FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0
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Danfoss's FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0 operates on a three-phase supply of 380–480 V at 50/60 Hz, drawing currents of 634 A and 569 A. Its input configuration is meticulously calibrated for consistent power delivery. The design ensures reliable performance under varying load conditions, optimizing efficiency and stability throughout industrial operations.
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Product Description:
FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0 is a precision‐engineered frequency inverter drive from Danfoss, belonging to the VLT FC 103 Refrigeration Drives series. The product originates from a reputable product range known for advanced drive technology and efficient power management in industrial refrigeration applications. Its design emphasizes durability, precise control and seamless integration within modern automation systems. The device presents dimensions of 1578 mm in height, 507 mm in width and 482 mm in depth, ensuring robust installation. It is rated for a maximum ambient temperature of 55°C (131°F) with output current derating which enhances its operational reliability in demanding environments.
Engineered as a true frequency inverter drive, the unit delivers exceptional control and efficiency for precise industrial applications. Housed in an IP20 chassis, it operates reliably at an ambient temperature of 40°C (104°F) under standard conditions. The drive’s input configuration supports three-phase power at 380–480 V with frequencies of 50/60 Hz, drawing currents of 634 A and 569 A as specified. It integrates a robust 3‑Phase system for consistent performance. An integrated EPC module actively safeguards against electrical disturbances. These features yield significant benefits by reducing energy consumption and enhancing system stability during variable operational loads.
Operating at an input voltage of 230 V, this Danfoss controller drive is optimized for stable performance in different industrial setups. It supports a rated load of 2 HP which makes it suitable for various small‑scale applications that require precise power control. The output specification offers a frequency range from 0 to 590 Hz with a current capacity of 658 A and 590 A across three phases. The module’s design incorporates meticulous engineering to manage dynamic load conditions and deliver consistent output. FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0 model exemplifies innovative design and superior reliability that meets stringent industry standards.
Frequently Asked Questions about FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0:
Q: How does FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0 manage temperature variations during operation?
A: The drive employs advanced derating algorithms to adjust performance at maximum ambient temperatures, ensuring stable operation during temperature fluctuations. This design integrates effective thermal management protocols that protect components from overheating while maintaining optimal efficiency.
Q: What benefits does the integrated EPC module provide in the FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0’s performance?
A: The EPC module delivers precise control by mitigating electrical disturbances and enhancing energy efficiency. Its integration reduces downtime by preventing voltage irregularities which contributes to prolonged equipment lifespan and increased operational reliability under varying load conditions.
Q: Does the drive handle fluctuations in input voltage effectively?
A: The FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0 is engineered to operate efficiently with a 230 V input, ensuring that voltage fluctuations are managed through robust design measures.
Q: How does the rated load of 2 HP influence the drive’s operational capabilities?
A: A rated load of 2 HP enables the FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0 to perform reliably in light industrial applications without compromising efficiency.
Q: What role does the specified input configuration of FC-103N355T4E20H4XGCXXXSXXXXAXBKCXXXXD0 play in system integration?
A: The input specifications of three-phase power at 380–480 V and 50/60 Hz facilitate seamless integration with industrial power systems. Such specifications assure consistent performance and minimal downtime.
