E2004S.25.10

E2004S.25.10 is a multi-conductor cable used mostly in communication systems in industrial, commercial, and even residential applications. This type of cable is typically used in the installation of interconnected distribution systems, structured cabling, data transmission, and high-bandwidth communications over long distances.

The E2004S.25.10 consists of up to 25 twisted pairs of individually insulated copper conductors. The conductors are stranded to make them more flexible and have a high resistance to fatigue. Each pair has its own protective or conductive outer jacket that helps to reduce crosstalk between conductors. The overall jacket of the cable has a UL rating of T25 in order to improve its fire rating.

Most cables of this type are designed for direct burial applications, so they are weather-resistant.This cable offers a unique combination of protection and performance in a harsh outdoor environment. It is also resistant to the effects of abrasion, water, sunlight, and corrosives, as well as temperature extremes. The jacketed version of the cable is also suitable for in-wall installation.

In terms of performance, the E2004S.25.10 offers flexibility and stability with maximum signal integrity. The information that passes through the cable is delivered accurately and with minimal loss. The twisted pairs inside the cable help reduce crosstalk and eddy currents, thus improving the signal transmission. The cable also has low attenuation, which means that the signal will travel farther with minimal amount of energy being lost.

Safety is also a priority when it comes to the E2004S.25.10 cable. It meets the industry standards for fire ratings, and the outer jacket is designed to limit the danger of electric shock. In addition, the cable is UL listed and RoHS compliant, meaning that it is suitable for use in many different applications.

Overall, the E2004S.25.10 multi-conductor cable is a reliable solution that can be used in various industrial, commercial, and residential applications. It offers flexibility, reliability, and performance, and is designed to protect against a variety of potential risks. With its unique combination of features, it is the perfect choice for high-demand communication systems.