FC-301P1K1T2131X7261 Danfoss
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The Danfoss FC-301P1K1T2131X7261 is part of the VLT FC 301 Automation Drives series and offers a power rating of 1.1 kW and operates on a three phase 200–240 VAC mains voltage. Its continuous input current is 5.9 Amps and output current is 6.6 Amps, while it features an efficiency of 0.96 at rated current. The drive supports a maximum output frequency of 590 Hz and comes with a 12-bit analog output resolution.
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Product Description:
The FC-301P1K1T2131X7261 is a Danfoss AC variable-frequency drive supplied under the VLT FC 301 Automation Drives series inside the VLT AutomationDrive FC product group. It is intended to modulate the speed of three-phase motors in industrial automation, matching shaft speed to load while the upstream supply remains constant.
This model accepts a three-phase input within 200 – 240 VAC and draws 5.9 A of continuous current, presenting an apparent power of 2.63 kVA to a 230 V mains. At the output, the inverter delivers a continuous current of 6.6 A with a rated power of 1.1 kW (mechanically equivalent to 1.5 HP). Conversion efficiency reaches 0.96 at rated current, so heat production is limited and the internal heat sink only dissipates 63 W at maximum load. The unit operates on three-phase power, carries the internal series identifier 301, and may feed motors that require up to 300 Hz of flux frequency. Relay 1 can switch 240 V AC at 2 A or 60 V DC at 1 A, allowing direct control of contactors or alarms without external interposing relays.
The drive’s control terminals handle digital inputs up to 28 V DC and accept high-speed pulse references to 110 kHz; analog feedback leaves through a 12 bit output for proportional signals. The synthesized carrier permits a maximum output frequency of 590 Hz, supporting high-speed spindles, while motor magnetizing current is established at up to 300 Hz. Shielded motor cables may be run 50 m and unshielded cables 75 m, both terminating in screw clamps rated for 1.5 mm² conductors. The drive loses only 63 W under full electrical load, minimizing panel ventilation requirements. During installation, wiring without ferrule sleeves must stay within the stated 1.5 mm² maximum, and the analog, digital, and power sections should be separated to reduce noise coupling.
