FC-202P5K5T6134L9229 Danfoss
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The Danfoss FC-202P5K5T6134L9229 is part of the VLT FC 202 AQUA Drives series and features a power rating of 5.5 kW with a 7.5 HP output. It operates with three phase power, offers an efficiency of 0.97, and supports a maximum output frequency of 32 kHz. The drive includes a brake resistor power of 0.450 kW and has a continuous output current of 9.5 A at 525–550 V, making it suitable for demanding applications.
Internal Product Review
The FC-202P5K5T6134L9229 is a Danfoss VLT FC 202 AQUA drive rated at 5.5 kW for three-phase power applications. Efficiency of 0.97 and continuous output current up to 9.5 A support stable, energy-conscious operation in demanding pump and water systems. A maximum output frequency of 32 kHz makes this unit a strong choice for precise and responsive motor control.
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Product Description:
The FC-202P5K5T6134L9229 is a variable-frequency drive produced by Danfoss for the VLT FC 202 AQUA Drives series. The unit modulates three-phase mains voltage to regulate centrifugal pumps, blowers, and other water-handling motors found in automated treatment or distribution facilities. By altering motor speed rather than using mechanical throttling, the drive allows process controllers to maintain precise flow or pressure while lowering energy consumption and equipment wear.
The drive delivers a rated shaft output of 5.5 kW, which corresponds to 7.5 HP, so it can run midsized induction motors on irrigation skids or lift stations. It accepts three-phase power across the 525–600 V range and provides a continuous motor current of 9.5 A when the supply is between 525 and 550 V. Pulse-width modulation is generated at frequencies up to 32 kHz, allowing quiet motor operation and reduced torque ripple. Overall conversion efficiency is 0.97, which limits waste heat and supports compact enclosure designs. For feedback tasks, the controller includes an 8-bit analog output with a maximum load of 500 Ω, giving supervisory systems a simple way to read internal variables without a fieldbus.
Heat generated by switching components results in an estimated power loss of 195 W. The design permits a maximum input line current of 8.6 A during full-load operation across the entire voltage range. A 32 A prefuse protects the upstream conductors against electrical faults. On the output side, operation between 551 and 600 V supports a continuous current of 9.0 A. Dynamic stopping energy can be routed to an external brake resistor with a minimum resistance of 135 Ω, a nominal resistance of 145 Ω, or a recommended resistance of 166.6 Ω. The resistor can absorb up to 0.450 kW, while a 1.7 A thermal relay monitors its temperature.
