3208158

Terminal Blocks - Din Rail, Channel

Terminal blocks are an essential part of modern day electrical circuitry and wiring systems. They are designed to make connections and offer a range of options for different wiring requirements and system configurations.

3208158 Application Field and Working Principle

3208158 terminal block is a DIN rail-mounted terminal block with the following features: double-level input, double layer output, snap-lock system for quick connection and assembly, wire range adjustment with spring loaded contacts, and adjustable contact pressure plates

The 3208158 terminal block is a 2-position, 24V AC/DC terminal, which can be used for various electrical applications. The terminal block is mounted to the DIN rail by a clip and can be easily adjusted by a thumbscrew. It has two rows of contacts, each row having two screw contacts for the input and two screw contacts for the output.

The terminal block utilizes spring loaded contacts to adjust the wire range for optimum performance. It also contains a unique contact pressure plate, which can be adjusted to adjust the contact pressure for each screw connection. By adjusting the pressure lightly, the screw connection and connection point can be increased.

The 3208158 terminal blocks offer PE, NPE and 24V AC/DC input current with a maximum current rating of 16A and a maximum voltage of 48V. The screw connection requires minimal wiring effort and ensures a secure connection point and a low resistance between the screw and the wire.

The 3208158 also features an integrated LED indicator, which will indicate the status of the terminal block. This LED will be displayed in green, when the terminal block is closed. When the connection is open, the LED will be displayed in red.

Using the 3208158 terminal block in combination with other DIN rail-mounted components, it is possible to create a complete, highly efficient and reliable electrical wiring system. The terminal block is an essential part of any electrical wiring system, as it ensures the safety of the system and the integrity of the electrical connections.