Product Description:

The FC-302P7K5T6134L3828HXBGXXXXSXXXXAXBXCXXXXDX is an AC variable-frequency drive produced by Danfoss for the VLT FC 302 Automation Drives series. It converts constant-frequency mains power into a pulse-width-modulated output that regulates the speed and torque of a connected AC motor. This control method allows pumps, fans, conveyors, and other automated equipment to operate at the speed required by the process rather than continuously running at full output. Reducing motor speed during periods of lower demand can decrease energy consumption and limit mechanical stress on driven equipment. The drive also provides electronic speed regulation without requiring mechanical throttling devices or other inefficient methods of process control.

Rated at 7.5 kW, the inverter supplies continuous electrical power suitable for medium-duty motor applications. The same output capacity is expressed as 10 HP, which supports comparison with motors and equipment rated in horsepower. The input section uses three-phase power and connects directly to 380–480 V industrial power systems without external phase conversion. The configuration includes no integrated category C1 RFI filter, so suitable external electromagnetic compatibility equipment may be required where category C1 emission limits apply. Field wiring passes through standard cable entries that accommodate common metric gland plates and provide practical routing for power and control conductors. Proper strain relief at these entry points helps protect terminal connections from cable movement after the drive is installed in an enclosure.

The interface uses a standard language pack that allows users to select from several available display languages directly through the keypad. This multilingual interface makes operating menus, status messages, and parameter descriptions easier to understand in facilities where more than one language is used. Control registers retain the configured power-phase mode, helping prevent unintended changes that could affect input settings and internal thermal calculations. The keypad provides access to operating values and configuration menus without requiring external language resources. Parameter storage also allows established motor and process settings to remain available after the drive is powered down. These controls support consistent speed commands, acceleration behavior, and protective responses during normal operation while keeping routine adjustments accessible from the local interface.