FC-202P7K5T6131Z9342

Product Description:

Danfoss manufactured the FC-202P7K5T6131Z9342 drive. The Danfoss AQUA Drive has a power rating of 0.55 kW or 0.75 HP. This power rating means the drive can do mechanical work, specifically control the torque and rotational speed of an electric motor. In electrical systems, power is related to the voltage and current of the motor. The 0.55 kW rating means it can control motors in this power range and maximize energy usage while maintaining efficiency. Applications that require regulated fluid dynamics, like water and wastewater systems where performance is critical, rely on this exact power management. A 3-phase mains voltage input of 380–480 VAC is required for this drive. 3-phase power systems provide steady power and minimize voltage fluctuations - both are essential for motor operation. The drive can operate reliably under various load conditions thanks to its compatibility with standard industrial power sources, which is ensured by the 380–480 VAC range.

3-phase systems use 3 AC waveforms offset by 120 degrees to provide a balanced and effective power distribution. AC in physics means the periodic reversal of current direction. For applications that require exact control, its balanced distribution reduces harmonic distortion and guarantees smooth motor operation. The FC-202P7K5T6131Z9342 uses an IP20 chassis enclosure. The IP rating indicates the degree of protection against liquids and solid objects. IP20 offers no protection against liquids but does protect against solid objects bigger than 12.5 mm. This type of enclosure must be installed in a controlled environment to avoid dust or moisture damage. The chassis design helps with heat dissipation, which is important to keep the drive’s temperature and avoid thermal overload. Transferring heat away from sensitive components to maintain their life and functionality is called thermal management and is a critical aspect of electronics.

To reduce electromagnetic interference - a phenomenon where electrical equipment produces electromagnetic radiation that can interfere with other adjacent devices - an RFI (Radio Frequency Interference) filter is essential. The drive meets electromagnetic compatibility (EMC) requirements by reducing RFI, avoiding interference with sensitive electronic devices and maintaining operation integrity. A graphical local control panel (LCP) on the drive makes it easy to set and monitor. Operators can diagnose any issues, monitor real-time performance statistics and change settings with this interface. To maintain optimal system performance and address any anomalies, you need to be able to see and adjust operational parameters. And remember, the unit in question doesn’t have a covered PCB and a brake chopper. Certain braking actions will be less effective without a brake chopper that regulates the regenerative energy from the motor during braking. A printed circuit board (PCB) with a protective coating is called a coated PCB.