1838356-1

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Circular cable assemblies are a popular choice for many different applications and have become increasingly common. 1838356-1 is a typical example of one of these assemblies and in this article we will look at its applications and working principles.

The 1838356-1 is most commonly used in automotive, military and aerospace applications, where it is used to transfer electrical and electronic signals between components. This could be anything from wiring a car speaker to connecting the sensors on a plane. The cable assemblies design is such that it can withstand the extreme conditions associated with these applications.

The cable assembly is designed with two parts, the connector and the cable, which are sold together as a single unit. The connector is usually made from a plastic material and is designed to be easy to connect and disconnect. It features a male or female connection on either end, with some connector assemblies also including a grounding wire. The cable is usually made from copper or aluminium and is designed to be flexible, yet strong.

The most common type of 1838356-1 cable assemblies are typically available in a wide range of sizes, from 3mm to 15mm, allowing for a wide variety of applications. This cable assembly also comes with an optional strain relief, which is designed to ensure that the cable does not become loose or suffer from fatigue due to constant strain.

In addition to the flexibility and strength of the material, the 1838356-1 cable assembly is also designed to be resistant to chemical and environmental factors. This is an important aspect when it comes to providing reliable connection in many different applications. The assembly is also designed to be resistant to temperatures above 150°C and below -40°C, meaning it can perform even in extreme temperatures.

One of the most important aspects of the cable assembly is the connection between the two parts, connector and cable. The connectors are designed with connections such as a notch, pin or grip to ensure that they are firmly secured and do not become loose during the process. The cable is then secured to the connector using a locking device, such as a threadlocker, a slipring, a pin, a wedge or a compression sleeve.

Finally, the 1838356-1 cable assembly is designed with a strain relief to ensure that no part of it becomes loose or suffers from fatigue due to constant strain. This helps to minimise the risk of damage or failure of the connection.

In summary, the 1838356-1 cable assembly is a popular choice for many applications due its flexibility and strength. It is designed to withstand extreme conditions and is resistant to chemical and environmental factors. The assembly is also designed with a locking device to ensure that the connection is secure, in addition to a strain relief to minimise any risk of damage or failure.

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