83318E 009500

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Introduction to Multiple Conductor Cables

Multiple Conductor Cables (MCCs) are a type of wiring commonly used in many applications, including sound reinforcement, network lines, signal transmission, and even server racks in data centers. MCCs consist of a bundle of two or more insulated wires, covered in a protective jacket or conduit. The type of cables, insulation materials and conductor types used in an MCC vary depending on the application and desired result.

83318E 009500 MCC Application and Working Principles

The 83318E 009500 MCC is primarily used in telecommunication applications and consists of two conductors, both made of oxygen-free copper, for 24 gauge ribbon cable. It is insulated in a high-density polyethylene, which provides additional protection to the conductors while maintaining its flexibility. The cable is then covered in a black polyvinyl chloride (PVC) sheath, protecting the conductors from the environment. This cable is designed for use in both indoor and outdoor applications.

The 83318E 009500 MCC functions as a bus or cross-connection, connecting multiple devices using the same type of current, with the two conductors carrying the current in the opposite direction. The arrangement of the cables in the bundle allows the current to travel from one device to the other without being disrupted by other lighting or communications cables.

Features of 83318E 009500 MCC

This MCC has several features that make it suitable for applications in telecommunications. For starters, the insulation of the cable is capable of handling voltages up to 600 volts, making it suitable for power transmission. It also has a low capacitance and DC resistance, allowing the current to travel easily and without disruption. The black PVC sheath provides an additional layer of protection against sunlight, abrasion and moisture. It also has a flame retardant rating of VW-1, making it ideal for use in areas with flammable materials.

Benefits of MCCs

MCCs are inherently flexible and easy to install, making them an ideal choice for many applications. They are also capable of carrying higher voltages than single-conductor cables, making them suitable for power transmission. Additionally, the PVC sheath helps protect the conductors from environmental damage. They also have a low capacitance rating, meaning the current can travel smoothly without disruption. Finally, the flame retardant rating means they are safe to use in areas with flammable materials.

Conclusion

The 83318E 009500 Multiple Conductor Cable is an excellent choice for telecommunication applications. It is flexible, has a high voltage rating, low capacitance and DC resistance, and is flame retardant. It also offers excellent protection against the environment with its PVC sheath. It is an ideal choice for many applications, and can provide reliable performance for years to come.

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