400 Hz Wye Delta Transformer with M3 9 MIL Core, 12 KVA, 3AC
Specifications:
- 400 Hz Wye Delta Transformer with M3 9 MIL Core, 12 KVA, 3 PH, P/N 3AC-19053N
- Primary: 200 / 208 VAC L- L, 35 Amps max, Wye with a neutral N
- Secondary: 115 VAC L-L, 35 Amps, Delta
- Copper winding construction
- Copper bus bars are 1/8″ x 5/8″ with one hole
- Indoor enclosure, 24″H x 18″W x 16″D
The photo of the transformer is shown below:
The schematic of the transformer 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 12 KVA is engineered for high efficiency and reliable performance in specialized power applications. This transformer operates with a primary input voltage of 200 VAC and is designed to handle a current of 57 Amps. It provides flexible output options, delivering 24 VAC both line-to-line in Delta and Wye configurations, making it suitable for various operational needs in industrial environments.
Part Number 3AE-18598 identifies this transformer, which features an M3 9 MIL core construction that enhances its overall energy efficiency. This three-phase transformer is constructed with high-quality copper windings, ensuring durable performance and effective power transfer.
Designed for 400 Hz applications, it is ideal for use in sectors such as aerospace and military, where specific frequency settings are required. The transformer can be housed in an indoor enclosure, providing protection while maintaining accessibility for maintenance.
The 400 Hz Transformer 12 KVA also prioritizes customizability, allowing modifications to fit specific project requirements. With features that support load management and diagnostics, it facilitates proactive maintenance and enhances operational reliability.
Emphasizing energy efficiency, this transformer is built to minimize operational costs while supporting environmentally friendly practices. Overall, the 400 Hz Transformer 12 KVA is a dependable and innovative solution for efficiently managing electrical power in high-demand applications, making it a valuable asset in a range of specialized environments.