C3603.21.01 Cables, Wires

Multiple conductor cables are widely used in numerous industrial and domestic applications such as electricity supply, telecommunications, and data transmission. C3603.21.01 application field and working principle is one of these types of cables.

Construction and Features

C3603.21.01 is a multiple conductor cable with polyethylene insulation and tinned copper conductors with a maximum temperature of 90°C. It consists of three individually insulated core conductors. The insulation material for the core conductors consists of polyethylene. The outer sheath material is anodized aluminum, which is resistant to corrosion and abrasion, as well as providing electrical insulation. Additionally, the cable has a tinned copper braid for mechanical strength and a layer of polyethylene over the braid for protection against abrasion and corrosion.

These cables are manufactured in accordance with the specifications defined in the CECC 3603.21.01 standard. This standard includes requirements for the diameter, insulation, sheath, and length of the cable.

Application field

C3603.21.01 application field and working principle is designed for use in applications such as power distribution, data transmission, and telecommunications. It is commonly used in industrial environments due to its resistance to abrasion, corrosion, and external mechanical stress. Additionally, this cable can be used in low-voltage and high-voltage applications.

This type of cable is ideal for use in outdoor applications where direct exposure to sunlight and moisture is expected. Additionally, this cable is suitable for use in areas with high levels of electromagnetic interference.

Working Principle

The working principle of a multiple conductor cable is straightforward. It utilizes multiple electrically conductive cores that are insulated from each other and that are encased in an outer sheath. The multiple core conductors carry signals or power between two or more points.

Each core conductor in a multiple conductor cable is individually insulated and has its own distinct path to carry a separate signal or power. These core conductors are typically connected to a central power source or to several other distributed power sources. The multiple core conductors are then routed to their respective end-use devices. In this way, a multiple conductor cable can carry multiple signals or power simultaneously.

A multiple conductor cable is also capable of carrying large amounts of power or high-speed signals over long distances. By utilizing the multiple core conductors, a signal or power can be transmitted over long distances with minimal electromagnetic interference. The multiple core conductors allow for increased power and/or signal levels and improved signal integrity.

Conclusion

C3603.21.01 application field and working principle is a type of multiple conductor cable that is widely used in numerous industrial and domestic applications such as electricity supply, telecommunications, and data transmission. It is designed for use in both high and low-voltage applications, and is ideal for outdoor applications where direct exposure to sunlight and moisture is expected. The working principle of this type of cable is that it utilizes multiple electrically conductive cores that are insulated from each other and that are encased in an outer sheath.