Product Description:

The FC-302P4K0T6134F4983HXBGXXXXSXXXXAXBXCXXXXDX is a variable-frequency drive built by Danfoss for the VLT FC 302 Automation Drives series. It converts incoming mains power into adjustable voltage and frequency, allowing PLCs or stand-alone controllers to regulate induction-motor speed, torque, and process throughput without mechanical throttling. This control enables pumps, conveyors, and fan arrays to match changing operating demands while reducing unnecessary motor output. The power electronics, thermal protection, and configurable communication interfaces are housed together, reducing the number of separate components required within an industrial control panel.

The inverter delivers up to 4.0 kW of continuous electrical output, equivalent to 5.0 HP at the motor shaft. Its rectifier accepts three-phase power, allowing direct connection to compatible 400 V mains supplies commonly used in industrial facilities. The drive has no integrated Category C1 filter, so installations that must meet Category C1 conducted-emission limits require a suitable external RFI filter on the supply side. The unit belongs to the VLT AutomationDrive FC family, which uses a common operating structure across several available power sizes. Adjustable output frequency allows the connected motor to accelerate and decelerate according to controller commands rather than relying on contactor-based, fixed-speed operation.

Power and signal conductors enter through standard cable glands, avoiding the need for a specially machined cable-entry plate during cabinet assembly. A standard multilingual language pack is preloaded, allowing keypad messages to appear in widely used European and Asian languages without additional license files. The housing also provides option-card expansion space for supported communication and control modules. These modules can add compatible fieldbus or control functions without changing the drive’s core motor power rating. The arrangement keeps the main power terminals accessible while allowing the control interface to be adapted to the communication requirements of the connected automation system.