lead length, and applicable emission requirements for the installation.