FC-301P1K1T4131X7275 Danfoss
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The Danfoss FC-301P1K1T4131X7275 is part of the VLT FC 301 Automation Drives series and operates with a power rating of 1.1 kW and a supply voltage between 380 to 480 VAC. The drive features a frequency output up to 32 kHz, supports three-phase power, and provides a total of two digital outputs at 0–24 V. It delivers an output frequency from 0 to 590 Hz and guarantees an analog output accuracy within 0.5% of full scale.
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Product Description:
Danfoss builds the FC-301P1K1T4131X7275 as part of the VLT FC 301 Automation Drives series in the VLT AutomationDrive FC product group. The unit is an AC variable-frequency drive intended to control three-phase induction motors in automated machinery. Series identifier 301 aligns it mechanically and functionally with the broader FC platform, while the housing and control terminals support panel-mounted installation inside industrial enclosures. By adjusting output frequency and voltage, the device allows precise speed regulation without mechanical throttling.
The inverter accepts a mains input of 380–480 VAC at 50/60 Hz ±5% and is designed for three-phase power. Its continuous electrical rating reaches 1.1 kW, equivalent to 1.5 HP, providing capacity for small pumps or conveyors. Motor speed is set through an adjustable output from 0 to 590 Hz; within flux-optimization mode, the range is 0 to 300 Hz, and the carrier can be switched up to 32 kHz to reduce audible noise. Output voltage follows the supply from 0 to 100%, and line symmetry must remain within a 3.0% phase imbalance to avoid overcurrent trips.
Control interfacing includes two digital outputs rated from 0 to 24 V with a maximum current sink of 40 mA, plus one analog output that can be configured for 0/4–20 mA process signals. That channel offers 12-bit resolution and maintains an accuracy of 0.5% of full scale, enabling precise feedback to external monitors or PLC analog cards. For efficient operation, the drive maintains a displacement power factor of >0.98 and a true power factor of at least 0.9 at nominal load. Internal monitoring supervises switching frequency and line symmetry; if the permitted limits are exceeded, the drive issues a fault through the digital outputs, allowing upstream control logic to react.
