Product Description:

The FC-302P3K7T2131X7328H2BGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive in the VLT FC 302 Automation Drives series from Danfoss. The unit converts fixed-frequency line power into regulated output power, allowing a connected controller to govern induction-motor speed and torque without mechanical throttling. Closed-loop speed regulation supports conveyors, pumps, and general motion tasks in industrial automation cells where compact drives simplify cabinet layouts and help reduce energy consumption. Its modular design accommodates standard control panels and cable ducts, making the drive suitable for space-conscious electrical enclosures and established machine layouts.

The inverter accepts a mains voltage range of 200–240 VAC and uses three-phase power, allowing direct connection to common low-voltage industrial power systems. Within this input range, the power section can provide a continuous motor output of 3.7 kW, which corresponds to 5.0 HP. This output capacity supports medium-duty centrifugal fans, process pumps, and other motor-driven equipment with comparable power requirements. The 302 series code identifies the drive platform and its associated control architecture. The input voltage, phase configuration, and output capacity must be considered when selecting upstream protection, power conductors, and compatible motors for the application.

The drive has no C1 filter option, so external electromagnetic-interference mitigation may be necessary when an installation must satisfy stringent conducted-emission limits. This arrangement allows the required filtering components to be selected according to the electrical environment and applicable compliance requirements. The Standard language pack provides the default menu text and keypad prompts for operating and configuring the unit. The drive belongs to the VLT AutomationDrive FC product group, which is intended for automated machinery and process-control applications. Its control functions can regulate motor operation across changing load conditions while maintaining the commanded speed or torque. Proper enclosure airflow and clearances help remove heat from the power electronics during continuous operation, while suitable grounding and shielded motor cabling help control electrical noise throughout the connected system.