Multiple Conductor Cables

Multiple conductor cables can be used in many industries and fields. The E3604S.25.07 is a type of multiple conductor cable that consists of two to four individual conductors, a polyurethane jacket, and a copper drain wire. These cables are able to carry electric current up to 600V and are mainly used for industrial applications such as hook-up wire, control cable, and power cord.

Application Field

The E3604S.25.07 is a great choice for applications that require greater heat resistance, flame retardency, and flexibility. This includes applications like control and power cables for industrial equipment, welding cable, and ladders. This cable is also suitable for electrical wiring and can be used for indoor and outdoor applications.

Working Principle

The working principle of the E3604S.25.07 is fairly simple. The two to four conductors attach to the terminal strip at one end and run along the cable towards the other end. The cable is then sealed with a polyurethane jacket in order to protect it from the elements. Inside the jacket is a copper drain wire which helps to protect the current-carrying conductors from electrical shock and interference.

The conductors within the cable are made of a combination of copper and tinned copper strands. These strands are twisted together in order to create a single conductor that can carry more load than a single conductor made of either material. The copper strands also produce less heat than tinned copper strands, making them ideal for high-heat applications.

The polymer jacket of the E3604S.25.07 helps to increase the flexibility of the cable while also protecting it from abrasion, UV radiation, and other external contaminants. The jacket helps to prevent short circuits and other hazards, making it an essential part of the cable’s safety.

Conclusion

The E3604S.25.07 is a type of multiple conductor cable that is designed to be used in a variety of applications. The cable consists of two to four individual conductors, a polyurethane jacket, and a copper drain wire. The cable is able to carry electric current up to 600V and is great for industrial applications due to its heat resistance, flame retardency, and flexibility. The working principle of the cable is simple and includes the combination of copper and tinned copper strands twisted together in order to provide more load capacity and less heat. The polymer jacket helps to increase the flexibility of the cable while also providing protection from external contaminants.