AW0400105 SL400

Circular Cable Assemblies are some of the most widely used designs in the electrical and electronic industries, as they are extremely versatile and offer excellent protection for the wires and conductors housed inside. The AW0400105 SL400 Cable Assembly is a great example of this type of product, and is used in many different applications. In this article, we will take a look at some of the uses of this particular cable assembly, as well as its working principles and key features.

Uses of the AW0400105 SL400 Cable Assembly

The AW0400105 SL400 Cable Assembly is used in a variety of applications, including those where space is at a premium, as the design offers a great combination of size and performance. For example, this type of assembly is ideal for use in tight, confined spaces, such as aircrafts. In addition, the AW0400105 SL400 Cable Assembly is designed to be durable and highly resistant to extreme temperatures, making it suitable for use in applications that involve repeated flexing and extreme temperatures. Additionally, this type of cable assembly is also suitable for use in defense, automotive and harsh industrial environments.

Working Principles of the AW0400105 SL400 Cable Assembly

The AW0400105 SL400 Cable Assembly works by tightly binding the wires and conductors together with the help of a precision-made spiral wrap. This type of assembly is known for its excellent performance, which is largely due to the secure and consistent connection between the wires and conductors. It is also highly resistant to mechanical damage as well as environmental hazards, such as flame, chemical and water splashes. This type of assembly is also designed to be easy to install, as its click-to-connect design makes the assembly task relatively simple and straightforward.

Key Features of the AW0400105 SL400 Cable Assembly

The AW0400105 SL400 Cable Assembly offers a range of key features that make it an excellent choice for a variety of applications. Firstly, the assembly is designed with a high-performance cable, which can withstand temperature ranges of -76°F to 257°F. This type of cable is extremely flexible and resistant to abrasion, making it suitable for repeated flexing and twisting. Additionally, the AW0400105 SL400 Cable Assembly is designed with a low profile, which helps to increase the airflow around the assembly. This assists in reducing the risk of heat build-up, which can damage the assembly and adversely affect its performance.

Conclusion

The AW0400105 SL400 Cable Assembly is a great example of a circular cable assembly, and offers many features and benefits for a wide array of applications. Its high-performance cable is designed to withstand extreme temperatures, while its low profile improves the airflow around the assembly. Additionally, the assembly is designed for easy installation, making it an ideal choice for use in tight, confined spaces. Therefore, the AW0400105 SL400 Cable Assembly is an excellent choice for a variety of applications.