Product Description:

The FC-302P7K5T6134L1012HXXGXXXXSXXXXAXBXCXXXXDX is a variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. The unit converts fixed-frequency mains power into an adjustable output, allowing a PLC or another control device to regulate the speed of an induction motor without mechanical throttling. Its closed-loop control supports smooth acceleration, limits inrush current, and improves energy efficiency in conveyors, pumps, and ventilation equipment. The panel-mount enclosure fits standard low-voltage switchgear cabinets, while built-in field I/O terminals provide direct connections for control and monitoring signals in automated production systems.

The drive has a continuous output rating of 7.5 kW, which corresponds to 10 HP of mechanical motor output. Its input stage accepts three-phase power, eliminating the need for an external phase converter in compatible installations. The drive uses the base configuration without adaptation, leaving its general-purpose parameter set available for standard motor-control applications. Power, control, and feedback conductors enter through a standard gland plate, which provides an organized path into the enclosure and supports orderly cable routing inside the cabinet. A standard language pack provides on-screen text in multiple languages, making operating menus and parameter descriptions accessible during setup. The adjustable output allows the connected motor to follow commanded speed changes while the drive regulates voltage and frequency for stable operation across the required range.

The drive includes no integrated C1 option, so an external electromagnetic compatibility filter is required when category C1 operation is mandatory. This arrangement allows the appropriate filter to be selected according to the installation environment and applicable interference limits. The internal platform identifier is 302, corresponding to the FC 302 control platform and its associated enclosure arrangement. The panel-mounted design places the power and control connections within the protective cabinet, where surrounding switchgear can provide upstream isolation and circuit protection. Its combination of variable-frequency output, integrated control terminals, and configurable operating parameters supports speed-regulated motor applications in industrial machinery and process equipment.