FC-301P11KT2134L2172 Danfoss
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The Danfoss FC-301P11KT2134L2172 is part of the VLT FC 301 Automation Drives series and operates on a mains voltage of 200 to 240 VAC with three phase power. It features a power rating of 11 kW, a maximum output frequency of 590 Hz, and achieves an efficiency of 0.96 at rated output. This drive supports up to 15 HP and has an analog output resolution of 12 bits.
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Product Description:
The FC-301P11KT2134L2172 is an AC variable frequency drive built by Danfoss for the VLT FC 301 Automation Drives series. As a three-phase converter, it modulates a fixed mains supply to operate induction motors at the speed and torque required by automated machinery. The drive is designed for low-voltage installations in manufacturing equipment, material-handling systems, pumps, fans, and HVAC applications.
The drive delivers a continuous mechanical output of 11 kW. Its efficiency reaches 0.96 at rated load, helping limit thermal losses inside control cabinets. The power section accepts a mains supply of 200–240 VAC and tolerates a maximum phase imbalance of 3.0%. Its apparent power requirement is 16.6 kVA at 208 V and 18.4 kVA at 230 V, providing values for two common supply levels within the supported input range. The input must not be energized more than once per minute because repeated power cycling can place excessive inrush stress on upstream protection devices.
The inverter supports a maximum fundamental output frequency of 590 Hz, while flux-mode operation is available up to 300 Hz. Dynamic braking is clamped at a DC bus voltage of 390 V DC to support rapid motor deceleration. The analog command and feedback channels provide 12-bit resolution for processing motor and reference signals. Digital inputs can withstand up to 28 V DC, and six transistor outputs can source 40 mA each from a shared 24 V rail. Power terminals accept conductors with cross-sectional areas up to 35 mm², accommodating wiring for the rated output. Shielded motor cables may extend to 50 m, while unshielded motor cables may extend to 75 m without exceeding the drive’s capacitance limits. The control board continuously monitors phase skew, temperature, and overcurrent conditions so the converter can respond to abnormal operating conditions.
