YK4021203000G

Terminal Blocks - Barrier Blocks

YK4021203000G Terminal Block is a type of barrier block that widely used in the popular industrial electric control applications. It is designed to provide reliable electrical termination and effective protection for wiring from interference on wires, cables, mechanical components and other devices.

The YK4021203000G Terminal Block features high wiring capacity and solid connections with the low resistance copper pile-up; and between the 4 pins of pile-up: one center pin and one side pin for each side. It offers large mounting convenience and vast number of pins, while shorting a safe distance between the input and output wires to minimize the possibility of accidental electrical contact.

The barrier block of the YK4021203000G Terminal Block is made of nitrogen filled PBT. It is available with male, female, or removable mounting options. The terminal block is certified for insulation requirements; such as VDE, UL, USCAR, and CSA ratings. Additionally, it meets high-speed assembly requirements with its embedded anti-rotational design.

It is ideal for medium and heavy duty industrial electric control applications. It can be used to connect multiple signals the same signal line and terminal location. The YK4021203000G can also provide an energy saving method of connecting signals and power circuits.

In terms of working principle, the YK4021203000G Terminal Block is very simple. Connections are made between two or more conductors using the terminal block. The conducting wires are secured by the terminal and terminal screws on the terminal blocks. The conductors can also be operator accessible, and usually all wiring is done using wire connectors or splices. The insulators of the terminal block provide ample protection from short circuits or interference, allowing for uninterrupted operations out of a signal direction.

The YK4021203000G Terminal Block can be a great solution for industrial electric control applications where reliable electrical termination, efficient wiring, and effective protection are required. Its robust construction and state of the art technology ensures great stability and reliability over multiple connections and high vibration.