M4693 SL002

Multiple conductor cables are used in numerous industrial and commercial as well as residential applications due to their capability to transfer multiple signals with a single cable. M4693 SL002 is one such type of multiple conductor cables that is specifically used in the field of networking applications. This type of advanced cable has been designed to offer high-speed data transmission and reliable connection for cabling and networking applications.

The M4693 SL002 cable consists of four twisted pairs that are made up of high-purity oxygen free copper strands and can be easily terminated by using 8P8C and RJ45 connector. The insulation that is used in the cable is made from a high quality Polyethylene material that provides excellent protection against corrosion and moisture. The cable has an overall core diameter of 8.4mm and can provide data transmission speed up to 500 MHz.

The working principle of the M4693 SL002 cable revolves around the concept of balanced line transmission. This type of cable system is designed to reduce the chances of errors due to the induction of crosstalk. The low inductance values of the twisted pairs combined with the symmetric design of the cable helps in reducing the amount of electro-magnetic interference (EMI) and radio frequency interference (RFI). This also helps in providing a stabile and reliable data connection.

In addition to this, the M4693 SL002 cable also provides good mechanical stability due to its construction of four pairs of insulated stranded copper conductors. This makes it ideal for many indoor and outdoor applications such as LAN networks, computer networks, telecommunication networks, industrial networks, and CAT5/6 cabling.

The M4693 SL002 cable is also used in residential and commercial applications such as CCTV systems, structured cabling solutions, and audio/video systems. The RoHS compliant cable is also UL/CSA rated so it can be used in any indoor or outdoor environment. Moreover, the temperature range of the cable is from -20˚C to + 75˚C making it suitable for most extreme temperatures applications.