Schneider TR63D3R6302TPE | TransferPacT Remote, 630A, 230V, 3P, Remote, frame 630A

Description

Schneider TR63D3R6302TPE | TransferPacT Remote, 630A, 230V, 3P, Remote, frame 630A

Technical Specifications

• Series: TransferPacT Remote

• Model: TR63D3R6302TPE

• Rated Current: 630 Amps

• Rated Voltage: 230V AC

• Poles: 3 (Three-phase)

• Operation: Remote-controlled (electrical actuation)

• Frame Size: 630A

• Frequency: 50/60 Hz

• Transfer Type: Open transition (break-before-make)

• Mounting: Panel-mounted

• Control Interface: Remote control and integration with automation systems

• Compliance: IEC 60947-6-1

Key Features

• 3-Pole Switching
  Ideal for three-phase systems, the 3-pole design allows for full isolation of the three-phase conductors, ensuring safe switching of heavy loads.

• Remote Operation
  The ability to operate the switch remotely increases operational safety and reduces the need for manual intervention.

• Automatic Power Transfer
  Ensures a seamless transfer between power sources (e.g., from utility to generator) without interrupting the connected loads.

• 630A Frame Size
  The high current capacity of the 630A frame ensures suitability for industrial and commercial applications with heavy-duty electrical loads.

• Safety and Monitoring
  Comes with safety interlocks and status indicators, ensuring clear operational visibility and reducing the risk of accidental switching.

Applications

• Industrial Plants: Protects critical machinery and systems by ensuring a stable power supply, even during power outages.

• Data Centers: Vital for maintaining continuous power for IT infrastructure, avoiding downtime and service interruptions.

• Healthcare Facilities: Keeps life-saving medical devices and hospital systems running smoothly, even during power disruptions.

• Commercial Buildings: Suitable for office buildings, shopping malls, and other commercial establishments that require reliable backup power.

• Remote Locations: Ideal for sites where remote control and monitoring are required to reduce the need for on-site personnel.