TRACO POWER is excited to introduce the TIB-REM480 module, designed for N+1 redundant applications and parallel power supply configurations (1+1). The TIB-REM480 utilizes active sharing technology, which minimizes power losses during normal operation and failover mode. This makes it an excellent choice for applications that demand high operational safety or critical loads where downtime is unacceptable.

The TIB-REM480 redundancy module allows for the parallel connection of two input sources and boasts a compact size of 4.67 x 4.89 x 1.42 inches, making it suitable for low-profile enclosures. It supports an input voltage range of 11 to 56 VDC and can handle up to 20 amps of current. The paralleled output current is rated up to 40 amps, with a peak capability of 60 amps for durations of fewer than four seconds. The module can operate within an ambient temperature range of -20°C to +60°C without derating or requiring active cooling.

Safety is a priority, and the TIB-REM480 has undergone rigorous testing and obtained UL/IEC/EN 61010-1 approval for use with TRACO POWER's TIB line of 80 to 480-watt DIN-rail power supplies. These modules offer a cost-effective solution for industrial markets, including process control, industrial automation, test and measurement, industrial robotics, mobility, and renewable energy.

Key features of the TIB-REM480 module include:

1.Compact metal DIN Rail Mount enclosure measuring 4.67 inches (D) x 4.89 inches (H) x 1.42 inches (W).

2.Continuous operation at 20 amps, with a boost current capability of 60 amps.

3.Wide input voltage range of 11 to 56 VDC, delivering over 99% efficiency.

4.Low standby power consumption, typically 0.3 watts at 24V.

5."Input OK" and "Balance OK" indicators for easy monitoring.

6.Full-load convection-cooled operation within the temperature range of -20°C to +60°C.

7.UL/IEC/EN 61010-1 approval for use with TRACO POWER's TIB power supplies.

The TIB-REM480 module from TRACO POWER offers a reliable and efficient solution for achieving redundancy and increased power in critical applications.