Product Description:

The FC-302PK75T5131B0065H2BGXXXXSXXXXAXBXCXXXXDX variable frequency drive is built by Danfoss for the VLT FC 302 Automation Drives series. It regulates the speed of three-phase induction motors by converting fixed-frequency mains power into a pulse-width-modulated output. This conversion allows precise control of motor speed and torque in response to changing process demands. The drive can support closed-loop regulation of flow, pressure, or material feed in automated equipment such as pumps, conveyors, and exhaust systems. Its compact housing fits standard control cabinets, while support for common fieldbus networks allows it to exchange operating commands and status information with factory control systems.

The drive accepts an input voltage range of 380-500 VAC, allowing direct connection to compatible industrial power systems. It operates with three-phase power, which distributes the electrical load across the supply phases and supports stable motor operation. Continuous shaft output is rated at 0.75 kW, which corresponds to 1.0 HP. This output capacity is suitable for ancillary pumps, small conveyors, ventilation equipment, and other compact motor-driven loads. The factory configuration includes no Category C1 filter, so external electromagnetic interference suppression may be needed when the installation must satisfy Category C1 requirements. Filter selection should account for the connected motor cable, grounding arrangement, and applicable electromagnetic compatibility requirements.

The internal control platform uses the series identifier 302, allowing compatible service software to recognize the drive and access its available parameter structure. Shared parameter numbering across related units helps maintain consistent motor settings, control modes, ramp values, and alarm functions. The drive provides a standard multilingual interface for viewing operating data, adjusting parameters, and reviewing alarms. Its menu structure also provides access to motor-tuning routines and startup functions without requiring an optional interface card. The common mechanical footprint and cooling arrangement support orderly cabinet placement alongside other automation components. Fieldbus connectivity allows the drive to receive speed references, start and stop commands, and process-control data from a higher-level controller. Diagnostic information can also be returned through the communication network for centralized monitoring of the connected motor and drive.