FC-321P15KT2P66H2BGX3SXSXXXXANBXCXXXXDX by Danfoss

The Danfoss FC-321P15KT2P66H2BGX3SXSXXXXANBXCXXXXDX drive is a member of the VLT EZ FC 321 Automation Drives series, designed and manufactured by Danfoss for precise motor control in industrial automation. Key specifications include a robust cross-section of conductor of 25 mm² and a current rating of 80 A, enabling smooth power delivery and consistent torque output. Operating at a frequency of 50/60 Hz, this drive is tailored to regulate motor speed and torque in three-phase electrical systems, making it ideal for conveyor systems, pumps, fans, and other motion-control applications.

In terms of technical performance, the FC-321P15KT2P66H2BGX3SXSXXXXANBXCXXXXDX features compact dimensions of 80 × 398 × 200 mm and a lightweight design at 6 kg, simplifying installation in space-constrained control cabinets. Its EMC level of Class A ensures electromagnetic emissions remain within acceptable limits for industrial environments, reducing interference with sensitive equipment. The drive maintains operational integrity up to a maximum ambient temperature of 45 °C and exhibits low power loss of 25 W, enhancing overall energy efficiency. Additionally, a rated leakage current of 35 mA provides safety and minimizes stray currents, contributing to reliable long-term operation.

Durability and operational efficiency are further supported by the drive’s ability to perform under continuous load with minimal thermal buildup. The low power loss characteristic reduces heat generation, while the conservative leakage current rating helps maintain electrical safety. Compliance with industrial EMC standards (Class A) underscores its suitability for installations where electromagnetic compatibility is critical. By combining high current capacity, compact form factor, and efficient thermal and electrical performance, the FC-321P15KT2P66H2BGX3SXSXXXXANBXCXXXXDX offers reliable, precise, and energy-efficient drive control, delivering significant benefits for modern industrial automation systems.