0151341405 application field and working principle

Rectangular Cable Assemblies

Rectangular cable assemblies are widely used in a variety of applications, from industrial machines and equipment to medical devices and consumer electronics. Assemblies of this type are comprised of two or more conductor cables arranged in a geometric pattern, typically rectangular, in order to provide a tight, efficient connection for redistributing the current and signal information.

Due to the fact that they can be customized for different applications and are a preassembled unit, they are not only cost effective but also help save time and labor during the assembly process. In general, applications for rectangular cable assemblies include but are not limited to industrial automation systems, motion controls, robotics, medical equipment, etc.

Working Principle

Rectangular cable assemblies for industrial applications have a structure of two or more conductor cables, connecting any two points of a system. This arrangement enables the cables to be effectively coupled in order to transfer electrical power and signals from one point to another. By connecting two cables of different diameters, the assembly not only reduces the number of connections required, but also strengthens the connection. This makes them ideal for uses in high-demand and high-flexing applications.

Rectangular assemblies also provide for the most efficient use of the enclosure space available. These components also provide plug and play versatility, allowing for quick and easy connections of different machines. In addition, due to their design, they can often be used in difficult to reach places. Last but not least, they reduce clutter and eliminate the risk of short circuits due to improper connections.

Main Factors

When considering an appropriate rectangular cable assembly for an application, there are several important factors that need to be taken into consideration. First, the type of conductor cables used in the assembly needs to be taken into consideration. Different types of cables, such as copper, aluminum, steel, and others, have different properties and vary in terms of electrical conductivity, flexibility, and tensile strength.

In addition, the cable insulation and shielding also need to be taken into account. High quality insulation is a must when considering the working temperature range, dielectric voltage, and other related parameters. Furthermore, to protect the cables from external electromagnetic fields, shielding technique should also be considered.

Finally, different connector types should be taken into consideration. Connectors are used to connect the cables to the device, and different connection types can be used depending on the application. Some of the most common connection types include those for mechanical strength, electrical reliability, chemical resistance, and environmental durability.

Conclusion

In conclusion, the use of rectangular cable assemblies is becoming increasingly widespread due to its high electrical and mechanical properties. As a result, they have been used for a variety of applications including industrial automation systems, motion controls, robotics, medical equipment, and more. By understanding the working principle and main factors for selecting the appropriate assembly, users can ensure that the assembly used will be suitable for the intended application.