Schneider TA10D4S0634TPE | automatic transfer switch, TransferPacT automatic, 63A, 4P, rotary, frame 100A

• Technical Specifications:

  • Type: Automatic Transfer Switch (ATS).

  • Model: TA10D4S0634TPE.

  • Nominal Current: 63 Amps.

  • Number of Phases: 4 phases.

  • Total Poles: 4 poles.

  • Frame Rating: 100 Amps.

  • Operation Type: Rotary operation.

  • Category: TransferPacT Automatic Power Transfer Switch.

  • Applications: Suitable for installations requiring uninterrupted power transfer between multiple power sources.

  Features:

  1. Automatic Power Switching: The ATS allows automatic transfer between power sources in the event of a failure, ensuring that operations continue without disruption.

  2. Durability: Built with a robust structure to endure industrial and commercial environments, the TransferPacT ATS is designed to handle heavy electrical loads over time.

  3. Rotary Operation: The switch features a rotary operation mechanism for smooth and reliable switching between energy sources, contributing to operational stability.

  4. High Current Capacity: With a nominal current rating of 63 Amps and a frame capacity of 100 Amps, this model is suitable for a wide variety of electrical loads in both commercial and industrial applications.

  5. Enhanced Safety Features: The device is equipped with built-in protection against electrical faults and failures, which minimizes the risk of electrical hazards and ensures safer operation.

  6. Efficient Control: The ATS provides fully automated control for power source switching, reducing the need for manual intervention and improving the overall operational efficiency.

  Applications:

  1. Industrial Applications: Ideal for industrial facilities where reliable and continuous power supply is essential. It ensures automatic switching between backup generators or other power sources during power outages.

  2. Commercial Facilities: Perfect for use in commercial buildings such as shopping centers, hotels, and hospitals, where uninterrupted power is critical for operations and customer service.

  3. Dual Power Systems: Ideal for systems that rely on dual power sources, providing reliable and automatic switching for seamless power transfer without downtime.

  4. Backup Power Systems: Essential for facilities with backup generators, ensuring a smooth transition from primary power sources to emergency power when needed.