FC-302P3K0T5E20H2BGC Danfoss
Wake Industrial LLC is not an authorized distributor of this product.
The Danfoss FC-302P3K0T5E20H2BGC is part of the VLT FC 302 Automation Drives series. This drive supports a power rating of 3.0 kW or 4.0 HP and operates on three phase power with a mains voltage range of 380 to 500 VAC. It features a coated PCB, IP20 chassis protection, a brake chopper for safe stop, and a graphical local control panel.
Internal Product Review
The FC-302P3K0T5E20H2BGC is a Danfoss VLT FC 302 automation drive rated at 3.0 kW for 380 to 500 VAC operation. Three-phase power input and a built-in brake chopper make the drive especially capable in controlled motion and process duty. IP20/chassis protection and coated PCB construction support dependable cabinet installation, making this model a strong automation drive choice.
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Product Description:
The FC-302P3K0T5E20H2BGC is a variable-frequency drive produced by Danfoss for the VLT FC 302 Automation Drives series. Classified within the VLT AutomationDrive FC product group, it provides closed-loop speed control for three-phase induction motors used in material-handling, pumping, and process equipment. By synthesizing pulse-width-modulated voltage from the incoming supply, the drive lets controllers match motor output to immediate load demands and improve overall energy efficiency in industrial automation lines.
Continuous motor output is rated at 3.0 kW, which is the maximum electrical power the inverter can deliver without derating. For applications that use imperial units, this output corresponds to 4.0 HP. The input section accepts line voltages from 380–500 VAC, allowing direct connection to common industrial power systems. Operation requires a balanced three-phase power source, so no phase conversion hardware is required. The IP20 chassis protection guards internal components against accidental finger contact and solid objects larger than 12.5 mm when the unit is installed inside a control cabinet. An integrated RFI filter attenuates conducted emissions to help the assembly meet electromagnetic compatibility requirements in industrial facilities.
Application flexibility is increased by the built-in brake chopper, which dissipates regenerated energy during rapid deceleration cycles and helps prevent DC-bus overvoltage trips. Setup and diagnostics are handled through the front-mounted graphical local control panel, which provides parameter access without an external programming device. The circuit boards have a protective coating that improves resistance to dust and moisture in typical plant environments. Mechanical installation uses a standard cabinet-mounting arrangement on A, B, or C frames, allowing the drive to fit standardized rail spacing and airflow clearances inside electrical enclosures. The cabinet must provide suitable ventilation around the chassis so heat can move away from the power electronics during continuous operation. Proper spacing also keeps the control panel accessible for parameter adjustments, operating checks, and fault review while the drive remains installed.
