Product Description:

The FC-302N200T7134G0906H2XGCXXXSXXXXAXBXCXXXXDX is a variable frequency drive produced by Danfoss for the VLT FC 302 Automation Drives series. Designed for cabinet mounting within industrial automation lines, it supplies regulated AC power to squirrel-cage motors so that speed, torque, and energy consumption can be matched to real-time load demands. Through its pulse-width-modulated output, the drive supports closed-loop and open-loop motor control in conveyors, pumps, ventilation equipment, and other automated machinery. Its mechanical layout supports organized installation alongside control equipment, protective devices, and motor connections within an industrial enclosure.

The input bridge accepts mains power from 525–690 VAC, and the drive operates with three-phase power. This input range supports use on higher-voltage industrial distribution systems when the installation meets the applicable supply and protection requirements. The model carries the numerical identifier 302, which places it within a platform that supports compatible option cards and PC-based configuration tools. Adaptation B is set to no adaptation, so application-specific macros are not preloaded into that configuration. The unit includes a standard language library, allowing the keypad to provide the default multilingual menu set instead of a region-specific interface. These settings allow operating parameters, motor data, acceleration ramps, and control modes to be entered through the drive interface or supported configuration software.

The electromagnetic compatibility configuration includes no C1 option, so an appropriate external filter may be required when an installation must meet Category C1 emission limits. Filter selection should account for the mains supply, motor cable length, grounding arrangement, enclosure design, and applicable electromagnetic compatibility requirements. Peripheral I/O modules and supported fieldbus adapters can connect the drive to higher-level control systems for command exchange, process feedback, and operating status. USB-based service tools provide access to supported parameter functions, while the control terminals accommodate the signals needed for motor operation and process coordination. Existing cabinet layouts must still be checked for the model’s required clearances, cooling airflow, cable routing, and protective equipment before installation. Proper separation of power and control wiring helps reduce electrical interference and supports stable communication with connected automation equipment.