T38137-17-0

Terminal Blocks - Barrier Blocks

T38137-17-0 is a type of terminal block, also known as a barrier block, commonly used to terminate and/or connect wiring in industrial applications. As the name suggests, the design of a barrier block ensures that conductors are segregated into separate “blocks”, or circuits.

Application Field: T38137-17-0 barrier blocks are typically used for a variety of industrial and commercial applications, such as electrical installations, machine and process control, motors, power supplies, and instrumentation. Generally speaking, they are used to provide a safe, efficient, and reliable means of connecting, routing, and distributing electrical energy.

Working Principle: The T38137-17-0 barrier block operates on the principle of insulation displacement contact (IDC). IDC technology involves cutting triangular slots into the block\'s contact pins, which allows the insertion of solid or stranded conductors into the slots. The contact pins are then forced together using a pressure nut, creating an electrical connection between the conductors and the respective block terminal.

In addition to their secure electrical connections and easy installation, barrier blocks also provide protection against shock, arcing, and short circuits. This gives them the added benefit of improved safety over other types of electrical terminals. Additionally, the barrier blocks allow for easy removal and reassembly of conductors, which is beneficial when reconfiguring units for circuit testing or repairs.

T38137-17-0 barrier blocks are available in various mounting configurations, such as plug-in, pin-in, wire clamp, and quick-connect. Furthermore, they can be supplied with a variety of accessories, such as cages, mounting hardware, and insulation boots. This makes them highly versatile, and suitable for a range of applications.

Overall, the T38137-17-0 is an ideal solution for applications requiring the safe and efficient distribution of electrical power. With its simple installation and secure electrical connections, it is an optimal choice for many industrial and commercial applications.