AUTOMATIC TRANSFER SWITCH: Seamlessly switches from main power supply A to backup power supply B in under 75 milliseconds when primary power fails, ensuring uninterrupted operation
DUAL POWER DESIGN: Features two-station configuration with priority given to main power supply A, automatically utilizing backup power B only when needed
WIDE CURRENT RANGE: Compatible with AC systems operating at 50-60Hz frequency and supports rated current from 6 Amperes to 63 Amperes for versatile applications
PC CLASS RELIABILITY: Engineered as a PC class infrequent change-over switch designed for reliable performance in critical power management situations
DIN RAIL MOUNTING: Compact design allows for easy and space-efficient installation on standard DIN rails in electrical panels and distribution boxes
وصف
The TOATS-2 Din Rail Automatic Transfer Switch is an essential electrical component designed to ensure uninterrupted power supply in critical applications. This PC class dual power selector switch automatically monitors both main and backup power sources, seamlessly transferring between them when needed. With an impressive switching speed of under 75 milliseconds, this automatic transfer switch minimizes power interruption, making it ideal for sensitive equipment and systems that require continuous operation. The device features a two-station design where the main power supply (A) takes priority, and the backup power supply (B) activates automatically when the primary source fails. Suitable for AC systems operating at 50-60Hz frequency, this transfer switch accommodates rated currents ranging from 6A to 63A, providing versatility for various electrical installations. The compact din rail mounting design allows for space-efficient installation in electrical panels and distribution boards. Clear LED indicators display the operational status, while both automatic and manual control modes offer flexibility in managing power sources. This reliable switching solution helps prevent downtime and protects your electrical systems from power supply disruptions.