FC-302P37KT5E20H2XG Danfoss
Wake Industrial LLC is not an authorized distributor of this product.
The FC-302P37KT5E20H2XG is an automation drive from Danfoss in the VLT FC 302 Automation Drives series. It has a power rating of 37 kW, offers 50 HP, and supports three phase power input at 380 to 500 VAC. This drive features a graphical local control panel and an IP20 chassis protection level.
Internal Product Review
The FC-302P37KT5E20H2XG is a Danfoss VLT FC 302 automation drive built for three-phase power and 380 - 500 VAC mains. The 37 kW rating and graphical local control panel support efficient commissioning and confident control in demanding drive applications. IP20 chassis protection makes this unit a dependable choice for enclosed industrial panels.
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Product Description:
The FC-302P37KT5E20H2XG is a variable-frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series, which is part of the broader VLT AutomationDrive FC product group. The device modulates three-phase mains power to regulate the speed and torque of induction motors. It can control motors used in conveyors, pumps, and general process equipment across industrial automation. By varying the output frequency and voltage, the drive allows connected machinery to operate at speeds suited to changing process demands.
This model delivers a mechanical output of 50 HP from an electrical power rating of 37 kW. It accepts a line supply of 380–500 VAC, allowing direct connection to common low-voltage industrial networks. The input uses three-phase power, ensuring balanced loading across the phases during acceleration, steady operation, and deceleration. A graphical local control panel on the front provides access to parameters, operating trends, status information, and fault messages without requiring separate interface equipment. These controls allow operating values to be viewed and adjusted directly at the installed drive.
The enclosure provides IP20 chassis protection, making the drive suitable for clean cabinet interiors where basic protection against accidental contact is required. Installation uses normal cabinet mounting for A, B, and C frames, so the heat sink position and airflow clearances correspond to standard switchgear layouts. The unit has no brake chopper, so regenerative energy cannot be dissipated through a braking resistor connected directly to the drive. Applications that require rapid deceleration or frequent stopping must use suitable external braking equipment or a mechanical brake. Conducted electrical noise is reduced by an integrated RFI filter, helping the panel meet electromagnetic compatibility limits when cable routing and grounding follow the drive requirements. Adequate cabinet ventilation must also be maintained so heat can leave the enclosure during sustained operation.
