The Schneider TA16D3S4004TPE is part of Schneider Electric’s range of transformers, specifically designed for power distribution and energy management in industrial applications.

Key Features and Specifications:

• Type: This model is classified as a three-phase transformer. The “TPE” designation indicates that it is tailored for power distribution, highlighting efficiency and reliability.
• Power Rating: The “400” in the model number suggests a 400 kVA power rating, suitable for medium-level industrial applications requiring substantial energy capacity.
• Voltage Levels: This transformer is likely designed to operate within standard industrial voltage ranges, typically between 400V and 630V.
• Winding Configuration: The “3S” indicates that it has three secondary windings, allowing for flexible output configurations that can cater to various load requirements.
• Efficiency and Reliability: Schneider Electric is known for its focus on energy efficiency, and this transformer likely features advanced insulation materials and low-loss technology, ensuring minimal energy wastage and longer operational life.
• The Schneider TA16D3S4004TPE is a low voltage power transfer switch used in industrial and commercial buildings, data centers, healthcare facilities and transportation industry. It is a rotary type switch with a 630A frame and 3 poles. The switch is designed to automatically transfer the load to the backup source in the event of a power failure

• Here are some of the key features of the Schneider TA16D3S4004TPE:

  • Voltage: 400V
  • Current: 400A
  • Poles: 3
  • Type: Rotary
  • Frame: 160A
  • Automatic operation: The switch automatically transfers the load to the backup source in the event of a power failure.
  • Rotary design: The switch has a rotary design, which is a common type of transfer switch.
  • 630A frame: The switch has a 630A frame, which indicates its current rating

Applications:

The TA16D3S4004TPE transformer is ideal for use in various industrial settings, including manufacturing facilities, commercial buildings, and energy distribution networks, where reliable and efficient power management is essential.