Product Description:

The FC-302P30KT2131B5896H2BGXXXXSXXXXAXBXCXXXXDX is an AC variable frequency drive supplied by Danfoss within the VLT FC 302 Automation Drives series. As a closed-loop inverter, it modulates the voltage and frequency delivered to three-phase induction motors, enabling precise speed and torque regulation. This control supports pumps, fans, and conveyors used throughout industrial automation, where motor output must adjust to changing process demands. The drive can regulate acceleration and deceleration while maintaining stable operation across a broad motor speed range.

It delivers a continuous power output of 30 kW, which is the maximum power it can supply to the motor terminals under nominal operating conditions. For applications that express motor capacity in imperial units, this output corresponds to 40 HP, allowing direct pairing with motors of the appropriate horsepower. The input section accepts 200–240 VAC, so the unit connects to compatible low-voltage mains without an autotransformer. The drive is designed for three-phase power, which distributes the electrical load across three conductors and supports balanced motor operation. Integrated control functions include PID regulation, cascade pump logic, and fieldbus communication for connection to automated control systems. These functions allow the inverter to respond to external commands, process feedback, and programmed operating sequences without requiring separate control hardware for basic drive tasks.

The EMC configuration includes no C1 option, which means the drive does not contain the internal filtering needed for category C1 installations. External radio-frequency interference measures may therefore be required when the installation must comply with first-environment emission limits. User interaction is provided through the standard language pack, which presents menu text in the default multilingual set without region-specific additions. The series identifier is 302, placing the drive within a platform that uses a consistent parameter structure and compatible operating controls. Parameter backups can be transferred between suitable units through a keypad utility, reducing repetitive setup when several drives use the same process settings. Stored configurations can also preserve motor data, control selections, and application parameters for later use.