FC-301P7K5T2134L2672 Danfoss
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The Danfoss FC-301P7K5T2134L2672 is a drive from the VLT FC 301 Automation Drives series, rated for 7.5 kW of power and 10 HP. It operates on three phase power with a mains voltage range of 200 to 240 VAC, and features a 12-bit analog output resolution. The drive includes two digital outputs and supports both shielded cables up to 50 meters and unshielded cables up to 75 meters.
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Product Description:
Danfoss manufactures the FC-301P7K5T2134L2672 as part of its VLT FC 301 Automation Drives series. This AC variable frequency drive mounts inside electrical enclosures and governs induction motors by converting constant mains voltage into variable frequency and amplitude. In automated plants, the unit communicates run and fault states to controllers, allowing pumps, fans, and material-handling equipment to match process demand, reduce energy consumption, and soften mechanical stress during starting and stopping.
The drive accepts a supply of 200–240 VAC and is designed for three-phase power distribution within typical low-voltage plants. Its continuous output capacity is 7.5 kW, equivalent to 10 HP, which covers medium-sized motors used on auxiliary machinery. Motor excitation can be raised to 590 Hz for high-speed applications, while magnetic flux control is capped at 300 Hz to protect winding insulation. Output voltage follows the mains supply and can reach 100% of the incoming voltage. Dynamic events are supervised inside the DC link: braking begins at 390 V DC, a high-voltage warning occurs at 405 V DC, and an overvoltage alarm activates at 410 V DC. The drive should not be power-cycled more than twice per minute, and two digital outputs transmit ready or alarm states to PLC terminals. Shielded motor leads may extend up to 50 m, while unshielded runs may reach 75 m.
A single analog output reports process values with 12-bit resolution, providing 4,096 discrete levels for speed or torque feedback. Under rated load, the inverter maintains a power factor of at least 0.9, minimizing reactive current. Its classification in the IE2 energy class places conversion losses within current efficiency targets. The variable-frequency output allows connected equipment to operate at speeds suited to process demand rather than continuously running at full speed. Controlled acceleration and deceleration also reduce abrupt torque changes that can place stress on couplings, belts, and other driven components.
