HPS TE3A0063NJM NRC18 DIT 3 Phase 63kVA 575D-460Y/266V Copper 60Hz 3R

# Drive Isolation Transformers The HPS TE3A0063NJM NRC18 DIT is a high-performance 3-phase drive isolation transformer designed to provide reliable voltage conversion and electrical isolation for various industrial applications. With a power rating of 63 kVA, this transformer is engineered to enhance the efficiency and safety of your electrical systems by minimizing harmonics and protecting sensitive equipment. ## Key Features • **Power Rating:** 63 kVA, suitable for high-demand industrial applications. • **Phase Configuration:** 3-phase design ensures balanced load distribution and optimal performance. • **Voltage Specifications:** Primary voltage of 575D and secondary voltage of 460Y/266V, allowing for versatile installation options. • **Construction Material:** Copper windings provide superior conductivity and thermal performance for increased efficiency. • **Frequency:** Operates at 60Hz, making it compatible with standard electrical systems in North America. • **NEMA 3R Enclosure:** Weather-resistant design suitable for both indoor and outdoor installations, ensuring durability in various conditions. ## Applications • **Industrial Automation:** Ideal for use in manufacturing plants, data centers, and commercial constructions where reliable power is crucial. • **Motor Drives:** Supports the operation of variable frequency drives (VFDs) and other motor control applications. • **Power Quality Improvement:** Helps reduce electrical noise and harmonics, enhancing the overall performance of connected equipment. ## Benefits • **Enhanced Equipment Protection:** Provides electrical isolation, safeguarding sensitive devices from voltage spikes and surges. • **Increased System Efficiency:** Optimized design minimizes losses and improves energy efficiency in power distribution. • **Robust Reliability:** Built to withstand harsh environments, ensuring consistent performance and longevity. --- *Product information compiled with AI assistance for reference purposes.*