T38412-09-0

Terminal Blocks - Barrier Blocks

The T38412-09-0 Barrier Block is an electrical component designed for power systems. It is used to connect various electrical lines to a common point. The T38412-09-0 Barrier Block is designed for low power applications and is ideal for creating simple networks or distributing AC power to other systems.

General Features

The T38412-09-0 Barrier Block is a screw terminal type terminal block. It is designed for use in applications that require electrical isolation. The terminal block is designed for making simple and quick power and signal connections. It features a robust design that ensures a secure connection to other components in a variety of applications.

Design and Construction

The T38412-09-0 Barrier Block is made from rugged plastic materials. The terminal block consists of two parts – a base block and a top lid. The base block features channels for wiring and a printed circuit board (PCB). The PCB has solder pads for connection to the circuit. The top lid features seven channels with two safety poles for locking the connections. The top lid also has four set screws that can be used to secure the connection.

Voltage Rating and Application

The T38412-09-0 Barrier Block can be used in applications that require up to 16A, 28V AC/DC. It is suitable for use in control circuits and power distribution systems. The terminal block is designed for circuits up to 1.5kVa or 10A. It can be used to create networks for motor control, remote monitoring, and building automation.

Working Principle

The T38412-09-0 Barrier Block works by allowing a connection between two points in the circuit. Each connection is made through the terminal block’s channels. The two safety poles ensure that the connection is secure and that there is insulation from other components in the system. This helps to reduce interference and improve system performance. The four set screws secure the connection and prevent it from loosening.

Conclusion

The T38412-09-0 Barrier Block is an essential component in power systems. It is designed for use in applications that require electrical isolation and can be used to create simple networks for motor control, remote monitoring, and building automation. The terminal block features seven channels with two safety poles and four set screws. These features ensure a secure connection and improved system performance.