5131282E.2.5R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Multiple conductor cables are an essential part of the modern world, as they provide an alternative to single-wire conductor cables, allowing multiple electrical signals to be transmitted simultaneously. One type of multiple conductor cable is the 5131282E.2.5R. This cable type is mainly used for short-distance, low-frequency applications, and is a great option when there is need for both limited flexibility and mechanical protection.

The 5131282E.2.5R is special in its design as it utilizes two thermoplastic insulation layers, which is the outer and inner insulation, as well as an extra layer for better heat protection. The core of the cable is made up of 4 individual cores, each consisting of oxygen-free copper, which is a great conductor of electricity. This also makes the cable very durable as oxygen-free copper only contacts the air sparingly.

When it comes to application field, the 5131282E.2.5R is especially suited for short-distance electrical transmission, where shielding of the cable is not necessary. The cable is often used in audio-visual applications which require very high signal transmission quality and frequency stability. In particular, the cable is often found in professional audio-visual equipment such as mixing desks and recording studios, as well as home audio-visual systems.

The working principle of the 5131282E.2.5R is fairly straightforward. The cable consists of 4 individual copper cores, which are insulated by two thermoplastic insulation layers. This allows for the transmission of multiple signals simultaneously, while also providing the necessary shielding to prevent any interference. The insulation layers also provide extra protection against any heat that might be generated by the transmission of the electrical signals.

The 5131282E.2.5R is a great choice for audio-visual applications that require high signal quality and frequency stability. Its two thermoplastic insulation layers provide additional protection against heat, while the oxygen-free copper core ensures that the signal remains strong and reliable. This makes the 5131282E.2.5R a reliable and effective choice for short-distance, low-frequency applications.

The specific data is subject to PDF, and the above content is for reference