79/18VZ

Wire Ferrules are terminal blocks used for a wide variety of applications in industries and households. They are used mainly in electrical installations, such as in houses, commercial and industrial premises, as well as in automotive and marine applications.

The 79/18VZ type of terminal block is commonly employed for industrial and similar large scale applications. It is designed to offer a more secure and efficient way of connecting a large number of conductive wires together. The 79/18VZ type of terminal block is designed to work in either AC or DC power systems.

The 79/18VZ type of terminal block offers a reliable and efficient connection of electrical wiring systems. Its design allows for a secure connection of electrical cables to the terminal block, and it also offers a variety of operational and safety features. For example, it has a unique clip-in, push-in design which eliminates contact damage due to vibration, and it also prevents accidental disconnection of the cable from the terminal block.

The 79/18VZ type of terminal block also has a short circuit warning system which will alert the user in the event of a short circuit. This ensures that potential damage to the wiring system is minimized. The 79/18VZ also offers protection against high voltage or current. It can also be used in conjunction with a switch disconnector to provide further protection against any short circuits.

The 79/18VZ type of terminal block is made from solid aluminum or stainless steel, and has an insulation resistance of >100MΩ. It is designed to be compatible with a variety of sizes and types of conductive wires. The 79/18VZ has a maximum current carrying capacity of 16A and it is also UL listed.

The 79/18VZ type of terminal block is an efficient and reliable form of wiring for many industries and homes. It offers a secure and reliable way of connecting all types of electrical cables, including AC and DC power systems. The 79/18VZ also offers a variety of safety and operational features to help protect against potential damage caused by short circuits.