Product Description:

The FC-302P1K5T2131B0311H2BGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive manufactured by Danfoss within the VLT FC 302 Automation Drives series. It converts fixed-frequency mains power into a modulated output that allows automation systems to adjust induction-motor speed for precise process control. Typical applications include variable-torque pumps, fans, and conveyor sections that benefit from closed-loop speed regulation in material-handling or HVAC equipment. The drive can vary motor speed in response to changing process demands, reducing the need for mechanical throttling or fixed-speed operation.

In operation, the inverter connects to a supply of 200–240 VAC and is designed for three-phase power commonly available from industrial switchboards. Its continuous electrical output reaches 1.5 kW, which corresponds to a mechanical output capacity of 2.0 HP. The power stage uses internal IGBTs to regulate voltage and current across the supported input range. It provides constant torque operation up to the motor’s base speed and supports controlled acceleration without mechanical throttling. Cabinet airflow and available clearance should accommodate the heat produced by the drive and connected conductors during sustained operation. The selected motor, wiring, and protective devices should remain within the drive’s applicable electrical limits.

The control interface includes a standard language pack that presents consistent parameter names in several languages through the keypad or fieldbus connection. Electromagnetic compatibility accessories remain optional because the model has no C1 option. An external filter is therefore required when an installation must satisfy Category C1 conducted-emissions limits. This arrangement allows the appropriate filtering equipment to be selected for the installation rather than incorporated into the drive enclosure. The control platform supports regulated motor operation for applications that require repeatable speed response under changing loads. Parameter access through the local interface or connected control network allows operating commands and motor settings to be managed from the automation system. The enclosure configuration is intended for integration into a suitable control cabinet with the required electrical protection, grounding, ventilation, and cable separation.