FC-202P7K5T4131F0988 Danfoss
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The Danfoss FC-202P7K5T4131F0988 is part of the VLT FC 202 AQUA Drives series and is rated for 7.5 kW or 10 HP. It operates with a mains voltage of 380 to 480 VAC on three-phase power and offers a continuous output current of up to 16 A at 380-440 V. The drive features an efficiency of 0.97 and an estimated power loss of 225 watts.
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Product Description:
The FC-202P7K5T4131F0988 from Danfoss is an AC variable frequency drive in the VLT FC 202 AQUA Drives series. It converts a fixed three-phase supply into a variable motor output that follows real-time process demand. This control method allows pumps, blowers, and other water-handling equipment to maintain the required flow or pressure without relying on mechanical throttling, which can waste energy and increase wear. The drive’s integrated water-management functions include pipe filling, dry-run detection, and level control for common pumping applications.
At a 400 V supply, the drive draws a continuous input current of 14.4 A, while operation from 441 to 480 V reduces the continuous requirement to 13.0 A. Its apparent power at the lower operating point is 11.0 kVA, which supports proper sizing of feeders and contactors. On the motor side, the unit supplies 16 A continuously from 380 to 440 V, while its continuous output at the higher voltage range is 14.5 A. Full-load efficiency is 0.97, and steady operation produces 225 W of heat that must be removed through the installation’s ventilation system. The permissible input range covers three-phase networks from 380 to 480 VAC, and apparent power increases to 11.6 kVA when the unit is supplied at 460 V. Upstream circuit protection requires a 30 A pre-fuse to isolate the drive during an overcurrent condition.
During acceleration, the converter tolerates an input surge of 21.6 A and provides a peak motor output of 24.0 A on lower-voltage lines. On supply lines from 441 to 480 V, the available peak output is 21.8 A, helping the motor respond to sudden hydraulic load changes without stalling. Dynamic braking requires a resistance of at least 72.0 Ω, while an 82.4 Ω resistor is suitable for nominal repetitive stopping duty. Braking energy is routed to an external resistor, allowing the drive to control deceleration when a connected load returns energy to the DC bus. The electrical power rating is 7.5 kW, making the unit suitable for pump and blower systems within that output range.
