Product Description:

The FC-302P1K5T5E20H1BXXXXXSXXXXAXBXCXXX is an AC variable-frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. It converts constant-frequency supply power into a controllable output waveform, allowing an external PLC to regulate motor speed and torque according to process requirements. The drive is suitable for material-handling equipment, pumps, fans, and other automated systems that use small to midsize induction motors. Its cabinet-mount design fits standard A, B, and C frame arrangements and places the heat sink in the enclosure airflow path. This arrangement helps transfer operating heat away from the power electronics while keeping the control and power connections accessible.

The inverter delivers a continuous power output of 1.5 kW, which corresponds to 2.0 HP. Input conductors connect to terminals designed for 380–500 VAC, allowing operation from common industrial supply voltages. The rectifier accepts three-phase power, which distributes the electrical load across the incoming phases and supports balanced operation. An enclosure rating of IP20 for chassis mounting provides protection against accidental contact with hazardous internal parts and entry by larger solid objects. Because the chassis does not provide protection from water, it must be installed inside a suitable guarded electrical enclosure. The standard cable entries accommodate routine power, motor, and control wiring without requiring special gland plates. The normal mounting position aligns the heat sink with cabinet airflow so generated heat can be removed from the drive during continuous operation.

The drive includes a brake chopper that directs regenerated energy to a compatible external braking resistor during rapid motor deceleration. This function prevents excessive DC-bus voltage when a connected load returns kinetic energy to the inverter. An internal filter classified as RFI Class A1/B (C1) reduces conducted electromagnetic interference on the incoming power lines. Proper cable routing, grounding, and shielding remain necessary to achieve the intended interference performance in the completed installation. The drive uses uncoated printed circuit boards, making it suitable for clean, dry cabinets where airborne moisture, conductive dust, and chemical vapors are controlled. Its baseline configuration does not include additional option modules or separate mains chokes, leaving the available interfaces ready for integration with external control and protection equipment.