FC-301P1K1T2134L2625 Danfoss
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The FC-301P1K1T2134L2625 from Danfoss is part of the VLT FC 301 Automation Drives series. This drive is rated for 1.1 kW of power output and operates on 200 to 240 VAC three phase power. It provides a continuous output current of 6.6 A and offers a drive efficiency of 0.96.
Internal Product Review
The FC-301P1K1T2134L2625 is a Danfoss VLT FC 301 automation drive with a 1.1 kW rating and 200 to 240 VAC input. A 0.96 drive efficiency and 6.6 A continuous output current give the unit impressively stable performance for compact motor-control panels.
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Product Description:
The FC-301P1K1T2134L2625 is a variable frequency drive produced by Danfoss for the VLT FC 301 Automation Drives series. The unit converts a fixed 200–240 VAC three-phase supply into a variable output that regulates induction motor speed and torque in conveyors, pumps, and general machine axes. The drive provides closed-loop control without mechanical throttling, supporting energy-optimized operation across a broad range of industrial automation tasks.
The drive is rated at 1.1 kW, equivalent to 1.5 HP, and delivers a continuous motor current of 6.6 A while drawing 5.9 A from the mains. Apparent power at 230 V reaches 2.63 kVA, so upstream protection devices must be sized accordingly. With a flux frequency ceiling of 300 Hz and an adjustable output limit of 590 Hz, the unit supports applications that demand extended speed ranges. An overvoltage alarm threshold of 410 V DC protects the drive against excessive DC bus voltage. Conversion efficiency is 0.96, limiting waste heat and supporting compact enclosure designs. Power is routed through 4 mm² (12 AWG) cables, and the inverter supports shielded motor leads up to 50 m or unshielded runs up to 75 m without additional reactors.
The thermal and dynamic limits set practical installation requirements. Full rated output is available up to 45 °C, and operation can continue at elevations up to 1000 m without derating, simplifying installation in standard plant rooms or mezzanines. When a step change in reference is issued, the direct-vector flux loop reaches the commanded torque in 1 ms, while VVC+ mode requires 10 ms, allowing the response to be balanced with motor acoustics. Power dissipation under nominal conditions is only 63 W, so moderate panel airflow is normally sufficient.
