11855

Ring Connectors are an important part of any electrical wiring system. They are used to provide connections between different electrical components, and connect to terminals to make further connections. The 11855 is one type of ring connector, which is widely used in different sectors, such as automotive, military, marine, and industrial systems.

A 11855 ring connector is made of an insulated single wire, generally copper or aluminum. It is crimped onto the metal terminal and secured with a press fit. The shape of the shaft is determined by the shape of the crimped wire, so you need to pay attention to the shape of the connector before crimping it. The 11855 ring connector is usually mounted on the back side of the wire, which is why it’s sometimes called a back-mount ring connector.

The 11855 ring connector is made in an alternating pattern of concave and convex parts. It provides a good mechanical connection and stability. The connector distributes the stress evenly along its circumference, allowing for an improved connection between the terminal and the electrical component. It has very low loss characteristics, meaning it doesn’t waste a lot of energy during operation.

The 11855 ring connector has many advantages. It’s relatively small and lightweight, so it can be easily mounted and relocated. It’s also durable and corrosion resistant, which is important in environments where it’s exposed to a lot of heat or moisture. It has a wide temperature range, from -55°C to 105°C, and it can handle up to 13A of current.

The 11855 ring connector is used in various applications, such as cable-to-cable separation, cable-to-railway connection, and cable-to-battery interfacing. It has become increasingly popular in automotive applications, as it can be used for power safety applications, like isolating the high voltage side from the low voltage side. It is also used in military and marine applications, where its high corrosion resistance is important.

In conclusion, the 11855 ring connector is an essential element of any wiring system. It is resistant to corrosion and can withstand extreme temperatures. It provides a reliable connection between terminals and electrical components, and it has low loss characteristics. It is used in many different sectors, from automotive to military and marine.