400 Hz Transformer, 2.5 KVA, 3 PH
Specifications:
- 400 Hz Transformer, 2.5 KVA, 3 PH, P/N 3Y-19129
- Primary: 208 VAC L-L (120 VAC L-N), 7 Amps, Wye with a neutral N1
- Secondary: 24 VAC L-L (13.86 VAC L-N), 60 Amps, Wye with a neutral N2
- Copper winding construction
- Primary/secondary copper bus bars are 1/8″ x 5/8″ with one hole
- Open core and coil: 9”H x 9”W x 9”D approximately
- Weight: 85 lbs approximately
The photo of the transformer is shown below:
The schematic diagram is shown below:
To discuss your specific application, please call our phone number at (714) 624-4740, or send us an email at quote@lcmagnetics.com.
The 400 Hz Transformer 2.5 KVA is designed for high efficiency and reliability in power distribution applications, particularly in environments where 400 Hz operation is standard. This transformer features a primary input voltage of 208 VAC line-to-line and 120 VAC line-to-neutral, with a primary current rating of 7 Amps. It provides secondary outputs of 24 VAC line-to-line and 13.86 VAC line-to-neutral, offering versatility for various operational needs.
Part Number 3Y-19129 identifies this transformer, which is built with durable copper windings to enhance energy efficiency and ensure optimal performance. Designed for three-phase operation, this transformer also includes a Wye configuration that accommodates neutral connections (N1 and N2), allowing for additional flexibility in power distribution.
The 2.5 KVA transformer is housed within an indoor enclosure, ensuring protection from environmental factors and facilitating access for maintenance. Its robust construction supports reliable operation, making it suitable for industrial-grade applications.
This transformer emphasizes customizability, providing tailored options to meet specific project requirements. Additionally, it includes features for load management and diagnostics, which help in proactive maintenance and enhance overall performance.
Overall, the 400 Hz Transformer 2.5 KVA represents a dependable and innovative solution for managing electrical power effectively in a wide range of applications, making it an essential asset in scenarios where efficiency and adaptability are critical.