FC-202P7K5T2131F1068 Danfoss
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The Danfoss FC-202P7K5T2131F1068 belongs to the VLT FC 202 AQUA Drives series and operates on three phase power with a mains voltage of 200 to 240 VAC. This drive delivers a power rating of 7.5 kW, continuous output current of 30.8 A, and a maximum efficiency of 0.96. It includes one analog output and two digital outputs with a maximum frequency of 32 kHz.
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Product Description:
The FC-202P7K5T2131F1068 is a Danfoss variable-frequency inverter in the VLT FC 202 AQUA Drives series. It adjusts induction motor speed by modulating output frequency and voltage, allowing industrial automation systems to match motor operation to mechanical load requirements while minimizing energy use. With a nominal power rating of 7.5 kW, the unit is intended for fluid-handling applications that require precise, sensor-driven control of pumps and related equipment. Its variable-speed operation can regulate flow or pressure without relying solely on mechanical throttling devices.
It accepts a three-phase supply between 200 and 240 VAC and draws a continuous input current of 28.0 A. The inverter’s IGBT bridge delivers 30.8 A to the motor terminals, corresponding to a mechanical output of 10 HP. Electrical efficiency is rated at 0.96, and the resulting heat loss is 310 W. Enclosure airflow or an external cooling system must remove this heat during operation. These values apply under normal-duty operating conditions. The overvoltage category III classification indicates that the insulation clearances are suitable for transients encountered at the distribution level.
At 208 V, the input bridge absorbs an apparent power of 11.1 kVA, and upstream protection must not exceed the maximum fuse rating of 63 A. The power stage can withstand prospective fault currents of up to 100,000 A RMS symmetrical, supporting coordination with high-capacity power systems. The control terminals provide one analog output that supports loads with a minimum resistance of 500 Ω. Two digital outputs can each source 40 mA and operate at switching frequencies as high as 32 kHz. These outputs can transmit speed-related signals or operating status to compatible control equipment without requiring separate interface modules. The available output channels support integration with supervisory controls used in automated pumping and water-management systems.
