Product Description:

The FC-302PK75T6134L3820HXBGXXXXSXXXXAXBXCXXXXDX is an AC variable frequency drive manufactured by Danfoss for the VLT FC 302 Automation Drives series. The unit converts constant-frequency mains power into a variable-frequency, variable-voltage output for closed-loop speed control of induction motors in automated equipment. This regulated output allows connected motors to follow changing process demands without relying on mechanical speed-control devices. Typical applications include pumps, fans, and light conveyor sections that require accurate speed tracking and lower energy consumption during periods of reduced demand. Its compact format supports installation in control panels where available mounting space is limited.

The inverter provides 0.75 kW of continuous output power for compatible motor loads. The rectifier and inverter bridges support three-phase power, allowing the drive to connect directly to an appropriate industrial supply without phase-conversion hardware. Parameter sets and option slots are organized under the 302 control architecture, providing a familiar operating structure across related drive sizes. The keypad layout, fieldbus options, and diagnostic codes support consistent operation within automation systems that use compatible FC 302 equipment. Closed-loop regulation enables the drive to adjust motor voltage and frequency in response to command signals and feedback, helping maintain the requested speed as operating conditions change.

The filter configuration includes no C1 option, so installations that must meet category C1 emission limits may require an appropriate external line filter and shielded cabling. The drive uses standard cable entries that accept common metric cable glands and support orderly routing of power and control conductors. Its interface menus include a standard language pack, allowing operating information and parameter descriptions to be displayed in several supported languages. The baseline configuration leaves panel space available for application-specific relays, circuit breakers, or harmonic mitigation components. Proper cable shielding, grounding, and separation of power and signal wiring can help control electromagnetic interference in the surrounding equipment. External protective devices should be selected according to the connected supply, motor load, and applicable installation requirements.