E1502S.30.03

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Multiple conductor cables are used to transmit electrical signals between two points over large distances. The most common type of multiple conductor cables are shielded and unshielded twisted-pair cables. Twisted-pair cables are constructed of two or more insulated conductors twisted around each other. The E1502S.30.03 cable belongs to the multiple conductor cables family. It is extensively used in the industrial and aviation sectors.

The E1502S.30.03 multiple conductor cable is composed of seven conductors of 0.86 mm, 0.8 mm, 0.75 mm, 0.71 mm, 0.65 mm, 0.58 mm, and 0.52 mm in diameter each, twisted uniformly around one another. The overall diameter of the cable is 3.3 mm. Each of the conductors is insulated with a layer of flame retardant PVDF (Polyvinylidene Fluoride) insulated wire, whose thickness varies in accordance with the size of the conductor. The centermost conductor has the thinnest insulation layer, 0.102 mm thick, while the outer conductors are insulated with layers of 0.140 mm and 0.180 mm thickness respectively.

The E1502S.30.03 multiple conductor cable has a central core around which the conductors are wrapped. The core is made of aramid fiber yarns or glass fiber. The core is used to provide a measure of mechanical strength along with electrical insulation for the cable. This cable also has a tabular, braided shield over the Seven conductors to provide added shielding and protection from EMI and RFI electromagnetic interference and radio frequency interference.

The application fields of the E1502S.30.03 multiple conductor cable are the military and aviation, industrial, data transmission, automotive and electronic equipment sector. It is widely used for the transmission of various kinds of electrical signals, electrical power, and communication signals. This cable can be used in temperatures ranging from -55° C to +200 °C and is electrically shielded providing high degrees of signal integrity.

The working principle of the E1502S.30.03 multiple conductor cable is pretty simple. It works by transferring electrical signals from one point to another through the conductors. The conductors are insulated to protect them from any external interference and from arcing and short circuiting. The shield around the conductors blocks out electromagnetic interference and radio frequency interference. The strength of the warranty increases with the number of conductors used in the cable.

In conclusion, the E1502S.30.03 multiple conductor cable is a highly versatile cable extensively used in the military and aviation, industrial, data transmission, automotive and electronic equipment sectors. It is extremely durable and has excellent electrical, thermal, and mechanical properties. Its high quality and reliable performance make it an ideal choice for long distance signal transmission and power transmission applications.

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