Hammond Power Solutions TN2A0002KBKA 3-phase 2 kVA distribution transformer with 480V primary and 208Y/120V secondary, copper windings, 60 Hz. Designed for step-down applications in commercial and industrial power distribution systems.

Hammond TN2A0002KBKA Three Phase Transformer The Hammond TN2A0002KBKA is a high-performance three-phase transformer designed to deliver reliable power distribution for various industrial applications. This 2 kVA transformer is engineered for 480V to 208Y/120V operation at 60Hz, making it an ideal solution for facilities requiring efficient voltage conversion and power quality management.

Key Features

• Power Rating: 2 kVA, suitable for light to moderate power loads
• Voltage Configuration: Converts 480V to 208Y/120V, ensuring compatibility with diverse electrical systems
• Phase Type: Three-phase design for optimal energy efficiency and balanced load distribution
• Frequency: Operates at 60Hz, aligning with standard North American electrical systems
• Copper Windings: Utilizes high-quality copper for enhanced conductivity and reduced energy losses

Applications

• Industrial Facilities: Perfect for manufacturing and processing plants requiring reliable voltage transformation
• Commercial Construction: Suitable for use in commercial buildings that demand consistent power supplies
• Data Centers: Ideal for supporting critical IT infrastructure with stable and reliable power management
• Oil and Gas Industries: Effective in environments where reliable power is essential for operational efficiency

Benefits

• Enhanced Efficiency: Reduces energy losses with high-quality copper windings, improving overall system performance
• Reliability: Built to meet the demanding requirements of industrial applications, ensuring continuous operation
• Versatile Deployment: Supports various applications across multiple sectors, providing flexibility in installation
• Robust Construction: Designed to withstand harsh operating conditions, ensuring long-lasting performance --- Product information compiled with AI assistance for reference purposes.