Product Description
Danfoss created the FC-301P2K2T4E66H1XGXXXXSXXXXAXBXCXXXXDX for industrial automation applications. The VLT AutomationDrive FC 301 series includes this model, which has several capabilities that make it appropriate for demanding settings. Its 2.2 kW power rating, or three horsepower (HP), is one of its primary characteristics. This indicates that the drive is appropriate for various industrial applications as it can regulate motors with a sizable power output. As is typical for industrial electrical systems, the drive runs on a three-phase power supply with a mains voltage between 380 and 480 VAC. When running big motors in industrial applications, this three-phase arrangement guarantees a more reliable and efficient power supply than single-phase systems.
At FC-301P2K2T4E66H1XGXXXXSXXXXAXBXCXXXXDX, an IP66/NEMA 4X enclosure is included. This grade indicates a high degree of defense against water and dust intrusion. Complete protection against dust is denoted by the "6" in IP66, while protection against strong water jets is denoted by the second "6." Because of this, the drive may be used in demanding industrial settings where it may be subjected to dust, water splashes, and even brief submersion. It is perfect for chemical production and food processing businesses because of its NEMA 4X designation, further validating its resistance to corrosive elements.
An RFI filter class A1/B (C1) is also included in the drive. This filter is essential for reducing the electromagnetic interference (EMI) that the drive produces. Other adjacent sensitive electrical devices may malfunction due to electromagnetic interference (EMI). This filter contributes to the system's overall electromagnetic compatibility (EMC) by efficiently suppressing EMI, ensuring the drive's compatibility with its surroundings. It can handle demanding duties because of its high power rating and three-phase operation. The RFI filter reduces electromagnetic interference, and the IP66/NEMA 4X enclosure guarantees protection in challenging conditions. The lack of an integrated brake may be a factor for applications needing precise stopping control. This drive offers an appealing alternative for industrial automation by striking a balance between compatibility, protection, and performance.