Product Description:

The FC-302P75KT6131N4643HXBGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive from Danfoss. It modulates a fixed utility supply so an induction or permanent-magnet motor can follow speed or torque references issued by PLCs and building-management controllers. This control method supports variable-speed operation in conveyors, pumps, process fans, and other automated equipment where motor output must respond to changing demand.

This model can deliver a continuous mechanical output of 75 kW, which corresponds to 100 HP when imperial units are preferred. It is designed for three-phase power networks, so the input rectifier and DC link require a balanced three-wire supply rather than single-phase wiring. To simplify enclosure integration, the housing has standard cable entries that accept suitable glands or compression fittings without custom entry plates. As a variable-frequency drive, its inverter section synthesizes an adjustable output frequency that allows the connected motor to follow process demand instead of operating continuously at a fixed speed. This speed adjustment can reduce unnecessary motor operation when the application requires less flow, pressure, or conveyor throughput. The drive is configured with no C1 option, so an external solution is required when the installation must satisfy Category C1 electromagnetic compatibility limits. The appropriate external filtering and installation practices depend on the connected equipment, cable arrangement, and applicable site requirements.

Application resources are localized through a standard language pack, allowing parameter names and warnings to appear in multiple preloaded languages without installing separate software. The drive is part of the VLT AutomationDrive FC product family, which is intended for controlled motor operation across a range of industrial applications. Its internal platform code is 302, indicating the control architecture associated with this model. The available interface information supports configuration of motor behavior, operating references, and system warnings. Parameter settings can be organized for the connected process while retaining access to the drive’s monitoring and diagnostic functions.