FC-202P7K5T2131Z2737 Danfoss
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The Danfoss FC-202P7K5T2131Z2737 is a 7.5 kW drive from the VLT FC 202 AQUA Drives series with a continuous output current of 30.8 amps and an efficiency of 0.96. It operates on 200–240 VAC three phase power and supports up to 10 horsepower. The drive allows for a maximum shielded motor cable length of 150 meters and can be used at altitudes up to 1000 meters without derating.
Internal Product Review
The FC-202P7K5T2131Z2737 is a Danfoss VLT FC 202 AQUA drive designed for 200-240 VAC input and 7.5 kW duty. Efficiency of 0.96 and continuous output current of 30.8 A support stable motor control with strong energy performance. Maximum shielded motor cable reach of 150 m adds excellent installation flexibility for demanding AQUA applications.
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Product Description:
The FC-202P7K5T2131Z2737 is an AC variable-frequency drive produced by Danfoss for the VLT FC 202 AQUA Drives series within the VLT AQUA Drive product group. Designed for pump and fan control, it adjusts motor speed so that flow and pressure in water and wastewater installations match process demand while reducing unnecessary energy use. The unit belongs to the 202 family and connects to plant mains through a three-phase supply network.
The power section accepts a nominal line voltage of 200–240 VAC from a three-phase power supply. It converts that input into a motor output rated at 7.5 kW, which corresponds to 10 HP. Under steady load, the drive delivers a continuous current of 30.8 A, and it can supply up to 33.9 A during short overload intervals to overcome pump startup torque. The apparent power drawn from the feeder under continuous demand is 11.1 kVA at 208 V. Protective coordination permits a maximum prefuse of 63 A, while the input bridge draws no more than 28.0 A RMS during normal operation. Output switching produces a du/dt of 3.090 kV/µs, a peak line-to-line voltage of 0.510 kV, and a rise time of 0.13 µs when measured with a 5 m motor cable. These values support evaluation of motor insulation and switching stress. Shielded motor cables may extend to 150 m, while unshielded cables may extend to 300 m.
The drive reaches an efficiency of 0.96, with an estimated power loss of 310 W that must be dissipated from the enclosure. Thermal planning is based on a maximum ambient temperature of 50 °C, above which output derating may be necessary. The unit can operate at altitudes up to 1000 m before altitude-related derating is required. Adequate enclosure ventilation and clearance around the heat-dissipating surfaces help prevent excessive internal temperatures during continuous operation. Input conductors, protective devices, and motor cables should be selected according to the stated current, voltage, and routing limits.
