E3036S.41.86

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Multiple Conductor Cables are used to make a wide variety of electrical connections spanning from residential homes, to commercial buildings, and even massive industrial power grids. E3036S.41.86 Multiple Conductor Cables represent the modern standard for a high-level connection. These cables provide a reliable and long-lasting solution for large power distribution and precision communication applications.

The E3036S.41.86 is a commonly used multiple conductor cable that is UL recognized and RoHS compliant. This cable is made up of a group of 41 individual bare and insulated conductors in aluminum or tin-plated copper, with a rated voltage of 300 V. The inner conductors have a 0.533 mm (20-AWG) diameter with a thickness of 0.20 mm. The insulation layer is made up of high molecular weight, thermoplastic polyurethane (TPE-U) over each of the 41 cores. This provides a reliable and sturdy insulation layer that can withstand temperatures ranging from -20°C to +105°C.

While the insulation layer protects the core wires from damage and moisture, the outer layers of each cable are where the majority of protection comes from. E3036S.41.86 cable features a protective UV resistant jacket. This jacket is a fire retardant material that is flame resistant, halogen free, and resists UV radiation and ozone. The jacket can also be modified for other special applications, such as increased flexibility or increased fire-retardance.

The E3036S.41.86 Multiple Conductor Cables can be used for a variety of different applications requiring high current capacity, up to 8.3A. These applications include robotics, industrial control systems, video and audio wiring, power supply systems, machine tools, and other power distribution systems. This cable is ideal for high electrical loads where precision and reliable power distribution is critical. It can also be used for signal communication applications such as in digital computers, digital cameras, and other electronic devices that require multiple signal lines.

The working principle of a multiple conductor cable is quite straightforward. The conductor wires are the core of the cable and are made up of various metals like copper, aluminium, and tin. The wires are insulated with a thermoplastic layer to protect them from damage and oxidation. The outer layer is usually a flame-retardant coating or a UV resistant jacket. The insulation provides a barrier between the core wires, preventing them from shorting out or creating an electrical hazard. The jacket also protects the wires from abrasions, moisture, and other environmental factors.

In addition to providing electrical protection, the E3036S.41.86 Multiple Conductor Cables can also be identified easily by their uniform shape and colour. This is due to an internal over moulding process used to ensure that every cable is manufactured to the same rigorous standards. This uniformity makes it possible to identify the cables quickly and accurately, allowing them to be used more efficiently in a variety of applications.

The E3036S.41.86 Multiple Conductor Cables are the industry standard for power distribution and communication. Their reliable construction, flame-retardant jacket, and high current capacity make them a great choice for a variety of applications. With these advantages, the E3036S.41.86 Multiple Conductor Cables provide a long-lasting, reliable, and efficient electrical connection.

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