16595-3

Terminal blocks, also known as barrier strips, are used in all types of applications to provide safe, reliable, and efficient power distribution. The 16595-3 terminal block is a type of terminal block specifically designed for power distribution. It is a dual feedthrough terminal block that allows for the connection of two control signals and two sources of power.

The 16595-3 terminal block is designed for use in applications such as industrial, commercial, automotive, and residential environments. The terminal block provides an easy to use and secure power connection for both power and control signals. The terminal block utilizes a two-piece construction that allows for the installation of more power and control wires than a single unit terminal block. The 16595-3 is resistant to vibrations, temperatures, and EMI interference, making it suitable for a wide variety of applications.

The two-piece construction of the 16595-3 terminal block consists of a base plate and a cover plate. The base plate contains two power bus bars, a control center, and two power feeds. The cover plate contains two power switching assemblies and two device terminal locations. The power buses are used to connect the two power and two control wire sources, providing the power and control switch connections between the two devices. The control center contains a microprocessor-controlled switch that allows the user to control the power signals that are used to power the connected devices.

The power and control signals are connected to the 16595-3 terminal block by either the traditional screwdown method or the contactless connection. The screwdown method utilizes two screws that are placed into the side of the terminal block and tightened down. This method is ideal for applications that require a secure connection and do not allow for contactless connection. The contactless connection utilizes a set of contactors that can be placed onto the terminal and easily released when needed.

The 16595-3 terminal block utilizes a unique design that allows for efficient power distribution and control. It is designed to resist vibration, temperature, and electrical noise for reliable power signal delivery and control. The terminal block is well suited for a variety of applications and provides safe, efficient power distribution.