FC-301P22KT2131H5498 Danfoss
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The Danfoss FC-301P22KT2131H5498 is part of the VLT FC 301 Automation Drives series and features a 30 HP power rating and an efficiency of 0.97. This drive operates on three phase 200 to 240 VAC mains voltage with a continuous output current of 88 Amps, and includes 1 analog output and 2 digital outputs. It supports up to 35.1 kVA apparent power at 230 V.
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Product Description:
The FC-301P22KT2131H5498 is a variable frequency drive produced by Danfoss within the VLT FC 301 Automation Drives series. As a member of the VLT AutomationDrive FC product group, the unit converts fixed-frequency, three-phase mains power into a modulated output that allows control systems to adjust motor speed for pumps, conveyors, and general machinery. Its compact chassis and integrated control terminals make it a midrange controller for industrial motor applications that require adjustable speed, torque, and process control.
The drive can provide a rated motor output of 22 kW, equivalent to 30 HP, when connected to a three-phase supply within the 200 – 240 VAC range. Its electrical efficiency reaches 0.97, so only a small portion of the supplied energy is lost as heat during operation. Continuous current ratings are 80 A at the input and 88 A at the motor terminals. A single analog output with 12-bit resolution reports process data to external instruments. Two digital outputs are also available, and each output can sink up to 40 mA. Parameter changes may be saved once per minute, while the control electronics support a maximum power-up rate of once per minute.
For brief transients, the inverter tolerates a motor load of 132 A and a supply-line current of 120 A during 60-second overload cycles. Apparent power capacity is 31.7 kVA at 208 V or 35.1 kVA at 230 V. Motor cable runs may extend up to 50 m with shielded cable or 75 m with unshielded cable while remaining within the drive’s stated limits. Total heat dissipation under nominal conditions is 874 W, which should be considered when sizing enclosure ventilation and maintaining suitable airflow around the chassis. Two-wire signal leads follow the same routing requirements as the power conductors to help maintain analog signal accuracy and reduce interference within the installation.