FC-202P1K5T6134G2204 Danfoss
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The Danfoss FC-202P1K5T6134G2204 is part of the VLT FC 202 AQUA Drives series and has a power rating of 1.5 kW with a continuous output current of 2.9 A at 525–550 V. It delivers 2.0 HP using three phase power and operates with an efficiency of 0.97. The drive supports a maximum cable cross-section of 4 mm² and an estimated power loss of 65 W.
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Product Description:
The FC-202P1K5T6134G2204 variable frequency drive is manufactured by Danfoss within the VLT FC 202 AQUA Drives series. This drive is intended for pump and fan applications in water treatment, irrigation, and similar fluid-handling systems. It adjusts the speed of standard induction motors to match real-time demand, improve process stability, and reduce energy use in automated installations. Designed as a cabinet-mounted component, it connects to upstream control logic through low-voltage terminals and delivers regulated AC output to downstream motor feeders.
With a DC-link voltage derived from a 525–550 V mains supply, the drive provides a continuous motor current of 2.9 A. During short acceleration peaks, it permits up to 4.4 A before returning to the continuous current level. Electrical efficiency reaches 0.97, and the drive dissipates 65 W as heat under nominal load, simplifying enclosure cooling. The unit accommodates a line-voltage imbalance of up to 3.0% without requiring derating, while its maximum input current is 2.7 A. It is classified under overvoltage category III, with insulation clearances suitable for fixed industrial wiring. The drive allows two power-up cycles per minute to limit capacitor stress, while the IGBT stage supports unrestricted output switching.
The inverter stage delivers a rated motor output of 1.5 kW, which corresponds to 2.0 HP. It is designed for motors connected to three-phase power networks and provides regulated output for precise pump or fan speed control. Supply-side protection uses a 10 A upstream fuse to coordinate fault protection for the power input. Cable terminals accept conductors up to 4 mm² for motor leads and up to 6 mm² on the disconnect side. The drive maintains stable output during permitted phase imbalance and changing motor loads, supporting consistent flow or pressure regulation without unnecessary motor cycling.
