995222

Terminal Blocks - Wire to Board

Terminal Blocks - Wire to Board (995222) are essential components for any electrical and electronics system. Terminal Blocks allow easy and secure connection of electric current between components, and also provide protection. They are commonly used in industrial, commercial and domestic applications, and in general, the most important features of Terminal Blocks include a wide range of voltage and current ratings for safe operation, modular design that facilitates easy installation, high-temperature resistance and flame retardant coating for prolonged use in hazardous conditions.

Application Field

Terminal Blocks - Wire to Board (995222) have an extensive application field, as they can be used in a variety of electrical systems. As mentioned above, they provide safety and a flexible connection between different components in such systems. For example, they are commonly used to connect wires in the breaker panels, control panels, switches and relays. It is also possible to use them in testing equipment, relays, home appliance circuits, and power supplies. The fact that they are universally specified by companies such as UL, CUL and VDE ensures their compatibility for a variety of commercial, industrial and residential applications.

Working Principle

Terminal Blocks - Wire to Board (995222) provide a physical connection between two conductors, and their main function is to ensure that the electrical connection between components is safe and reliable. They typically consist of a base that is attached to the board on which it is mounted. From the base, two connecting arms protrude, which are insulated with some kind of non-conductive material. On the arms, small screws are usually present in order to securely hold the electric conductors. When current is applied, the electricity flows from one arm of the terminal block to the other through the conductors, thus forming a secure connection.

Final Thoughts

Terminal Blocks - Wire to Board (995222) are essential components of any electrical or electronics system, and they provide a secure connection between components. With their modular design, they are flexible and easy to install in a variety of applications, and their high-temperature resistance and flame-retardant coating ensure that they can be used in hazardous conditions. Furthermore, their universal standards, such as those provided by UL, CUL and VDE, guarantee that they can be used in different electrical systems.