FC-202P15KT4E20H2XGC Danfoss
Wake Industrial LLC is not an authorized distributor of this product.
The Danfoss FC-202P15KT4E20H2XGC is part of the VLT FC 202 AQUA Drives series and offers a power rating of 15 kW with 20 HP output. It is designed for three phase 380 to 480 VAC input and features a coated PCB, RFI filter, and IP20 chassis protection level. The drive includes a graphical local control panel for user interface.
Internal Product Review
The FC-202P15KT4E20H2XGC is a Danfoss VLT AQUA drive designed for three-phase 380 to 480 VAC systems. A coated PCB and integrated RFI filter support clean, stable operation in industrial control panels. The 15 kW rating makes the unit a strong choice for dependable water and wastewater drive service.
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Product Description:
The FC-202P15KT4E20H2XGC is an AC variable frequency drive manufactured by Danfoss for the VLT FC 202 AQUA Drives series. It is intended for pump and fan duties in water and wastewater installations where precise speed regulation reduces energy consumption and mitigates hydraulic shock. The drive converts three-phase mains power into a pulse-width-modulated output whose frequency is continuously adjusted by onboard control algorithms. This output allows the connected motor to respond accurately to changing process demands. The drive can maintain setpoints for flow, pressure, and level without relying on throttling valves or bypass lines.
The rated output power is 15 kW, which is the maximum continuous electrical power the inverter can supply to a connected motor under nominal ambient conditions. This rating corresponds to 20 HP, providing a familiar reference when matching the drive to installed motors. The input section accepts 380–480 VAC, allowing direct connection to common industrial power systems without an autotransformer. The drive is designed for three-phase power, which provides balanced line loading and lower conductor currents than comparable single-phase arrangements. Its IP20 chassis enclosure protects against accidental contact with internal components, but the drive must be installed inside a suitable cabinet where dust or moisture may be present.
The control boards use coated PCBs that help protect the circuitry from humidity and airborne contaminants commonly found in water treatment facilities. A graphical local control panel displays real-time operating variables and allows parameter changes directly at the drive. Conducted emissions are reduced by an integrated RFI filter, helping the installation comply with electromagnetic compatibility requirements in panels containing multiple drives. The drive has no brake chopper, so it cannot directly connect to a braking resistor for rapid dissipation of regenerated energy. When fast deceleration is required, excess kinetic energy must be managed by the motor system or a suitable external braking arrangement.
