Product Description:

The FC-302PK75T6134F1234HXBGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive built by Danfoss for the VLT FC 302 Automation Drives series. The unit converts fixed mains voltage into a regulated output waveform that allows an induction motor to operate at commanded speeds and torque levels. Installing the drive between the supply and the motor provides controlled acceleration and deceleration, reducing abrupt mechanical loading during starts and stops. Closed-loop velocity control can also maintain process speed as operating conditions change, while variable-speed operation can reduce energy consumption in pumps, fans, conveyors, and similar continuous-duty equipment.

The configuration has no integrated C1 filter, so suitable line-side suppression equipment must be installed elsewhere when the application requires it. Power and control conductors enter through standard cable entries, allowing the enclosure to accept commonly used cable glands and routing arrangements without a custom gland plate. The input section accepts three-phase power, making the drive suitable for industrial supply networks and compatible motor installations. Its continuous electrical output is rated at 0.75 kW, providing capacity for fractional-kilowatt machinery such as small pumps, light conveyors, and indexing tables. The corresponding mechanical shaft capability is 1.0 HP, allowing the drive rating to be compared with motor documentation that uses imperial power units.

The control platform uses the 302 series identifier, which associates the unit with the parameter structure and operating functions used by this drive type. Operator prompts are supplied through a standard language pack, providing a consistent interface for setup, monitoring, and fault review. Overall EMC compliance must be verified at the panel level because cable routing, grounding, shielding, and external filtering affect conducted and radiated emissions. Shielded motor cables should be terminated correctly, with short grounding paths that limit high-frequency interference around the converter and connected equipment. Any external line filter should be selected for the drive’s switching behavior, supply arrangement, motor cable length, and the emission limits that apply to the installation.