FC-301PK55T2134L2699 Danfoss
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The Danfoss FC-301PK55T2134L2699 is part of the VLT FC 301 Automation Drives series and has a power rating of 0.55 kW with an efficiency of 0.95. It supports a mains voltage from 200 to 240 VAC, delivers a continuous output current of 3.50 A, and operates on three phase power. The drive allows for a maximum output frequency of 590 Hz and supports shielded cable lengths up to 50 meters.
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Product Description:
The FC-301PK55T2134L2699 is an AC variable frequency drive produced by Danfoss for the VLT FC 301 Automation Drives series. Within automated plants, the unit modulates electrical power to regulate induction motor speed, allowing controllers to match torque to process demand while conserving energy. The drive belongs to the VLT AutomationDrive FC product group and carries the internal series identifier 301. Its compact design supports motor control in conveyors, pumps, processing equipment, and other automated machinery that requires adjustable speed and torque.
This model accepts a three-phase mains supply of 200–240 VAC and provides 0.55 kW of continuous shaft power, which is equivalent to 0.75 HP. Under normal loading, it draws 3.20 A and delivers a continuous output current of 3.50 A. The drive can supply 3.90 A for short intervals without tripping, providing additional current during temporary overload conditions. Conversion efficiency reaches 0.95, limiting power loss to 42 W that must be removed through panel ventilation. The analog output stage provides 12-bit resolution for proportional feedback, while the digital output can supply 40 mA to connected field devices. Flux mode supports constant-torque control at frequencies up to 300 Hz for applications such as high-speed spindles. The safe torque off input draws a maximum current of 50 mA RMS and allows the drive to disable motor-producing torque when the safety circuit is activated.
The inverter’s switching section can pulse the insulated-gate bipolar transistors at 110 kHz, allowing the control loop to produce motor frequencies up to 590 Hz for dynamic applications. Shielded motor cables may extend up to 50 m, while unshielded cables can reach 75 m when the installation permits their use. These cable limits help maintain stable power delivery between the drive and motor over longer machine routes. Panel airflow should pass around the enclosure without obstruction so internally generated heat can dissipate effectively. Proper separation of motor, control, and communication wiring also helps reduce electrical interference in sensitive feedback circuits.
