FC-202P90KT6136H9375 Danfoss
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The Danfoss FC-202P90KT6136H9375 is a 125 HP drive in the VLT FC 202 AQUA Drives series with a power rating of 90 kW and an output of 130.5 kVA at 575 V. This model provides a continuous output current of 131 A, operates with an efficiency of 0.98, and handles input currents up to 119 A at 575 V. It is designed for three phase power and supports a maximum ambient temperature of 50°C.
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Product Description:
The FC-202P90KT6136H9375 is an AC variable frequency drive produced by Danfoss for the VLT FC 202 AQUA Drives series. The unit modulates three-phase mains voltage so centrifugal pumps and fans can match flow or pressure demands in water and wastewater treatment lines. By trimming motor speed instead of using throttling valves, the drive supports process efficiency and reduces mechanical stress in industrial automation cells dedicated to fluid handling.
The output stage is rated for a continuous current of 131 A, delivered to the motor terminals while the input side draws 119 A at 575 V under nominal loading. Electrical conversion efficiency reaches 0.98, so only 2 % of input power is dissipated as heat during steady operation. Mechanical power availability is specified at 125 HP, and the inverter can provide up to 130.5 kVA of apparent power to accommodate reactive components in induction motor windings. Terminals accept copper conductors up to 150 mm² for the line or motor circuit, limiting voltage drop over long cable runs and supporting the 300 MCM maximum cross-section referenced in the wiring table. A maximum shielded motor cable length of 150 m allows remote pump installations without the need for output reactors.
For occasional overloads, the inverter supplies 144 A for 60 seconds, providing additional current during pump startup or rapid flow corrections. Protective coordination with upstream devices calls for a prefuse not exceeding 250 A, and internal thermal modeling assumes ambient air up to 50 °C before derating begins. Under these conditions, the electronics reject 1800 W of heat, which must be removed by panel ventilation or liquid cooling. The three-phase topology supports 90 kW of real power, and separate brake or load cables up to 95 mm² can be installed when regenerative energy needs dissipation. Unshielded motor leads may extend to 300 m, providing flexibility in distributed pumping galleries.
