FC-202P1K1T6134G2203 Danfoss
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The Danfoss FC-202P1K1T6134G2203 is a three-phase drive from the VLT FC 202 AQUA Drives series with a power rating of 1.1 kW and 1.5 HP. It features two analog inputs, a maximum output frequency of 32 kHz, and supports a continuous output of 2.6 A at 550 V. The FC-202P1K1T6134G2203 operates efficiently at 0.97, allows for a max ambient temperature of 50 °C, and is rated for installations up to 1000 meters altitude.
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Product Description:
The FC-202P1K1T6134G2203 is an AC variable frequency drive produced by Danfoss for the VLT FC 202 AQUA Drives series. The controller modulates induction motor speed to maintain constant pressure or flow in pumping stations, filtration skids, and comparable water-handling equipment. By replacing throttling valves with electronic speed regulation, it reduces electrical consumption and limits mechanical stress on connected machinery.
Rated motor power reaches 1.1 kW, equivalent to 1.5 HP, allowing the drive to handle small to midsize centrifugal pumps. With a continuous line apparent power of 2.5 kVA and a continuous output current of 2.6 A, the inverter supplies the torque required for steady liquid movement. It accepts up to 2.4 A of input current from a three-phase supply and limits switching losses through an overall efficiency of 0.97 under nominal load. Pulse-width modulation is selectable up to 32 kHz, so audible noise can be minimized while preserving motor torque linearity. Two analog input channels permit remote speed reference or feedback signals. The design supports open-loop or sensorless vector modes without additional option cards.
The housing can operate in ambient air up to 50 °C and at site elevations that do not exceed 1000 m without derating. Protective circuitry requires a maximum 10 A supply fuse to safeguard upstream wiring, while the terminal blocks accommodate line conductors up to 4 mm² and disconnect conductors up to 6 mm². Shielded motor leads may run as far as 150 m, supporting electromagnetic compatibility in submersible pump installations. Parameter sets can be copied through the front-mounted keypad during setup, which simplifies configuration across similar pumping systems. The internal cooling path is designed to dissipate the converter’s calculated thermal losses during normal operation.
