2318813

Cable assemblies are an integral part of most controllers, as they provide a quick and effective way of connecting two or more pieces of equipment for a reliable and efficient electrical pathway. The 2318813 application field and working principle incorporates a special connector configuration featuring two connections, allowing for the secure connection of two cables, each with their own independent electrical module.

The 2318813 offers the benefits and flexibility of a large variety of configurations, which allow a broad range of uses, from simple point to point connections to the development of more complex systems. With the correct cable assembly, the 2318813 can be used to connect devices which support serial communications, analog or digital signaling, or communications via Ethernet among other possibilities.

The working principle of the 2318813 is based on a reliable four-pin configuration which provides a secure connection between the two cables. This connector configuration provides continuity between the two ends, allowing the use of two independent electrical modules and two cables connected simultaneously. The assembly consists of an outer sleeve and two internal connectors, each with their own integrated contact crimp pin. This ensures that the connections between the two cables are secure and that no risk of shorts is present.

One of the greatest advantages of the 2318813 is its ability to be used in a variety of different applications. It can be used to interconnect any number of electronic components, devices, or systems, allowing for increased flexibility and the ability to tailor the connection to each individual application. Additionally, the 2318813 can be used with any type of cabling, ranging from regular copper wiring to shielded cables. Finally, the assembly offers extremely fast connections, since the connections are already pre-made.

The 2318813 has proven to be a reliable and efficient solution for means of cable interconnection. It provides a secure connection between two cables, as well as the ability to easily tailor the interconnection for any application or system. This results in an economical, reliable, and efficient interconnection system which can be used in a variety of applications.