Product Description:

The FC-302P2K2T6134L3824HXBGXXXXSXXXXAXBXCXXXXDX inverter is manufactured by Danfoss as part of the VLT FC 302 Automation Drives series. It functions as an AC variable-frequency drive that converts fixed-frequency mains power into a modulated output for precise motor control in industrial automation. By adjusting output frequency and voltage, the device can match motor speed to changing load demands in conveyors, pumps, and ventilation systems. This control method can reduce unnecessary energy consumption when connected equipment does not need to operate continuously at full speed. The inverter also supports regulated acceleration and deceleration, helping machinery maintain controlled motion during routine operating cycles.

The rated mechanical output is 3.0 HP, which corresponds to an electrical output rating of 2.2 kW. The input section accepts three-phase power from common industrial mains operating between 400 and 480 V. This supply range makes the inverter suitable for facilities that use higher-voltage distribution for motor-driven machinery. The internal series identifier is 302, indicating the control platform used for this model. Its available output is suitable for small and medium-sized induction motors used in automated equipment. The drive modulates the power delivered to the connected motor, allowing the control system to regulate speed according to process requirements rather than relying on fixed-speed operation.

The enclosure has standard cable entries that accept commonly used metric cable glands and support orderly routing inside a control cabinet. Menu prompts use the Standard Language Pack, providing access to multiple operator languages without requiring an additional software package. A C1 filter is not installed, so separate radio-frequency interference mitigation may be required when the installation must meet Category C1 limits. The selected enclosure arrangement supports conventional power, motor, and control cable routing while allowing the necessary separation between conductors. Operators can access drive parameters through the available menu structure to adjust motor behavior for the connected application. These settings allow acceleration, deceleration, and speed commands to be tailored to the operating requirements of the machine without changing the drive’s physical configuration.