EZA-050

Circular cable assemblies, also known as coaxial cable assemblies, are the most common form of electrical, optical or mechanical connections. They are usually made from a range of materials, including metals, plastics or other suitable materials. They can be used in a variety of applications, from high voltage power transmission to low voltage telecommunications and computers. They are often used in medical, aerospace and military applications.

The EZA-050 circular cable assembly is a specialised type of cable assembly designed to provide a power or signal transfer solution. This type of cable assembly is typically used in industrial, medical, military, aerospace and other critical applications. The primary purpose of the EZA-050 is to provide reliable electrical or optical power transfers over long distances. The assembly consists of a central hub, a hub connector, multiple radials and a connector shield.

The EZA-050 is designed to significantly reduce the need for frequent replacements of cables and connectors, which can be very costly in large industrial systems. The assembly is capable of handling high voltages and power while providing a stable and reliable performance. The assemble can also be adapted to various length cables to provide a solution for large industrial systems.

The working principle of the EZA-050 is based on the principles of electrical or optical transmission. The central hub of the assembly is connected to the hub connector in order to make a secure electrical or optical connection. From here, multiple cables are connected to the hub connector to transfer power or signal to the connector shield. The connector shield protects the connector and cables from environmental elements such as dust and water.

The EZA-050 is a versatile cable assembly designed to provide reliable electrical or optical power transfers. It is designed to significantly reduce the need for frequent replacements of cables and connectors, which can be very costly in large industrial systems. The assembly is capable of handling high voltages and power while still providing a stable and reliable performance.