Product Description:

The FC-302P22KT6134L3832HXBGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive manufactured by Danfoss and supplied through the VLT FC 302 Automation Drives series. Within an automation cell, it converts fixed-frequency mains power into a pulse-width-modulated output that allows control systems to regulate induction motor speed, torque, and process throughput without mechanical throttling. By connecting to a standard fieldbus or hardwired I/O, the drive supports conveyor lines, pump skids, and material-handling stations where accurate electrical speed control improves efficiency and minimizes mechanical wear.

The inverter delivers a continuous electrical output of 22 kW, reflecting the thermal and magnetic limits of its power stage during steady-state operation. This output corresponds to 30 HP, providing a clear match for compatible pump, fan, or motor ratings. Its input section uses three-phase power and connects directly to 380–480 V industrial mains without phase-conversion equipment. The absence of a category C1 filter means that external electromagnetic compatibility measures may be required when an installation must satisfy residential emission limits. Power and control conductors enter through standard cable entries, simplifying the gland-plate layout and accommodating commonly used metric thread sizes. The pulse-width modulation stage adjusts output voltage and frequency in response to control commands while maintaining stable motor operation across changing loads.

The internal design marker is 302, indicating the product series and its associated control architecture. Keypad text and menu prompts are provided through a standard language pack, which supports operation in commonly used interface languages without additional software installation. Built-in protection functions monitor current, voltage, and operating conditions so the drive can respond to overloads or electrical faults. Application macros provide predefined control arrangements for common motor-driven equipment, while adjustable parameters allow the operating profile to be matched to the connected machine. Motion-control algorithms process commands from fieldbus networks or hardwired inputs and regulate motor behavior according to the selected speed or torque mode.