FC-301P11KT2134L2673 Danfoss
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The Danfoss FC-301P11KT2134L2673 is part of the VLT FC 301 Automation Drives series and operates on three-phase power with an input voltage range of 200 to 240 VAC. This drive provides a horsepower of 15 HP, apparent power of 18.4 kVA at 230 V, and is rated for 11 kW. It offers an input current of 42 A and output current of 46.2 A, with an efficiency of 0.96 and a true power factor of at least 0.9.
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Product Description:
The FC-301P11KT2134L2673 is an AC variable frequency drive assembled by Danfoss for the VLT FC 301 Automation Drives series. The unit converts fixed AC line power into controlled output power that allows automation systems to regulate the speed and torque of standard induction motors. In industrial plants, the drive can control conveyors, pumps, and similar equipment while providing precise adjustment, supporting energy-efficient operation, and protecting connected three-phase motors from electrical overload.
When connected to a three-phase supply rated at 200–240 VAC, the inverter draws a nominal input current of 42 A under heavy-duty conditions and can deliver 46.2 A to the motor terminals. The apparent power at 230 V reaches 18.4 kVA, and the overall conversion efficiency is 0.96. A built-in brake chopper activates at 390 V DC to channel regenerated energy away from the DC bus, while a high-voltage warning appears at 405 V DC. The drive supports a motor output of 15 HP and accepts shielded motor cable runs of up to 50 m without exceeding electromagnetic limits. It tolerates a 3.0% network imbalance, and its true power factor remains at or above 0.9. These operating values apply when the drive receives balanced three-phase power.
During peak acceleration, the drive can supply 73.9 A for 60 seconds, while upstream protection must accommodate an overload input current of 67.2 A. Its continuous output capability is 11 kW, and thermal dissipation is limited to 463 W, which helps reduce the cooling demand inside an electrical panel. An overvoltage alarm activates at 410 V DC, providing a separate response if the DC-bus voltage continues to rise after the initial high-voltage warning. The displacement power factor is greater than 0.98, which minimizes reactive demand on the AC supply. Power-up frequency is limited to one start per minute to reduce stress on the DC-bus capacitors during repeated energizing cycles.
