Schneider TA10D4S0504TPE | automatic transfer switch, TransferPacT automatic, 50A, 4P, rotary, frame 100A

Description

Schneider TA10D4S0504TPE | automatic transfer switch, TransferPacT automatic, 50A, 4P, rotary, frame 100A

• Technical Specifications:

  • Type: Automatic Transfer Switch (ATS).

  • Model: TA10D4S0504TPE.

  • Nominal Current: 50 Amps.

  • Number of Phases: 4 phases.

  • Total Poles: 4 poles.

  • Frame Rating: 100 Amps.

  • Operation: Rotary operation.

  • Category: TransferPacT Automatic Power Transfer Device.

  • Applications: Ideal for installations requiring smooth and safe power transfer between different energy sources.

  Features:

  1. Efficient Automatic Switching: Enables easy and fast switching between two power sources, ensuring uninterrupted power supply in case of failure of the primary source.

  2. Durable Design: Features a robust and compact structure capable of withstanding harsh conditions and long-term use in industrial and commercial environments.

  3. Fully Automated Control: Allows full control over the transfer operations without the need for manual intervention, saving time and improving operational efficiency.

  4. High Endurance: Designed to handle high currents, with a frame rating of up to 100 Amps, making it suitable for heavy-duty applications.

  5. Enhanced Safety: Equipped with built-in protection systems against electrical faults, reducing the risk of electrical accidents and improving overall safety.

  6. Flexible Use: Can be employed in a variety of commercial and industrial applications, providing ideal solutions for facilities that require a continuous power supply.

  Applications:

  1. Industrial Facilities: Ensures efficient operation of machinery and industrial devices by seamlessly transferring power between generators or alternative energy sources, preventing downtime.

  2. Commercial Facilities: In locations that depend on continuous power, such as shopping malls, hotels, and hospitals, this ATS provides a reliable solution to avoid power interruptions.

  3. Dual Power Systems: Perfect for facilities with dual power systems, as it allows smooth switching between these systems with minimal interruption.

  4. Backup Power Systems: An ideal choice for facilities that rely on backup generators, ensuring seamless switching in case of power failure from the main grid.